Copyright (c) 2009-2016-2018, UT-Battelle, LLC
All rights reserved

[DMRG++, Version 5.55]

---------------------------------------------------------
THE SOFTWARE IS SUPPLIED BY THE COPYRIGHT HOLDERS AND
CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED
WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A
PARTICULAR PURPOSE ARE DISCLAIMED.

Please see full open source license included in file LICENSE.
---------------------------------------------------------

DMRG++ version 5.55 24c483dc956d80ca9b0d349b8ee589ab065affee
PsimagLite version 2.54 6536ef923f640677d8f6a72179877e34a1650e25
DMRG++ [features 5.55] [BOOST ]
Compiled MicroArchitecture is AMD
Running on MicroArchitecture Intel
WARNING: Compiled MicroArchitecture is DIFFERENT than Running one
PsiApp: CmdLine: ./dmrg -f ../inputs/input1850.inp 
PsiApp::echoBase64: Echo of ../inputs/input1850.inp in base64
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
Mon May 20 14:23:24 2019
Hostname: node023
RunID=275668134650099851026
UnixTimeStart=1558376604
DmrgSolver [0.050]: Turning the engine on
 No explicit targeting found, asumming GroundStateTargeting
WARNING: No intent found (given your Intent)
findPermutationEtc [0.055]: starting clock 9
findPermutationEtc [0.055]: stopping clock 
findPermutationEtc [0.055]: starting clock 9
findPermutationEtc [0.055]: stopping clock 
DmrgSolver [0.055]: Infinite-loop: step=0 ( of 2),  size of blk. added=1
findPermutationEtc [0.055]: starting clock 9
findPermutationEtc [0.055]: stopping clock 
setToProduct [0.055]: starting clock 9x9
findPermutationEtc [0.055]: starting clock 81
findPermutationEtc [0.055]: stopping clock 
setToProduct [0.055]: stopping clock 
addHamiltonianConnection [0.056]: starting clock 
addHamiltonianConnection [0.056]: stopping clock 
findPermutationEtc [0.056]: starting clock 9
findPermutationEtc [0.056]: stopping clock 
setToProduct [0.056]: starting clock 9x9
findPermutationEtc [0.056]: starting clock 81
findPermutationEtc [0.056]: stopping clock 
setToProduct [0.056]: stopping clock 
addHamiltonianConnection [0.056]: starting clock 
addHamiltonianConnection [0.056]: stopping clock 
DmrgSolver [0.056]: Growth done.
LeftRightSuper [0.056]: Infinite: left-block basis=81, right-block basis=81 sites=2+2
setToProduct [0.056]: starting clock 81x81
findPermutationEtc [0.056]: starting clock 6561
notReallySort [0.056]: starting clock n= 6561
notReallySort [0.057]: stopping clock patches= 125 bitwise key, algo=unordered_map
findPermutationEtc [0.057]: stopping clock 
setToProduct [0.057]: stopping clock 
Diagonalization [0.057]: starting clock
Diag. [0.057]: Setting up Hamiltonian basis of size=6561
WaveFunctionTransf [0.057]: Yes, I'm awake, but there's nothing heavy to do now
Diag. [0.057]: About to diag. sector with quantumSector=oddElectrons=1 other=5,3,3,  jmPair=0 0
HamiltonianConnection [0.057]: LinkProductStructSize=8
HamiltonianConnection [0.057]: PthreadsTheoreticalLimitForThisPart=10
Diag. [0.057]: I will now diagonalize a matrix of size=240
LanczosCore [0.057]: Constructing... mat.rank=240 maximum steps=200 maximum eps=1e-12 requested
LanczosSolver [0.057]: starting clock
LanczosVectors [0.058]: lotaMemory_=true
LanczosCore [0.058]: Decomposition done for mat.rank=240 after 4 steps, actual eps=6.66134e-16
LanczosSolver [0.058]: stopping clock Found lowest eigenvalue= -2 after 5 iterations,  orig. norm=1 excited=0
Diag. [0.058]: Ground state energy= -2
Diag. [0.058]: Found targetted symmetry sector in partition 34 of size=240
Diag. [0.058]: Norm of vector is 1 and quantum numbers are oddElectrons=1 other=5,3,3,  jmPair=0 0
Diag. [0.058]: Number of Sectors found 1
NOT ALL OPERATORS APPLIED YET
Diagonalization [0.058]: stopping clock 
TruncationChangeBasis [0.167]: starting clock
DensityMatrixSvdCtor [0.167]: starting clock
DensityMatrixSvdCtor [0.167]: stopping clock Found 16 groups on left or right
DensityMatrixSvdDiag [0.167]: starting clock
DensityMatrixSvdDiag [0.167]: stopping clock 
Truncation [0.167]: Not changing kept states=60
Truncation [0.167]: Discarded weight (Truncation error): 0
findPermutationEtc [0.167]: starting clock 60
findPermutationEtc [0.167]: stopping clock 
WaveFunctionTransf [0.168]: OK, pushing option=EXPAND_SYSTEM and stage=INFINITE
Truncation [0.168]: new size of basis=60 transform is 81 x 60 with 27 symmetry blocks
DensityMatrixSvdCtor [0.168]: starting clock
