[0KRunning with gitlab-runner 17.6.0 (374d34fd)[0;m
[0K on gitlab-runner-kit-mpp-5989fd554d-rlpb6 83j_cbA7v, system ID: r_oCe51QS3lRbj[0;m
[0K[36;1mResolving secrets[0;m[0;m
section_start:1743512678:prepare_executor
[0K[0K[36;1mPreparing the "kubernetes" executor[0;m[0;m
[0KUsing Kubernetes namespace: default[0;m
[0KUsing Kubernetes executor with image harbor.cluster.math.kit.edu/mpp_release/mpp_dev_ubuntu:24.04 ...[0;m
[0KUsing attach strategy to execute scripts...[0;m
section_end:1743512678:prepare_executor
[0Ksection_start:1743512678:prepare_script
[0K[0K[36;1mPreparing environment[0;m[0;m
[0KUsing FF_USE_POD_ACTIVE_DEADLINE_SECONDS, the Pod activeDeadlineSeconds will be set to the job timeout: 1h0m0s...[0;m
Waiting for pod default/runner-83jcba7v-project-159678-concurrent-1-q04fydif to be running, status is Pending
Waiting for pod default/runner-83jcba7v-project-159678-concurrent-1-q04fydif to be running, status is Pending
ContainersNotInitialized: "containers with incomplete status: [init-permissions]"
ContainersNotReady: "containers with unready status: [build helper]"
ContainersNotReady: "containers with unready status: [build helper]"
Waiting for pod default/runner-83jcba7v-project-159678-concurrent-1-q04fydif to be running, status is Pending
ContainersNotReady: "containers with unready status: [build helper]"
ContainersNotReady: "containers with unready status: [build helper]"
Running on runner-83jcba7v-project-159678-concurrent-1-q04fydif via gitlab-runner-kit-mpp-5989fd554d-rlpb6...
section_end:1743512688:prepare_script
[0Ksection_start:1743512688:get_sources
[0K[0K[36;1mGetting source from Git repository[0;m[0;m
[32;1mFetching changes with git depth set to 50...[0;m
Initialized empty Git repository in /builds/kit/mpp/cardmech/.git/
[32;1mCreated fresh repository.[0;m
[32;1mChecking out 8f9a221d as detached HEAD (ref is feature)...[0;m
[32;1mUpdating/initializing submodules with git depth set to 50...[0;m
Submodule 'mpp' (https://gitlab-ci-token:[MASKED]@gitlab.kit.edu/kit/mpp/mpp.git) registered for path 'mpp'
Synchronizing submodule url for 'mpp'
Cloning into '/builds/kit/mpp/cardmech/mpp'...
Submodule path 'mpp': checked out 'e448af94f8abb4d860b9ce064dd363c663353690'
[32;1mUpdated submodules[0;m
Synchronizing submodule url for 'mpp'
Entering 'mpp'
Entering 'mpp'
section_end:1743512772:get_sources
[0Ksection_start:1743512772:restore_cache
[0K[0K[36;1mRestoring cache[0;m[0;m
[32;1mChecking cache for build-cardmech-ubuntu24.04:feature-3-protected...[0;m
Downloading cache from http://rook-ceph-rgw-runner-cache.rook-ceph.svc/runner-cache-b8e508f4-8327-4ffe-9d9b-c3a2e75c9ab1/gitlab-runner-mpp/runner/83j_cbA7v/project/159678/build-cardmech-ubuntu24.04%3Afeature-3-protected[0;m ETag[0;m="6866c0a7acd6498a85ecd672b00bd90c"
[32;1mSuccessfully extracted cache[0;m
section_end:1743512927:restore_cache
[0Ksection_start:1743512927:step_script
[0K[0K[36;1mExecuting "step_script" stage of the job script[0;m[0;m
[32;1m$ cd build[0;m
[32;1m$ python3 mppyrun.py --mpi_tests=1 --mute=0[0;m
/builds/kit/mpp/cardmech/build/../mpp/python/mppy/utilities/log_utilities.py:26: SyntaxWarning: invalid escape sequence '\['
self.vec_find_pattern = re.compile('[ \[]*' + self.float_re + '[, \]*]')
/builds/kit/mpp/cardmech/build/../mpp/python/mppy/utilities/log_utilities.py:26: SyntaxWarning: invalid escape sequence '\]'
self.vec_find_pattern = re.compile('[ \[]*' + self.float_re + '[, \]*]')
/builds/kit/mpp/cardmech/build
True
/builds/kit/mpp/cardmech/build/M++
MPI Tests in project /builds/kit/mpp/cardmech/build
Start 1: TestDirichletBeamMPI
================ running mpp ================
[==========] Running 24 tests from 4 test suites.
[----------] Global test environment set-up.
[----------] 6 tests from Test2DTetraBeam/DirichletBeamTest
[ RUN ] Test2DTetraBeam/DirichletBeamTest.L2ErrorTest/0
start program on 4 procs at Tue Apr 1 13:08:49 2025
Running on: runner-83jcba7v-project-159678-concurrent-1-q04fydif
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 1
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 189
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 80
Vertices: ................................ 63
Edges: ................................... 142
Faces: ................................... 142
ProcSets: ................................ 77
Mesh width [min, max]: ................... [0.5, 0.7071067811865476]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 47.82781617
Newton: d(0)= 153.6701012
GMRES: d(0)= 153.6701012
GMRES: d(22)= 2.676972052e-10 rate=0.2920804409
GMRES: 0.003402049 seconds
Newton: d(1)= 2.676910256e-10 rate 1.741985094e-12
Newton: 0.004350653 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 59.43063183
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.005893413 seconds
[ OK ] Test2DTetraBeam/DirichletBeamTest.L2ErrorTest/0 (88 ms)
[ RUN ] Test2DTetraBeam/DirichletBeamTest.L2ErrorTest/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 2
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 615
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [2, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 320
Vertices: ................................ 205
Edges: ................................... 524
Faces: ................................... 524
ProcSets: ................................ 153
Mesh width [min, max]: ................... [0.25, 0.3535533905932738]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 61.97781861
Newton: d(0)= 197.2023073
GMRES: d(0)= 197.2023073
GMRES: d(56)= 4.100475994e-09 rate=0.6445381262
GMRES: 0.010012574 seconds
Newton: d(1)= 4.100488674e-09 rate 2.079330983e-11
Newton: 0.012515358 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 97.9642792
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.014686493 seconds
[ OK ] Test2DTetraBeam/DirichletBeamTest.L2ErrorTest/1 (18 ms)
[ RUN ] Test2DTetraBeam/DirichletBeamTest.L2ErrorTest/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 3
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 2187
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [3, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 1280
Vertices: ................................ 729
Edges: ................................... 2008
Faces: ................................... 2008
ProcSets: ................................ 305
Mesh width [min, max]: ................... [0.125, 0.1767766952966369]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 83.3674097
Newton: d(0)= 278.9891351
GMRES: d(0)= 278.9891351
GMRES: d(115)= 8.396076991e-09 rate=0.8100439842
GMRES: 0.036333204 seconds
Newton: d(1)= 8.396092601e-09 rate 3.009469382e-11
Newton: 0.04372372 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 172.6542788
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.050283807 seconds
[ OK ] Test2DTetraBeam/DirichletBeamTest.L2ErrorTest/2 (55 ms)
[ RUN ] Test2DTetraBeam/DirichletBeamTest.L2ErrorTest/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 189
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 20
Vertices: ................................ 22
Edges: ................................... 41
Faces: ................................... 41
ProcSets: ................................ 39
Mesh width [min, max]: ................... [1, 1.4142135623730951]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 47.82781617
Newton: d(0)= 204.8934683
GMRES: d(0)= 204.8934683
GMRES: d(22)= 3.569044519e-10 rate=0.2920795052
GMRES: 0.002383518 seconds
Newton: d(1)= 3.569096971e-10 rate 1.741928135e-12
Newton: 0.003203653 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 59.43063183
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.003825275 seconds
[ OK ] Test2DTetraBeam/DirichletBeamTest.L2ErrorTest/3 (6 ms)
[ RUN ] Test2DTetraBeam/DirichletBeamTest.L2ErrorTest/4
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 1
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 615
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 80
Vertices: ................................ 63
Edges: ................................... 142
Faces: ................................... 142
ProcSets: ................................ 77
Mesh width [min, max]: ................... [0.5, 0.7071067811865476]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 61.97781861
Newton: d(0)= 267.8794298
GMRES: d(0)= 267.8794298
GMRES: d(62)= 5.473715664e-09 rate=0.6723357047
GMRES: 0.010111773 seconds
Newton: d(1)= 5.473712656e-09 rate 2.043349376e-11
Newton: 0.012488831 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 97.9642792
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.013611937 seconds
[ OK ] Test2DTetraBeam/DirichletBeamTest.L2ErrorTest/4 (16 ms)
[ RUN ] Test2DTetraBeam/DirichletBeamTest.L2ErrorTest/5
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 2
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 2187
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [2, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 320
Vertices: ................................ 205
Edges: ................................... 524
Faces: ................................... 524
ProcSets: ................................ 153
Mesh width [min, max]: ................... [0.25, 0.3535533905932738]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 83.3674097
Newton: d(0)= 377.748851
GMRES: d(0)= 377.748851
GMRES: d(127)= 7.626223973e-09 rate=0.8237363659
GMRES: 0.045049665 seconds
Newton: d(1)= 7.626236468e-09 rate 2.01886424e-11
Newton: 0.053983903 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 172.6542788
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.056955998 seconds
[ OK ] Test2DTetraBeam/DirichletBeamTest.L2ErrorTest/5 (60 ms)
[----------] 6 tests from Test2DTetraBeam/DirichletBeamTest (245 ms total)
[----------] 6 tests from Test2DQuadBeam/DirichletBeamTest
[ RUN ] Test2DQuadBeam/DirichletBeamTest.L2ErrorTest/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 1
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 189
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 40
Vertices: ................................ 63
Edges: ................................... 102
Faces: ................................... 102
ProcSets: ................................ 15
Mesh width [min, max]: ................... [0.5, 0.5]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 41.41859486
Newton: d(0)= 129.614814
GMRES: d(0)= 129.614814
GMRES: d(19)= 3.251949963e-11 rate=0.2171776962
GMRES: 0.001124665 seconds
Newton: d(1)= 3.250837301e-11 rate 2.508075429e-13
Newton: 0.001792226 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 49.15790882
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.002531185 seconds
[ OK ] Test2DQuadBeam/DirichletBeamTest.L2ErrorTest/0 (15 ms)
[ RUN ] Test2DQuadBeam/DirichletBeamTest.L2ErrorTest/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 2
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 615
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [2, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 160
Vertices: ................................ 205
Edges: ................................... 364
Faces: ................................... 364
ProcSets: ................................ 27
Mesh width [min, max]: ................... [0.25, 0.25]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 57.17735566
Newton: d(0)= 181.5039791
GMRES: d(0)= 181.5039791
GMRES: d(43)= 7.63057252e-09 rate=0.5737068332
GMRES: 0.003222036 seconds
Newton: d(1)= 7.630571092e-09 rate 4.204079232e-11
Newton: 0.005206991 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 85.97237929
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.006680473 seconds
[ OK ] Test2DQuadBeam/DirichletBeamTest.L2ErrorTest/1 (9 ms)
[ RUN ] Test2DQuadBeam/DirichletBeamTest.L2ErrorTest/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 3
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 2187
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [3, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 640
Vertices: ................................ 729
Edges: ................................... 1368
Faces: ................................... 1368
ProcSets: ................................ 51
Mesh width [min, max]: ................... [0.125, 0.125]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 79.86316422
Newton: d(0)= 268.1399795
GMRES: d(0)= 268.1399795
GMRES: d(86)= 8.615135059e-09 rate=0.7550699997
GMRES: 0.016941288 seconds
Newton: d(1)= 8.61513416e-09 rate 3.212924151e-11
Newton: 0.024672249 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 159.4416037
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.029662466 seconds
[ OK ] Test2DQuadBeam/DirichletBeamTest.L2ErrorTest/2 (33 ms)
[ RUN ] Test2DQuadBeam/DirichletBeamTest.L2ErrorTest/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 189
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 10
Vertices: ................................ 22
Edges: ................................... 31
Faces: ................................... 31
ProcSets: ................................ 9
Mesh width [min, max]: ................... [1, 1]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 41.41859486
Newton: d(0)= 219.3880062
GMRES: d(0)= 219.3880062
GMRES: d(19)= 3.574802993e-11 rate=0.2122997258
GMRES: 0.000931705 seconds
Newton: d(1)= 3.574800477e-11 rate 1.629442073e-13
Newton: 0.00202222 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 49.15790882
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.002582645 seconds
[ OK ] Test2DQuadBeam/DirichletBeamTest.L2ErrorTest/3 (4 ms)
[ RUN ] Test2DQuadBeam/DirichletBeamTest.L2ErrorTest/4
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 1
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 615
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 40
Vertices: ................................ 63
Edges: ................................... 102
Faces: ................................... 102
ProcSets: ................................ 15
Mesh width [min, max]: ................... [0.5, 0.5]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 57.17735566
Newton: d(0)= 286.9836955
GMRES: d(0)= 286.9836955
GMRES: d(50)= 4.50814467e-09 rate=0.6080269265
GMRES: 0.004601757 seconds
Newton: d(1)= 4.50815344e-09 rate 1.570874412e-11
Newton: 0.008343211 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 85.97237929
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.009342622 seconds
[ OK ] Test2DQuadBeam/DirichletBeamTest.L2ErrorTest/4 (11 ms)
[ RUN ] Test2DQuadBeam/DirichletBeamTest.L2ErrorTest/5
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 2
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 2187
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [2, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 160
Vertices: ................................ 205
Edges: ................................... 364
Faces: ................................... 364
ProcSets: ................................ 27
Mesh width [min, max]: ................... [0.25, 0.25]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 79.86316422
Newton: d(0)= 400.3246524
GMRES: d(0)= 400.3246524
GMRES: d(103)= 7.014721287e-09 rate=0.786264945
GMRES: 0.026759811 seconds
Newton: d(1)= 7.014723524e-09 rate 1.752258694e-11
Newton: 0.045367687 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 40
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 159.4416037
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.048114151 seconds
[ OK ] Test2DQuadBeam/DirichletBeamTest.L2ErrorTest/5 (50 ms)
[----------] 6 tests from Test2DQuadBeam/DirichletBeamTest (125 ms total)
[----------] 6 tests from Test3DTetraBeam/DirichletBeamTest
[ RUN ] Test3DTetraBeam/DirichletBeamTest.L2ErrorTest/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 1
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
[1;33mWarning: Changed order of points for type TETRAHEDRON[0m
in ../../../../mpp/src/lib2_mesh/mesh/CheckOrientation.cpp:105
on line 105
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 567
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 480
Vertices: ................................ 189
Edges: ................................... 836
Faces: ................................... 1128
ProcSets: ................................ 537
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 97.32420048
Newton: d(0)= 121.9866796
GMRES: d(0)= 121.9866796
GMRES: d(21)= 3.146870676e-09 rate=0.3131762938
GMRES: 0.003475291 seconds
Newton: d(1)= 3.146877454e-09 rate 2.579689409e-11
Newton: 0.011895466 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 103.5664038
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.015603974 seconds
[ OK ] Test3DTetraBeam/DirichletBeamTest.L2ErrorTest/0 (21 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.L2ErrorTest/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 2
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 3075
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [2, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 3840
Vertices: ................................ 1025
Edges: ................................... 5536
Faces: ................................... 8352
ProcSets: ................................ 1985
Mesh width [min, max]: ................... [0.25, 0.4330127018922193]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 176.3462503
Newton: d(0)= 127.6172102
GMRES: d(0)= 127.6172102
GMRES: d(48)= 6.124058415e-09 rate=0.6095699414
GMRES: 0.02193954 seconds
Newton: d(1)= 6.124061575e-09 rate 4.798774056e-11
Newton: 0.08793496 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 220.2668836
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.114451327 seconds
[ OK ] Test3DTetraBeam/DirichletBeamTest.L2ErrorTest/1 (127 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.L2ErrorTest/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 3
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 19683
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [3, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 30720
Vertices: ................................ 6561
Edges: ................................... 39968
Faces: ................................... 64128
ProcSets: ................................ 7617
Mesh width [min, max]: ................... [0.125, 0.21650635094610965]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 331.0392726
Newton: d(0)= 123.471537
GMRES: d(0)= 123.471537
GMRES: d(96)= 8.195431853e-09 rate=0.7833921559
GMRES: 0.166327285 seconds
Newton: d(1)= 8.195434615e-09 rate 6.637509187e-11
Newton: 0.682570185 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 520.6757628
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.895972544 seconds
[ OK ] Test3DTetraBeam/DirichletBeamTest.L2ErrorTest/2 (989 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.L2ErrorTest/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 567
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 97.32420048
Newton: d(0)= 152.9937108
GMRES: d(0)= 152.9937108
GMRES: d(19)= 7.362036134e-09 rate=0.2863943463
GMRES: 0.002196946 seconds
Newton: d(1)= 7.362046896e-09 rate 4.811993157e-11
Newton: 0.014232905 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 103.5664038
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.015635887 seconds
[ OK ] Test3DTetraBeam/DirichletBeamTest.L2ErrorTest/3 (19 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.L2ErrorTest/4
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 1
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 3075
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 480
Vertices: ................................ 189
Edges: ................................... 836
Faces: ................................... 1128
ProcSets: ................................ 537
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 176.3462503
Newton: d(0)= 163.8242283
GMRES: d(0)= 163.8242283
GMRES: d(57)= 5.959820664e-09 rate=0.6559294137
GMRES: 0.02642243 seconds
Newton: d(1)= 5.95981903e-09 rate 3.637935055e-11
Newton: 0.114192605 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 220.2668836
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.122162721 seconds
[ OK ] Test3DTetraBeam/DirichletBeamTest.L2ErrorTest/4 (127 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.L2ErrorTest/5
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 2
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 19683
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [2, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 3840
Vertices: ................................ 1025
Edges: ................................... 5536
Faces: ................................... 8352
ProcSets: ................................ 1985
Mesh width [min, max]: ................... [0.25, 0.4330127018922193]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 331.0392726
Newton: d(0)= 165.7538657
GMRES: d(0)= 165.7538657
GMRES: d(112)= 9.214666835e-09 rate=0.8099116436
GMRES: 0.276168477 seconds
Newton: d(1)= 9.21466634e-09 rate 5.559246717e-11
Newton: 0.989110214 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 520.6757628
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 1.048703889 seconds
[ OK ] Test3DTetraBeam/DirichletBeamTest.L2ErrorTest/5 (1067 ms)
[----------] 6 tests from Test3DTetraBeam/DirichletBeamTest (2353 ms total)
[----------] 6 tests from Test3DQuadBeam/DirichletBeamTest
[ RUN ] Test3DQuadBeam/DirichletBeamTest.L2ErrorTest/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 1
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 567
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 80
Vertices: ................................ 189
Edges: ................................... 432
Faces: ................................... 324
ProcSets: ................................ 75
Mesh width [min, max]: ................... [0.5, 0.5]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 81.44323176
Newton: d(0)= 75.22115542
GMRES: d(0)= 75.22115542
GMRES: d(17)= 6.63369627e-09 rate=0.2561850945
GMRES: 0.001198806 seconds
Newton: d(1)= 6.633695887e-09 rate 8.818923147e-11
Newton: 0.009729672 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 85.67088187
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.011913742 seconds
[ OK ] Test3DQuadBeam/DirichletBeamTest.L2ErrorTest/0 (16 ms)
[ RUN ] Test3DQuadBeam/DirichletBeamTest.L2ErrorTest/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 2
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 3075
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [2, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 640
Vertices: ................................ 1025
Edges: ................................... 2640
Faces: ................................... 2256
ProcSets: ................................ 243
Mesh width [min, max]: ................... [0.25, 0.25]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 157.7735719
Newton: d(0)= 97.78701079
GMRES: d(0)= 97.78701079
GMRES: d(37)= 6.338209972e-09 rate=0.5304447402
GMRES: 0.013281435 seconds
Newton: d(1)= 6.338212513e-09 rate 6.481650745e-11
Newton: 0.079980553 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 193.3099842
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.094330879 seconds
[ OK ] Test3DQuadBeam/DirichletBeamTest.L2ErrorTest/1 (99 ms)
[ RUN ] Test3DQuadBeam/DirichletBeamTest.L2ErrorTest/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 3
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 19683
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [3, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 5120
Vertices: ................................ 6561
Edges: ................................... 18144
Faces: ................................... 16704
ProcSets: ................................ 867
Mesh width [min, max]: ................... [0.125, 0.125]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 310.8765832
Newton: d(0)= 106.6063792
GMRES: d(0)= 106.6063792
GMRES: d(73)= 7.896673625e-09 rate=0.7264876449
GMRES: 0.135171567 seconds
Newton: d(1)= 7.896675824e-09 rate 7.407320166e-11
Newton: 0.671249087 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 480.8371606
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.787709527 seconds
[ OK ] Test3DQuadBeam/DirichletBeamTest.L2ErrorTest/2 (813 ms)
[ RUN ] Test3DQuadBeam/DirichletBeamTest.L2ErrorTest/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 567
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 10
Vertices: ................................ 44
Edges: ................................... 84
Faces: ................................... 51
ProcSets: ................................ 27
Mesh width [min, max]: ................... [1, 1]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 81.44323176
Newton: d(0)= 188.8381706
GMRES: d(0)= 188.8381706
GMRES: d(19)= 5.712979588e-13 rate=0.1721195302
GMRES: 0.001799822 seconds
Newton: d(1)= 5.778662214e-13 rate 3.060113428e-15
Newton: 0.037405549 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 85.67088187
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.039286625 seconds
[ OK ] Test3DQuadBeam/DirichletBeamTest.L2ErrorTest/3 (42 ms)
[ RUN ] Test3DQuadBeam/DirichletBeamTest.L2ErrorTest/4
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 1
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 3075
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 80
Vertices: ................................ 189
Edges: ................................... 432
Faces: ................................... 324
ProcSets: ................................ 75
Mesh width [min, max]: ................... [0.5, 0.5]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 157.7735719
Newton: d(0)= 185.2671133
GMRES: d(0)= 185.2671133
GMRES: d(43)= 3.67682924e-09 rate=0.5637787779
GMRES: 0.021084246 seconds
Newton: d(1)= 3.676837552e-09 rate 1.984614261e-11
Newton: 0.310632988 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 193.3099842
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.32013057 seconds
[ OK ] Test3DQuadBeam/DirichletBeamTest.L2ErrorTest/4 (324 ms)
[ RUN ] Test3DQuadBeam/DirichletBeamTest.L2ErrorTest/5
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 2
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 19683
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [2, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 640
Vertices: ................................ 1025
Edges: ................................... 2640
Faces: ................................... 2256
ProcSets: ................................ 243
Mesh width [min, max]: ................... [0.25, 0.25]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 310.8765832
Newton: d(0)= 179.3203619
GMRES: d(0)= 179.3203619
GMRES: d(86)= 7.637890192e-09 rate=0.7575494277
GMRES: 0.33239705 seconds
Newton: d(1)= 7.637891151e-09 rate 4.259355196e-11
Newton: 2.583475401 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 480.8371606
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 2.659013785 seconds
[ OK ] Test3DQuadBeam/DirichletBeamTest.L2ErrorTest/5 (2678 ms)
[----------] 6 tests from Test3DQuadBeam/DirichletBeamTest (3976 ms total)
[----------] Global test environment tear-down
[==========] 24 tests from 4 test suites ran. (6701 ms total)
[ PASSED ] 24 tests.
end program after 6.60 seconds on 4 procs at Tue Apr 1 13:08:56 2025 with 1 warning(s):
Warning: Changed order of points for type TETRAHEDRON
in ../../../../mpp/src/lib2_mesh/mesh/CheckOrientation.cpp:105
on line 105
[92m 1/11 Test 1: TestDirichletBeamMPI ........................ Passed 7.53 sec[0m
Start 2: TestLaplaceElasticityMPI
================ running mpp ================
[==========] Running 24 tests from 4 test suites.
[----------] Global test environment set-up.