DensityMatrixSvdCtor [0.168]: stopping clock Found 16 groups on left or right
DensityMatrixSvdDiag [0.168]: starting clock
DensityMatrixSvdDiag [0.169]: stopping clock 
Truncation [0.169]: Not changing kept states=60
Truncation [0.169]: Discarded weight (Truncation error): 0
findPermutationEtc [0.169]: starting clock 60
findPermutationEtc [0.169]: stopping clock 
WaveFunctionTransf [0.170]: OK, pushing option=EXPAND_ENVIRON and stage=INFINITE
Truncation [0.170]: new size of basis=60 transform is 81 x 60 with 27 symmetry blocks
TruncationChangeBasis [0.170]: stopping clock 
DmrgSolver [0.170]: Current virtual memory is 895064 kB maximum was 928056 kB
DmrgSolver [0.170]: Infinite-loop: step=1 ( of 2),  size of blk. added=1
findPermutationEtc [0.170]: starting clock 9
findPermutationEtc [0.170]: stopping clock 
setToProduct [0.170]: starting clock 60x9
findPermutationEtc [0.170]: starting clock 540
findPermutationEtc [0.170]: stopping clock 
setToProduct [0.170]: stopping clock 
addHamiltonianConnection [0.170]: starting clock 
addHamiltonianConnection [0.172]: stopping clock 
findPermutationEtc [0.172]: starting clock 9
findPermutationEtc [0.172]: stopping clock 
setToProduct [0.172]: starting clock 9x60
findPermutationEtc [0.172]: starting clock 540
findPermutationEtc [0.172]: stopping clock 
setToProduct [0.172]: stopping clock 
addHamiltonianConnection [0.172]: starting clock 
addHamiltonianConnection [0.173]: stopping clock 
DmrgSolver [0.173]: Growth done.
LeftRightSuper [0.173]: Infinite: left-block basis=540, right-block basis=540 sites=3+3
setToProduct [0.173]: starting clock 540x540
findPermutationEtc [0.178]: starting clock 291600
notReallySort [0.179]: starting clock n= 291600
notReallySort [0.226]: stopping clock patches= 326 bitwise key, algo=unordered_map
findPermutationEtc [0.227]: stopping clock 
setToProduct [0.228]: stopping clock 
Diagonalization [0.228]: starting clock
Diag. [0.228]: Setting up Hamiltonian basis of size=291600
WaveFunctionTransf [0.228]: Yes, I'm awake, but there's nothing heavy to do now
Diag. [0.228]: About to diag. sector with quantumSector=oddElectrons=0 other=8,4,4,  jmPair=0 0
HamiltonianConnection [0.229]: LinkProductStructSize=18
HamiltonianConnection [0.229]: PthreadsTheoreticalLimitForThisPart=20
Diag. [0.229]: I will now diagonalize a matrix of size=8567
LanczosCore [0.229]: Constructing... mat.rank=8567 maximum steps=200 maximum eps=1e-12 requested
LanczosSolver [0.229]: starting clock
LanczosVectors [0.235]: lotaMemory_=true
LanczosCore [0.266]: Decomposition done for mat.rank=8567 after 20 steps, actual eps=3.0731e-13
LanczosSolver [0.267]: stopping clock Found lowest eigenvalue= -6.82843 after 21 iterations,  orig. norm=1 excited=0
Diag. [0.268]: Ground state energy= -6.82843
Diag. [0.268]: Found targetted symmetry sector in partition 97 of size=8567
Diag. [0.268]: Norm of vector is 1 and quantum numbers are oddElectrons=0 other=8,4,4,  jmPair=0 0
Diag. [0.268]: Number of Sectors found 1
NOT ALL OPERATORS APPLIED YET
Diagonalization [0.268]: stopping clock 
TruncationChangeBasis [0.268]: starting clock
DensityMatrixSvdCtor [0.268]: starting clock
DensityMatrixSvdCtor [0.269]: stopping clock Found 37 groups on left or right
DensityMatrixSvdDiag [0.269]: starting clock
DensityMatrixSvdDiag [0.277]: stopping clock 
Truncation [0.277]: Not changing kept states=60
Truncation [0.277]: Discarded weight (Truncation error): 4.98941e-16
findPermutationEtc [0.278]: starting clock 60
findPermutationEtc [0.278]: stopping clock 
WaveFunctionTransf [0.292]: OK, pushing option=EXPAND_SYSTEM and stage=INFINITE
Truncation [0.292]: new size of basis=60 transform is 540 x 60 with 60 symmetry blocks
DensityMatrixSvdCtor [0.292]: starting clock
DensityMatrixSvdCtor [0.293]: stopping clock Found 37 groups on left or right
DensityMatrixSvdDiag [0.293]: starting clock
DensityMatrixSvdDiag [0.296]: stopping clock 
Truncation [0.296]: Not changing kept states=60
Truncation [0.296]: Discarded weight (Truncation error): 4.98941e-16
findPermutationEtc [0.296]: starting clock 60
findPermutationEtc [0.296]: stopping clock 
WaveFunctionTransf [0.299]: OK, pushing option=EXPAND_ENVIRON and stage=INFINITE
Truncation [0.299]: new size of basis=60 transform is 540 x 60 with 60 symmetry blocks
TruncationChangeBasis [0.299]: stopping clock 
DmrgSolver [0.300]: Current virtual memory is 910480 kB maximum was 942848 kB
DmrgSolver [0.300]: Infinite dmrg loop has been done!
DmrgSolver [0.300]: Finite loop number 0 with l=2 keptStates=200. 4 more loops to go.
findPermutationEtc [0.300]: starting clock 9
findPermutationEtc [0.300]: stopping clock 
setToProduct [0.300]: starting clock 60x9
findPermutationEtc [0.300]: starting clock 540
findPermutationEtc [0.300]: stopping clock 
setToProduct [0.300]: stopping clock 
addHamiltonianConnection [0.300]: starting clock 
addHamiltonianConnection [0.302]: stopping clock 
LeftRightSuper [0.302]: finite: left-block basis=540, right-block basis=81 sites=4+2
setToProduct [0.302]: starting clock 540x81
findPermutationEtc [0.303]: starting clock 43740
notReallySort [0.303]: starting clock n= 43740
notReallySort [0.308]: stopping clock patches= 226 bitwise key, algo=unordered_map
findPermutationEtc [0.308]: stopping clock 
setToProduct [0.308]: stopping clock 
Diagonalization [0.308]: starting clock
WaveFunctionTransf [0.308]: Window open, ready to transform vectors
Diag. [0.308]: Setting up Hamiltonian basis of size=43740
WFT [0.308]: starting clock
WFT [0.311]: stopping clock 
WaveFunctionTransf [0.311]: Transformation completed 
Diag. [0.311]: About to diag. sector with quantumSector=oddElectrons=0 other=8,4,4,  jmPair=0 0
HamiltonianConnection [0.311]: LinkProductStructSize=16
HamiltonianConnection [0.311]: PthreadsTheoreticalLimitForThisPart=18
Diag. [0.311]: I will now diagonalize a matrix of size=1853
LanczosCore [0.311]: Constructing... mat.rank=1853 maximum steps=200 maximum eps=1e-12 requested
LanczosSolver [0.311]: starting clock
LanczosVectors [0.312]: lotaMemory_=true
LanczosCore [0.314]: Decomposition done for mat.rank=1853 after 4 steps, actual eps=2.66454e-15
LanczosSolver [0.314]: stopping clock Found lowest eigenvalue= -7.4641 after 5 iterations,  orig. norm=1 excited=0
Diag. [0.314]: Ground state energy= -7.4641
Diag. [0.314]: Found targetted symmetry sector in partition 43 of size=1853
Diag. [0.314]: Norm of vector is 1 and quantum numbers are oddElectrons=0 other=8,4,4,  jmPair=0 0
Diag. [0.314]: Number of Sectors found 1
NOT ALL OPERATORS APPLIED YET
WaveFunctionTransf [0.314]: Window closed, no more transformations, please
Diagonalization [0.314]: stopping clock 
TruncationChangeBasis [0.314]: starting clock
DensityMatrixSvdCtor [0.314]: starting clock
DensityMatrixSvdCtor [0.314]: stopping clock Found 27 groups on left or right
DensityMatrixSvdDiag [0.314]: starting clock
DensityMatrixSvdDiag [0.315]: stopping clock 
Truncation [0.315]: Not changing kept states=200
Truncation [0.315]: Discarded weight (Truncation error): 0
findPermutationEtc [0.315]: starting clock 200
findPermutationEtc [0.315]: stopping clock 
WaveFunctionTransf [0.319]: OK, pushing option=EXPAND_SYSTEM and stage=EXPAND_SYSTEM
Truncation [0.319]: new size of basis=200 transform is 540 x 200 with 58 symmetry blocks
TruncationChangeBasis [0.319]: stopping clock 
DmrgSolver [0.319]: Current virtual memory is 910036 kB maximum was 942848 kB
findPermutationEtc [0.319]: starting clock 9
findPermutationEtc [0.319]: stopping clock 
setToProduct [0.319]: starting clock 200x9
findPermutationEtc [0.319]: starting clock 1800
findPermutationEtc [0.319]: stopping clock 
setToProduct [0.319]: stopping clock 
addHamiltonianConnection [0.323]: starting clock 
addHamiltonianConnection [0.329]: stopping clock 
findPermutationEtc [0.329]: starting clock 9
findPermutationEtc [0.329]: stopping clock 
LeftRightSuper [0.329]: finite: left-block basis=1800, right-block basis=9 sites=5+1
setToProduct [0.329]: starting clock 1800x9
findPermutationEtc [0.329]: starting clock 16200
findPermutationEtc [0.331]: stopping clock 
setToProduct [0.331]: stopping clock 
Diagonalization [0.331]: starting clock
WaveFunctionTransf [0.331]: Window open, ready to transform vectors
Diag. [0.331]: Setting up Hamiltonian basis of size=16200