[----------] 8 tests from Test2DLaplace/TestQuadLaplace
[ RUN ] Test2DLaplace/TestQuadLaplace.L2ErrorTest/0
start program on 4 procs at Tue Apr 1 13:08:56 2025
Running on: runner-83jcba7v-project-159678-concurrent-1-q04fydif
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 1
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 2
ProblemGeometry: ......................... Quad
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 12
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 1
Vertices: ................................ 4
Edges: ................................... 4
Faces: ................................... 4
ProcSets: ................................ 0
Mesh width [min, max]: ................... [1, 1]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 3.464101615
Newton: d(0)= 0 rate 0
Newton: 4.8611e-05 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 3.464101615
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.000486187 seconds
[ OK ] Test2DLaplace/TestQuadLaplace.L2ErrorTest/0 (15 ms)
[ RUN ] Test2DLaplace/TestQuadLaplace.L2ErrorTest/1
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 1
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 2
ProblemGeometry: ......................... Quad
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 27
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 4
Vertices: ................................ 9
Edges: ................................... 12
Faces: ................................... 12
ProcSets: ................................ 0
Mesh width [min, max]: ................... [0.5, 0.5]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 4.69041576
Newton: d(0)= 3.771236166
GMRES: d(0)= 3.771236166
GMRES: d(1)= 1.256073967e-15 rate=3.330669074e-16
GMRES: 0.000575084 seconds
Newton: d(1)= 3.925231147e-17 rate 1.040834086e-17
Newton: 0.000728673 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 4.898979486
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.001124957 seconds
[ OK ] Test2DLaplace/TestQuadLaplace.L2ErrorTest/1 (2 ms)
[ RUN ] Test2DLaplace/TestQuadLaplace.L2ErrorTest/2
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 2
ProblemGeometry: ......................... Quad
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 27
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 1
Vertices: ................................ 4
Edges: ................................... 4
Faces: ................................... 4
ProcSets: ................................ 0
Mesh width [min, max]: ................... [1, 1]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 4.69041576
Newton: d(0)= 8.045303822
GMRES: d(0)= 8.045303822
GMRES: d(1)= 1.256073967e-15 rate=1.561251128e-16
GMRES: 0.000382336 seconds
Newton: d(1)= 1.197356359e-15 rate 1.488267424e-16
Newton: 0.000627308 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 4.898979486
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.000976004 seconds
[ OK ] Test2DLaplace/TestQuadLaplace.L2ErrorTest/2 (2 ms)
[ RUN ] Test2DLaplace/TestQuadLaplace.L2ErrorTest/3
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 2
ProblemGeometry: ......................... Quad
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 75
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 4
Vertices: ................................ 9
Edges: ................................... 12
Faces: ................................... 12
ProcSets: ................................ 0
Mesh width [min, max]: ................... [0.5, 0.5]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 6.557438524
Newton: d(0)= 10.43980985
GMRES: d(0)= 10.43980985
GMRES: d(8)= 5.28319198e-15 rate=0.01224688037
GMRES: 0.000480696 seconds
Newton: d(1)= 7.404953185e-15 rate 7.092996227e-16
Newton: 0.001308429 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 7.90569415
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.001806855 seconds
[ OK ] Test2DLaplace/TestQuadLaplace.L2ErrorTest/3 (3 ms)
[ RUN ] Test2DLaplace/TestQuadLaplace.L2ErrorTest/4
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 3
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 2
ProblemGeometry: ......................... Quad
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 48
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 1
Vertices: ................................ 4
Edges: ................................... 4
Faces: ................................... 4
ProcSets: ................................ 0
Mesh width [min, max]: ................... [1, 1]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 5.696002497
Newton: d(0)= 8.203316066
GMRES: d(0)= 8.203316066
GMRES: d(4)= 4.793605673e-15 rate=0.0001554777386
GMRES: 0.000552515 seconds
Newton: d(1)= 4.49363174e-15 rate 5.477823485e-16
Newton: 0.001672518 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 6.394442031
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.002127713 seconds
[ OK ] Test2DLaplace/TestQuadLaplace.L2ErrorTest/4 (3 ms)
[ RUN ] Test2DLaplace/TestQuadLaplace.L2ErrorTest/5
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 3
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 2
ProblemGeometry: ......................... Quad
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 147
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 4
Vertices: ................................ 9
Edges: ................................... 12
Faces: ................................... 12
ProcSets: ................................ 0
Mesh width [min, max]: ................... [0.5, 0.5]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 8.013876853
Newton: d(0)= 13.02055858
GMRES: d(0)= 13.02055858
GMRES: d(16)= 8.560803502e-09 rate=0.2667582177
GMRES: 0.001096947 seconds
Newton: d(1)= 8.560804255e-09 rate 6.574836406e-10
Newton: 0.005309768 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 10.94430344
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.006047658 seconds
[ OK ] Test2DLaplace/TestQuadLaplace.L2ErrorTest/5 (7 ms)
[ RUN ] Test2DLaplace/TestQuadLaplace.L2ErrorTest/6
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 4
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 2
ProblemGeometry: ......................... Quad
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 4
Degrees of Freedom:: ..................... 75
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 1
Vertices: ................................ 4
Edges: ................................... 4
Faces: ................................... 4
ProcSets: ................................ 0
Mesh width [min, max]: ................... [1, 1]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 6.557438524
Newton: d(0)= 16.10551768
GMRES: d(0)= 16.10551768
GMRES: d(9)= 2.120031841e-14 rate=0.02221244731
GMRES: 0.000623614 seconds
Newton: d(1)= 1.776835061e-14 rate 1.103246164e-15
Newton: 0.004475099 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 7.90569415
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.005113859 seconds
[ OK ] Test2DLaplace/TestQuadLaplace.L2ErrorTest/6 (6 ms)
[ RUN ] Test2DLaplace/TestQuadLaplace.L2ErrorTest/7
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 4
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 2
ProblemGeometry: ......................... Quad
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 4
Degrees of Freedom:: ..................... 243
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 4
Vertices: ................................ 9
Edges: ................................... 12
Faces: ................................... 12
ProcSets: ................................ 0
Mesh width [min, max]: ................... [0.5, 0.5]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 9.246621004
Newton: d(0)= 21.07062996
GMRES: d(0)= 21.07062996
GMRES: d(29)= 3.030807099e-09 rate=0.4577375897
GMRES: 0.003233841 seconds
Newton: d(1)= 3.030807399e-09 rate 1.43840379e-10
Newton: 0.01859172 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 13.99106858
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.01976719 seconds
[ OK ] Test2DLaplace/TestQuadLaplace.L2ErrorTest/7 (21 ms)
[----------] 8 tests from Test2DLaplace/TestQuadLaplace (63 ms total)
[----------] 4 tests from Test3DLaplace/TestQuadLaplace
[ RUN ] Test3DLaplace/TestQuadLaplace.L2ErrorTest/0
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 1
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 3
ProblemGeometry: ......................... Quad
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
[1;33mWarning: Changed order of points for type HEXAHEDRON[0m
in ../../../../mpp/src/lib2_mesh/mesh/CheckOrientation.cpp:149
on line 149
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 24
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 1
Vertices: ................................ 8
Edges: ................................... 12
Faces: ................................... 6
ProcSets: ................................ 0
Mesh width [min, max]: ................... [1, 1]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 4
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 8.485281374
Newton: d(0)= 0 rate 0
Newton: 2.9374e-05 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 4
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 8.485281374
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.000457021 seconds
[ OK ] Test3DLaplace/TestQuadLaplace.L2ErrorTest/0 (2 ms)
[ RUN ] Test3DLaplace/TestQuadLaplace.L2ErrorTest/1
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 1
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 3
ProblemGeometry: ......................... Quad
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 81
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 8
Vertices: ................................ 27
Edges: ................................... 54
Faces: ................................... 36
ProcSets: ................................ 0
Mesh width [min, max]: ................... [0.5, 0.5]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 4
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 14.69693846
Newton: d(0)= 3.464101615
GMRES: d(0)= 3.464101615
GMRES: d(1)= 3.845925373e-16 rate=1.110223025e-16
GMRES: 0.000414918 seconds
Newton: d(1)= 2.756846213e-16 rate 7.958329516e-17
Newton: 0.002727209 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 4
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 14.92481156
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.003666518 seconds
[ OK ] Test3DLaplace/TestQuadLaplace.L2ErrorTest/1 (5 ms)
[ RUN ] Test3DLaplace/TestQuadLaplace.L2ErrorTest/2
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 3
ProblemGeometry: ......................... Quad
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 81
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 1
Vertices: ................................ 8
Edges: ................................... 12
Faces: ................................... 6
ProcSets: ................................ 0
Mesh width [min, max]: ................... [1, 1]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 4
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 14.69693846
Newton: d(0)= 11.82413351
GMRES: d(0)= 11.82413351
GMRES: d(1)= 1.538370149e-15 rate=1.301042607e-16
GMRES: 0.000392546 seconds
Newton: d(1)= 6.211609013e-15 rate 5.253331253e-16
Newton: 0.010349592 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 4
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 14.92481156
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.011337327 seconds
[ OK ] Test3DLaplace/TestQuadLaplace.L2ErrorTest/2 (12 ms)
[ RUN ] Test3DLaplace/TestQuadLaplace.L2ErrorTest/3
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 3
ProblemGeometry: ......................... Quad
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 375
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 8
Vertices: ................................ 27
Edges: ................................... 54
Faces: ................................... 36
ProcSets: ................................ 0
Mesh width [min, max]: ................... [0.5, 0.5]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 4
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 28.14249456
Newton: d(0)= 12.33134398
GMRES: d(0)= 12.33134398
GMRES: d(10)= 1.327785809e-09 rate=0.1007422766
GMRES: 0.002681308 seconds
Newton: d(1)= 1.327785033e-09 rate 1.076756139e-10
Newton: 0.081239371 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 4
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 31.374751
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.084770138 seconds
[ OK ] Test3DLaplace/TestQuadLaplace.L2ErrorTest/3 (86 ms)
[----------] 4 tests from Test3DLaplace/TestQuadLaplace (107 ms total)
[----------] 8 tests from Test2DLaplace/TestTetLaplace
[ RUN ] Test2DLaplace/TestTetLaplace.L2ErrorTest/0
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 1
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 2
ProblemGeometry: ......................... Tet
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 12
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 2
Vertices: ................................ 4
Edges: ................................... 5
Faces: ................................... 5
ProcSets: ................................ 3
Mesh width [min, max]: ................... [1, 1.4142135623730951]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 4.472135955
Newton: d(0)= 0 rate 0
Newton: 3.4357e-05 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 4.472135955
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.000376875 seconds
[ OK ] Test2DLaplace/TestTetLaplace.L2ErrorTest/0 (1 ms)
[ RUN ] Test2DLaplace/TestTetLaplace.L2ErrorTest/1
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 1
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 2
ProblemGeometry: ......................... Tet
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 27
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 8
Vertices: ................................ 9
Edges: ................................... 16
Faces: ................................... 16
ProcSets: ................................ 5
Mesh width [min, max]: ................... [0.5, 0.7071067811865476]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 5.477225575
Newton: d(0)= 5.656854249
GMRES: d(0)= 5.656854249
GMRES: d(1)= 1.256073967e-15 rate=2.220446049e-16
GMRES: 0.000394709 seconds
Newton: d(1)= 1.256073967e-15 rate 2.220446049e-16
Newton: 0.000502034 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 5.830951895
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.000871218 seconds
[ OK ] Test2DLaplace/TestTetLaplace.L2ErrorTest/1 (2 ms)
[ RUN ] Test2DLaplace/TestTetLaplace.L2ErrorTest/2
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 2
ProblemGeometry: ......................... Tet
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 27
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 2
Vertices: ................................ 4
Edges: ................................... 5
Faces: ................................... 5
ProcSets: ................................ 3
Mesh width [min, max]: ................... [1, 1.4142135623730951]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 5.477225575
Newton: d(0)= 7.542472333
GMRES: d(0)= 7.542472333
GMRES: d(1)= 1.256073967e-15 rate=1.665334537e-16
GMRES: 0.000333427 seconds
Newton: d(1)= 1.777223989e-16 rate 2.356288377e-17
Newton: 0.000459058 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 5.830951895
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.000782869 seconds
[ OK ] Test2DLaplace/TestTetLaplace.L2ErrorTest/2 (2 ms)
[ RUN ] Test2DLaplace/TestTetLaplace.L2ErrorTest/3
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 2
ProblemGeometry: ......................... Tet
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 75
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 8
Vertices: ................................ 9
Edges: ................................... 16
Faces: ................................... 16
ProcSets: ................................ 5
Mesh width [min, max]: ................... [0.5, 0.7071067811865476]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 7.141428429
Newton: d(0)= 9.706813186
GMRES: d(0)= 9.706813186
GMRES: d(8)= 2.535884496e-15 rate=0.01127539071
GMRES: 0.000468633 seconds
Newton: d(1)= 5.121142866e-15 rate 5.275823041e-16
Newton: 0.000776978 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 8.803408431
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.001197881 seconds
[ OK ] Test2DLaplace/TestTetLaplace.L2ErrorTest/3 (2 ms)
[ RUN ] Test2DLaplace/TestTetLaplace.L2ErrorTest/4
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 3
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 2
ProblemGeometry: ......................... Tet
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 48
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 2
Vertices: ................................ 4
Edges: ................................... 5
Faces: ................................... 5
ProcSets: ................................ 3
Mesh width [min, max]: ................... [1, 1.4142135623730951]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 6.359594676
Newton: d(0)= 10.10247494
GMRES: d(0)= 10.10247494
GMRES: d(4)= 3.400256261e-15 rate=0.0001354474916
GMRES: 0.000397899 seconds
Newton: d(1)= 4.399952638e-15 rate 4.355321505e-16
Newton: 0.000781209 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 7.302967433
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.001147147 seconds
[ OK ] Test2DLaplace/TestTetLaplace.L2ErrorTest/4 (2 ms)
[ RUN ] Test2DLaplace/TestTetLaplace.L2ErrorTest/5
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 3
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 2
ProblemGeometry: ......................... Tet
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 147
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 8
Vertices: ................................ 9
Edges: ................................... 16
Faces: ................................... 16
ProcSets: ................................ 5
Mesh width [min, max]: ................... [0.5, 0.7071067811865476]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 8.498365856
Newton: d(0)= 14.43814393
GMRES: d(0)= 14.43814393
GMRES: d(20)= 7.47793688e-09 rate=0.3433313976
GMRES: 0.001044224 seconds
Newton: d(1)= 7.477935268e-09 rate 5.179291263e-10
Newton: 0.002377471 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 11.83215957
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.002917081 seconds
[ OK ] Test2DLaplace/TestTetLaplace.L2ErrorTest/5 (4 ms)
[ RUN ] Test2DLaplace/TestTetLaplace.L2ErrorTest/6
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 4
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 2
ProblemGeometry: ......................... Tet
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 4
Degrees of Freedom:: ..................... 75
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 2
Vertices: ................................ 4
Edges: ................................... 5
Faces: ................................... 5
ProcSets: ................................ 3
Mesh width [min, max]: ................... [1, 1.4142135623730951]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 7.141428429
Newton: d(0)= 15.00455487
GMRES: d(0)= 15.00455487
GMRES: d(9)= 1.174529909e-14 rate=0.02096600392
GMRES: 0.000591119 seconds
Newton: d(1)= 1.33453806e-14 rate 8.894219597e-16
Newton: 0.001551702 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 8.803408431
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.00200218 seconds
[ OK ] Test2DLaplace/TestTetLaplace.L2ErrorTest/6 (3 ms)
[ RUN ] Test2DLaplace/TestTetLaplace.L2ErrorTest/7
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 4
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 2
ProblemGeometry: ......................... Tet
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 4
Degrees of Freedom:: ..................... 243
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 8
Vertices: ................................ 9
Edges: ................................... 16
Faces: ................................... 16
ProcSets: ................................ 5
Mesh width [min, max]: ................... [0.5, 0.7071067811865476]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 9.669539803
Newton: d(0)= 20.43609675
GMRES: d(0)= 20.43609675
GMRES: d(31)= 5.428311087e-09 rate=0.4910270076
GMRES: 0.00218891 seconds
Newton: d(1)= 5.428311512e-09 rate 2.656236941e-10
Newton: 0.005867072 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 3
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 14.87447478
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.006570794 seconds
[ OK ] Test2DLaplace/TestTetLaplace.L2ErrorTest/7 (8 ms)
[----------] 8 tests from Test2DLaplace/TestTetLaplace (28 ms total)
[----------] 4 tests from Test3DLaplace/TestTetLaplace
[ RUN ] Test3DLaplace/TestTetLaplace.L2ErrorTest/0
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 1
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 3
ProblemGeometry: ......................... Tet
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 24
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 6
Vertices: ................................ 8
Edges: ................................... 19
Faces: ................................... 18
ProcSets: ................................ 19
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 4
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 13.19090596
Newton: d(0)= 0 rate 0
Newton: 0.000219889 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 4
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 13.19090596
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.000676979 seconds
[ OK ] Test3DLaplace/TestTetLaplace.L2ErrorTest/0 (2 ms)
[ RUN ] Test3DLaplace/TestTetLaplace.L2ErrorTest/1
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 1
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 3
ProblemGeometry: ......................... Tet
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 81
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 48
Vertices: ................................ 27
Edges: ................................... 98
Faces: ................................... 120
ProcSets: ................................ 61
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 4
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 19.4422221
Newton: d(0)= 7.794228634
GMRES: d(0)= 7.794228634
GMRES: d(1)= 3.845925373e-16 rate=4.934324554e-17
GMRES: 0.000534269 seconds
Newton: d(1)= 1.157783784e-15 rate 1.485437288e-16
Newton: 0.001729623 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 4
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 20.1246118
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.002466636 seconds
[ OK ] Test3DLaplace/TestTetLaplace.L2ErrorTest/1 (4 ms)
[ RUN ] Test3DLaplace/TestTetLaplace.L2ErrorTest/2
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 3
ProblemGeometry: ......................... Tet
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 81
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 6
Vertices: ................................ 8
Edges: ................................... 19
Faces: ................................... 18
ProcSets: ................................ 19
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 4
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 19.4422221
Newton: d(0)= 8.313843876
GMRES: d(0)= 8.313843876
GMRES: d(1)= 1.538370149e-15 rate=1.850371708e-16
GMRES: 0.000519414 seconds
Newton: d(1)= 1.12307788e-15 rate 1.350852743e-16
Newton: 0.002228852 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 4
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 20.1246118
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.002748769 seconds
[ OK ] Test3DLaplace/TestTetLaplace.L2ErrorTest/2 (4 ms)
[ RUN ] Test3DLaplace/TestTetLaplace.L2ErrorTest/3
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 1
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
Incompressible: .......................... false
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Passive
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. LaplaceDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemDimension: ........................ 3
ProblemGeometry: ......................... Tet
QuasiCompressiblePenalty: ................ None
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... LaplaceProblemDegree1
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 375
===========================================================
Mesh Info:
Mesh Name: ............................... UnitBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 48
Vertices: ................................ 27
Edges: ................................... 98
Faces: ................................... 120
ProcSets: ................................ 61
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 4
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 32.8861673
Newton: d(0)= 10.63132165
GMRES: d(0)= 10.63132165
GMRES: d(14)= 3.971406436e-09 rate=0.2121274807
GMRES: 0.002601798 seconds
Newton: d(1)= 3.971406846e-09 rate 3.735572093e-10
Newton: 0.012776331 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 1
Static: Deformed Geometry Volume (mm^3): ......... 4
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 37.69946949
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.014131661 seconds
[ OK ] Test3DLaplace/TestTetLaplace.L2ErrorTest/3 (16 ms)
[----------] 4 tests from Test3DLaplace/TestTetLaplace (27 ms total)
[----------] Global test environment tear-down
[==========] 24 tests from 4 test suites ran. (226 ms total)
[ PASSED ] 24 tests.
end program after 0.22 seconds on 4 procs at Tue Apr 1 13:08:57 2025 with 1 warning(s):
Warning: Changed order of points for type HEXAHEDRON
in ../../../../mpp/src/lib2_mesh/mesh/CheckOrientation.cpp:149
on line 149
[92m 2/11 Test 2: TestLaplaceElasticityMPI .................... Passed 0.60 sec[0m
Start 3: TestLinearBeamProblemMPI
================ running mpp ================
[==========] Running 19 tests from 1 test suite.
[----------] Global test environment set-up.
[----------] 19 tests from Test3DTetraBeam/DirichletBeamTest
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/0
start program on 4 procs at Tue Apr 1 13:08:57 2025
Running on: runner-83jcba7v-project-159678-concurrent-1-q04fydif
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Conforming
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 1
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. NoOverlap
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
[1;33mWarning: Changed order of points for type TETRAHEDRON[0m
in ../../../../mpp/src/lib2_mesh/mesh/CheckOrientation.cpp:105
on line 105
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 132
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 55.3895297
Newton: d(0)= 0 rate 0
Newton: 0.000361002 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 55.3895297
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.001328895 seconds
L2 error for exact solution 0
L2 error for numerical solution 0
H1 error for exact solution 0
H1 error for numerical solution 0
energy error for exact solution 0
energy error for numerical solution 0
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/0 (7 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/1
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Conforming
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 1
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. NoOverlap
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 1
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 567
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 480
Vertices: ................................ 189
Edges: ................................... 836
Faces: ................................... 1128
ProcSets: ................................ 537
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 97.32420048
Newton: d(0)= 121.9866796
GMRES: d(0)= 121.9866796
GMRES: d(21)= 3.146870676e-09 rate=0.3131762938
GMRES: 0.003271763 seconds
Newton: d(1)= 3.146877454e-09 rate 2.579689409e-11
Newton: 0.011472635 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 103.5664038
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.014853871 seconds
L2 error for exact solution 0
L2 error for numerical solution 8.981327449e-11
H1 error for exact solution 0
H1 error for numerical solution 6.307033544e-10
energy error for exact solution 0
energy error for numerical solution 1.073166269e-09
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/1 (21 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/2
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Conforming
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. NoOverlap
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 567
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 97.32420048
Newton: d(0)= 152.9937108
GMRES: d(0)= 152.9937108
GMRES: d(19)= 7.362036134e-09 rate=0.2863943463
GMRES: 0.003157388 seconds
Newton: d(1)= 7.362046896e-09 rate 4.811993157e-11
Newton: 0.017028208 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 103.5664038
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.018409107 seconds
L2 error for exact solution 2.96775696e-15
L2 error for numerical solution 1.815833132e-10
H1 error for exact solution 5.13580201e-15
H1 error for numerical solution 1.206187212e-09
energy error for exact solution 9.718110861e-15
energy error for numerical solution 2.198128676e-09
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/2 (23 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/3
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Conforming
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. NoOverlap
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 1
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 3075
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 480
Vertices: ................................ 189
Edges: ................................... 836
Faces: ................................... 1128
ProcSets: ................................ 537
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 176.3462503
Newton: d(0)= 163.8242283
GMRES: d(0)= 163.8242283
GMRES: d(57)= 5.959820664e-09 rate=0.6559294137
GMRES: 0.026353414 seconds
Newton: d(1)= 5.95981903e-09 rate 3.637935055e-11
Newton: 0.12366748 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 220.2668836
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.13180367 seconds
L2 error for exact solution 2.886911084e-15
L2 error for numerical solution 4.354391204e-10
H1 error for exact solution 1.036470528e-14
H1 error for numerical solution 2.814418526e-09
energy error for exact solution 2.099402455e-14
energy error for numerical solution 4.509257714e-09
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/3 (140 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/4
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Conforming
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree2
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. NoOverlap
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree2
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree2
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 567
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 753.407924
Newton: d(0)= 1223.467916
GMRES: d(0)= 1223.467916
GMRES: d(20)= 4.269178793e-09 rate=0.2673853372
GMRES: 0.003232138 seconds
Newton: d(1)= 4.269174972e-09 rate 3.489404924e-12
Newton: 0.015843358 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 798.7249214
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.017267524 seconds
L2 error for exact solution 3.14765778e-14
L2 error for numerical solution 9.350954299e-11
H1 error for exact solution 4.841721285e-14
H1 error for numerical solution 6.825519343e-10
energy error for exact solution 8.295839124e-14
energy error for numerical solution 1.242990591e-09
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/4 (22 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/5
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Conforming
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree2
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. NoOverlap
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 1
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree2
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree2
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 3075
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 480
Vertices: ................................ 189
Edges: ................................... 836
Faces: ................................... 1128
ProcSets: ................................ 537
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 1368.592799
Newton: d(0)= 1376.820101
GMRES: d(0)= 1376.820101
GMRES: d(61)= 7.921101285e-09 rate=0.6542386586
GMRES: 0.028681206 seconds
Newton: d(1)= 7.921091819e-09 rate 5.753178509e-12
Newton: 0.126049306 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 1692.978856
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.138021974 seconds
L2 error for exact solution 3.306622519e-14
L2 error for numerical solution 4.710688881e-10
H1 error for exact solution 8.238178487e-14
H1 error for numerical solution 3.211735278e-09
energy error for exact solution 1.716456989e-13
energy error for numerical solution 5.426338668e-09
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/5 (147 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/6
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Conforming
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 3
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree3
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. NoOverlap
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 3
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree3
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree3
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1488
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 9118.260034
Newton: d(0)= 15417.87582
GMRES: d(0)= 15417.87582
GMRES: d(48)= 1.191448871e-08 rate=0.5593295013
GMRES: 0.015814934 seconds
Newton: d(1)= 1.191428332e-08 rate 7.72757769e-13
Newton: 0.114491276 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 10388.15392
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.11842121 seconds
L2 error for exact solution 6.016669814e-13
L2 error for numerical solution 3.665541685e-10
H1 error for exact solution 2.968067887e-12
H1 error for numerical solution 2.818218637e-09
energy error for exact solution 5.682243472e-12
energy error for numerical solution 4.698128507e-09
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/6 (124 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/7
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Conforming
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 3
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree3
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. NoOverlap
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 1
reading config: MechPolynomialDegree.................... 3
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree3
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree3
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 8967
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 480
Vertices: ................................ 189
Edges: ................................... 836
Faces: ................................... 1128
ProcSets: ................................ 537
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 16965.21853
Newton: d(0)= 17008.96307
GMRES: d(0)= 17008.96307
GMRES: d(114)= 1.321928444e-08 rate=0.7830267159
GMRES: 0.170957197 seconds
Newton: d(1)= 1.321935768e-08 rate 7.771995049e-13
Newton: 0.950048746 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 23447.38614
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.976049555 seconds
L2 error for exact solution 7.070943211e-13
L2 error for numerical solution 1.41199291e-09
H1 error for exact solution 5.928746148e-12
H1 error for numerical solution 9.628854796e-09
energy error for exact solution 1.231666901e-11
energy error for numerical solution 1.522330654e-08
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/7 (994 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/8
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
DGPenalty: ............................... 3.0
DGSign: .................................. -1
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... DG
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 1
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. dG1
Overlap_Distribution: .................... 1
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 3.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 720
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: reading default: activeDeformation.......................