WFT [0.331]: starting clock
WFT [0.332]: stopping clock 
WaveFunctionTransf [0.332]: Transformation completed 
Diag. [0.332]: About to diag. sector with quantumSector=oddElectrons=0 other=8,4,4,  jmPair=0 0
HamiltonianConnection [0.332]: LinkProductStructSize=10
HamiltonianConnection [0.332]: PthreadsTheoreticalLimitForThisPart=12
Diag. [0.332]: I will now diagonalize a matrix of size=901
LanczosCore [0.332]: Constructing... mat.rank=901 maximum steps=200 maximum eps=1e-12 requested
LanczosSolver [0.332]: starting clock
LanczosVectors [0.332]: lotaMemory_=true
LanczosCore [0.334]: Decomposition done for mat.rank=901 after 4 steps, actual eps=2.66454e-15
LanczosSolver [0.334]: stopping clock Found lowest eigenvalue= -7.4641 after 5 iterations,  orig. norm=1 excited=0
Diag. [0.334]: Ground state energy= -7.4641
Diag. [0.334]: Found targetted symmetry sector in partition 24 of size=901
Diag. [0.334]: Norm of vector is 1 and quantum numbers are oddElectrons=0 other=8,4,4,  jmPair=0 0
Diag. [0.334]: Number of Sectors found 1
NOT ALL OPERATORS APPLIED YET
NOT ALL OPERATORS APPLIED YET
WaveFunctionTransf [0.334]: Window closed, no more transformations, please
Diagonalization [0.334]: stopping clock 
TruncationChangeBasis [0.334]: starting clock
DensityMatrixSvdCtor [0.334]: starting clock
DensityMatrixSvdCtor [0.334]: stopping clock Found 8 groups on left or right
DensityMatrixSvdDiag [0.334]: starting clock
DensityMatrixSvdDiag [0.336]: stopping clock 
Truncation [0.336]: Not changing kept states=200
Truncation [0.336]: Discarded weight (Truncation error): 0
findPermutationEtc [0.341]: starting clock 200
findPermutationEtc [0.341]: stopping clock 
WaveFunctionTransf [0.355]: OK, pushing option=EXPAND_SYSTEM and stage=EXPAND_SYSTEM
Truncation [0.355]: new size of basis=200 transform is 1800 x 200 with 86 symmetry blocks
TruncationChangeBasis [0.355]: stopping clock 
DmrgSolver [0.358]: Finite loop number 1 with l=-2 keptStates=200. 3 more loops to go.
findPermutationEtc [0.358]: starting clock 9
findPermutationEtc [0.358]: stopping clock 
setToProduct [0.358]: starting clock 9x9
findPermutationEtc [0.358]: starting clock 81
findPermutationEtc [0.358]: stopping clock 
setToProduct [0.358]: stopping clock 
addHamiltonianConnection [0.358]: starting clock 
addHamiltonianConnection [0.358]: stopping clock 
LeftRightSuper [0.359]: finite: left-block basis=540, right-block basis=81 sites=4+2
setToProduct [0.359]: starting clock 540x81
findPermutationEtc [0.359]: starting clock 43740
notReallySort [0.359]: starting clock n= 43740
notReallySort [0.364]: stopping clock patches= 226 bitwise key, algo=unordered_map
findPermutationEtc [0.364]: stopping clock 
setToProduct [0.364]: stopping clock 
Diagonalization [0.364]: starting clock
WaveFunctionTransf [0.364]: Window open, ready to transform vectors
Diag. [0.364]: Setting up Hamiltonian basis of size=43740
WFT [0.364]: starting clock
WFT [0.365]: stopping clock 
WaveFunctionTransf [0.365]: Transformation completed 
Diag. [0.365]: About to diag. sector with quantumSector=oddElectrons=0 other=8,4,4,  jmPair=0 0
HamiltonianConnection [0.365]: LinkProductStructSize=16
HamiltonianConnection [0.365]: PthreadsTheoreticalLimitForThisPart=18
Diag. [0.365]: I will now diagonalize a matrix of size=1853
LanczosCore [0.365]: Constructing... mat.rank=1853 maximum steps=200 maximum eps=1e-12 requested
LanczosSolver [0.365]: starting clock
LanczosVectors [0.365]: lotaMemory_=true
LanczosCore [0.367]: Decomposition done for mat.rank=1853 after 4 steps, actual eps=1.77636e-15
LanczosSolver [0.367]: stopping clock Found lowest eigenvalue= -7.4641 after 5 iterations,  orig. norm=1 excited=0
Diag. [0.368]: Ground state energy= -7.4641
Diag. [0.368]: Found targetted symmetry sector in partition 43 of size=1853