Newton: d(0)= 215.2509432
GMRES: d(0)= 215.2509432
GMRES: d(51)= 5.873865417e-09 rate=0.6206722546
GMRES: 0.006682287 seconds
Newton: d(1)= 5.873870401e-09 rate 2.728847694e-11
Newton: 0.014102145 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 134.4395775
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.014935538 seconds
L2 error for exact solution 0
L2 error for numerical solution 4.890702618e-10
H1 error for exact solution 0
H1 error for numerical solution 1.970806944e-09
energy error for exact solution 0
energy error for numerical solution 2.412878935e-09
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/8 (46 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/9
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
DGPenalty: ............................... 3.0
DGSign: .................................. -1
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... DG
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 1
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. dG1
Overlap_Distribution: .................... 1
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 1
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 3.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 5760
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 480
Vertices: ................................ 189
Edges: ................................... 836
Faces: ................................... 1128
ProcSets: ................................ 537
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: reading default: activeDeformation.......................
Newton: d(0)= 208.6554725
GMRES: d(0)= 208.6554725
GMRES: d(77)= 8.257430529e-09 rate=0.7326583363
GMRES: 0.045314959 seconds
Newton: d(1)= 8.257429709e-09 rate 3.957446986e-11
Newton: 0.1093664 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 325.4965438
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.112974933 seconds
L2 error for exact solution 0
L2 error for numerical solution 9.390681941e-10
H1 error for exact solution 0
H1 error for numerical solution 6.323852426e-09
energy error for exact solution 0
energy error for numerical solution 7.716050052e-09
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/9 (120 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/10
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
DGPenalty: ............................... 3.0
DGSign: .................................. -1
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... DG
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree2
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. dG1
Overlap_Distribution: .................... 1
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree2
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 3.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree2
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 1800
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: reading default: activeDeformation.......................
Newton: d(0)= 4889.161155
GMRES: d(0)= 4889.161155
GMRES: d(56)= 9.073996733e-09 rate=0.6173196143
GMRES: 0.020387615 seconds
Newton: d(1)= 9.074006236e-09 rate 1.855943371e-12
Newton: 0.095300928 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 1565.967752
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.097027797 seconds
L2 error for exact solution 3.14765778e-14
L2 error for numerical solution 3.788203051e-10
H1 error for exact solution 4.841721285e-14
H1 error for numerical solution 2.496768629e-09
energy error for exact solution 8.295839124e-14
energy error for numerical solution 3.771618617e-09
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/10 (102 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/11
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
DGPenalty: ............................... 3.0
DGSign: .................................. -1
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... DG
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree2
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. dG1
Overlap_Distribution: .................... 1
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 1
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree2
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 3.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree2
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 14400
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 480
Vertices: ................................ 189
Edges: ................................... 836
Faces: ................................... 1128
ProcSets: ................................ 537
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: reading default: activeDeformation.......................
Newton: d(0)= 4865.779212
GMRES: d(0)= 4865.779212
GMRES: d(116)= 9.56848352e-09 rate=0.7926537903
GMRES: 0.289747295 seconds
Newton: d(1)= 9.568459518e-09 rate 1.966480414e-12
Newton: 0.911271999 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 3867.893831
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.924397735 seconds
L2 error for exact solution 3.306622519e-14
L2 error for numerical solution 1.527849286e-09
H1 error for exact solution 8.238178487e-14
H1 error for numerical solution 9.294349189e-09
energy error for exact solution 1.716456989e-13
energy error for numerical solution 1.418784249e-08
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/11 (939 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/12
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
DGPenalty: ............................... 3.0
DGSign: .................................. -1
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... DG
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 3
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree3
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. dG1
Overlap_Distribution: .................... 1
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 3
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree3
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 3.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree3
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 3600
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: reading default: activeDeformation.......................
Newton: d(0)= 73721.84498
GMRES: d(0)= 73721.84498
GMRES: d(90)= 6.424993385e-08 rate=0.734519064
GMRES: 0.107996528 seconds
Newton: d(1)= 6.425025985e-08 rate 8.715226792e-13
Newton: 0.660054213 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 18336.35242
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.665123361 seconds
L2 error for exact solution 6.016651931e-13
L2 error for numerical solution 3.704703364e-09
H1 error for exact solution 2.96806669e-12
H1 error for numerical solution 2.49881414e-08
energy error for exact solution 5.682243135e-12
energy error for numerical solution 3.941375354e-08
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/12 (672 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/13
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
DGPenalty: ............................... 3.0
DGSign: .................................. -1
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... EG
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 1
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. EG
Overlap_Distribution: .................... 1
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 3.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 192
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 58.56620186
Static: reading default: activeDeformation.......................
Newton: d(0)= 2.181793487e-14 rate 0
Newton: 0.001107817 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 58.56620186
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.002217455 seconds
L2 error for exact solution 0
L2 error for numerical solution 0
H1 error for exact solution 0
H1 error for numerical solution 0
energy error for exact solution 0
energy error for numerical solution 0
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/13 (7 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/14
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
DGPenalty: ............................... 3.0
DGSign: .................................. -1
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... EG
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 1
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree1
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. EG
Overlap_Distribution: .................... 1
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 1
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree1
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 3.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree1
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 1047
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 480
Vertices: ................................ 189
Edges: ................................... 836
Faces: ................................... 1128
ProcSets: ................................ 537
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 109.9340712
Static: reading default: activeDeformation.......................
Newton: d(0)= 122.1637978
GMRES: d(0)= 122.1637978
GMRES: d(22)= 6.971174901e-09 rate=0.3422789231
GMRES: 0.005975501 seconds
Newton: d(1)= 6.971162089e-09 rate 5.706405839e-11
Newton: 0.080668135 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 80
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 115.9396395
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.085322196 seconds
L2 error for exact solution 0
L2 error for numerical solution 2.480308149e-10
H1 error for exact solution 0
H1 error for numerical solution 1.641326256e-09
energy error for exact solution 0
energy error for numerical solution 3.186682273e-09
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/14 (95 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/15
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
DGPenalty: ............................... 3.0
DGSign: .................................. -1
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... EG
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree2
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. EG
Overlap_Distribution: .................... 1
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree2
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 3.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree2
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 627
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 864.4205429
Static: reading default: activeDeformation.......................
Newton: d(0)= 1235.583299
GMRES: d(0)= 1235.583299
GMRES: d(23)= 1.833738745e-09 rate=0.3059960979
GMRES: 0.009388827 seconds
Newton: d(1)= 1.833691448e-09 rate 1.484069467e-12
Newton: 0.089818705 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 905.6138802
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.091967307 seconds
L2 error for exact solution 3.14765778e-14
L2 error for numerical solution 4.72306042e-11
H1 error for exact solution 4.841721285e-14
H1 error for numerical solution 3.124151285e-10
energy error for exact solution 8.295839124e-14
energy error for numerical solution 5.140733866e-10
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/15 (98 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/16
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
DGPenalty: ............................... 3.0
DGSign: .................................. -1
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... EG
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree2
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. EG
Overlap_Distribution: .................... 1
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 1
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree2
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 3.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree2
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 3555
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 480
Vertices: ................................ 189
Edges: ................................... 836
Faces: ................................... 1128
ProcSets: ................................ 537
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 1611.512164
Static: reading default: activeDeformation.......................
Newton: d(0)= 1379.292263
GMRES: d(0)= 1379.292263
GMRES: d(60)= 7.750214565e-09 rate=0.6493730944
GMRES: 0.066120338 seconds
Newton: d(1)= 7.750236922e-09 rate 5.618995428e-12
Newton: 0.747014959 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 1983.804654
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.76020266 seconds
L2 error for exact solution 3.306622519e-14
L2 error for numerical solution 4.015586031e-10
H1 error for exact solution 8.238178487e-14
H1 error for numerical solution 2.815572657e-09
energy error for exact solution 1.716456989e-13
energy error for numerical solution 4.785047427e-09
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/16 (780 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/17
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
DGPenalty: ............................... 3.0
DGSign: .................................. -1
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... EG
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 3
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree3
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. EG
Overlap_Distribution: .................... 1
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 3
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree3
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 3.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree3
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1548
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 10957.07123
Static: reading default: activeDeformation.......................
Newton: d(0)= 15599.04873
GMRES: d(0)= 15599.04873
GMRES: d(44)= 1.221628869e-08 rate=0.5307133675
GMRES: 0.031975506 seconds
Newton: d(1)= 1.22161934e-08 rate 7.831370751e-13
Newton: 0.632427626 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 12277.75559
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.64235187 seconds
L2 error for exact solution 6.016669814e-13
L2 error for numerical solution 4.053738688e-10
H1 error for exact solution 2.968067887e-12
H1 error for numerical solution 2.90047506e-09
energy error for exact solution 5.682243472e-12
energy error for numerical solution 4.880301166e-09
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/17 (653 ms)
[ RUN ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/18
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
DGPenalty: ............................... 3.0
DGSign: .................................. -1
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... EG
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 1
MechPlot: ................................ 0
MechPolynomialDegree: .................... 3
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree3
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. EG
Overlap_Distribution: .................... 1
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 1
reading config: MechPolynomialDegree.................... 3
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree3
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 3.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree3
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 9447
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 480
Vertices: ................................ 189
Edges: ................................... 836
Faces: ................................... 1128
ProcSets: ................................ 537
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 20143.27791
Static: reading default: activeDeformation.......................
Newton: d(0)= 17043.7137
GMRES: d(0)= 17043.7137
GMRES: d(109)= 1.299313863e-08 rate=0.7741534664
GMRES: 0.493700439 seconds
Newton: d(1)= 1.299323126e-08 rate 7.623474255e-13
Newton: 5.648440818 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 27784.72809
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 5.699431405 seconds
L2 error for exact solution 7.070943211e-13
L2 error for numerical solution 1.429045779e-09
H1 error for exact solution 5.928746148e-12
H1 error for numerical solution 9.645064231e-09
energy error for exact solution 1.231666901e-11
energy error for numerical solution 1.552235811e-08
[ OK ] Test3DTetraBeam/DirichletBeamTest.ErrorTest/18 (5756 ms)
[----------] 19 tests from Test3DTetraBeam/DirichletBeamTest (10755 ms total)
[----------] Global test environment tear-down
[==========] 19 tests from 1 test suite ran. (10755 ms total)
[ PASSED ] 19 tests.
end program after 10.72 seconds on 4 procs at Tue Apr 1 13:09:08 2025 with 1 warning(s):
Warning: Changed order of points for type TETRAHEDRON
in ../../../../mpp/src/lib2_mesh/mesh/CheckOrientation.cpp:105
on line 105
[92m 3/11 Test 3: TestLinearBeamProblemMPI .................... Passed 11.13 sec[0m
Start 4: TestQuadraticBeamProblemMPI
================ running mpp ================
[==========] Running 6 tests from 1 test suite.
[----------] Global test environment set-up.
[----------] 6 tests from Test3DTetraBeam/QuadraticDirichletBeamTest
[ RUN ] Test3DTetraBeam/QuadraticDirichletBeamTest.ErrorTest/0
start program on 4 procs at Tue Apr 1 13:09:08 2025
Running on: runner-83jcba7v-project-159678-concurrent-1-q04fydif
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Conforming
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 1
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree2
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. NoOverlap
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree2
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
[1;33mWarning: Changed order of points for type TETRAHEDRON[0m
in ../../../../mpp/src/lib2_mesh/mesh/CheckOrientation.cpp:105
on line 105
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree2
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 132
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 430.4091077
Newton: d(0)= 0 rate 0
Newton: 0.000307615 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 430.4091077
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.001357037 seconds
l2_err[0] 0.9525202894
h1_err[0] 3.3026194
energy_err[ 0]8.94427191
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree2
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 567
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 480
Vertices: ................................ 189
Edges: ................................... 836
Faces: ................................... 1128
ProcSets: ................................ 537
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 753.407924
Newton: d(0)= 1009.184912
GMRES: d(0)= 1009.184912
GMRES: d(22)= 1.915711376e-09 rate=0.2932230801
GMRES: 0.003657376 seconds
Newton: d(1)= 1.915770741e-09 rate 1.898334703e-12
Newton: 0.011225487 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 798.7249214
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.014512107 seconds
l2_err[1] 0.2381300724
h1_err[1] 1.598970272
energy_err[ 1]4.472135955
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree2
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 3075
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [2, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 3840
Vertices: ................................ 1025
Edges: ................................... 5536
Faces: ................................... 8352
ProcSets: ................................ 1985
Mesh width [min, max]: ................... [0.25, 0.4330127018922193]
===========================================================
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 1368.592799
Newton: d(0)= 1088.655815
GMRES: d(0)= 1088.655815
GMRES: d(51)= 7.316843838e-09 rate=0.6038513792
GMRES: 0.020018184 seconds
Newton: d(1)= 7.316880791e-09 rate 6.721023016e-12
Newton: 0.074748493 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 1692.996015
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.097092205 seconds
l2_err[2] 0.0595651703
h1_err[2] 0.7928292378
energy_err[ 2]2.21907105
l2_err[0]/l2_err[1] 4
h1_err[0]/h1_err[1] 2.065466418
energy_err[0]/energy_err[1] 2
l2_err[1]/l2_err[2] 3.997807295
h1_err[1]/h1_err[2] 2.016790244
energy_err[1]/energy_err[2] 2.015318957
log2(l2_err[0]/ l2_err[1]) 2
h1_err[0]/h1_err[1] 2.065466418
energy_err[0]/energy_err[1] 2
log2(l2_err[1]/ l2_err[2]) 1.999208932
h1_err[1]/h1_err[2] 2.016790244
energy_err[1]/energy_err[2] 2.015318957
[ OK ] Test3DTetraBeam/QuadraticDirichletBeamTest.ErrorTest/0 (165 ms)
[ RUN ] Test3DTetraBeam/QuadraticDirichletBeamTest.ErrorTest/1
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... Conforming
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree3
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. NoOverlap
Overlap_Distribution: .................... 0
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree3
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree3
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 567
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 6464.178418
Newton: d(0)= 10705.06115
GMRES: d(0)= 10705.06115
GMRES: d(21)= 3.097934193e-09 rate=0.2528877332
GMRES: 0.002096138 seconds
Newton: d(1)= 3.097860177e-09 rate 2.893827634e-13
Newton: 0.014093529 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 6822.744893
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.01555582 seconds
l2_err[0] 0.1678374663
h1_err[0] 1.236191496
energy_err[ 0]3.464101615
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree3
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 3075
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 480
Vertices: ................................ 189
Edges: ................................... 836
Faces: ................................... 1128
ProcSets: ................................ 537
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 11744.64158
Newton: d(0)= 12780.07093
GMRES: d(0)= 12780.07093
GMRES: d(64)= 1.211326143e-08 rate=0.6488381424
GMRES: 0.029680113 seconds
Newton: d(1)= 1.211323377e-08 rate 9.478221082e-13
Newton: 0.120768985 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 14371.09949
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.129259697 seconds
l2_err[1] 0.02097968329
h1_err[1] 0.3069041334
energy_err[ 1]0.8660254038
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree3
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 19683
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [2, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 3840
Vertices: ................................ 1025
Edges: ................................... 5536
Faces: ................................... 8352
ProcSets: ................................ 1985
Mesh width [min, max]: ................... [0.25, 0.4330127018922193]
===========================================================
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 22167.97961
Newton: d(0)= 13302.15827
GMRES: d(0)= 13302.15827
GMRES: d(130)= 1.210432015e-08 rate=0.8079361933
GMRES: 0.333986122 seconds
Newton: d(1)= 1.210427719e-08 rate 9.099483664e-13
Newton: 1.039569414 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 33835.82794
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 1.104657305 seconds
l2_err[2] 0.002596133106
h1_err[2] 0.07638820002
energy_err[ 2]0.2132987323
l2_err[0]/l2_err[1] 8
h1_err[0]/h1_err[1] 4.027940199
energy_err[0]/energy_err[1] 4
l2_err[1]/l2_err[2] 8.081127749
h1_err[1]/h1_err[2] 4.017690342
energy_err[1]/energy_err[2] 4.060152606
log2(l2_err[0]/ l2_err[1]) 3
h1_err[0]/h1_err[1] 4.027940199
energy_err[0]/energy_err[1] 4
log2(l2_err[1]/ l2_err[2]) 3.01455664
h1_err[1]/h1_err[2] 4.017690342
energy_err[1]/energy_err[2] 4.060152606
[ OK ] Test3DTetraBeam/QuadraticDirichletBeamTest.ErrorTest/1 (1293 ms)
[ RUN ] Test3DTetraBeam/QuadraticDirichletBeamTest.ErrorTest/2
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
DGPenalty: ............................... 8.0
DGSign: .................................. -1
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... DG
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 1
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree2
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. dG1
Overlap_Distribution: .................... 1
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree2
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 8.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree2
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 720
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: reading default: activeDeformation.......................
Newton: d(0)= 3224.749478
GMRES: d(0)= 3224.749478
GMRES: d(45)= 6.694770978e-09 rate=0.5500258558
GMRES: 0.005607889 seconds
Newton: d(1)= 6.694765528e-09 rate 2.076057559e-12
Newton: 0.013135151 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 417.6312943
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 992.282387
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.013956225 seconds
l2_err[0] 0.8035665994
h1_err[0] 2.933331199
energy_err[ 0]8.100752253
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree2
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 5760
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 480
Vertices: ................................ 189
Edges: ................................... 836
Faces: ................................... 1128
ProcSets: ................................ 537
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 3052.26792
GMRES: d(0)= 3052.26792
GMRES: d(84)= 7.507705049e-09 rate=0.7274384365
GMRES: 0.048805932 seconds
Newton: d(1)= 7.507706731e-09 rate 2.459714196e-12
Newton: 0.111396887 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 434.7360873
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 2447.248
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.115021156 seconds
l2_err[1] 0.2272753662
h1_err[1] 1.429527064
energy_err[ 1]4.108311077
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree2
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 46080
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [2, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 3840
Vertices: ................................ 1025
Edges: ................................... 5536
Faces: ................................... 8352
ProcSets: ................................ 1985
Mesh width [min, max]: ................... [0.25, 0.4330127018922193]
===========================================================
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 2959.794804
GMRES: d(0)= 2959.794804
GMRES: d(147)= 9.613423322e-09 rate=0.8353100969
GMRES: 0.672054232 seconds
Newton: d(1)= 9.613425885e-09 rate 3.248004177e-12
Newton: 1.163829721 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 439.0113954
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 6289.939828
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 1.192859528 seconds
l2_err[2] 0.05603748613
h1_err[2] 0.6489379249
energy_err[ 2]1.987833743
l2_err[0]/l2_err[1] 3.535651984
h1_err[0]/h1_err[1] 2.051959191
energy_err[0]/energy_err[1] 1.97179622
l2_err[1]/l2_err[2] 4.055773766
h1_err[1]/h1_err[2] 2.202871815
energy_err[1]/energy_err[2] 2.066727709
log2(l2_err[0]/ l2_err[1]) 1.821976277
h1_err[0]/h1_err[1] 2.051959191
energy_err[0]/energy_err[1] 1.97179622
log2(l2_err[1]/ l2_err[2]) 2.01997718
h1_err[1]/h1_err[2] 2.202871815
energy_err[1]/energy_err[2] 2.066727709
[ OK ] Test3DTetraBeam/QuadraticDirichletBeamTest.ErrorTest/2 (1351 ms)
[ RUN ] Test3DTetraBeam/QuadraticDirichletBeamTest.ErrorTest/3
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
DGPenalty: ............................... 8.0
DGSign: .................................. -1
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... DG
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree3
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. dG1
Overlap_Distribution: .................... 1
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree3
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 8.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree3
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 1800
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: reading default: activeDeformation.......................
Newton: d(0)= 94019.3293
GMRES: d(0)= 94019.3293
GMRES: d(63)= 6.830509731e-08 rate=0.641683993
GMRES: 0.023438284 seconds
Newton: d(1)= 6.830458218e-08 rate 7.264951015e-13
Newton: 0.096751584 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 3877.916926
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 13004.71728
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.098554819 seconds
l2_err[0] 0.05178532176
h1_err[0] 0.8361775561
energy_err[ 0]2.671263826
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree3
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 14400
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 480
Vertices: ................................ 189
Edges: ................................... 836
Faces: ................................... 1128
ProcSets: ................................ 537
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 91642.08812
GMRES: d(0)= 91642.08812
GMRES: d(131)= 7.890275623e-08 rate=0.8089110014
GMRES: 0.340021754 seconds
Newton: d(1)= 7.890087477e-08 rate 8.609676665e-13
Newton: 0.95926099 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4004.882426
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 32313.1259
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.970740105 seconds
l2_err[1] 0.007133396354
h1_err[1] 0.2096606584
energy_err[ 1]0.6685616016
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree3
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 115200
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [2, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 3840
Vertices: ................................ 1025
Edges: ................................... 5536
Faces: ................................... 8352
ProcSets: ................................ 1985
Mesh width [min, max]: ................... [0.25, 0.4330127018922193]
===========================================================
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 90362.51397
GMRES: d(0)= 90362.51397
GMRES: d(243)= 8.180774716e-08 rate=0.8921533928
GMRES: 5.119964427 seconds
Newton: d(1)= 8.180752073e-08 rate 9.053258606e-13
Newton: 10.305208578 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4031.867108
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 83498.67351
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 10.411827577 seconds
l2_err[2] 0.0009565458316
h1_err[2] 0.0533734425
energy_err[ 2]0.1673084086
l2_err[0]/l2_err[1] 7.25956041
h1_err[0]/h1_err[1] 3.988242536
energy_err[0]/energy_err[1] 3.99553881
l2_err[1]/l2_err[2] 7.457453808
h1_err[1]/h1_err[2] 3.928183167
energy_err[1]/energy_err[2] 3.99598327
log2(l2_err[0]/ l2_err[1]) 2.859882191
h1_err[0]/h1_err[1] 3.988242536
energy_err[0]/energy_err[1] 3.99553881
log2(l2_err[1]/ l2_err[2]) 2.898683136
h1_err[1]/h1_err[2] 3.928183167
energy_err[1]/energy_err[2] 3.99598327
[ OK ] Test3DTetraBeam/QuadraticDirichletBeamTest.ErrorTest/3 (11538 ms)
[ RUN ] Test3DTetraBeam/QuadraticDirichletBeamTest.ErrorTest/4
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
DGPenalty: ............................... 6.0
DGSign: .................................. -1
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... EG
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 1
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree2
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. EG
Overlap_Distribution: .................... 1
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree2
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 6.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree2
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 192
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 457.5084699
Static: reading default: activeDeformation.......................
Newton: d(0)= 7.732050808
GMRES: d(0)= 7.732050808
GMRES: d(7)= 7.575718935e-09 rate=0.05164383093
GMRES: 0.000663708 seconds
Newton: d(1)= 7.575733334e-09 rate 9.797831808e-10
Newton: 0.009170503 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 438.2738588
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 457.5091894
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.0102715 seconds
l2_err[0] 0.9560167144
h1_err[0] 3.327780238
energy_err[ 0]9.086388375
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree2
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 1047
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 480
Vertices: ................................ 189
Edges: ................................... 836
Faces: ................................... 1128
ProcSets: ................................ 537
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 850.3886611
Newton: d(0)= 1011.482409
GMRES: d(0)= 1011.482409
GMRES: d(23)= 8.757560423e-09 rate=0.3303835915
GMRES: 0.006314279 seconds
Newton: d(1)= 8.757715061e-09 rate 8.658296952e-12
Newton: 0.074252938 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 436.975006
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 892.2845193
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.079082614 seconds
l2_err[1] 0.2391066798
h1_err[1] 1.63992579
energy_err[ 1]4.538519176
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree2
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 6915
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [2, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 3840
Vertices: ................................ 1025
Edges: ................................... 5536
Faces: ................................... 8352
ProcSets: ................................ 1985
Mesh width [min, max]: ................... [0.25, 0.4330127018922193]
===========================================================
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 440
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 1562.508905
Newton: d(0)= 1089.848151
GMRES: d(0)= 1089.848151
GMRES: d(50)= 5.315910838e-09 rate=0.5939696219
GMRES: 0.066280564 seconds
Newton: d(1)= 5.315935868e-09 rate 4.8776849e-12
Newton: 0.62520187 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 439.0167739
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 1943.660776
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.661081284 seconds
l2_err[2] 0.06450558753
h1_err[2] 0.8031012656
energy_err[ 2]2.228808563
l2_err[0]/l2_err[1] 3.998285264
h1_err[0]/h1_err[1] 2.029226114
energy_err[0]/energy_err[1] 2.002060149
l2_err[1]/l2_err[2] 3.706759196
h1_err[1]/h1_err[2] 2.041991291
energy_err[1]/energy_err[2] 2.036298339
log2(l2_err[0]/ l2_err[1]) 1.999381407
h1_err[0]/h1_err[1] 2.029226114
energy_err[0]/energy_err[1] 2.002060149
log2(l2_err[1]/ l2_err[2]) 1.890158396
h1_err[1]/h1_err[2] 2.041991291
energy_err[1]/energy_err[2] 2.036298339
[ OK ] Test3DTetraBeam/QuadraticDirichletBeamTest.ErrorTest/4 (800 ms)
[ RUN ] Test3DTetraBeam/QuadraticDirichletBeamTest.ErrorTest/5
Config Info:
AssembleVerbose: ......................... 1
BasePreconditioner: ...................... GaussSeidel
BaseSolverVerbose: ....................... -1
ConfigVerbose: ........................... 2
DebugLevel: .............................. 0
DGPenalty: ............................... 1.5
DGSign: .................................. -1
ElphyEpsilon: ............................ 1e-8
ElphyLinearSolverVerbose: ................ -1
ElphyPreconditioner: ..................... GaussSeidel
ElphyReduction: .......................... 1e-12
ElphySolver: ............................. gmres
ElphySolverVerbose: ...................... -1
ElphyVerbose: ............................ -1
EulerReAssemble: ......................... 0
GatingEpsilon: ........................... 1e-8
GatingPreconditioner: .................... GaussSeidel
GatingReduction: ......................... 1e-12
GatingSolver: ............................ gmres
GeoPath: ................................. /builds/kit/mpp/cardmech/geo/
h0: ...................................... 1e-4
h_min: ................................... 1e-6
LinearEpsilon: ........................... 1e-8
LinearReduction: ......................... 1e-8
LinearSolver: ............................ gmres
LinearSteps: ............................. 10000
LinearVerbose: ........................... 1
MechDiscretization: ...................... EG
MechDynamics: ............................ Static
MechEpsilon: ............................. 1e-8
MechLevel: ............................... 0
MechPlot: ................................ 0
MechPolynomialDegree: .................... 2
MechPreconditioner: ...................... GaussSeidel
MechProblem: ............................. DirichletBeamDegree3
MechReduction: ........................... 1e-12
MechSolver: .............................. gmres
MechSteps: ............................... 10000
MechVerbose: ............................. 1
Model: ................................... ActiveStrainElasticity
MultigridVerbose: ........................ -1
NewtonEpsilon: ........................... 1e-8
NewtonLinearizationReduction: ............ 1e-12
NewtonLineSearchSteps: ................... 50
NewtonReduction: ......................... 1e-10
NewtonSteps: ............................. 200
NewtonVerbose: ........................... 1
Overlap: ................................. EG
Overlap_Distribution: .................... 1
plevel: .................................. 0
PlotStress: .............................. 0
PlottingSteps: ........................... 1
PlotVertexPotential: ..................... 0
PlotVTK: ................................. 0
postsmoothing: ........................... 3
precision: ............................... 10
Preconditioner: .......................... GaussSeidel
presmoothing: ............................ 3
PressureDepth: ........................... 0
PressureIterations: ...................... 10
PressureSteps: ........................... 1
ProblemGeometry: ......................... Tet
Smoother: ................................ GaussSeidel
StretchEpsilon: .......................... 1e-8
StretchPreconditioner: ................... GaussSeidel
StretchReduction: ........................ 1e-12
StretchSolver: ........................... gmres
TimeLevel: ............................... 0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. DirichletBeamDegree3
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 1.5
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading default: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree3
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 627
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading default: WithPrestress........................... 0
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 7449.273696
Static: reading default: activeDeformation.......................
Newton: d(0)= 10821.48638
GMRES: d(0)= 10821.48638
GMRES: d(24)= 7.702460498e-09 rate=0.3117795363
GMRES: 0.009338945 seconds
Newton: d(1)= 7.702497644e-09 rate 7.117781582e-13
Newton: 0.085349779 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 3668.438486
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 7766.797229
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.087584941 seconds
l2_err[0] 0.125450559
h1_err[0] 1.332973641
energy_err[ 0]4.021822262
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree3
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 3555
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 480
Vertices: ................................ 189
Edges: ................................... 836
Faces: ................................... 1128
ProcSets: ................................ 537
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
===========================================================
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 13788.12583
Newton: d(0)= 12805.16807
GMRES: d(0)= 12805.16807
GMRES: d(64)= 8.809934896e-09 rate=0.6455981889
GMRES: 0.072645173 seconds
Newton: d(1)= 8.810115318e-09 rate 6.880124705e-13
Newton: 0.706685224 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 3949.487752
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 16792.04858
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.720051866 seconds
l2_err[1] 0.01577356018
h1_err[1] 0.3301218847
energy_err[ 1]0.9939776794
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... DirichletBeamDegree3
Material: ................................ Linear
Material Parameters: ..................... (4.000000, 2.000000)
Poisson's Ratio: ......................... 0.3333333333
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 23523
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [2, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 3840
Vertices: ................................ 1025
Edges: ................................... 5536
Faces: ................................... 8352
ProcSets: ................................ 1985
Mesh width [min, max]: ................... [0.25, 0.4330127018922193]
===========================================================
=== Running MainElasticity after Prestress: ===============
There are no suitable points to (x, 0.5, 0.5) found!
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4040
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 25034.47844
Newton: d(0)= 13306.9101
GMRES: d(0)= 13306.9101
GMRES: d(128)= 1.043936509e-08 rate=0.804315685
GMRES: 0.940161408 seconds
Newton: d(1)= 1.043946001e-08 rate 7.84514206e-13
Newton: 6.213053457 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4017.982285
Static: LV-Volume (ml): .......................... 0
Static: RV-Volume (ml): .......................... 0
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 38625.402
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 6.318805988 seconds
l2_err[2] 0.001944542784
h1_err[2] 0.08196839837
energy_err[ 2]0.243921312
l2_err[0]/l2_err[1] 7.953217762
h1_err[0]/h1_err[1] 4.037822704
energy_err[0]/energy_err[1] 4.046189714
l2_err[1]/l2_err[2] 8.111706418
h1_err[1]/h1_err[2] 4.027428757
energy_err[1]/energy_err[2] 4.074993166
log2(l2_err[0]/ l2_err[1]) 2.991538673
h1_err[0]/h1_err[1] 4.037822704
energy_err[0]/energy_err[1] 4.046189714
log2(l2_err[1]/ l2_err[2]) 3.020005439
h1_err[1]/h1_err[2] 4.027428757
energy_err[1]/energy_err[2] 4.074993166
[ OK ] Test3DTetraBeam/QuadraticDirichletBeamTest.ErrorTest/5 (7253 ms)
[----------] 6 tests from Test3DTetraBeam/QuadraticDirichletBeamTest (22403 ms total)
[----------] Global test environment tear-down
[==========] 6 tests from 1 test suite ran. (22403 ms total)
[ PASSED ] 6 tests.
end program after 22.38 seconds on 4 procs at Tue Apr 1 13:09:31 2025 with 1 warning(s):
Warning: Changed order of points for type TETRAHEDRON
in ../../../../mpp/src/lib2_mesh/mesh/CheckOrientation.cpp:105
on line 105
[92m 4/11 Test 4: TestQuadraticBeamProblemMPI ................. Passed 22.77 sec[0m
Start 5: TestDynamicBoundaryMPI
================ running mpp ================
[==========] Running 48 tests from 3 test suites.
[----------] Global test environment set-up.
[----------] 16 tests from DynamicTestOneStep/DBoundaryTest
[ RUN ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn2DCubeQuad
start program on 4 procs at Tue Apr 1 13:09:31 2025
Running on: runner-83jcba7v-project-159678-concurrent-1-q04fydif
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 75
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 4
Vertices: ................................ 9
Edges: ................................... 12
Faces: ................................... 12
BND Faces: ............................... [ 2 2 2 2 ]
ProcSets: ................................ 9
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 1
Max cells on proc: ....................... 1
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 1 1 1 1 ]
Vertex distribution: ..................... [ 4 4 4 4 ]
Edges distribution: ...................... [ 4 4 4 4 ]
Faces distribution: ...................... [ 4 4 4 4 ]
ProcSets distribution: ................... [ 5 5 5 5 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.4505840044
GMRES: d(0)= 0.4505840044
GMRES: d(8)= 2.096363708e-16 rate=0.01211884854
GMRES: 0.001079626 seconds
Newton: d(1)= 2.377852866e-16 rate 5.277268706e-16
Newton: 0.002003333 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Dynamics: 0.002518435 seconds
num 1.190083137e-19
exact 5.555996455e-20
[ OK ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn2DCubeQuad (18 ms)
[ RUN ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn2DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 75
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 4
Vertices: ................................ 9
Edges: ................................... 12
Faces: ................................... 12
BND Faces: ............................... [ 2 2 2 2 ]
ProcSets: ................................ 9
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 1
Max cells on proc: ....................... 1
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 1 1 1 1 ]
Vertex distribution: ..................... [ 4 4 4 4 ]
Edges distribution: ...................... [ 4 4 4 4 ]
Faces distribution: ...................... [ 4 4 4 4 ]
ProcSets distribution: ................... [ 5 5 5 5 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.8785428205
GMRES: d(0)= 0.8785428205
GMRES: d(8)= 2.372392915e-16 rate=0.0113221254
GMRES: 0.000964915 seconds
Newton: d(1)= 2.361542662e-16 rate 2.688022264e-16
Newton: 0.001719176 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Dynamics: 0.002058087 seconds
num 2.371125158e-07
exact 2.396432646e-07
[ OK ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn2DCubeQuad (3 ms)
[ RUN ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn2DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Stiffness Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 75
===========================================================
Mesh Info:
Mesh Name: ............................... TractionBlock2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 4
Vertices: ................................ 9
Edges: ................................... 12
Faces: ................................... 12
BND Faces: ............................... [ 2 2 2 2 ]
ProcSets: ................................ 9
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 1
Max cells on proc: ....................... 1
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 1 1 1 1 ]
Vertex distribution: ..................... [ 4 4 4 4 ]
Edges distribution: ...................... [ 4 4 4 4 ]
Faces distribution: ...................... [ 4 4 4 4 ]
ProcSets distribution: ................... [ 5 5 5 5 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 2.481853643
GMRES: d(0)= 2.481853643
GMRES: d(13)= 9.229762808e-09 rate=0.2246830633
GMRES: 0.001260081 seconds
Newton: d(1)= 9.229762858e-09 rate 3.718898931e-09
Newton: 0.001862594 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Dynamics: 0.002265769 seconds
num 4.783184102e-07
exact 5.993072946e-07
[ OK ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn2DCubeQuad (13 ms)
[ RUN ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn2DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 147
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 8
Vertices: ................................ 9
Edges: ................................... 16
Faces: ................................... 16
BND Faces: ............................... [ 2 2 2 2 ]
ProcSets: ................................ 9
Mesh width [min, max]: ................... [0.5, 0.7071067811865476]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 4 4 4 4 ]
Edges distribution: ...................... [ 5 5 5 5 ]
Faces distribution: ...................... [ 5 5 5 5 ]
ProcSets distribution: ................... [ 5 5 5 5 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.3535318846
GMRES: d(0)= 0.3535318846
GMRES: d(13)= 2.63541046e-09 rate=0.237029016
GMRES: 0.001452074 seconds
Newton: d(1)= 2.635410465e-09 rate 7.45451989e-09
Newton: 0.002576746 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Dynamics: 0.003151553 seconds
num 2.067636081e-12
exact 9.44623525e-20
[ OK ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn2DCubeTet (4 ms)
[ RUN ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn2DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 147
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 8
Vertices: ................................ 9
Edges: ................................... 16
Faces: ................................... 16
BND Faces: ............................... [ 2 2 2 2 ]
ProcSets: ................................ 9
Mesh width [min, max]: ................... [0.5, 0.7071067811865476]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 4 4 4 4 ]
Edges distribution: ...................... [ 5 5 5 5 ]
Faces distribution: ...................... [ 5 5 5 5 ]
ProcSets distribution: ................... [ 5 5 5 5 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.6357717893
GMRES: d(0)= 0.6357717893
GMRES: d(13)= 3.249794811e-09 rate=0.2302483435
GMRES: 0.00130971 seconds
Newton: d(1)= 3.249794826e-09 rate 5.111574438e-09
Newton: 0.002312801 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Dynamics: 0.002844564 seconds
num 5.865662715e-09
exact 7.08743095e-09
[ OK ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn2DCubeTet (4 ms)
[ RUN ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn2DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Stiffness Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 147
===========================================================
Mesh Info:
Mesh Name: ............................... TractionBlock2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 8
Vertices: ................................ 9
Edges: ................................... 16
Faces: ................................... 16
BND Faces: ............................... [ 2 2 2 2 ]
ProcSets: ................................ 9
Mesh width [min, max]: ................... [0.5, 0.7071067811865476]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 4 4 4 4 ]
Edges distribution: ...................... [ 5 5 5 5 ]
Faces distribution: ...................... [ 5 5 5 5 ]
ProcSets distribution: ................... [ 5 5 5 5 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 1.759371374
GMRES: d(0)= 1.759371374
GMRES: d(16)= 1.964056298e-09 rate=0.2757320665
GMRES: 0.001562283 seconds
Newton: d(1)= 1.964056333e-09 rate 1.116339826e-09
Newton: 0.002552128 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Dynamics: 0.003154702 seconds
num 1.218267944e-08
exact 1.766773037e-08
[ OK ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn2DCubeTet (4 ms)
[ RUN ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn3DCubeQuad
[1;33mWarning: Changed order of points for type HEXAHEDRON[0m
in ../../../../mpp/src/lib2_mesh/mesh/CheckOrientation.cpp:149
on line 149
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 375
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 8
Vertices: ................................ 27
Edges: ................................... 54
Faces: ................................... 36
BND Faces: ............................... [ 6 6 6 6 ]
ProcSets: ................................ 45
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 20 20 20 20 ]
Faces distribution: ...................... [ 11 11 11 11 ]
ProcSets distribution: ................... [ 25 25 25 25 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.2591847771
GMRES: d(0)= 0.2591847771
GMRES: d(11)= 6.235574595e-09 rate=0.2029494637
GMRES: 0.002017635 seconds
Newton: d(1)= 6.23557461e-09 rate 2.405841377e-08
Newton: 0.023209303 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Dynamics: 0.028605172 seconds
num 7.24276055e-12
exact 5.743109617e-20
[ OK ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn3DCubeQuad (30 ms)
[ RUN ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn3DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 375
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 8
Vertices: ................................ 27
Edges: ................................... 54
Faces: ................................... 36
BND Faces: ............................... [ 6 6 6 6 ]
ProcSets: ................................ 45
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 20 20 20 20 ]
Faces distribution: ...................... [ 11 11 11 11 ]
ProcSets distribution: ................... [ 25 25 25 25 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.4616067373
GMRES: d(0)= 0.4616067373
GMRES: d(11)= 5.328714059e-09 rate=0.1898433897
GMRES: 0.001830997 seconds
Newton: d(1)= 5.328714045e-09 rate 1.154383941e-08
Newton: 0.022705564 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Dynamics: 0.027963116 seconds
num 3.136508736e-07
exact 3.157446685e-07
[ OK ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn3DCubeQuad (29 ms)
[ RUN ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn3DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Stiffness Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 375
===========================================================
Mesh Info:
Mesh Name: ............................... TractionBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 8
Vertices: ................................ 27
Edges: ................................... 54
Faces: ................................... 36
BND Faces: ............................... [ 6 6 6 6 ]
ProcSets: ................................ 45
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 20 20 20 20 ]
Faces distribution: ...................... [ 11 11 11 11 ]
ProcSets distribution: ................... [ 25 25 25 25 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 1.495186504
GMRES: d(0)= 1.495186504
GMRES: d(19)= 9.066838729e-09 rate=0.3694143075
GMRES: 0.00678498 seconds
Newton: d(1)= 9.06683874e-09 rate 6.064018578e-09
Newton: 0.027648673 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Dynamics: 0.038018266 seconds
num 5.956372601e-07
exact 7.339985355e-07
[ OK ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn3DCubeQuad (53 ms)
[ RUN ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicNeumannTestPolOn3DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Neumann Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 375
===========================================================
Mesh Info:
Mesh Name: ............................... NeumannBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 8
Vertices: ................................ 27
Edges: ................................... 54
Faces: ................................... 36
BND Faces: ............................... [ 6 6 6 6 ]
ProcSets: ................................ 45
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 20 20 20 20 ]
Faces distribution: ...................... [ 11 11 11 11 ]
ProcSets distribution: ................... [ 25 25 25 25 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.1785296502
GMRES: d(0)= 0.1785296502
GMRES: d(18)= 3.987061167e-09 rate=0.3757865678
GMRES: 0.002802861 seconds
Newton: d(1)= 3.987061162e-09 rate 2.233276746e-08
Newton: 0.02498882 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Dynamics: 0.030059854 seconds
num 8.295474728e-12
exact 2.871554808e-20
[ OK ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicNeumannTestPolOn3DCubeQuad (37 ms)
[ RUN ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicNeumannTestExpOn3DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Neumann Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 2187
===========================================================
Mesh Info:
Mesh Name: ............................... NeumannBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 64
Vertices: ................................ 125
Edges: ................................... 300
Faces: ................................... 240
BND Faces: ............................... [ 24 24 24 24 ]
ProcSets: ................................ 153
Mesh width [min, max]: ................... [0.25, 0.25]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 16
Max cells on proc: ....................... 16
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 16 16 16 16 ]
Vertex distribution: ..................... [ 45 45 45 45 ]
Edges distribution: ...................... [ 96 96 96 96 ]
Faces distribution: ...................... [ 68 68 68 68 ]
ProcSets distribution: ................... [ 81 81 81 81 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 11.24539432
GMRES: d(0)= 11.24539432
GMRES: d(22)= 5.028247061e-09 rate=0.3758547882
GMRES: 0.009765846 seconds
Newton: d(1)= 5.02824691e-09 rate 4.471383367e-10
Newton: 0.17766431 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Dynamics: 0.216130608 seconds
num 7.457631114e-06
exact 7.11895574e-06
[ OK ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicNeumannTestExpOn3DCubeQuad (220 ms)
[ RUN ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn3DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 48
Vertices: ................................ 27
Edges: ................................... 98
Faces: ................................... 120
BND Faces: ............................... [ 12 12 12 12 ]
ProcSets: ................................ 61
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 12
Max cells on proc: ....................... 12
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 12 12 12 12 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 33 33 33 33 ]
Faces distribution: ...................... [ 34 34 34 34 ]
ProcSets distribution: ................... [ 33 33 33 33 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.1817726604
GMRES: d(0)= 0.1817726604
GMRES: d(17)= 3.695085516e-09 rate=0.3528052627
GMRES: 0.004168227 seconds
Newton: d(1)= 3.695085516e-09 rate 2.032805982e-08
Newton: 0.063840964 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Dynamics: 0.077929041 seconds
num 8.388534561e-12
exact 1.963577844e-19
[ OK ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn3DCubeTet (81 ms)
[ RUN ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn3DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 48
Vertices: ................................ 27
Edges: ................................... 98
Faces: ................................... 120
BND Faces: ............................... [ 12 12 12 12 ]
ProcSets: ................................ 61
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 12
Max cells on proc: ....................... 12
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 12 12 12 12 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 33 33 33 33 ]
Faces distribution: ...................... [ 34 34 34 34 ]
ProcSets distribution: ................... [ 33 33 33 33 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.3062167098
GMRES: d(0)= 0.3062167098
GMRES: d(17)= 4.92778233e-09 rate=0.3479894175
GMRES: 0.004383415 seconds
Newton: d(1)= 4.927782329e-09 rate 1.60924671e-08
Newton: 0.069287377 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Dynamics: 0.083347366 seconds
num 6.641384112e-09
exact 7.876239782e-09
[ OK ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn3DCubeTet (86 ms)
[ RUN ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn3DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Stiffness Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... TractionBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 48
Vertices: ................................ 27
Edges: ................................... 98
Faces: ................................... 120
BND Faces: ............................... [ 12 12 12 12 ]
ProcSets: ................................ 61
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 12
Max cells on proc: ....................... 12
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 12 12 12 12 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 33 33 33 33 ]
Faces distribution: ...................... [ 34 34 34 34 ]
ProcSets distribution: ................... [ 33 33 33 33 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.9822707741
GMRES: d(0)= 0.9822707741
GMRES: d(21)= 9.054922304e-09 rate=0.4143472422
GMRES: 0.004937065 seconds
Newton: d(1)= 9.054922308e-09 rate 9.218356635e-09
Newton: 0.065084997 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Dynamics: 0.087569579 seconds
num 1.462392742e-08
exact 2.139643322e-08
[ OK ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn3DCubeTet (91 ms)
[ RUN ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicNeumannTestPolOn3DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Neumann Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... NeumannBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 48
Vertices: ................................ 27
Edges: ................................... 98
Faces: ................................... 120
BND Faces: ............................... [ 12 12 12 12 ]
ProcSets: ................................ 61
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 12
Max cells on proc: ....................... 12
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 12 12 12 12 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 33 33 33 33 ]
Faces distribution: ...................... [ 34 34 34 34 ]
ProcSets distribution: ................... [ 33 33 33 33 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.1196362029
GMRES: d(0)= 0.1196362029
GMRES: d(19)= 9.789132225e-09 rate=0.423636886
GMRES: 0.008336409 seconds
Newton: d(1)= 9.789132221e-09 rate 8.182416347e-08
Newton: 0.068531328 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Dynamics: 0.082322087 seconds
num 2.311337926e-11
exact 9.81788922e-20
[ OK ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicNeumannTestPolOn3DCubeTet (85 ms)
[ RUN ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicNeumannTestExpOn3DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Neumann Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... NeumannBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 48
Vertices: ................................ 27
Edges: ................................... 98
Faces: ................................... 120
BND Faces: ............................... [ 12 12 12 12 ]
ProcSets: ................................ 61
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 12
Max cells on proc: ....................... 12
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 12 12 12 12 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 33 33 33 33 ]
Faces distribution: ...................... [ 34 34 34 34 ]
ProcSets distribution: ................... [ 33 33 33 33 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 18.23070524
GMRES: d(0)= 18.23070524
GMRES: d(24)= 7.570090882e-09 rate=0.406532934
GMRES: 0.005525077 seconds
Newton: d(1)= 7.570091372e-09 rate 4.15238537e-10
Newton: 0.066129392 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Dynamics: 0.080342789 seconds
num 2.469418632e-06
exact 2.601130374e-06
[ OK ] DynamicTestOneStep/DBoundaryTest.L2ErrorTest/DynamicNeumannTestExpOn3DCubeTet (83 ms)
[----------] 16 tests from DynamicTestOneStep/DBoundaryTest (849 ms total)
[----------] 16 tests from DynamicTestTwoStep/DBoundaryTest
[ RUN ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn2DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 75
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 4
Vertices: ................................ 9
Edges: ................................... 12
Faces: ................................... 12
BND Faces: ............................... [ 2 2 2 2 ]