Diag. [0.368]: Norm of vector is 1 and quantum numbers are oddElectrons=0 other=8,4,4,  jmPair=0 0
Diag. [0.368]: Number of Sectors found 1
NOT ALL OPERATORS APPLIED YET
WaveFunctionTransf [0.368]: Window closed, no more transformations, please
Diagonalization [0.368]: stopping clock 
TruncationChangeBasis [0.368]: starting clock
DensityMatrixSvdCtor [0.368]: starting clock
DensityMatrixSvdCtor [0.368]: stopping clock Found 27 groups on left or right
DensityMatrixSvdDiag [0.368]: starting clock
DensityMatrixSvdDiag [0.369]: stopping clock 
Truncation [0.369]: Not changing kept states=200
Truncation [0.369]: Discarded weight (Truncation error): 0
WaveFunctionTransf [0.369]: OK, pushing option=EXPAND_ENVIRON and stage=EXPAND_ENVIRON
Truncation [0.369]: new size of basis=81 transform is 81 x 81 with 27 symmetry blocks
TruncationChangeBasis [0.369]: stopping clock 
DmrgSolver [0.369]: Current virtual memory is 920380 kB maximum was 953152 kB
findPermutationEtc [0.369]: starting clock 9
findPermutationEtc [0.369]: stopping clock 
setToProduct [0.369]: starting clock 9x81
findPermutationEtc [0.369]: starting clock 729
findPermutationEtc [0.370]: stopping clock 
setToProduct [0.370]: stopping clock 
addHamiltonianConnection [0.370]: starting clock 
addHamiltonianConnection [0.371]: stopping clock 
LeftRightSuper [0.371]: finite: left-block basis=540, right-block basis=729 sites=3+3
setToProduct [0.371]: starting clock 540x729
findPermutationEtc [0.375]: starting clock 393660
notReallySort [0.376]: starting clock n= 393660
notReallySort [0.420]: stopping clock patches= 339 bitwise key, algo=unordered_map
findPermutationEtc [0.422]: stopping clock 
setToProduct [0.423]: stopping clock 
Diagonalization [0.423]: starting clock
WaveFunctionTransf [0.423]: Window open, ready to transform vectors
Diag. [0.423]: Setting up Hamiltonian basis of size=393660
WFT [0.423]: starting clock
WFT [0.427]: stopping clock 
WaveFunctionTransf [0.427]: Transformation completed 
Diag. [0.427]: About to diag. sector with quantumSector=oddElectrons=0 other=8,4,4,  jmPair=0 0
HamiltonianConnection [0.428]: LinkProductStructSize=18
HamiltonianConnection [0.428]: PthreadsTheoreticalLimitForThisPart=20
Diag. [0.428]: I will now diagonalize a matrix of size=11834
LanczosCore [0.428]: Constructing... mat.rank=11834 maximum steps=200 maximum eps=1e-12 requested
LanczosSolver [0.428]: starting clock
LanczosVectors [0.438]: lotaMemory_=true
LanczosCore [0.451]: Decomposition done for mat.rank=11834 after 4 steps, actual eps=0
LanczosSolver [0.451]: stopping clock Found lowest eigenvalue= -7.4641 after 5 iterations,  orig. norm=1 excited=0
Diag. [0.452]: Ground state energy= -7.4641
Diag. [0.452]: Found targetted symmetry sector in partition 108 of size=11834
Diag. [0.452]: Norm of vector is 1 and quantum numbers are oddElectrons=0 other=8,4,4,  jmPair=0 0
Diag. [0.452]: Number of Sectors found 1
NOT ALL OPERATORS APPLIED YET
WaveFunctionTransf [0.456]: Window closed, no more transformations, please
Diagonalization [0.456]: stopping clock 
TruncationChangeBasis [0.456]: starting clock
DensityMatrixSvdCtor [0.456]: starting clock
DensityMatrixSvdCtor [0.457]: stopping clock Found 37 groups on left or right
DensityMatrixSvdDiag [0.457]: starting clock
DensityMatrixSvdDiag [0.459]: stopping clock 
Truncation [0.459]: Not changing kept states=200
Truncation [0.459]: Discarded weight (Truncation error): 9.37051e-36
findPermutationEtc [0.460]: starting clock 200
findPermutationEtc [0.460]: stopping clock 
WaveFunctionTransf [0.465]: OK, pushing option=EXPAND_ENVIRON and stage=EXPAND_ENVIRON
Truncation [0.465]: new size of basis=200 transform is 729 x 200 with 64 symmetry blocks
TruncationChangeBasis [0.465]: stopping clock 
DmrgSolver [0.465]: Finite loop number 2 with l=-2 keptStates=200. 2 more loops to go.