ProcSets: ................................ 9
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 1
Max cells on proc: ....................... 1
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 1 1 1 1 ]
Vertex distribution: ..................... [ 4 4 4 4 ]
Edges distribution: ...................... [ 4 4 4 4 ]
Faces distribution: ...................... [ 4 4 4 4 ]
ProcSets distribution: ................... [ 5 5 5 5 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.4505840044
GMRES: d(0)= 0.4505840044
GMRES: d(8)= 2.096363708e-16 rate=0.01211884854
GMRES: 0.000913678 seconds
Newton: d(1)= 2.377852866e-16 rate 5.277268706e-16
Newton: 0.001635302 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 1.351752013
GMRES: d(0)= 1.351752013
GMRES: d(8)= 5.086904671e-16 rate=0.01180170003
GMRES: 0.000840866 seconds
Newton: d(1)= 8.808702888e-16 rate 6.51650806e-16
Newton: 0.001499245 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Dynamics: 0.00355926 seconds
num 6.043738112e-19
exact 2.222398582e-19
[ OK ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn2DCubeQuad (4 ms)
[ RUN ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn2DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 75
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 4
Vertices: ................................ 9
Edges: ................................... 12
Faces: ................................... 12
BND Faces: ............................... [ 2 2 2 2 ]
ProcSets: ................................ 9
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 1
Max cells on proc: ....................... 1
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 1 1 1 1 ]
Vertex distribution: ..................... [ 4 4 4 4 ]
Edges distribution: ...................... [ 4 4 4 4 ]
Faces distribution: ...................... [ 4 4 4 4 ]
ProcSets distribution: ................... [ 5 5 5 5 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.8785428205
GMRES: d(0)= 0.8785428205
GMRES: d(8)= 2.372392915e-16 rate=0.0113221254
GMRES: 0.000890417 seconds
Newton: d(1)= 2.361542662e-16 rate 2.688022264e-16
Newton: 0.001556264 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 2.635638495
GMRES: d(0)= 2.635638495
GMRES: d(8)= 7.548678656e-16 rate=0.01140573132
GMRES: 0.00087346 seconds
Newton: d(1)= 9.046678301e-16 rate 3.432442772e-16
Newton: 0.001538221 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Dynamics: 0.003512069 seconds
num 9.470065933e-07
exact 9.585730584e-07
[ OK ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn2DCubeQuad (4 ms)
[ RUN ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn2DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Stiffness Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 75
===========================================================
Mesh Info:
Mesh Name: ............................... TractionBlock2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 4
Vertices: ................................ 9
Edges: ................................... 12
Faces: ................................... 12
BND Faces: ............................... [ 2 2 2 2 ]
ProcSets: ................................ 9
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 1
Max cells on proc: ....................... 1
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 1 1 1 1 ]
Vertex distribution: ..................... [ 4 4 4 4 ]
Edges distribution: ...................... [ 4 4 4 4 ]
Faces distribution: ...................... [ 4 4 4 4 ]
ProcSets distribution: ................... [ 5 5 5 5 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 2.481853643
GMRES: d(0)= 2.481853643
GMRES: d(13)= 9.229762808e-09 rate=0.2246830633
GMRES: 0.0012131 seconds
Newton: d(1)= 9.229762858e-09 rate 3.718898931e-09
Newton: 0.001886685 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 7.445499676
GMRES: d(0)= 7.445499676
GMRES: d(14)= 2.848852915e-09 rate=0.212491301
GMRES: 0.001284657 seconds
Newton: d(1)= 2.848853289e-09 rate 3.826275486e-10
Newton: 0.001950522 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Dynamics: 0.004288116 seconds
num 1.83396946e-06
exact 2.397229178e-06
[ OK ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn2DCubeQuad (5 ms)
[ RUN ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn2DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 147
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 8
Vertices: ................................ 9
Edges: ................................... 16
Faces: ................................... 16
BND Faces: ............................... [ 2 2 2 2 ]
ProcSets: ................................ 9
Mesh width [min, max]: ................... [0.5, 0.7071067811865476]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 4 4 4 4 ]
Edges distribution: ...................... [ 5 5 5 5 ]
Faces distribution: ...................... [ 5 5 5 5 ]
ProcSets distribution: ................... [ 5 5 5 5 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.3535318846
GMRES: d(0)= 0.3535318846
GMRES: d(13)= 2.63541046e-09 rate=0.237029016
GMRES: 0.001353305 seconds
Newton: d(1)= 2.635410465e-09 rate 7.45451989e-09
Newton: 0.002516856 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 1.060595654
GMRES: d(0)= 1.060595654
GMRES: d(13)= 7.906231437e-09 rate=0.2370290161
GMRES: 0.001264956 seconds
Newton: d(1)= 7.906231437e-09 rate 7.454519929e-09
Newton: 0.002453008 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Dynamics: 0.005643597 seconds
num 1.402918863e-11
exact 3.7784941e-19
[ OK ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn2DCubeTet (6 ms)
[ RUN ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn2DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 147
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 8
Vertices: ................................ 9
Edges: ................................... 16
Faces: ................................... 16
BND Faces: ............................... [ 2 2 2 2 ]
ProcSets: ................................ 9
Mesh width [min, max]: ................... [0.5, 0.7071067811865476]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 4 4 4 4 ]
Edges distribution: ...................... [ 5 5 5 5 ]
Faces distribution: ...................... [ 5 5 5 5 ]
ProcSets distribution: ................... [ 5 5 5 5 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.6357717893
GMRES: d(0)= 0.6357717893
GMRES: d(13)= 3.249794811e-09 rate=0.2302483435
GMRES: 0.00129659 seconds
Newton: d(1)= 3.249794826e-09 rate 5.111574438e-09
Newton: 0.002460996 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 1.907312699
GMRES: d(0)= 1.907312699
GMRES: d(13)= 9.749395255e-09 rate=0.230248388
GMRES: 0.001294559 seconds
Newton: d(1)= 9.749395224e-09 rate 5.111587224e-09
Newton: 0.002477717 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Dynamics: 0.005619861 seconds
num 2.273516969e-08
exact 2.83497238e-08
[ OK ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn2DCubeTet (6 ms)
[ RUN ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn2DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Stiffness Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 147
===========================================================
Mesh Info:
Mesh Name: ............................... TractionBlock2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 8
Vertices: ................................ 9
Edges: ................................... 16
Faces: ................................... 16
BND Faces: ............................... [ 2 2 2 2 ]
ProcSets: ................................ 9
Mesh width [min, max]: ................... [0.5, 0.7071067811865476]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 4 4 4 4 ]
Edges distribution: ...................... [ 5 5 5 5 ]
Faces distribution: ...................... [ 5 5 5 5 ]
ProcSets distribution: ................... [ 5 5 5 5 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 1.759371374
GMRES: d(0)= 1.759371374
GMRES: d(16)= 1.964056298e-09 rate=0.2757320665
GMRES: 0.001500697 seconds
Newton: d(1)= 1.964056333e-09 rate 1.116339826e-09
Newton: 0.002665021 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 5.278106756
GMRES: d(0)= 5.278106756
GMRES: d(16)= 5.892157747e-09 rate=0.2757320579
GMRES: 0.00144273 seconds
Newton: d(1)= 5.892157663e-09 rate 1.116339236e-09
Newton: 0.002642012 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Dynamics: 0.006097692 seconds
num 4.488421582e-08
exact 7.067092149e-08
[ OK ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn2DCubeTet (7 ms)
[ RUN ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn3DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 375
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 8
Vertices: ................................ 27
Edges: ................................... 54
Faces: ................................... 36
BND Faces: ............................... [ 6 6 6 6 ]
ProcSets: ................................ 45
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 20 20 20 20 ]
Faces distribution: ...................... [ 11 11 11 11 ]
ProcSets distribution: ................... [ 25 25 25 25 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.2591847771
GMRES: d(0)= 0.2591847771
GMRES: d(11)= 6.235574595e-09 rate=0.2029494637
GMRES: 0.001902089 seconds
Newton: d(1)= 6.23557461e-09 rate 2.405841377e-08
Newton: 0.022570717 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 0.7775543312
GMRES: d(0)= 0.7775543312
GMRES: d(12)= 3.058563311e-09 rate=0.1993267386
GMRES: 0.002009493 seconds
Newton: d(1)= 3.058563288e-09 rate 3.933568582e-09
Newton: 0.022675883 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Dynamics: 0.051257062 seconds
num 2.996943801e-11
exact 2.297243847e-19
[ OK ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn3DCubeQuad (53 ms)
[ RUN ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn3DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 375
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 8
Vertices: ................................ 27
Edges: ................................... 54
Faces: ................................... 36
BND Faces: ............................... [ 6 6 6 6 ]
ProcSets: ................................ 45
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 20 20 20 20 ]
Faces distribution: ...................... [ 11 11 11 11 ]
ProcSets distribution: ................... [ 25 25 25 25 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.4616067373
GMRES: d(0)= 0.4616067373
GMRES: d(11)= 5.328714059e-09 rate=0.1898433897
GMRES: 0.002011368 seconds
Newton: d(1)= 5.328714045e-09 rate 1.154383941e-08
Newton: 0.02681103 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 1.384825587
GMRES: d(0)= 1.384825587
GMRES: d(12)= 2.477456895e-09 rate=0.1866598528
GMRES: 0.002087318 seconds
Newton: d(1)= 2.477456919e-09 rate 1.789002849e-09
Newton: 0.022650964 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Dynamics: 0.055330307 seconds
num 1.253417875e-06
exact 1.262978674e-06
[ OK ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn3DCubeQuad (57 ms)
[ RUN ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn3DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Stiffness Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 375
===========================================================
Mesh Info:
Mesh Name: ............................... TractionBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 8
Vertices: ................................ 27
Edges: ................................... 54
Faces: ................................... 36
BND Faces: ............................... [ 6 6 6 6 ]
ProcSets: ................................ 45
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 20 20 20 20 ]
Faces distribution: ...................... [ 11 11 11 11 ]
ProcSets distribution: ................... [ 25 25 25 25 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 1.495186504
GMRES: d(0)= 1.495186504
GMRES: d(19)= 9.066838729e-09 rate=0.3694143075
GMRES: 0.003081951 seconds
Newton: d(1)= 9.06683874e-09 rate 6.064018578e-09
Newton: 0.024583396 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 4.485521701
GMRES: d(0)= 4.485521701
GMRES: d(20)= 5.822282011e-09 rate=0.3594711274
GMRES: 0.007161903 seconds
Newton: d(1)= 5.822282126e-09 rate 1.298016711e-09
Newton: 0.028290819 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Dynamics: 0.063925763 seconds
num 2.293051226e-06
exact 2.935994142e-06
[ OK ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn3DCubeQuad (65 ms)
[ RUN ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicNeumannTestPolOn3DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Neumann Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 375
===========================================================
Mesh Info:
Mesh Name: ............................... NeumannBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 8
Vertices: ................................ 27
Edges: ................................... 54
Faces: ................................... 36
BND Faces: ............................... [ 6 6 6 6 ]
ProcSets: ................................ 45
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 20 20 20 20 ]
Faces distribution: ...................... [ 11 11 11 11 ]
ProcSets distribution: ................... [ 25 25 25 25 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.1785296502
GMRES: d(0)= 0.1785296502
GMRES: d(18)= 3.987061167e-09 rate=0.3757865678
GMRES: 0.002867887 seconds
Newton: d(1)= 3.987061162e-09 rate 2.233276746e-08
Newton: 0.023985377 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 0.5355889505
GMRES: d(0)= 0.5355889505
GMRES: d(19)= 4.399067017e-09 rate=0.3753607802
GMRES: 0.003004841 seconds
Newton: d(1)= 4.399067023e-09 rate 8.213513403e-09
Newton: 0.024034586 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Dynamics: 0.053935466 seconds
num 3.71467416e-11
exact 1.148621923e-19
[ OK ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicNeumannTestPolOn3DCubeQuad (55 ms)
[ RUN ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicNeumannTestExpOn3DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Neumann Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 14739
===========================================================
Mesh Info:
Mesh Name: ............................... NeumannBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [2, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 512
Vertices: ................................ 729
Edges: ................................... 1944
Faces: ................................... 1728
BND Faces: ............................... [ 96 96 96 96 ]
ProcSets: ................................ 561
Mesh width [min, max]: ................... [0.125, 0.125]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 128
Max cells on proc: ....................... 128
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 128 128 128 128 ]
Vertex distribution: ..................... [ 225 225 225 225 ]
Edges distribution: ...................... [ 560 560 560 560 ]
Faces distribution: ...................... [ 464 464 464 464 ]
ProcSets distribution: ................... [ 289 289 289 289 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 4.257693837
GMRES: d(0)= 4.257693837
GMRES: d(17)= 5.829312705e-09 rate=0.3010331268
GMRES: 0.0437462 seconds
Newton: d(1)= 5.829312695e-09 rate 1.369124441e-09
Newton: 1.326825923 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 4.253509271
GMRES: d(0)= 4.253509271
GMRES: d(17)= 5.823589674e-09 rate=0.3010331456
GMRES: 0.042695604 seconds
Newton: d(1)= 5.823589747e-09 rate 1.369125909e-09
Newton: 1.314836952 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Dynamics: 2.980371134 seconds
num 4.244416991e-06
exact 1.782014499e-06
[ OK ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicNeumannTestExpOn3DCubeQuad (3004 ms)
[ RUN ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn3DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 48
Vertices: ................................ 27
Edges: ................................... 98
Faces: ................................... 120
BND Faces: ............................... [ 12 12 12 12 ]
ProcSets: ................................ 61
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 12
Max cells on proc: ....................... 12
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 12 12 12 12 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 33 33 33 33 ]
Faces distribution: ...................... [ 34 34 34 34 ]
ProcSets distribution: ................... [ 33 33 33 33 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.1817726604
GMRES: d(0)= 0.1817726604
GMRES: d(17)= 3.695085516e-09 rate=0.3528052627
GMRES: 0.003258777 seconds
Newton: d(1)= 3.695085516e-09 rate 2.032805982e-08
Newton: 0.061995602 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 0.5453179814
GMRES: d(0)= 0.5453179814
GMRES: d(18)= 4.031833643e-09 rate=0.3534024852
GMRES: 0.003333892 seconds
Newton: d(1)= 4.031833644e-09 rate 7.393546117e-09
Newton: 0.065585276 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Dynamics: 0.142856823 seconds
num 3.604900133e-11
exact 7.854311376e-19
[ OK ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn3DCubeTet (147 ms)
[ RUN ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn3DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 48
Vertices: ................................ 27
Edges: ................................... 98
Faces: ................................... 120
BND Faces: ............................... [ 12 12 12 12 ]
ProcSets: ................................ 61
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 12
Max cells on proc: ....................... 12
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 12 12 12 12 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 33 33 33 33 ]
Faces distribution: ...................... [ 34 34 34 34 ]
ProcSets distribution: ................... [ 33 33 33 33 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.3062167098
GMRES: d(0)= 0.3062167098
GMRES: d(17)= 4.92778233e-09 rate=0.3479894175
GMRES: 0.00294784 seconds
Newton: d(1)= 4.927782329e-09 rate 1.60924671e-08
Newton: 0.061977696 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 0.9186487179
GMRES: d(0)= 0.9186487179
GMRES: d(18)= 4.653278582e-09 rate=0.346054879
GMRES: 0.00311625 seconds
Newton: d(1)= 4.6532786e-09 rate 5.065351433e-09
Newton: 0.061419781 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Dynamics: 0.138895862 seconds
num 2.58413898e-08
exact 3.150495913e-08
[ OK ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn3DCubeTet (142 ms)
[ RUN ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn3DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Stiffness Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... TractionBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 48
Vertices: ................................ 27
Edges: ................................... 98
Faces: ................................... 120
BND Faces: ............................... [ 12 12 12 12 ]
ProcSets: ................................ 61
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 12
Max cells on proc: ....................... 12
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 12 12 12 12 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 33 33 33 33 ]
Faces distribution: ...................... [ 34 34 34 34 ]
ProcSets distribution: ................... [ 33 33 33 33 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.9822707741
GMRES: d(0)= 0.9822707741
GMRES: d(21)= 9.054922304e-09 rate=0.4143472422
GMRES: 0.003647919 seconds
Newton: d(1)= 9.054922308e-09 rate 9.218356635e-09
Newton: 0.062091639 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 2.946807904
GMRES: d(0)= 2.946807904
GMRES: d(23)= 3.497286391e-09 rate=0.4091942646
GMRES: 0.007876278 seconds
Newton: d(1)= 3.497286391e-09 rate 1.186805012e-09
Newton: 0.066265199 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Dynamics: 0.150785909 seconds
num 5.373739621e-08
exact 8.558573289e-08
[ OK ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn3DCubeTet (153 ms)
[ RUN ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicNeumannTestPolOn3DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Neumann Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... NeumannBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 48
Vertices: ................................ 27
Edges: ................................... 98
Faces: ................................... 120
BND Faces: ............................... [ 12 12 12 12 ]
ProcSets: ................................ 61
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 12
Max cells on proc: ....................... 12
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 12 12 12 12 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 33 33 33 33 ]
Faces distribution: ...................... [ 34 34 34 34 ]
ProcSets distribution: ................... [ 33 33 33 33 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.1196362029
GMRES: d(0)= 0.1196362029
GMRES: d(19)= 9.789132225e-09 rate=0.423636886
GMRES: 0.003392015 seconds
Newton: d(1)= 9.789132221e-09 rate 8.182416347e-08
Newton: 0.062650148 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 0.3589086088
GMRES: d(0)= 0.3589086088
GMRES: d(21)= 4.247954452e-09 rate=0.4193079935
GMRES: 0.003801102 seconds
Newton: d(1)= 4.247954473e-09 rate 1.183575531e-08
Newton: 0.062928179 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Dynamics: 0.140544973 seconds
num 8.702718247e-11
exact 3.927155688e-19
[ OK ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicNeumannTestPolOn3DCubeTet (143 ms)
[ RUN ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicNeumannTestExpOn3DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Neumann Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 6591
===========================================================
Mesh Info:
Mesh Name: ............................... NeumannBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 384
Vertices: ................................ 125
Edges: ................................... 604
Faces: ................................... 864
BND Faces: ............................... [ 48 48 48 48 ]
ProcSets: ................................ 217
Mesh width [min, max]: ................... [0.25, 0.4330127018922193]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 96
Max cells on proc: ....................... 96
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 96 96 96 96 ]
Vertex distribution: ..................... [ 45 45 45 45 ]
Edges distribution: ...................... [ 180 180 180 180 ]
Faces distribution: ...................... [ 232 232 232 232 ]
ProcSets distribution: ................... [ 113 113 113 113 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 7.440226546
GMRES: d(0)= 7.440226546
GMRES: d(23)= 5.861487857e-09 rate=0.4019687102
GMRES: 0.020368806 seconds
Newton: d(1)= 5.861487829e-09 rate 7.87810397e-10
Newton: 0.499194944 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 7.432904498
GMRES: d(0)= 7.432904498
GMRES: d(23)= 5.85569828e-09 rate=0.4019686469
GMRES: 0.020191312 seconds
Newton: d(1)= 5.855698162e-09 rate 7.878075339e-10
Newton: 0.492914816 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Dynamics: 1.120007815 seconds
num 3.654878793e-06
exact 3.266620585e-07
[ OK ] DynamicTestTwoStep/DBoundaryTest.L2ErrorTest/DynamicNeumannTestExpOn3DCubeTet (1130 ms)
[----------] 16 tests from DynamicTestTwoStep/DBoundaryTest (4991 ms total)
[----------] 16 tests from DynamicTestFullTime/DBoundaryTest
[ RUN ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn2DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 147
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 4
Vertices: ................................ 9
Edges: ................................... 12
Faces: ................................... 12
BND Faces: ............................... [ 2 2 2 2 ]
ProcSets: ................................ 9
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 1
Max cells on proc: ....................... 1
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 1 1 1 1 ]
Vertex distribution: ..................... [ 4 4 4 4 ]
Edges distribution: ...................... [ 4 4 4 4 ]
Faces distribution: ...................... [ 4 4 4 4 ]
ProcSets distribution: ................... [ 5 5 5 5 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.3166499302
GMRES: d(0)= 0.3166499302
GMRES: d(12)= 3.945601e-09 rate=0.2194292308
GMRES: 0.00055346 seconds
Newton: d(1)= 3.945600993e-09 rate 1.246045117e-08
Newton: 0.001876307 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 0.9499497906
GMRES: d(0)= 0.9499497906
GMRES: d(13)= 1.492692342e-09 rate=0.2102761289
GMRES: 0.00047451 seconds