findPermutationEtc [0.465]: starting clock 9
findPermutationEtc [0.465]: stopping clock 
setToProduct [0.465]: starting clock 9x200
findPermutationEtc [0.465]: starting clock 1800
findPermutationEtc [0.466]: stopping clock 
setToProduct [0.466]: stopping clock 
addHamiltonianConnection [0.469]: starting clock 
addHamiltonianConnection [0.473]: stopping clock 
LeftRightSuper [0.473]: finite: left-block basis=81, right-block basis=1800 sites=2+4
setToProduct [0.473]: starting clock 81x1800
findPermutationEtc [0.474]: starting clock 145800
notReallySort [0.474]: starting clock n= 145800
notReallySort [0.490]: stopping clock patches= 226 bitwise key, algo=unordered_map
findPermutationEtc [0.490]: stopping clock 
setToProduct [0.491]: stopping clock 
Diagonalization [0.491]: starting clock
WaveFunctionTransf [0.491]: Window open, ready to transform vectors
Diag. [0.491]: Setting up Hamiltonian basis of size=145800
WFT [0.491]: starting clock
WFT [0.496]: stopping clock 
WaveFunctionTransf [0.496]: Transformation completed 
Diag. [0.496]: About to diag. sector with quantumSector=oddElectrons=0 other=8,4,4,  jmPair=0 0
HamiltonianConnection [0.497]: LinkProductStructSize=16
HamiltonianConnection [0.497]: PthreadsTheoreticalLimitForThisPart=18
Diag. [0.497]: I will now diagonalize a matrix of size=6295
LanczosCore [0.497]: Constructing... mat.rank=6295 maximum steps=200 maximum eps=1e-12 requested
LanczosSolver [0.497]: starting clock
LanczosVectors [0.502]: lotaMemory_=true
LanczosCore [0.509]: Decomposition done for mat.rank=6295 after 4 steps, actual eps=3.55271e-15
LanczosSolver [0.510]: stopping clock Found lowest eigenvalue= -8 after 5 iterations,  orig. norm=1 excited=0
Diag. [0.510]: Ground state energy= -8
Diag. [0.510]: Found targetted symmetry sector in partition 55 of size=6295
Diag. [0.510]: Norm of vector is 1 and quantum numbers are oddElectrons=0 other=8,4,4,  jmPair=0 0
Diag. [0.510]: Number of Sectors found 1
NOT ALL OPERATORS APPLIED YET
WaveFunctionTransf [0.510]: Window closed, no more transformations, please
Diagonalization [0.510]: stopping clock 
TruncationChangeBasis [0.511]: starting clock
DensityMatrixSvdCtor [0.511]: starting clock
DensityMatrixSvdCtor [0.511]: stopping clock Found 27 groups on left or right
DensityMatrixSvdDiag [0.511]: starting clock
DensityMatrixSvdDiag [0.512]: stopping clock 
Truncation [0.512]: Not changing kept states=200
Truncation [0.512]: Discarded weight (Truncation error): 0
findPermutationEtc [0.516]: starting clock 200
findPermutationEtc [0.516]: stopping clock 
WaveFunctionTransf [0.528]: OK, pushing option=EXPAND_ENVIRON and stage=EXPAND_ENVIRON
Truncation [0.528]: new size of basis=200 transform is 1800 x 200 with 58 symmetry blocks
TruncationChangeBasis [0.528]: stopping clock 
DmrgSolver [0.529]: Current virtual memory is 944792 kB maximum was 977564 kB
findPermutationEtc [0.529]: starting clock 9
findPermutationEtc [0.529]: stopping clock 
setToProduct [0.529]: starting clock 9x200
findPermutationEtc [0.529]: starting clock 1800
findPermutationEtc [0.529]: stopping clock 
setToProduct [0.529]: stopping clock 
addHamiltonianConnection [0.538]: starting clock 
addHamiltonianConnection [0.541]: stopping clock 
findPermutationEtc [0.541]: starting clock 9
findPermutationEtc [0.541]: stopping clock 
LeftRightSuper [0.541]: finite: left-block basis=9, right-block basis=1800 sites=1+5
setToProduct [0.541]: starting clock 9x1800
findPermutationEtc [0.542]: starting clock 16200
findPermutationEtc [0.543]: stopping clock 
setToProduct [0.544]: stopping clock 
Diagonalization [0.544]: starting clock
WaveFunctionTransf [0.544]: Window open, ready to transform vectors
Diag. [0.544]: Setting up Hamiltonian basis of size=16200
WFT [0.544]: starting clock
WFT [0.544]: stopping clock 
WaveFunctionTransf [0.544]: Transformation completed 