Newton: d(1)= 1.492692327e-09 rate 1.57133813e-09
Newton: 0.001738835 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Newton: d(0)= 1.583249651
GMRES: d(0)= 1.583249651
GMRES: d(13)= 2.487820604e-09 rate=0.2102761292
GMRES: 0.000513202 seconds
Newton: d(1)= 2.487820497e-09 rate 1.571338099e-09
Newton: 0.001793011 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.06
Newton: d(0)= 2.216549511
GMRES: d(0)= 2.216549511
GMRES: d(13)= 3.482948762e-09 rate=0.2102761288
GMRES: 0.000493866 seconds
Newton: d(1)= 3.482948798e-09 rate 1.571338145e-09
Newton: 0.00172306 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.08
Newton: d(0)= 2.849849372
GMRES: d(0)= 2.849849372
GMRES: d(13)= 4.478077057e-09 rate=0.2102761291
GMRES: 0.000514613 seconds
Newton: d(1)= 4.47807729e-09 rate 1.571338238e-09
Newton: 0.001732642 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.1
Newton: d(0)= 3.483149232
GMRES: d(0)= 3.483149232
GMRES: d(13)= 5.473205266e-09 rate=0.210276129
GMRES: 0.000493968 seconds
Newton: d(1)= 5.473204824e-09 rate 1.571338022e-09
Newton: 0.001751638 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.12
Newton: d(0)= 4.116449092
GMRES: d(0)= 4.116449092
GMRES: d(13)= 6.468333625e-09 rate=0.2102761293
GMRES: 0.000496083 seconds
Newton: d(1)= 6.468333773e-09 rate 1.571338216e-09
Newton: 0.005674317 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.14
Newton: d(0)= 4.749748953
GMRES: d(0)= 4.749748953
GMRES: d(13)= 7.463461556e-09 rate=0.2102761286
GMRES: 0.000529688 seconds
Newton: d(1)= 7.463461973e-09 rate 1.571338201e-09
Newton: 0.001779098 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.16
Newton: d(0)= 5.383048814
GMRES: d(0)= 5.383048814
GMRES: d(13)= 8.458589675e-09 rate=0.2102761284
GMRES: 0.000497541 seconds
Newton: d(1)= 8.458587752e-09 rate 1.571337739e-09
Newton: 0.001736188 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.18
Newton: d(0)= 6.016348675
GMRES: d(0)= 6.016348675
GMRES: d(13)= 9.453718149e-09 rate=0.2102761289
GMRES: 0.000498788 seconds
Newton: d(1)= 9.45372045e-09 rate 1.571338525e-09
Newton: 0.001753751 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.2
Newton: d(0)= 6.649648537
GMRES: d(0)= 6.649648537
GMRES: d(14)= 1.102547806e-09 rate=0.2001704244
GMRES: 0.000514351 seconds
Newton: d(1)= 1.102547201e-09 rate 1.658053347e-10
Newton: 0.00178179 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.22
Newton: d(0)= 7.282948398
GMRES: d(0)= 7.282948398
GMRES: d(14)= 1.207552304e-09 rate=0.2001704237
GMRES: 0.000545565 seconds
Newton: d(1)= 1.207554471e-09 rate 1.658057156e-10
Newton: 0.001788436 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.24
Newton: d(0)= 7.91624826
GMRES: d(0)= 7.91624826
GMRES: d(14)= 1.312557055e-09 rate=0.2001704259
GMRES: 0.000539878 seconds
Newton: d(1)= 1.312558262e-09 rate 1.658055962e-10
Newton: 0.001778111 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.26
Newton: d(0)= 8.549548123
GMRES: d(0)= 8.549548123
GMRES: d(14)= 1.417561703e-09 rate=0.2001704267
GMRES: 0.000553987 seconds
Newton: d(1)= 1.417557415e-09 rate 1.658049518e-10
Newton: 0.001828979 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.28
Newton: d(0)= 9.182847985
GMRES: d(0)= 9.182847985
GMRES: d(14)= 1.522566439e-09 rate=0.2001704283
GMRES: 0.000538574 seconds
Newton: d(1)= 1.52256668e-09 rate 1.658054976e-10
Newton: 0.001771596 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.3
Newton: d(0)= 9.816147847
GMRES: d(0)= 9.816147847
GMRES: d(14)= 1.627570433e-09 rate=0.2001704231
GMRES: 0.000544034 seconds
Newton: d(1)= 1.627573511e-09 rate 1.658057251e-10
Newton: 0.001843347 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.32
Newton: d(0)= 10.44944771
GMRES: d(0)= 10.44944771
GMRES: d(14)= 1.732574704e-09 rate=0.2001704209
GMRES: 0.000543379 seconds
Newton: d(1)= 1.732579604e-09 rate 1.658058543e-10
Newton: 0.001788587 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.34
Newton: d(0)= 11.08274757
GMRES: d(0)= 11.08274757
GMRES: d(14)= 1.837580189e-09 rate=0.2001704283
GMRES: 0.000522276 seconds
Newton: d(1)= 1.837578927e-09 rate 1.658053579e-10
Newton: 0.001821037 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.36
Newton: d(0)= 11.71604743
GMRES: d(0)= 11.71604743
GMRES: d(14)= 1.942584213e-09 rate=0.2001704242
GMRES: 0.000538543 seconds
Newton: d(1)= 1.942583235e-09 rate 1.658053406e-10
Newton: 0.001795658 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.38
Newton: d(0)= 12.34934729
GMRES: d(0)= 12.34934729
GMRES: d(14)= 2.047588926e-09 rate=0.2001704253
GMRES: 0.00053804 seconds
Newton: d(1)= 2.047584385e-09 rate 1.658050695e-10
Newton: 0.00185229 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.4
Newton: d(0)= 12.98264715
GMRES: d(0)= 12.98264715
GMRES: d(14)= 2.15259365e-09 rate=0.2001704264
GMRES: 0.000545653 seconds
Newton: d(1)= 2.152591001e-09 rate 1.658052458e-10
Newton: 0.001781005 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.42
Newton: d(0)= 13.615947
GMRES: d(0)= 13.615947
GMRES: d(14)= 2.257597398e-09 rate=0.2001704212
GMRES: 0.000545939 seconds
Newton: d(1)= 2.257610122e-09 rate 1.658063241e-10
Newton: 0.001849898 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.44
Newton: d(0)= 14.24924686
GMRES: d(0)= 14.24924686
GMRES: d(14)= 2.362602029e-09 rate=0.2001704219
GMRES: 0.000536535 seconds
Newton: d(1)= 2.362594402e-09 rate 1.658048615e-10
Newton: 0.00176832 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.46
Newton: d(0)= 14.88254672
GMRES: d(0)= 14.88254672
GMRES: d(14)= 2.467607074e-09 rate=0.2001704248
GMRES: 0.000574427 seconds
Newton: d(1)= 2.467618336e-09 rate 1.658061878e-10
Newton: 0.001858857 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.48
Newton: d(0)= 15.51584657
GMRES: d(0)= 15.51584657
GMRES: d(14)= 2.5726108e-09 rate=0.2001704202
GMRES: 0.000541132 seconds
Newton: d(1)= 2.572605995e-09 rate 1.65805068e-10
Newton: 0.001824126 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.5
Newton: d(0)= 16.14914643
GMRES: d(0)= 16.14914643
GMRES: d(14)= 2.677615647e-09 rate=0.2001704219
GMRES: 0.000543402 seconds
Newton: d(1)= 2.677615386e-09 rate 1.658053816e-10
Newton: 0.001831057 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.52
Newton: d(0)= 16.78244628
GMRES: d(0)= 16.78244628
GMRES: d(14)= 2.782621274e-09 rate=0.2001704276
GMRES: 0.00054412 seconds
Newton: d(1)= 2.782618084e-09 rate 1.658052728e-10
Newton: 0.001781764 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.54
Newton: d(0)= 17.41574614
GMRES: d(0)= 17.41574614
GMRES: d(14)= 2.887624961e-09 rate=0.2001704232
GMRES: 0.000517573 seconds
Newton: d(1)= 2.887628407e-09 rate 1.658056097e-10
Newton: 0.001796023 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.56
Newton: d(0)= 18.049046
GMRES: d(0)= 18.049046
GMRES: d(14)= 2.992629329e-09 rate=0.2001704223
GMRES: 0.000556275 seconds
Newton: d(1)= 2.992625382e-09 rate 1.658051834e-10
Newton: 0.001801852 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.58
Newton: d(0)= 18.68234586
GMRES: d(0)= 18.68234586
GMRES: d(14)= 3.097634078e-09 rate=0.2001704233
GMRES: 0.000521471 seconds
Newton: d(1)= 3.09764193e-09 rate 1.658058337e-10
Newton: 0.001764411 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.6
Newton: d(0)= 19.31564572
GMRES: d(0)= 19.31564572
GMRES: d(14)= 3.202638711e-09 rate=0.2001704237
GMRES: 0.000538362 seconds
Newton: d(1)= 3.202639845e-09 rate 1.658054766e-10
Newton: 0.001769457 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.62
Newton: d(0)= 19.94894558
GMRES: d(0)= 19.94894558
GMRES: d(14)= 3.307642164e-09 rate=0.2001704189
GMRES: 0.000534981 seconds
Newton: d(1)= 3.307673928e-09 rate 1.658069553e-10
Newton: 0.001770799 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.64
Newton: d(0)= 20.58224544
GMRES: d(0)= 20.58224544
GMRES: d(14)= 3.412647166e-09 rate=0.200170421
GMRES: 0.000531095 seconds
Newton: d(1)= 3.41264643e-09 rate 1.65805351e-10
Newton: 0.001786659 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.66
Newton: d(0)= 21.2155453
GMRES: d(0)= 21.2155453
GMRES: d(14)= 3.517652245e-09 rate=0.2001704232
GMRES: 0.00054849 seconds
Newton: d(1)= 3.517654544e-09 rate 1.658055211e-10
Newton: 0.00176674 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.68
Newton: d(0)= 21.84884517
GMRES: d(0)= 21.84884517
GMRES: d(14)= 3.622656316e-09 rate=0.2001704214
GMRES: 0.000513496 seconds
Newton: d(1)= 3.622667501e-09 rate 1.658059029e-10
Newton: 0.001782617 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.7
Newton: d(0)= 22.48214503
GMRES: d(0)= 22.48214503
GMRES: d(14)= 3.727662381e-09 rate=0.2001704272
GMRES: 0.000512657 seconds
Newton: d(1)= 3.727650131e-09 rate 1.658049143e-10
Newton: 0.001789719 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.72
Newton: d(0)= 23.1154449
GMRES: d(0)= 23.1154449
GMRES: d(14)= 3.832665829e-09 rate=0.200170423
GMRES: 0.00054429 seconds
Newton: d(1)= 3.832685366e-09 rate 1.658062556e-10
Newton: 0.001782548 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.74
Newton: d(0)= 23.74874476
GMRES: d(0)= 23.74874476
GMRES: d(14)= 3.937671005e-09 rate=0.2001704253
GMRES: 0.0005404 seconds
Newton: d(1)= 3.937641193e-09 rate 1.658041818e-10
Newton: 0.001775646 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.76
Newton: d(0)= 24.38204463
GMRES: d(0)= 24.38204463
GMRES: d(14)= 4.042676151e-09 rate=0.2001704274
GMRES: 0.000543949 seconds
Newton: d(1)= 4.04269791e-09 rate 1.658063535e-10
Newton: 0.00177853 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.78
Newton: d(0)= 25.01534449
GMRES: d(0)= 25.01534449
GMRES: d(14)= 4.147679569e-09 rate=0.2001704234
GMRES: 0.000545645 seconds
Newton: d(1)= 4.147689416e-09 rate 1.658058084e-10
Newton: 0.001805831 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.8
Newton: d(0)= 25.64864435
GMRES: d(0)= 25.64864435
GMRES: d(14)= 4.252684483e-09 rate=0.2001704246
GMRES: 0.000542949 seconds
Newton: d(1)= 4.252707549e-09 rate 1.658063284e-10
Newton: 0.001786389 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.82
Newton: d(0)= 26.28194422
GMRES: d(0)= 26.28194422
GMRES: d(14)= 4.357689041e-09 rate=0.2001704247
GMRES: 0.000519886 seconds
Newton: d(1)= 4.35770099e-09 rate 1.658058839e-10
Newton: 0.001788092 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.84
Newton: d(0)= 26.91524408
GMRES: d(0)= 26.91524408
GMRES: d(14)= 4.462692576e-09 rate=0.2001704214
GMRES: 0.000503532 seconds
Newton: d(1)= 4.462705577e-09 rate 1.658058743e-10
Newton: 0.001772258 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.86
Newton: d(0)= 27.54854394
GMRES: d(0)= 27.54854394
GMRES: d(14)= 4.567697425e-09 rate=0.2001704224
GMRES: 0.000523098 seconds
Newton: d(1)= 4.567705281e-09 rate 1.65805688e-10
Newton: 0.00178095 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.88
Newton: d(0)= 28.1818438
GMRES: d(0)= 28.1818438
GMRES: d(14)= 4.672702077e-09 rate=0.2001704227
GMRES: 0.00054189 seconds
Newton: d(1)= 4.672715301e-09 rate 1.658058761e-10
Newton: 0.001830552 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.9
Newton: d(0)= 28.81514366
GMRES: d(0)= 28.81514366
GMRES: d(14)= 4.777706228e-09 rate=0.2001704216
GMRES: 0.000525538 seconds
Newton: d(1)= 4.777714802e-09 rate 1.658056909e-10
Newton: 0.001784468 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.92
Newton: d(0)= 29.44844351
GMRES: d(0)= 29.44844351
GMRES: d(14)= 4.882711535e-09 rate=0.2001704238
GMRES: 0.000561164 seconds
Newton: d(1)= 4.882691932e-09 rate 1.65804754e-10
Newton: 0.00186056 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.94
Newton: d(0)= 30.08174337
GMRES: d(0)= 30.08174337
GMRES: d(14)= 4.987716621e-09 rate=0.2001704254
GMRES: 0.000530658 seconds
Newton: d(1)= 4.987699214e-09 rate 1.658048589e-10
Newton: 0.001787617 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.96
Newton: d(0)= 30.71504323
GMRES: d(0)= 30.71504323
GMRES: d(14)= 5.092720193e-09 rate=0.2001704226
GMRES: 0.000543111 seconds
Newton: d(1)= 5.092713642e-09 rate 1.658051921e-10
Newton: 0.001852929 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.98
Newton: d(0)= 31.34834308
GMRES: d(0)= 31.34834308
GMRES: d(14)= 5.197725137e-09 rate=0.2001704237
GMRES: 0.000538463 seconds
Newton: d(1)= 5.197732454e-09 rate 1.658056517e-10
Newton: 0.001776291 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 1
Dynamics: 0.101017394 seconds
num 7.728316774e-10
exact 2.388217364e-16
[ OK ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn2DCubeQuad (102 ms)
[ RUN ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn2DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 12675
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [4, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 1024
Vertices: ................................ 1089
Edges: ................................... 2112
Faces: ................................... 2112
BND Faces: ............................... [ 32 32 32 32 ]
ProcSets: ................................ 129
Mesh width [min, max]: ................... [0.03125, 0.03125]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 256
Max cells on proc: ....................... 256
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 256 256 256 256 ]
Vertex distribution: ..................... [ 289 289 289 289 ]
Edges distribution: ...................... [ 544 544 544 544 ]
Faces distribution: ...................... [ 544 544 544 544 ]
ProcSets distribution: ................... [ 65 65 65 65 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.07145347989
GMRES: d(0)= 0.07145347989
GMRES: d(11)= 5.395935973e-09 rate=0.2251901552
GMRES: 0.007590401 seconds
Newton: d(1)= 5.395935974e-09 rate 7.551676954e-08
Newton: 0.063109373 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 0.2143604396
GMRES: d(0)= 0.2143604396
GMRES: d(12)= 4.435472707e-09 rate=0.2289020099
GMRES: 0.007540605 seconds
Newton: d(1)= 4.435472707e-09 rate 2.069165707e-08
Newton: 0.067653304 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Newton: d(0)= 0.3572673995
GMRES: d(0)= 0.3572673995
GMRES: d(12)= 7.392454491e-09 rate=0.2289020098
GMRES: 0.007198898 seconds
Newton: d(1)= 7.392454492e-09 rate 2.069165701e-08
Newton: 0.061466424 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.06
Newton: d(0)= 0.5001743596
GMRES: d(0)= 0.5001743596
GMRES: d(13)= 2.662673884e-09 rate=0.2309689399
GMRES: 0.007839932 seconds
Newton: d(1)= 2.662673883e-09 rate 5.323491362e-09
Newton: 0.061665418 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.08
Newton: d(0)= 0.6430813193
GMRES: d(0)= 0.6430813193
GMRES: d(13)= 3.423437829e-09 rate=0.2309689398
GMRES: 0.007886078 seconds
Newton: d(1)= 3.423437815e-09 rate 5.32349131e-09
Newton: 0.063435098 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.1
Newton: d(0)= 0.7859882792
GMRES: d(0)= 0.7859882792
GMRES: d(13)= 4.184201727e-09 rate=0.2309689395
GMRES: 0.008277052 seconds
Newton: d(1)= 4.184201727e-09 rate 5.32349125e-09
Newton: 0.06726772 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.12
Newton: d(0)= 0.9288952393
GMRES: d(0)= 0.9288952393
GMRES: d(13)= 4.944965789e-09 rate=0.2309689399
GMRES: 0.008070135 seconds
Newton: d(1)= 4.944965794e-09 rate 5.323491374e-09
Newton: 0.061883363 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.14
Newton: d(0)= 1.071802199
GMRES: d(0)= 1.071802199
GMRES: d(13)= 5.705729714e-09 rate=0.2309689398
GMRES: 0.007972367 seconds
Newton: d(1)= 5.705729692e-09 rate 5.323491309e-09
Newton: 0.062617487 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.16
Newton: d(0)= 1.214709159
GMRES: d(0)= 1.214709159
GMRES: d(13)= 6.466493629e-09 rate=0.2309689397
GMRES: 0.008229698 seconds
Newton: d(1)= 6.466493604e-09 rate 5.32349127e-09
Newton: 0.06539222 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.18
Newton: d(0)= 1.357616118
GMRES: d(0)= 1.357616118
GMRES: d(13)= 7.227257763e-09 rate=0.2309689401
GMRES: 0.007775428 seconds
Newton: d(1)= 7.227257766e-09 rate 5.323491427e-09
Newton: 0.061814914 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.2
Newton: d(0)= 1.500523076
GMRES: d(0)= 1.500523076
GMRES: d(13)= 7.988021739e-09 rate=0.2309689401
GMRES: 0.007835854 seconds
Newton: d(1)= 7.988021737e-09 rate 5.32349143e-09
Newton: 0.061767583 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.22
Newton: d(0)= 1.643430034
GMRES: d(0)= 1.643430034
GMRES: d(13)= 8.748785396e-09 rate=0.2309689395
GMRES: 0.007981909 seconds
Newton: d(1)= 8.748785392e-09 rate 5.323491241e-09
Newton: 0.066012916 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.24
Newton: d(0)= 1.786336992
GMRES: d(0)= 1.786336992
GMRES: d(13)= 9.509549422e-09 rate=0.2309689397
GMRES: 0.007895577 seconds
Newton: d(1)= 9.509549334e-09 rate 5.323491244e-09
Newton: 0.061738378 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.26
Newton: d(0)= 1.92924395
GMRES: d(0)= 1.92924395
GMRES: d(14)= 2.800068649e-09 rate=0.2337215086
GMRES: 0.008378398 seconds
Newton: d(1)= 2.800068689e-09 rate 1.45138135e-09
Newton: 0.062241436 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.28
Newton: d(0)= 2.072150908
GMRES: d(0)= 2.072150908
GMRES: d(14)= 3.007481072e-09 rate=0.2337215082
GMRES: 0.008426473 seconds
Newton: d(1)= 3.007481056e-09 rate 1.451381289e-09
Newton: 0.062120444 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.3
Newton: d(0)= 2.215057867
GMRES: d(0)= 2.215057867
GMRES: d(14)= 3.214893582e-09 rate=0.2337215083
GMRES: 0.008359095 seconds
Newton: d(1)= 3.214893489e-09 rate 1.451381265e-09
Newton: 0.066041519 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.32
Newton: d(0)= 2.357964826
GMRES: d(0)= 2.357964826
GMRES: d(14)= 3.422306213e-09 rate=0.233721509
GMRES: 0.008520372 seconds
Newton: d(1)= 3.422306291e-09 rate 1.4513814e-09
Newton: 0.063920352 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.34
Newton: d(0)= 2.500871784
GMRES: d(0)= 2.500871784
GMRES: d(14)= 3.629718625e-09 rate=0.2337215086
GMRES: 0.008591156 seconds
Newton: d(1)= 3.629718627e-09 rate 1.451381334e-09
Newton: 0.063078384 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.36
Newton: d(0)= 2.643778741
GMRES: d(0)= 2.643778741
GMRES: d(14)= 3.837131039e-09 rate=0.2337215083
GMRES: 0.00858885 seconds
Newton: d(1)= 3.837131085e-09 rate 1.451381322e-09
Newton: 0.063322989 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.38
Newton: d(0)= 2.7866857
GMRES: d(0)= 2.7866857
GMRES: d(14)= 4.044543551e-09 rate=0.2337215084
GMRES: 0.008445443 seconds
Newton: d(1)= 4.044543494e-09 rate 1.451381293e-09
Newton: 0.066315497 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.4
Newton: d(0)= 2.929592658
GMRES: d(0)= 2.929592658
GMRES: d(14)= 4.251956067e-09 rate=0.2337215085
GMRES: 0.008363397 seconds
Newton: d(1)= 4.251956142e-09 rate 1.451381348e-09
Newton: 0.06192592 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.42
Newton: d(0)= 3.072499617
GMRES: d(0)= 3.072499617
GMRES: d(14)= 4.459368581e-09 rate=0.2337215086
GMRES: 0.008341562 seconds
Newton: d(1)= 4.459368685e-09 rate 1.451381364e-09
Newton: 0.062133301 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.44
Newton: d(0)= 3.215406576
GMRES: d(0)= 3.215406576
GMRES: d(14)= 4.666781025e-09 rate=0.2337215084
GMRES: 0.008355394 seconds
Newton: d(1)= 4.666780837e-09 rate 1.451381257e-09
Newton: 0.062066633 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.46
Newton: d(0)= 3.358313536
GMRES: d(0)= 3.358313536
GMRES: d(14)= 4.874193533e-09 rate=0.2337215085
GMRES: 0.008475949 seconds
Newton: d(1)= 4.87419364e-09 rate 1.451381352e-09
Newton: 0.062267982 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.48
Newton: d(0)= 3.501220496
GMRES: d(0)= 3.501220496
GMRES: d(14)= 5.081605981e-09 rate=0.2337215083
GMRES: 0.008359669 seconds
Newton: d(1)= 5.081606044e-09 rate 1.451381325e-09
Newton: 0.062195157 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.5
Newton: d(0)= 3.644127458
GMRES: d(0)= 3.644127458
GMRES: d(14)= 5.289018438e-09 rate=0.2337215082
GMRES: 0.008545609 seconds
Newton: d(1)= 5.289018326e-09 rate 1.451381267e-09
Newton: 0.066206585 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.52
Newton: d(0)= 3.787034419
GMRES: d(0)= 3.787034419
GMRES: d(14)= 5.496431033e-09 rate=0.2337215085
GMRES: 0.00845995 seconds
Newton: d(1)= 5.49643108e-09 rate 1.451381337e-09
Newton: 0.062202871 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.54
Newton: d(0)= 3.92994138
GMRES: d(0)= 3.92994138
GMRES: d(14)= 5.703843637e-09 rate=0.2337215089
GMRES: 0.008380628 seconds
Newton: d(1)= 5.70384367e-09 rate 1.451381361e-09
Newton: 0.061749379 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.56
Newton: d(0)= 4.072848342
GMRES: d(0)= 4.072848342
GMRES: d(14)= 5.911255951e-09 rate=0.2337215083
GMRES: 0.008431868 seconds
Newton: d(1)= 5.9112562e-09 rate 1.451381368e-09
Newton: 0.061818685 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.58
Newton: d(0)= 4.215755306
GMRES: d(0)= 4.215755306
GMRES: d(14)= 6.118668449e-09 rate=0.2337215083
GMRES: 0.008558814 seconds
Newton: d(1)= 6.11866826e-09 rate 1.451381263e-09
Newton: 0.062098239 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.6
Newton: d(0)= 4.358662269
GMRES: d(0)= 4.358662269
GMRES: d(14)= 6.326081011e-09 rate=0.2337215085
GMRES: 0.008635715 seconds
Newton: d(1)= 6.326081242e-09 rate 1.451381376e-09
Newton: 0.063314556 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.62
Newton: d(0)= 4.501569232
GMRES: d(0)= 4.501569232
GMRES: d(14)= 6.533493512e-09 rate=0.2337215085
GMRES: 0.008547521 seconds
Newton: d(1)= 6.533493485e-09 rate 1.451381318e-09
Newton: 0.06216904 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.64
Newton: d(0)= 4.644476196
GMRES: d(0)= 4.644476196
GMRES: d(14)= 6.740905951e-09 rate=0.2337215084
GMRES: 0.008980741 seconds
Newton: d(1)= 6.740905945e-09 rate 1.45138131e-09
Newton: 0.066962913 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.66
Newton: d(0)= 4.787383159
GMRES: d(0)= 4.787383159
GMRES: d(14)= 6.948318441e-09 rate=0.2337215084
GMRES: 0.008718147 seconds
Newton: d(1)= 6.948318464e-09 rate 1.451381315e-09
Newton: 0.062877457 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.68
Newton: d(0)= 4.930290122
GMRES: d(0)= 4.930290122
GMRES: d(14)= 7.155730867e-09 rate=0.2337215082
GMRES: 0.008378849 seconds
Newton: d(1)= 7.155730959e-09 rate 1.451381315e-09
Newton: 0.062281486 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.7
Newton: d(0)= 5.073197084
GMRES: d(0)= 5.073197084
GMRES: d(14)= 7.363143477e-09 rate=0.2337215085
GMRES: 0.008296296 seconds
Newton: d(1)= 7.363143449e-09 rate 1.451381314e-09
Newton: 0.061986621 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.72
Newton: d(0)= 5.216104045
GMRES: d(0)= 5.216104045
GMRES: d(14)= 7.570555885e-09 rate=0.2337215083
GMRES: 0.008637054 seconds
Newton: d(1)= 7.570555835e-09 rate 1.451381293e-09
Newton: 0.063089759 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.74
Newton: d(0)= 5.359011007
GMRES: d(0)= 5.359011007
GMRES: d(14)= 7.77796844e-09 rate=0.2337215084
GMRES: 0.008371902 seconds
Newton: d(1)= 7.77796834e-09 rate 1.451381296e-09
Newton: 0.062492952 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.76
Newton: d(0)= 5.501917969
GMRES: d(0)= 5.501917969
GMRES: d(14)= 7.985380872e-09 rate=0.2337215083
GMRES: 0.008590511 seconds
Newton: d(1)= 7.985381232e-09 rate 1.451381369e-09
Newton: 0.062464268 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.78
Newton: d(0)= 5.64482493
GMRES: d(0)= 5.64482493
GMRES: d(14)= 8.192793389e-09 rate=0.2337215083
GMRES: 0.008473441 seconds
Newton: d(1)= 8.192793754e-09 rate 1.451381372e-09
Newton: 0.065853611 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.8
Newton: d(0)= 5.78773189
GMRES: d(0)= 5.78773189
GMRES: d(14)= 8.400205866e-09 rate=0.2337215083
GMRES: 0.008458608 seconds
Newton: d(1)= 8.400205545e-09 rate 1.45138125e-09
Newton: 0.062392232 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.82
Newton: d(0)= 5.93063885
GMRES: d(0)= 5.93063885
GMRES: d(14)= 8.607618314e-09 rate=0.2337215082
GMRES: 0.008442313 seconds
Newton: d(1)= 8.60761824e-09 rate 1.451381286e-09
Newton: 0.061809133 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.84
Newton: d(0)= 6.07354581
GMRES: d(0)= 6.07354581
GMRES: d(14)= 8.815030927e-09 rate=0.2337215085
GMRES: 0.008508926 seconds
Newton: d(1)= 8.815030918e-09 rate 1.451381317e-09
Newton: 0.062354294 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.86
Newton: d(0)= 6.216452769
GMRES: d(0)= 6.216452769
GMRES: d(14)= 9.022443414e-09 rate=0.2337215085
GMRES: 0.008311528 seconds
Newton: d(1)= 9.022444021e-09 rate 1.451381416e-09
Newton: 0.061901591 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.88
Newton: d(0)= 6.359359726
GMRES: d(0)= 6.359359726
GMRES: d(14)= 9.229855904e-09 rate=0.2337215085
GMRES: 0.008868478 seconds
Newton: d(1)= 9.229855613e-09 rate 1.451381273e-09
Newton: 0.062853061 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.9
Newton: d(0)= 6.502266684
GMRES: d(0)= 6.502266684
GMRES: d(14)= 9.437268389e-09 rate=0.2337215085
GMRES: 0.008349561 seconds