Diag. [0.544]: About to diag. sector with quantumSector=oddElectrons=0 other=8,4,4,  jmPair=0 0
HamiltonianConnection [0.544]: LinkProductStructSize=10
HamiltonianConnection [0.544]: PthreadsTheoreticalLimitForThisPart=12
Diag. [0.544]: I will now diagonalize a matrix of size=1039
LanczosCore [0.545]: Constructing... mat.rank=1039 maximum steps=200 maximum eps=1e-12 requested
LanczosSolver [0.545]: starting clock
LanczosVectors [0.545]: lotaMemory_=true
LanczosCore [0.546]: Decomposition done for mat.rank=1039 after 4 steps, actual eps=0
LanczosSolver [0.546]: stopping clock Found lowest eigenvalue= -8 after 5 iterations,  orig. norm=1 excited=0
Diag. [0.546]: Ground state energy= -8
Diag. [0.546]: Found targetted symmetry sector in partition 26 of size=1039
Diag. [0.546]: Norm of vector is 1 and quantum numbers are oddElectrons=0 other=8,4,4,  jmPair=0 0
Diag. [0.546]: Number of Sectors found 1
NOT ALL OPERATORS APPLIED YET
NOT ALL OPERATORS APPLIED YET
WaveFunctionTransf [0.546]: Window closed, no more transformations, please
Diagonalization [0.546]: stopping clock 
TruncationChangeBasis [0.546]: starting clock
DensityMatrixSvdCtor [0.546]: starting clock
DensityMatrixSvdCtor [0.547]: stopping clock Found 8 groups on left or right
DensityMatrixSvdDiag [0.547]: starting clock
DensityMatrixSvdDiag [0.548]: stopping clock 
Truncation [0.548]: Not changing kept states=200
Truncation [0.548]: Discarded weight (Truncation error): 0
findPermutationEtc [0.552]: starting clock 200
findPermutationEtc [0.552]: stopping clock 
WaveFunctionTransf [0.569]: OK, pushing option=EXPAND_ENVIRON and stage=EXPAND_ENVIRON
Truncation [0.569]: new size of basis=200 transform is 1800 x 200 with 78 symmetry blocks
TruncationChangeBasis [0.569]: stopping clock 
DmrgSolver [0.574]: Finite loop number 3 with l=2 keptStates=200. 1 more loops to go.
findPermutationEtc [0.574]: starting clock 9
findPermutationEtc [0.574]: stopping clock 
setToProduct [0.574]: starting clock 9x9
findPermutationEtc [0.574]: starting clock 81
findPermutationEtc [0.574]: stopping clock 
setToProduct [0.574]: stopping clock 
addHamiltonianConnection [0.574]: starting clock 
addHamiltonianConnection [0.574]: stopping clock 
LeftRightSuper [0.577]: finite: left-block basis=81, right-block basis=1800 sites=2+4
setToProduct [0.577]: starting clock 81x1800
findPermutationEtc [0.578]: starting clock 145800
notReallySort [0.578]: starting clock n= 145800
notReallySort [0.594]: stopping clock patches= 226 bitwise key, algo=unordered_map
findPermutationEtc [0.594]: stopping clock 
setToProduct [0.595]: stopping clock 
Diagonalization [0.595]: starting clock
WaveFunctionTransf [0.595]: Window open, ready to transform vectors
Diag. [0.595]: Setting up Hamiltonian basis of size=145800
WFT [0.595]: starting clock
WFT [0.596]: stopping clock 
WaveFunctionTransf [0.596]: Transformation completed 
Diag. [0.596]: About to diag. sector with quantumSector=oddElectrons=0 other=8,4,4,  jmPair=0 0
HamiltonianConnection [0.596]: LinkProductStructSize=16
HamiltonianConnection [0.596]: PthreadsTheoreticalLimitForThisPart=18
Diag. [0.596]: I will now diagonalize a matrix of size=6295
LanczosCore [0.597]: Constructing... mat.rank=6295 maximum steps=200 maximum eps=1e-12 requested
LanczosSolver [0.597]: starting clock
LanczosVectors [0.601]: lotaMemory_=true
LanczosCore [0.608]: Decomposition done for mat.rank=6295 after 4 steps, actual eps=0
LanczosSolver [0.608]: stopping clock Found lowest eigenvalue= -8 after 5 iterations,  orig. norm=1 excited=0
Diag. [0.608]: Ground state energy= -8
Diag. [0.608]: Found targetted symmetry sector in partition 55 of size=6295
Diag. [0.608]: Norm of vector is 1 and quantum numbers are oddElectrons=0 other=8,4,4,  jmPair=0 0
Diag. [0.608]: Number of Sectors found 1
NOT ALL OPERATORS APPLIED YET