Newton: d(1)= 9.437268745e-09 rate 1.451381373e-09
Newton: 0.062314077 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.92
Newton: d(0)= 6.64517364
GMRES: d(0)= 6.64517364
GMRES: d(14)= 9.644680925e-09 rate=0.2337215085
GMRES: 0.008333641 seconds
Newton: d(1)= 9.644680028e-09 rate 1.45138119e-09
Newton: 0.062109046 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.94
Newton: d(0)= 6.788080595
GMRES: d(0)= 6.788080595
GMRES: d(14)= 9.852093333e-09 rate=0.2337215084
GMRES: 0.008643248 seconds
Newton: d(1)= 9.852093161e-09 rate 1.451381289e-09
Newton: 0.062763835 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.96
Newton: d(0)= 6.930987552
GMRES: d(0)= 6.930987552
GMRES: d(15)= 2.662843643e-09 rate=0.2356694943
GMRES: 0.008956446 seconds
Newton: d(1)= 2.66284366e-09 rate 3.841939752e-10
Newton: 0.066399677 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.98
Newton: d(0)= 7.073894508
GMRES: d(0)= 7.073894508
GMRES: d(15)= 2.717747651e-09 rate=0.2356694944
GMRES: 0.00900854 seconds
Newton: d(1)= 2.717747493e-09 rate 3.841939529e-10
Newton: 0.063423467 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 1
Dynamics: 3.535350911 seconds
num 1.468403662e-07
exact 1.468255706e-07
[ OK ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn2DCubeQuad (3542 ms)
[ RUN ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn2DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Stiffness Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 12675
===========================================================
Mesh Info:
Mesh Name: ............................... TractionBlock2DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [4, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 1024
Vertices: ................................ 1089
Edges: ................................... 2112
Faces: ................................... 2112
BND Faces: ............................... [ 32 32 32 32 ]
ProcSets: ................................ 129
Mesh width [min, max]: ................... [0.03125, 0.03125]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 256
Max cells on proc: ....................... 256
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 256 256 256 256 ]
Vertex distribution: ..................... [ 289 289 289 289 ]
Edges distribution: ...................... [ 544 544 544 544 ]
Faces distribution: ...................... [ 544 544 544 544 ]
ProcSets distribution: ................... [ 65 65 65 65 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.1767475853
GMRES: d(0)= 0.1767475853
GMRES: d(12)= 3.732387982e-09 rate=0.2292905245
GMRES: 0.007658547 seconds
Newton: d(1)= 3.732387983e-09 rate 2.111705219e-08
Newton: 0.061486561 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 0.5302427555
GMRES: d(0)= 0.5302427555
GMRES: d(13)= 2.984304596e-09 rate=0.2319599221
GMRES: 0.008334539 seconds
Newton: d(1)= 2.9843046e-09 rate 5.628185523e-09
Newton: 0.062530689 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Newton: d(0)= 0.8837379253
GMRES: d(0)= 0.8837379253
GMRES: d(13)= 4.973841033e-09 rate=0.2319599222
GMRES: 0.008389252 seconds
Newton: d(1)= 4.973841018e-09 rate 5.628185547e-09
Newton: 0.066724554 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.06
Newton: d(0)= 1.237233095
GMRES: d(0)= 1.237233095
GMRES: d(13)= 6.963377506e-09 rate=0.2319599224
GMRES: 0.008709113 seconds
Newton: d(1)= 6.96337751e-09 rate 5.628185616e-09
Newton: 0.064046507 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.08
Newton: d(0)= 1.590728265
GMRES: d(0)= 1.590728265
GMRES: d(13)= 8.952913968e-09 rate=0.2319599224
GMRES: 0.008132662 seconds
Newton: d(1)= 8.952913938e-09 rate 5.628185614e-09
Newton: 0.062289596 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.1
Newton: d(0)= 1.944223435
GMRES: d(0)= 1.944223435
GMRES: d(14)= 2.934617756e-09 rate=0.2343768263
GMRES: 0.008972842 seconds
Newton: d(1)= 2.93461774e-09 rate 1.509403542e-09
Newton: 0.065967494 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.12
Newton: d(0)= 2.297718605
GMRES: d(0)= 2.297718605
GMRES: d(14)= 3.468184617e-09 rate=0.2343768262
GMRES: 0.008784166 seconds
Newton: d(1)= 3.468184588e-09 rate 1.509403537e-09
Newton: 0.062783392 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.14
Newton: d(0)= 2.651213775
GMRES: d(0)= 2.651213775
GMRES: d(14)= 4.001751432e-09 rate=0.234376826
GMRES: 0.00912923 seconds
Newton: d(1)= 4.001751452e-09 rate 1.509403538e-09
Newton: 0.063470013 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.16
Newton: d(0)= 3.004708944
GMRES: d(0)= 3.004708944
GMRES: d(14)= 4.535318305e-09 rate=0.2343768261
GMRES: 0.009080916 seconds
Newton: d(1)= 4.53531832e-09 rate 1.509403541e-09
Newton: 0.063942884 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.18
Newton: d(0)= 3.358204114
GMRES: d(0)= 3.358204114
GMRES: d(14)= 5.068885193e-09 rate=0.2343768262
GMRES: 0.008730098 seconds
Newton: d(1)= 5.068885186e-09 rate 1.509403542e-09
Newton: 0.065932754 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.2
Newton: d(0)= 3.711699284
GMRES: d(0)= 3.711699284
GMRES: d(14)= 5.602452085e-09 rate=0.2343768263
GMRES: 0.008918756 seconds
Newton: d(1)= 5.602452081e-09 rate 1.509403552e-09
Newton: 0.063876951 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.22
Newton: d(0)= 4.065194454
GMRES: d(0)= 4.065194454
GMRES: d(14)= 6.136018947e-09 rate=0.2343768263
GMRES: 0.008732275 seconds
Newton: d(1)= 6.136019112e-09 rate 1.509403592e-09
Newton: 0.063431308 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.24
Newton: d(0)= 4.418689623
GMRES: d(0)= 4.418689623
GMRES: d(14)= 6.669585758e-09 rate=0.2343768261
GMRES: 0.009772807 seconds
Newton: d(1)= 6.669585854e-09 rate 1.509403561e-09
Newton: 0.064320159 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.26
Newton: d(0)= 4.772184793
GMRES: d(0)= 4.772184793
GMRES: d(14)= 7.203152685e-09 rate=0.2343768263
GMRES: 0.008925948 seconds
Newton: d(1)= 7.203152675e-09 rate 1.509403551e-09
Newton: 0.066806829 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.28
Newton: d(0)= 5.125679963
GMRES: d(0)= 5.125679963
GMRES: d(14)= 7.736719606e-09 rate=0.2343768264
GMRES: 0.009096614 seconds
Newton: d(1)= 7.736719504e-09 rate 1.509403545e-09
Newton: 0.063174078 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.3
Newton: d(0)= 5.479175132
GMRES: d(0)= 5.479175132
GMRES: d(14)= 8.270286531e-09 rate=0.2343768265
GMRES: 0.009221033 seconds
Newton: d(1)= 8.270286413e-09 rate 1.509403553e-09
Newton: 0.065910746 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.32
Newton: d(0)= 5.832670302
GMRES: d(0)= 5.832670302
GMRES: d(14)= 8.80385323e-09 rate=0.2343768262
GMRES: 0.008759495 seconds
Newton: d(1)= 8.80385312e-09 rate 1.509403526e-09
Newton: 0.062816129 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.34
Newton: d(0)= 6.186165472
GMRES: d(0)= 6.186165472
GMRES: d(14)= 9.337420003e-09 rate=0.234376826
GMRES: 0.008731136 seconds
Newton: d(1)= 9.337420246e-09 rate 1.50940357e-09
Newton: 0.063233262 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.36
Newton: d(0)= 6.539660642
GMRES: d(0)= 6.539660642
GMRES: d(14)= 9.870987106e-09 rate=0.2343768264
GMRES: 0.008843547 seconds
Newton: d(1)= 9.870986811e-09 rate 1.509403523e-09
Newton: 0.063406941 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.38
Newton: d(0)= 6.893155812
GMRES: d(0)= 6.893155812
GMRES: d(15)= 2.802985222e-09 rate=0.2365630155
GMRES: 0.010239354 seconds
Newton: d(1)= 2.802985362e-09 rate 4.066331066e-10
Newton: 0.064466986 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.4
Newton: d(0)= 7.246650982
GMRES: d(0)= 7.246650982
GMRES: d(15)= 2.946727932e-09 rate=0.2365630148
GMRES: 0.009770651 seconds
Newton: d(1)= 2.946727575e-09 rate 4.066330202e-10
Newton: 0.06789634 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.42
Newton: d(0)= 7.600146153
GMRES: d(0)= 7.600146153
GMRES: d(15)= 3.090470765e-09 rate=0.2365630149
GMRES: 0.009524783 seconds
Newton: d(1)= 3.090471199e-09 rate 4.066331274e-10
Newton: 0.065424328 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.44
Newton: d(0)= 7.953641325
GMRES: d(0)= 7.953641325
GMRES: d(15)= 3.234213678e-09 rate=0.2365630153
GMRES: 0.009571909 seconds
Newton: d(1)= 3.234213694e-09 rate 4.066330831e-10
Newton: 0.063887047 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.46
Newton: d(0)= 8.307136497
GMRES: d(0)= 8.307136497
GMRES: d(15)= 3.377956501e-09 rate=0.2365630152
GMRES: 0.009452826 seconds
Newton: d(1)= 3.377956456e-09 rate 4.066330748e-10
Newton: 0.063357729 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.48
Newton: d(0)= 8.660631669
GMRES: d(0)= 8.660631669
GMRES: d(15)= 3.52169928e-09 rate=0.236563015
GMRES: 0.009497004 seconds
Newton: d(1)= 3.521699385e-09 rate 4.066330863e-10
Newton: 0.067194837 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.5
Newton: d(0)= 9.01412684
GMRES: d(0)= 9.01412684
GMRES: d(15)= 3.665442082e-09 rate=0.2365630149
GMRES: 0.009476953 seconds
Newton: d(1)= 3.665441847e-09 rate 4.066330452e-10
Newton: 0.066933496 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.52
Newton: d(0)= 9.367622011
GMRES: d(0)= 9.367622011
GMRES: d(15)= 3.809185029e-09 rate=0.2365630154
GMRES: 0.00948448 seconds
Newton: d(1)= 3.80918539e-09 rate 4.066331227e-10
Newton: 0.063783852 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.54
Newton: d(0)= 9.721117182
GMRES: d(0)= 9.721117182
GMRES: d(15)= 3.952927808e-09 rate=0.2365630152
GMRES: 0.009496729 seconds
Newton: d(1)= 3.952927344e-09 rate 4.06633031e-10
Newton: 0.063134247 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.56
Newton: d(0)= 10.07461235
GMRES: d(0)= 10.07461235
GMRES: d(15)= 4.096670535e-09 rate=0.2365630148
GMRES: 0.0094167 seconds
Newton: d(1)= 4.096670797e-09 rate 4.066330945e-10
Newton: 0.067843737 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.58
Newton: d(0)= 10.42810752
GMRES: d(0)= 10.42810752
GMRES: d(15)= 4.240413483e-09 rate=0.2365630152
GMRES: 0.00969308 seconds
Newton: d(1)= 4.240413704e-09 rate 4.066331013e-10
Newton: 0.064193982 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.6
Newton: d(0)= 10.7816027
GMRES: d(0)= 10.7816027
GMRES: d(15)= 4.384156238e-09 rate=0.236563015
GMRES: 0.009452583 seconds
Newton: d(1)= 4.384155553e-09 rate 4.066330096e-10
Newton: 0.063561056 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.62
Newton: d(0)= 11.13509787
GMRES: d(0)= 11.13509787
GMRES: d(15)= 4.52789907e-09 rate=0.236563015
GMRES: 0.009396963 seconds
Newton: d(1)= 4.527898881e-09 rate 4.066330565e-10
Newton: 0.063595721 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.64
Newton: d(0)= 11.48859304
GMRES: d(0)= 11.48859304
GMRES: d(15)= 4.671641842e-09 rate=0.2365630148
GMRES: 0.009322554 seconds
Newton: d(1)= 4.67164161e-09 rate 4.066330484e-10
Newton: 0.063146299 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.66
Newton: d(0)= 11.84208821
GMRES: d(0)= 11.84208821
GMRES: d(15)= 4.815384767e-09 rate=0.2365630151
GMRES: 0.009412469 seconds
Newton: d(1)= 4.815384524e-09 rate 4.066330564e-10
Newton: 0.063328478 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.68
Newton: d(0)= 12.19558338
GMRES: d(0)= 12.19558338
GMRES: d(15)= 4.959127622e-09 rate=0.2365630152
GMRES: 0.009672088 seconds
Newton: d(1)= 4.959127941e-09 rate 4.066331052e-10
Newton: 0.066595393 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.7
Newton: d(0)= 12.54907856
GMRES: d(0)= 12.54907856
GMRES: d(15)= 5.102870455e-09 rate=0.2365630152
GMRES: 0.009744067 seconds
Newton: d(1)= 5.102871474e-09 rate 4.066331605e-10
Newton: 0.064038107 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.72
Newton: d(0)= 12.90257373
GMRES: d(0)= 12.90257373
GMRES: d(15)= 5.246613247e-09 rate=0.2365630151
GMRES: 0.009521364 seconds
Newton: d(1)= 5.246611958e-09 rate 4.066329764e-10
Newton: 0.064017081 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.74
Newton: d(0)= 13.2560689
GMRES: d(0)= 13.2560689
GMRES: d(15)= 5.39035606e-09 rate=0.236563015
GMRES: 0.009401425 seconds
Newton: d(1)= 5.390356343e-09 rate 4.066330964e-10
Newton: 0.063077885 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.76
Newton: d(0)= 13.60956407
GMRES: d(0)= 13.60956407
GMRES: d(15)= 5.534098797e-09 rate=0.2365630148
GMRES: 0.009517298 seconds
Newton: d(1)= 5.534098823e-09 rate 4.066330703e-10
Newton: 0.067285479 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.78
Newton: d(0)= 13.96305924
GMRES: d(0)= 13.96305924
GMRES: d(15)= 5.677841683e-09 rate=0.2365630149
GMRES: 0.00937897 seconds
Newton: d(1)= 5.677842353e-09 rate 4.066331207e-10
Newton: 0.06380878 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.8
Newton: d(0)= 14.31655441
GMRES: d(0)= 14.31655441
GMRES: d(15)= 5.821584593e-09 rate=0.2365630152
GMRES: 0.009400736 seconds
Newton: d(1)= 5.821584133e-09 rate 4.066330464e-10
Newton: 0.063187458 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.82
Newton: d(0)= 14.67004958
GMRES: d(0)= 14.67004958
GMRES: d(15)= 5.965327495e-09 rate=0.2365630154
GMRES: 0.009417332 seconds
Newton: d(1)= 5.965327903e-09 rate 4.066331113e-10
Newton: 0.063127597 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.84
Newton: d(0)= 15.02354475
GMRES: d(0)= 15.02354475
GMRES: d(15)= 6.10907022e-09 rate=0.2365630151
GMRES: 0.009412712 seconds
Newton: d(1)= 6.109069107e-09 rate 4.066330024e-10
Newton: 0.063295129 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.86
Newton: d(0)= 15.37703992
GMRES: d(0)= 15.37703992
GMRES: d(15)= 6.252813142e-09 rate=0.2365630153
GMRES: 0.009666949 seconds
Newton: d(1)= 6.252812759e-09 rate 4.066330577e-10
Newton: 0.063356028 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.88
Newton: d(0)= 15.73053509
GMRES: d(0)= 15.73053509
GMRES: d(15)= 6.396555934e-09 rate=0.2365630152
GMRES: 0.009652233 seconds
Newton: d(1)= 6.39655578e-09 rate 4.066330703e-10
Newton: 0.067108308 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.9
Newton: d(0)= 16.08403025
GMRES: d(0)= 16.08403025
GMRES: d(15)= 6.540298354e-09 rate=0.2365630142
GMRES: 0.009361704 seconds
Newton: d(1)= 6.540297216e-09 rate 4.066329839e-10
Newton: 0.063415401 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.92
Newton: d(0)= 16.43752542
GMRES: d(0)= 16.43752542
GMRES: d(15)= 6.684041169e-09 rate=0.2365630142
GMRES: 0.009400747 seconds
Newton: d(1)= 6.684042005e-09 rate 4.066331052e-10
Newton: 0.063857825 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.94
Newton: d(0)= 16.79102059
GMRES: d(0)= 16.79102059
GMRES: d(15)= 6.827784404e-09 rate=0.2365630152
GMRES: 0.009331446 seconds
Newton: d(1)= 6.827783828e-09 rate 4.066330448e-10
Newton: 0.063428058 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.96
Newton: d(0)= 17.14451576
GMRES: d(0)= 17.14451576
GMRES: d(15)= 6.971527233e-09 rate=0.2365630152
GMRES: 0.009456885 seconds
Newton: d(1)= 6.971527016e-09 rate 4.066330664e-10
Newton: 0.063246052 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.98
Newton: d(0)= 17.49801093
GMRES: d(0)= 17.49801093
GMRES: d(15)= 7.115269857e-09 rate=0.2365630147
GMRES: 0.00946751 seconds
Newton: d(1)= 7.115268264e-09 rate 4.066329763e-10
Newton: 0.063694943 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 1
Dynamics: 3.579477703 seconds
num 3.710656598e-07
exact 3.711091572e-07
[ OK ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn2DCubeQuad (3587 ms)
[ RUN ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn2DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 147
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 8
Vertices: ................................ 9
Edges: ................................... 16
Faces: ................................... 16
BND Faces: ............................... [ 2 2 2 2 ]
ProcSets: ................................ 9
Mesh width [min, max]: ................... [0.5, 0.7071067811865476]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 4 4 4 4 ]
Edges distribution: ...................... [ 5 5 5 5 ]
Faces distribution: ...................... [ 5 5 5 5 ]
ProcSets distribution: ................... [ 5 5 5 5 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.3535318846
GMRES: d(0)= 0.3535318846
GMRES: d(13)= 2.63541046e-09 rate=0.237029016
GMRES: 0.000522773 seconds
Newton: d(1)= 2.635410465e-09 rate 7.45451989e-09
Newton: 0.001455356 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 1.060595654
GMRES: d(0)= 1.060595654
GMRES: d(13)= 7.906231437e-09 rate=0.2370290161
GMRES: 0.000466341 seconds
Newton: d(1)= 7.906231437e-09 rate 7.454519929e-09
Newton: 0.001318848 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Newton: d(0)= 1.767659423
GMRES: d(0)= 1.767659423
GMRES: d(14)= 4.139899219e-09 rate=0.2418478477
GMRES: 0.000533844 seconds
Newton: d(1)= 4.139899112e-09 rate 2.342023049e-09
Newton: 0.001441365 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.06
Newton: d(0)= 2.474723193
GMRES: d(0)= 2.474723193
GMRES: d(14)= 5.795858818e-09 rate=0.2418478475
GMRES: 0.00048082 seconds
Newton: d(1)= 5.795858705e-09 rate 2.342023027e-09
Newton: 0.001345362 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.08
Newton: d(0)= 3.181786964
GMRES: d(0)= 3.181786964
GMRES: d(14)= 7.451818605e-09 rate=0.2418478478
GMRES: 0.000514003 seconds
Newton: d(1)= 7.451818358e-09 rate 2.342023034e-09
Newton: 0.001384521 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.1
Newton: d(0)= 3.888850734
GMRES: d(0)= 3.888850734
GMRES: d(14)= 9.107778519e-09 rate=0.2418478482
GMRES: 0.000473733 seconds
Newton: d(1)= 9.107778645e-09 rate 2.342023201e-09
Newton: 0.001364261 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.12
Newton: d(0)= 4.595914505
GMRES: d(0)= 4.595914505
GMRES: d(15)= 1.356179996e-09 rate=0.2315597256
GMRES: 0.000523938 seconds
Newton: d(1)= 1.356180355e-09 rate 2.950838954e-10
Newton: 0.001395259 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.14
Newton: d(0)= 5.302978274
GMRES: d(0)= 5.302978274
GMRES: d(15)= 1.564823076e-09 rate=0.2315597256
GMRES: 0.000552129 seconds
Newton: d(1)= 1.564823222e-09 rate 2.950838456e-10
Newton: 0.001402903 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.16
Newton: d(0)= 6.010042042
GMRES: d(0)= 6.010042042
GMRES: d(15)= 1.773466066e-09 rate=0.2315597249
GMRES: 0.000553335 seconds
Newton: d(1)= 1.773466802e-09 rate 2.950839261e-10
Newton: 0.001417455 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.18
Newton: d(0)= 6.71710581
GMRES: d(0)= 6.71710581
GMRES: d(15)= 1.98210911e-09 rate=0.2315597247
GMRES: 0.000537349 seconds
Newton: d(1)= 1.982108583e-09 rate 2.95083722e-10
Newton: 0.001401893 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.2
Newton: d(0)= 7.424169577
GMRES: d(0)= 7.424169577
GMRES: d(15)= 2.190752335e-09 rate=0.2315597258
GMRES: 0.000516461 seconds
Newton: d(1)= 2.190753419e-09 rate 2.950839681e-10
Newton: 0.001402452 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.22
Newton: d(0)= 8.131233344
GMRES: d(0)= 8.131233344
GMRES: d(15)= 2.399395674e-09 rate=0.2315597275
GMRES: 0.000514312 seconds
Newton: d(1)= 2.399395435e-09 rate 2.950838247e-10
Newton: 0.001388766 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.24
Newton: d(0)= 8.838297113
GMRES: d(0)= 8.838297113
GMRES: d(15)= 2.608037897e-09 rate=0.2315597223
GMRES: 0.000541303 seconds
Newton: d(1)= 2.608038278e-09 rate 2.950837978e-10
Newton: 0.001419414 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.26
Newton: d(0)= 9.545360882
GMRES: d(0)= 9.545360882
GMRES: d(15)= 2.816681335e-09 rate=0.2315597245
GMRES: 0.000525708 seconds
Newton: d(1)= 2.816683182e-09 rate 2.950839907e-10
Newton: 0.001390945 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.28
Newton: d(0)= 10.25242465
GMRES: d(0)= 10.25242465
GMRES: d(15)= 3.025324978e-09 rate=0.2315597275
GMRES: 0.000542862 seconds
Newton: d(1)= 3.025324441e-09 rate 2.950838015e-10
Newton: 0.001403743 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.3
Newton: d(0)= 10.95948842
GMRES: d(0)= 10.95948842
GMRES: d(15)= 3.233967422e-09 rate=0.2315597243
GMRES: 0.000534954 seconds
Newton: d(1)= 3.233969552e-09 rate 2.950839882e-10
Newton: 0.001423903 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.32
Newton: d(0)= 11.66655219
GMRES: d(0)= 11.66655219
GMRES: d(15)= 3.442610411e-09 rate=0.231559724
GMRES: 0.00057838 seconds
Newton: d(1)= 3.442610489e-09 rate 2.950837944e-10
Newton: 0.001477136 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.34
Newton: d(0)= 12.37361596
GMRES: d(0)= 12.37361596
GMRES: d(15)= 3.651253423e-09 rate=0.2315597238
GMRES: 0.000544867 seconds
Newton: d(1)= 3.651258335e-09 rate 2.950841813e-10
Newton: 0.001404175 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.36
Newton: d(0)= 13.08067973
GMRES: d(0)= 13.08067973
GMRES: d(15)= 3.859896989e-09 rate=0.2315597259
GMRES: 0.000540704 seconds
Newton: d(1)= 3.859897319e-09 rate 2.950838488e-10
Newton: 0.001402088 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.38
Newton: d(0)= 13.78774349
GMRES: d(0)= 13.78774349
GMRES: d(15)= 4.068539883e-09 rate=0.2315597252
GMRES: 0.000540218 seconds
Newton: d(1)= 4.068539884e-09 rate 2.950838102e-10
Newton: 0.001404356 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.4
Newton: d(0)= 14.49480726
GMRES: d(0)= 14.49480726
GMRES: d(15)= 4.277182807e-09 rate=0.2315597247
GMRES: 0.000545386 seconds
Newton: d(1)= 4.277188285e-09 rate 2.95084178e-10
Newton: 0.001407009 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.42
Newton: d(0)= 15.20187103
GMRES: d(0)= 15.20187103
GMRES: d(15)= 4.485825761e-09 rate=0.2315597243
GMRES: 0.000544989 seconds
Newton: d(1)= 4.48582625e-09 rate 2.95083825e-10
Newton: 0.001427703 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.44
Newton: d(0)= 15.9089348
GMRES: d(0)= 15.9089348
GMRES: d(15)= 4.694468679e-09 rate=0.2315597238
GMRES: 0.000515091 seconds
Newton: d(1)= 4.694463174e-09 rate 2.95083438e-10
Newton: 0.00141807 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.46
Newton: d(0)= 16.61599857
GMRES: d(0)= 16.61599857
GMRES: d(15)= 4.903112084e-09 rate=0.2315597249
GMRES: 0.000510512 seconds
Newton: d(1)= 4.90311183e-09 rate 2.950837899e-10
Newton: 0.001389048 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.48
Newton: d(0)= 17.32306234
GMRES: d(0)= 17.32306234
GMRES: d(15)= 5.111755501e-09 rate=0.231559726
GMRES: 0.000504169 seconds
Newton: d(1)= 5.111743316e-09 rate 2.950831219e-10
Newton: 0.001362534 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.5
Newton: d(0)= 18.03012612
GMRES: d(0)= 18.03012612
GMRES: d(15)= 5.320398258e-09 rate=0.231559725
GMRES: 0.000505422 seconds
Newton: d(1)= 5.320414523e-09 rate 2.950847092e-10
Newton: 0.001354273 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.52
Newton: d(0)= 18.73718989
GMRES: d(0)= 18.73718989
GMRES: d(15)= 5.529041249e-09 rate=0.2315597248
GMRES: 0.00049428 seconds
Newton: d(1)= 5.529047779e-09 rate 2.950841514e-10
Newton: 0.001353424 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.54
Newton: d(0)= 19.44425367
GMRES: d(0)= 19.44425367
GMRES: d(15)= 5.737684702e-09 rate=0.2315597259
GMRES: 0.000501301 seconds
Newton: d(1)= 5.737687224e-09 rate 2.950839525e-10
Newton: 0.001369229 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.56
Newton: d(0)= 20.15131744
GMRES: d(0)= 20.15131744
GMRES: d(15)= 5.946327101e-09 rate=0.2315597241
GMRES: 0.000518253 seconds
Newton: d(1)= 5.946330861e-09 rate 2.950839755e-10
Newton: 0.001414034 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.58
Newton: d(0)= 20.8583812
GMRES: d(0)= 20.8583812
GMRES: d(15)= 6.154970016e-09 rate=0.2315597237
GMRES: 0.000526996 seconds
Newton: d(1)= 6.154962383e-09 rate 2.950834162e-10
Newton: 0.001415922 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.6
Newton: d(0)= 21.56544497
GMRES: d(0)= 21.56544497
GMRES: d(15)= 6.363612981e-09 rate=0.2315597235
GMRES: 0.000533891 seconds
Newton: d(1)= 6.363611033e-09 rate 2.950836879e-10
Newton: 0.001403322 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.62
Newton: d(0)= 22.27250874
GMRES: d(0)= 22.27250874
GMRES: d(15)= 6.572257146e-09 rate=0.2315597262
GMRES: 0.00053564 seconds
Newton: d(1)= 6.572247009e-09 rate 2.950833732e-10
Newton: 0.001396937 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.64
Newton: d(0)= 22.9795725
GMRES: d(0)= 22.9795725
GMRES: d(15)= 6.780899714e-09 rate=0.231559725
GMRES: 0.000539852 seconds
Newton: d(1)= 6.780905701e-09 rate 2.950840665e-10
Newton: 0.001400473 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.66
Newton: d(0)= 23.68663627
GMRES: d(0)= 23.68663627
GMRES: d(15)= 6.989541321e-09 rate=0.2315597218
GMRES: 0.000512114 seconds
Newton: d(1)= 6.989544879e-09 rate 2.950838945e-10
Newton: 0.001389823 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.68
Newton: d(0)= 24.39370005
GMRES: d(0)= 24.39370005
GMRES: d(15)= 7.198185492e-09 rate=0.2315597242
GMRES: 0.000514026 seconds
Newton: d(1)= 7.198174393e-09 rate 2.950833363e-10
Newton: 0.00137512 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.7
Newton: d(0)= 25.10076382
GMRES: d(0)= 25.10076382