WaveFunctionTransf [0.609]: Window closed, no more transformations, please
Diagonalization [0.609]: stopping clock 
TruncationChangeBasis [0.609]: starting clock
DensityMatrixSvdCtor [0.609]: starting clock
DensityMatrixSvdCtor [0.609]: stopping clock Found 27 groups on left or right
DensityMatrixSvdDiag [0.609]: starting clock
DensityMatrixSvdDiag [0.611]: stopping clock 
Truncation [0.611]: Not changing kept states=200
Truncation [0.611]: Discarded weight (Truncation error): 0
WaveFunctionTransf [0.612]: OK, pushing option=EXPAND_SYSTEM and stage=EXPAND_SYSTEM
Truncation [0.612]: new size of basis=81 transform is 81 x 81 with 27 symmetry blocks
TruncationChangeBasis [0.612]: stopping clock 
DmrgSolver [0.612]: Current virtual memory is 959168 kB maximum was 991940 kB
findPermutationEtc [0.612]: starting clock 9
findPermutationEtc [0.612]: stopping clock 
setToProduct [0.612]: starting clock 81x9
findPermutationEtc [0.612]: starting clock 729
findPermutationEtc [0.612]: stopping clock 
setToProduct [0.612]: stopping clock 
addHamiltonianConnection [0.612]: starting clock 
addHamiltonianConnection [0.613]: stopping clock 
LeftRightSuper [0.614]: finite: left-block basis=729, right-block basis=729 sites=3+3
setToProduct [0.614]: starting clock 729x729
findPermutationEtc [0.618]: starting clock 531441
notReallySort [0.618]: starting clock n= 531441
notReallySort [0.676]: stopping clock patches= 343 bitwise key, algo=unordered_map
findPermutationEtc [0.677]: stopping clock 
setToProduct [0.678]: stopping clock 
Diagonalization [0.678]: starting clock
WaveFunctionTransf [0.678]: Window open, ready to transform vectors
Diag. [0.678]: Setting up Hamiltonian basis of size=531441
WFT [0.678]: starting clock
WFT [0.686]: stopping clock 
WaveFunctionTransf [0.686]: Transformation completed 
Diag. [0.686]: About to diag. sector with quantumSector=oddElectrons=0 other=8,4,4,  jmPair=0 0
HamiltonianConnection [0.689]: LinkProductStructSize=18
HamiltonianConnection [0.689]: PthreadsTheoreticalLimitForThisPart=20
Diag. [0.689]: I will now diagonalize a matrix of size=15750
LanczosCore [0.689]: Constructing... mat.rank=15750 maximum steps=200 maximum eps=1e-12 requested
LanczosSolver [0.690]: starting clock
LanczosVectors [0.702]: lotaMemory_=true
LanczosCore [0.721]: Decomposition done for mat.rank=15750 after 4 steps, actual eps=1.77636e-15
LanczosSolver [0.721]: stopping clock Found lowest eigenvalue= -8 after 5 iterations,  orig. norm=1 excited=0
Diag. [0.722]: Ground state energy= -8
Diag. [0.722]: Found targetted symmetry sector in partition 112 of size=15750
Diag. [0.722]: Norm of vector is 1 and quantum numbers are oddElectrons=0 other=8,4,4,  jmPair=0 0
Diag. [0.722]: Number of Sectors found 1
NOT ALL OPERATORS APPLIED YET
WaveFunctionTransf [0.727]: Window closed, no more transformations, please
Diagonalization [0.727]: stopping clock 
TruncationChangeBasis [0.728]: starting clock
DensityMatrixSvdCtor [0.728]: starting clock
DensityMatrixSvdCtor [0.728]: stopping clock Found 37 groups on left or right
DensityMatrixSvdDiag [0.728]: starting clock
DensityMatrixSvdDiag [0.731]: stopping clock 
Truncation [0.731]: Not changing kept states=200
Truncation [0.731]: Discarded weight (Truncation error): 3.32908e-47
findPermutationEtc [0.732]: starting clock 200
findPermutationEtc [0.732]: stopping clock 
WaveFunctionTransf [0.738]: OK, pushing option=EXPAND_SYSTEM and stage=EXPAND_SYSTEM
Truncation [0.738]: new size of basis=200 transform is 729 x 200 with 64 symmetry blocks
TruncationChangeBasis [0.738]: stopping clock 
Checkpoint [0.739]: Saving pS and pE...
TargetingCommon [0.765]: Saving state...
DmrgSolver [0.909]: Turning off the engine.
Checkpoint [1.242]: Writing sys. and env. stacks to disk...
Checkpoint [1.293]: Written sys. and env. stacks to disk.