GMRES: d(15)= 7.406829328e-09 rate=0.2315597258
GMRES: 0.000524415 seconds
Newton: d(1)= 7.406820781e-09 rate 2.950834817e-10
Newton: 0.001406245 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.72
Newton: d(0)= 25.8078276
GMRES: d(0)= 25.8078276
GMRES: d(15)= 7.615472274e-09 rate=0.2315597256
GMRES: 0.000571057 seconds
Newton: d(1)= 7.615479339e-09 rate 2.950840907e-10
Newton: 0.001464634 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.74
Newton: d(0)= 26.51489137
GMRES: d(0)= 26.51489137
GMRES: d(15)= 7.824114885e-09 rate=0.2315597246
GMRES: 0.000518369 seconds
Newton: d(1)= 7.824115568e-09 rate 2.950838251e-10
Newton: 0.001386549 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.76
Newton: d(0)= 27.22195514
GMRES: d(0)= 27.22195514
GMRES: d(15)= 8.032758264e-09 rate=0.2315597252
GMRES: 0.000519345 seconds
Newton: d(1)= 8.032742157e-09 rate 2.950832192e-10
Newton: 0.001370066 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.78
Newton: d(0)= 27.92901891
GMRES: d(0)= 27.92901891
GMRES: d(15)= 8.241400438e-09 rate=0.2315597236
GMRES: 0.000503011 seconds
Newton: d(1)= 8.241396855e-09 rate 2.950836505e-10
Newton: 0.001367968 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.8
Newton: d(0)= 28.63608268
GMRES: d(0)= 28.63608268
GMRES: d(15)= 8.450044668e-09 rate=0.2315597257
GMRES: 0.000492958 seconds
Newton: d(1)= 8.450052503e-09 rate 2.950840937e-10
Newton: 0.001352699 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.82
Newton: d(0)= 29.34314644
GMRES: d(0)= 29.34314644
GMRES: d(15)= 8.658686217e-09 rate=0.231559723
GMRES: 0.000522104 seconds
Newton: d(1)= 8.658679403e-09 rate 2.950835358e-10
Newton: 0.001417883 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.84
Newton: d(0)= 30.0502102
GMRES: d(0)= 30.0502102
GMRES: d(15)= 8.867329839e-09 rate=0.231559724
GMRES: 0.000561662 seconds
Newton: d(1)= 8.867351012e-09 rate 2.95084492e-10
Newton: 0.001435574 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.86
Newton: d(0)= 30.75727397
GMRES: d(0)= 30.75727397
GMRES: d(15)= 9.075973195e-09 rate=0.2315597245
GMRES: 0.000525487 seconds
Newton: d(1)= 9.075986516e-09 rate 2.950842303e-10
Newton: 0.001405616 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.88
Newton: d(0)= 31.46433773
GMRES: d(0)= 31.46433773
GMRES: d(15)= 9.28461696e-09 rate=0.2315597257
GMRES: 0.000537532 seconds
Newton: d(1)= 9.284617881e-09 rate 2.950838489e-10
Newton: 0.001410327 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.9
Newton: d(0)= 32.1714015
GMRES: d(0)= 32.1714015
GMRES: d(15)= 9.493259693e-09 rate=0.2315597251
GMRES: 0.000546678 seconds
Newton: d(1)= 9.493259001e-09 rate 2.950837874e-10
Newton: 0.001409531 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.92
Newton: d(0)= 32.87846527
GMRES: d(0)= 32.87846527
GMRES: d(15)= 9.701903291e-09 rate=0.231559726
GMRES: 0.00053672 seconds
Newton: d(1)= 9.701909012e-09 rate 2.95083999e-10
Newton: 0.001412105 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.94
Newton: d(0)= 33.58552905
GMRES: d(0)= 33.58552905
GMRES: d(15)= 9.910544815e-09 rate=0.2315597235
GMRES: 0.000524871 seconds
Newton: d(1)= 9.910562923e-09 rate 2.950843177e-10
Newton: 0.00140256 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.96
Newton: d(0)= 34.29259282
GMRES: d(0)= 34.29259282
GMRES: d(16)= 2.530917846e-09 rate=0.2326777512
GMRES: 0.000562386 seconds
Newton: d(1)= 2.530943408e-09 rate 7.380437583e-11
Newton: 0.00143936 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.98
Newton: d(0)= 34.99965659
GMRES: d(0)= 34.99965659
GMRES: d(16)= 2.583103355e-09 rate=0.2326777605
GMRES: 0.000581426 seconds
Newton: d(1)= 2.583093078e-09 rate 7.380338352e-11
Newton: 0.001455708 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 1
Dynamics: 0.077657921 seconds
num 5.560926495e-10
exact 2.118986343e-16
[ OK ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn2DCubeTet (79 ms)
[ RUN ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn2DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 12675
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [4, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 2048
Vertices: ................................ 1089
Edges: ................................... 3136
Faces: ................................... 3136
BND Faces: ............................... [ 32 32 32 32 ]
ProcSets: ................................ 129
Mesh width [min, max]: ................... [0.03125, 0.04419417382415922]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 512
Max cells on proc: ....................... 512
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 512 512 512 512 ]
Vertex distribution: ..................... [ 289 289 289 289 ]
Edges distribution: ...................... [ 800 800 800 800 ]
Faces distribution: ...................... [ 800 800 800 800 ]
ProcSets distribution: ................... [ 65 65 65 65 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.07363214405
GMRES: d(0)= 0.07363214405
GMRES: d(15)= 5.509881014e-09 rate=0.3349178682
GMRES: 0.007054343 seconds
Newton: d(1)= 5.509881014e-09 rate 7.482983261e-08
Newton: 0.04469295 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 0.2208964322
GMRES: d(0)= 0.2208964322
GMRES: d(16)= 6.098545953e-09 rate=0.3369495261
GMRES: 0.007476442 seconds
Newton: d(1)= 6.098545955e-09 rate 2.760816865e-08
Newton: 0.049035847 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Newton: d(0)= 0.3681607204
GMRES: d(0)= 0.3681607204
GMRES: d(17)= 3.910661628e-09 rate=0.3395890621
GMRES: 0.008065357 seconds
Newton: d(1)= 3.910661624e-09 rate 1.062215877e-08
Newton: 0.046074232 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.06
Newton: d(0)= 0.5154250086
GMRES: d(0)= 0.5154250086
GMRES: d(17)= 5.474926053e-09 rate=0.3395890612
GMRES: 0.007867613 seconds
Newton: d(1)= 5.474926051e-09 rate 1.062215834e-08
Newton: 0.048825494 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.08
Newton: d(0)= 0.6626892969
GMRES: d(0)= 0.6626892969
GMRES: d(17)= 7.039190785e-09 rate=0.3395890616
GMRES: 0.007897771 seconds
Newton: d(1)= 7.039190791e-09 rate 1.062215856e-08
Newton: 0.045770927 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.1
Newton: d(0)= 0.8099535854
GMRES: d(0)= 0.8099535854
GMRES: d(17)= 8.603455494e-09 rate=0.3395890618
GMRES: 0.008124988 seconds
Newton: d(1)= 8.603455496e-09 rate 1.062215867e-08
Newton: 0.04572269 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.12
Newton: d(0)= 0.9572178739
GMRES: d(0)= 0.9572178739
GMRES: d(18)= 3.933569689e-09 rate=0.3420571473
GMRES: 0.008406544 seconds
Newton: d(1)= 3.933569672e-09 rate 4.109377582e-09
Newton: 0.046035657 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.14
Newton: d(0)= 1.104482163
GMRES: d(0)= 1.104482163
GMRES: d(18)= 4.538734401e-09 rate=0.3420571479
GMRES: 0.008373611 seconds
Newton: d(1)= 4.538734408e-09 rate 4.109377735e-09
Newton: 0.045687016 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.16
Newton: d(0)= 1.251746451
GMRES: d(0)= 1.251746451
GMRES: d(18)= 5.143899e-09 rate=0.3420571479
GMRES: 0.008334528 seconds
Newton: d(1)= 5.143899021e-09 rate 4.109377755e-09
Newton: 0.049891128 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.18
Newton: d(0)= 1.399010738
GMRES: d(0)= 1.399010738
GMRES: d(18)= 5.749063525e-09 rate=0.3420571477
GMRES: 0.008600274 seconds
Newton: d(1)= 5.749063537e-09 rate 4.109377705e-09
Newton: 0.045887961 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.2
Newton: d(0)= 1.546275025
GMRES: d(0)= 1.546275025
GMRES: d(18)= 6.354228099e-09 rate=0.3420571477
GMRES: 0.008483298 seconds
Newton: d(1)= 6.354228084e-09 rate 4.109377687e-09
Newton: 0.045927747 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.22
Newton: d(0)= 1.693539311
GMRES: d(0)= 1.693539311
GMRES: d(18)= 6.959392552e-09 rate=0.3420571474
GMRES: 0.008488901 seconds
Newton: d(1)= 6.959392616e-09 rate 4.109377662e-09
Newton: 0.04603439 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.24
Newton: d(0)= 1.840803598
GMRES: d(0)= 1.840803598
GMRES: d(18)= 7.564557207e-09 rate=0.3420571476
GMRES: 0.008637454 seconds
Newton: d(1)= 7.564557189e-09 rate 4.109377663e-09
Newton: 0.04675983 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.26
Newton: d(0)= 1.988067884
GMRES: d(0)= 1.988067884
GMRES: d(18)= 8.169721989e-09 rate=0.3420571481
GMRES: 0.008364728 seconds
Newton: d(1)= 8.169721991e-09 rate 4.109377781e-09
Newton: 0.045864318 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.28
Newton: d(0)= 2.135332169
GMRES: d(0)= 2.135332169
GMRES: d(18)= 8.774886411e-09 rate=0.3420571477
GMRES: 0.008537232 seconds
Newton: d(1)= 8.774886403e-09 rate 4.109377702e-09
Newton: 0.046304337 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.3
Newton: d(0)= 2.282596454
GMRES: d(0)= 2.282596454
GMRES: d(18)= 9.380050714e-09 rate=0.3420571472
GMRES: 0.00846386 seconds
Newton: d(1)= 9.380050688e-09 rate 4.109377579e-09
Newton: 0.050099556 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.32
Newton: d(0)= 2.429860739
GMRES: d(0)= 2.429860739
GMRES: d(18)= 9.985215458e-09 rate=0.3420571476
GMRES: 0.00840523 seconds
Newton: d(1)= 9.985215562e-09 rate 4.109377711e-09
Newton: 0.045573632 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.34
Newton: d(0)= 2.577125026
GMRES: d(0)= 2.577125026
GMRES: d(19)= 4.011518909e-09 rate=0.3438984169
GMRES: 0.008809233 seconds
Newton: d(1)= 4.011518913e-09 rate 1.556586845e-09
Newton: 0.046188475 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.36
Newton: d(0)= 2.724389313
GMRES: d(0)= 2.724389313
GMRES: d(19)= 4.24074851e-09 rate=0.3438984167
GMRES: 0.009015157 seconds
Newton: d(1)= 4.240748634e-09 rate 1.55658687e-09
Newton: 0.046375398 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.38
Newton: d(0)= 2.8716536
GMRES: d(0)= 2.8716536
GMRES: d(19)= 4.469978205e-09 rate=0.3438984169
GMRES: 0.009046634 seconds
Newton: d(1)= 4.469978164e-09 rate 1.556586827e-09
Newton: 0.046403881 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.4
Newton: d(0)= 3.018917886
GMRES: d(0)= 3.018917886
GMRES: d(19)= 4.699207897e-09 rate=0.343898417
GMRES: 0.008909917 seconds
Newton: d(1)= 4.699207978e-09 rate 1.556586882e-09
Newton: 0.046378265 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.42
Newton: d(0)= 3.166182174
GMRES: d(0)= 3.166182174
GMRES: d(19)= 4.928437478e-09 rate=0.3438984168
GMRES: 0.00882009 seconds
Newton: d(1)= 4.928437497e-09 rate 1.556586838e-09
Newton: 0.046064869 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.44
Newton: d(0)= 3.313446461
GMRES: d(0)= 3.313446461
GMRES: d(19)= 5.157667133e-09 rate=0.3438984168
GMRES: 0.008870307 seconds
Newton: d(1)= 5.157667003e-09 rate 1.556586794e-09
Newton: 0.046790925 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.46
Newton: d(0)= 3.46071075
GMRES: d(0)= 3.46071075
GMRES: d(19)= 5.386896831e-09 rate=0.3438984169
GMRES: 0.009198582 seconds
Newton: d(1)= 5.386897119e-09 rate 1.556586929e-09
Newton: 0.046551649 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.48
Newton: d(0)= 3.607975038
GMRES: d(0)= 3.607975038
GMRES: d(19)= 5.616126416e-09 rate=0.3438984167
GMRES: 0.009027004 seconds
Newton: d(1)= 5.616126413e-09 rate 1.556586826e-09
Newton: 0.050700015 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.5
Newton: d(0)= 3.755239325
GMRES: d(0)= 3.755239325
GMRES: d(19)= 5.845356082e-09 rate=0.3438984168
GMRES: 0.008957015 seconds
Newton: d(1)= 5.845356158e-09 rate 1.556586852e-09
Newton: 0.046268121 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.52
Newton: d(0)= 3.902503611
GMRES: d(0)= 3.902503611
GMRES: d(19)= 6.074585707e-09 rate=0.3438984167
GMRES: 0.008827141 seconds
Newton: d(1)= 6.074585692e-09 rate 1.556586822e-09
Newton: 0.046305438 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.54
Newton: d(0)= 4.049767899
GMRES: d(0)= 4.049767899
GMRES: d(19)= 6.30381528e-09 rate=0.3438984165
GMRES: 0.008986932 seconds
Newton: d(1)= 6.303815128e-09 rate 1.556586769e-09
Newton: 0.046780646 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.56
Newton: d(0)= 4.197032189
GMRES: d(0)= 4.197032189
GMRES: d(19)= 6.533045019e-09 rate=0.3438984167
GMRES: 0.009171946 seconds
Newton: d(1)= 6.533045332e-09 rate 1.556586902e-09
Newton: 0.046862625 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.58
Newton: d(0)= 4.34429648
GMRES: d(0)= 4.34429648
GMRES: d(19)= 6.762274746e-09 rate=0.3438984169
GMRES: 0.008945443 seconds
Newton: d(1)= 6.762274686e-09 rate 1.55658683e-09
Newton: 0.046602186 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.6
Newton: d(0)= 4.491560771
GMRES: d(0)= 4.491560771
GMRES: d(19)= 6.991504337e-09 rate=0.3438984167
GMRES: 0.008799365 seconds
Newton: d(1)= 6.991504341e-09 rate 1.55658683e-09
Newton: 0.046132619 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.62
Newton: d(0)= 4.638825062
GMRES: d(0)= 4.638825062
GMRES: d(19)= 7.220733973e-09 rate=0.3438984167
GMRES: 0.012704418 seconds
Newton: d(1)= 7.220733754e-09 rate 1.556586777e-09
Newton: 0.050598195 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.64
Newton: d(0)= 4.786089354
GMRES: d(0)= 4.786089354
GMRES: d(19)= 7.449963652e-09 rate=0.3438984167
GMRES: 0.008924565 seconds
Newton: d(1)= 7.449963553e-09 rate 1.556586808e-09
Newton: 0.046206303 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.66
Newton: d(0)= 4.933353647
GMRES: d(0)= 4.933353647
GMRES: d(19)= 7.679193272e-09 rate=0.3438984166
GMRES: 0.009014986 seconds
Newton: d(1)= 7.679193571e-09 rate 1.556586882e-09
Newton: 0.046834719 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.68
Newton: d(0)= 5.08061794
GMRES: d(0)= 5.08061794
GMRES: d(19)= 7.908422931e-09 rate=0.3438984166
GMRES: 0.009242309 seconds
Newton: d(1)= 7.908422614e-09 rate 1.556586759e-09
Newton: 0.047740594 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.7
Newton: d(0)= 5.227882232
GMRES: d(0)= 5.227882232
GMRES: d(19)= 8.137652624e-09 rate=0.3438984167
GMRES: 0.008883228 seconds
Newton: d(1)= 8.137652461e-09 rate 1.556586797e-09
Newton: 0.046363906 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.72
Newton: d(0)= 5.375146524
GMRES: d(0)= 5.375146524
GMRES: d(19)= 8.366882232e-09 rate=0.3438984166
GMRES: 0.009049139 seconds
Newton: d(1)= 8.366882535e-09 rate 1.556586876e-09
Newton: 0.046947202 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.74
Newton: d(0)= 5.522410815
GMRES: d(0)= 5.522410815
GMRES: d(19)= 8.596111907e-09 rate=0.3438984167
GMRES: 0.009425231 seconds
Newton: d(1)= 8.596111792e-09 rate 1.556586802e-09
Newton: 0.04981423 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.76
Newton: d(0)= 5.669675105
GMRES: d(0)= 5.669675105
GMRES: d(19)= 8.825341516e-09 rate=0.3438984166
GMRES: 0.01273088 seconds
Newton: d(1)= 8.825341501e-09 rate 1.556586813e-09
Newton: 0.050557352 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.78
Newton: d(0)= 5.816939393
GMRES: d(0)= 5.816939393
GMRES: d(19)= 9.054571209e-09 rate=0.3438984167
GMRES: 0.009057498 seconds
Newton: d(1)= 9.054571665e-09 rate 1.556586901e-09
Newton: 0.046566324 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.8
Newton: d(0)= 5.964203682
GMRES: d(0)= 5.964203682
GMRES: d(19)= 9.283800827e-09 rate=0.3438984166
GMRES: 0.009069622 seconds
Newton: d(1)= 9.283801009e-09 rate 1.556586848e-09
Newton: 0.048263837 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.82
Newton: d(0)= 6.11146797
GMRES: d(0)= 6.11146797
GMRES: d(19)= 9.513030545e-09 rate=0.3438984167
GMRES: 0.008875616 seconds
Newton: d(1)= 9.513030613e-09 rate 1.55658684e-09
Newton: 0.04655079 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.84
Newton: d(0)= 6.258732258
GMRES: d(0)= 6.258732258
GMRES: d(19)= 9.742260184e-09 rate=0.3438984167
GMRES: 0.008771458 seconds
Newton: d(1)= 9.742259872e-09 rate 1.556586777e-09
Newton: 0.046206349 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.86
Newton: d(0)= 6.405996545
GMRES: d(0)= 6.405996545
GMRES: d(19)= 9.971489889e-09 rate=0.3438984168
GMRES: 0.008900753 seconds
Newton: d(1)= 9.971490833e-09 rate 1.556586983e-09
Newton: 0.046910292 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.88
Newton: d(0)= 6.553260833
GMRES: d(0)= 6.553260833
GMRES: d(20)= 3.890855333e-09 rate=0.3456840818
GMRES: 0.009298507 seconds
Newton: d(1)= 3.890854554e-09 rate 5.937280163e-10
Newton: 0.046741248 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.9
Newton: d(0)= 6.700525119
GMRES: d(0)= 6.700525119
GMRES: d(20)= 3.978290332e-09 rate=0.345684082
GMRES: 0.013194702 seconds
Newton: d(1)= 3.97829072e-09 rate 5.937282003e-10
Newton: 0.050766662 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.92
Newton: d(0)= 6.847789406
GMRES: d(0)= 6.847789406
GMRES: d(20)= 4.06572528e-09 rate=0.345684082
GMRES: 0.009448514 seconds
Newton: d(1)= 4.065725133e-09 rate 5.937281204e-10
Newton: 0.04755974 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.94
Newton: d(0)= 6.995053692
GMRES: d(0)= 6.995053692
GMRES: d(20)= 4.153160194e-09 rate=0.3456840819
GMRES: 0.009519508 seconds
Newton: d(1)= 4.153161166e-09 rate 5.937282755e-10
Newton: 0.047238994 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.96
Newton: d(0)= 7.142317978
GMRES: d(0)= 7.142317978
GMRES: d(20)= 4.240595223e-09 rate=0.3456840822
GMRES: 0.0094563 seconds
Newton: d(1)= 4.240594723e-09 rate 5.937280777e-10
Newton: 0.046875344 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.98
Newton: d(0)= 7.289582264
GMRES: d(0)= 7.289582264
GMRES: d(20)= 4.328030144e-09 rate=0.3456840821
GMRES: 0.009667021 seconds
Newton: d(1)= 4.328029906e-09 rate 5.937281108e-10
Newton: 0.048794513 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 1
Dynamics: 2.846341342 seconds
num 1.525696045e-07
exact 1.525465725e-07
[ OK ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn2DCubeTet (2858 ms)
[ RUN ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn2DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Stiffness Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 12675
===========================================================
Mesh Info:
Mesh Name: ............................... TractionBlock2DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [4, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 2048
Vertices: ................................ 1089
Edges: ................................... 3136
Faces: ................................... 3136
BND Faces: ............................... [ 32 32 32 32 ]
ProcSets: ................................ 129
Mesh width [min, max]: ................... [0.03125, 0.04419417382415922]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 512
Max cells on proc: ....................... 512
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 512 512 512 512 ]
Vertex distribution: ..................... [ 289 289 289 289 ]
Edges distribution: ...................... [ 800 800 800 800 ]
Faces distribution: ...................... [ 800 800 800 800 ]
ProcSets distribution: ................... [ 65 65 65 65 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.1828400935
GMRES: d(0)= 0.1828400935
GMRES: d(15)= 9.833055446e-09 rate=0.327623066
GMRES: 0.00700686 seconds
Newton: d(1)= 9.833055445e-09 rate 5.37795363e-08
Newton: 0.044770795 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 0.5485202801
GMRES: d(0)= 0.5485202801
GMRES: d(17)= 4.260646197e-09 rate=0.3333940239
GMRES: 0.008147285 seconds
Newton: d(1)= 4.2606462e-09 rate 7.76752721e-09
Newton: 0.045359695 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Newton: d(0)= 0.9142004662
GMRES: d(0)= 0.9142004662
GMRES: d(17)= 7.101077407e-09 rate=0.333394025
GMRES: 0.007736419 seconds
Newton: d(1)= 7.10107741e-09 rate 7.767527662e-09
Newton: 0.048804892 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.06
Newton: d(0)= 1.279880653
GMRES: d(0)= 1.279880653
GMRES: d(17)= 9.941507406e-09 rate=0.3333940231
GMRES: 0.007700873 seconds
Newton: d(1)= 9.941507424e-09 rate 7.76752692e-09
Newton: 0.044985355 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.08
Newton: d(0)= 1.645560839
GMRES: d(0)= 1.645560839
GMRES: d(18)= 4.933228366e-09 rate=0.3361165125
GMRES: 0.008228037 seconds
Newton: d(1)= 4.933228375e-09 rate 2.997900934e-09
Newton: 0.045599963 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.1
Newton: d(0)= 2.011241025
GMRES: d(0)= 2.011241025
GMRES: d(18)= 6.029501005e-09 rate=0.3361165115
GMRES: 0.012771795 seconds
Newton: d(1)= 6.029501008e-09 rate 2.997900765e-09
Newton: 0.051734667 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.12
Newton: d(0)= 2.376921211
GMRES: d(0)= 2.376921211
GMRES: d(18)= 7.125773396e-09 rate=0.3361165101
GMRES: 0.008209997 seconds
Newton: d(1)= 7.12577338e-09 rate 2.997900538e-09
Newton: 0.04538645 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.14
Newton: d(0)= 2.742601397
GMRES: d(0)= 2.742601397
GMRES: d(18)= 8.222046813e-09 rate=0.3361165114
GMRES: 0.008270231 seconds
Newton: d(1)= 8.222046877e-09 rate 2.997900783e-09
Newton: 0.045558584 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.16
Newton: d(0)= 3.108281583
GMRES: d(0)= 3.108281583
GMRES: d(18)= 9.318320199e-09 rate=0.3361165124
GMRES: 0.008302145 seconds
Newton: d(1)= 9.318320098e-09 rate 2.997900881e-09
Newton: 0.045710645 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.18
Newton: d(0)= 3.473961769
GMRES: d(0)= 3.473961769
GMRES: d(19)= 4.044831755e-09 rate=0.3386830355
GMRES: 0.008944837 seconds
Newton: d(1)= 4.044831765e-09 rate 1.164328232e-09
Newton: 0.046957299 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.2
Newton: d(0)= 3.839641956
GMRES: d(0)= 3.839641956
GMRES: d(19)= 4.470603261e-09 rate=0.3386830345
GMRES: 0.009032544 seconds
Newton: d(1)= 4.47060323e-09 rate 1.164328154e-09
Newton: 0.046309458 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.22
Newton: d(0)= 4.205322142
GMRES: d(0)= 4.205322142
GMRES: d(19)= 4.896375385e-09 rate=0.3386830359
GMRES: 0.008833403 seconds
Newton: d(1)= 4.896375476e-09 rate 1.164328275e-09
Newton: 0.049503594 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.24
Newton: d(0)= 4.571002328
GMRES: d(0)= 4.571002328
GMRES: d(19)= 5.322147236e-09 rate=0.3386830361
GMRES: 0.008788979 seconds
Newton: d(1)= 5.32214717e-09 rate 1.164328256e-09
Newton: 0.0469399 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.26
Newton: d(0)= 4.936682514
GMRES: d(0)= 4.936682514
GMRES: d(19)= 5.747918673e-09 rate=0.3386830351
GMRES: 0.00871177 seconds
Newton: d(1)= 5.747918788e-09 rate 1.164328225e-09
Newton: 0.046621681 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.28
Newton: d(0)= 5.3023627
GMRES: d(0)= 5.3023627
GMRES: d(19)= 6.173690502e-09 rate=0.3386830353
GMRES: 0.009110081 seconds
Newton: d(1)= 6.173690503e-09 rate 1.164328216e-09
Newton: 0.046741496 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.3
Newton: d(0)= 5.668042886
GMRES: d(0)= 5.668042886
GMRES: d(19)= 6.599462373e-09 rate=0.3386830356
GMRES: 0.008655053 seconds
Newton: d(1)= 6.599462495e-09 rate 1.164328257e-09
Newton: 0.045691524 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.32
Newton: d(0)= 6.033723072
GMRES: d(0)= 6.033723072
GMRES: d(19)= 7.025233974e-09 rate=0.3386830352
GMRES: 0.008682813 seconds
Newton: d(1)= 7.025233931e-09 rate 1.164328201e-09
Newton: 0.049666296 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.34
Newton: d(0)= 6.399403258
GMRES: d(0)= 6.399403258
GMRES: d(19)= 7.451005988e-09 rate=0.3386830358
GMRES: 0.008909427 seconds
Newton: d(1)= 7.451005654e-09 rate 1.164328197e-09
Newton: 0.045946702 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.36
Newton: d(0)= 6.765083444
GMRES: d(0)= 6.765083444
GMRES: d(19)= 7.876777865e-09 rate=0.338683036
GMRES: 0.008688584 seconds
Newton: d(1)= 7.876777977e-09 rate 1.164328281e-09
Newton: 0.045970977 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.38
Newton: d(0)= 7.130763631
GMRES: d(0)= 7.130763631
GMRES: d(19)= 8.302549362e-09 rate=0.3386830354
GMRES: 0.008738796 seconds
Newton: d(1)= 8.302549632e-09 rate 1.164328263e-09
Newton: 0.047049282 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.4
Newton: d(0)= 7.496443819
GMRES: d(0)= 7.496443819
GMRES: d(19)= 8.728321052e-09 rate=0.3386830353
GMRES: 0.008797703 seconds
Newton: d(1)= 8.728321059e-09 rate 1.164328216e-09
Newton: 0.045896647 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.42
Newton: d(0)= 7.862124008
GMRES: d(0)= 7.862124008
GMRES: d(19)= 9.154092966e-09 rate=0.3386830356
GMRES: 0.00865667 seconds
Newton: d(1)= 9.154092522e-09 rate 1.164328178e-09
Newton: 0.046076275 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.44
Newton: d(0)= 8.227804197
GMRES: d(0)= 8.227804197
GMRES: d(19)= 9.579864722e-09 rate=0.3386830355
GMRES: 0.008718373 seconds
Newton: d(1)= 9.579865214e-09 rate 1.164328293e-09
Newton: 0.046185475 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.46
Newton: d(0)= 8.593484388
GMRES: d(0)= 8.593484388
GMRES: d(20)= 3.766005456e-09 rate=0.3404752776
GMRES: 0.009210584 seconds
Newton: d(1)= 3.766005594e-09 rate 4.382396504e-10
Newton: 0.050150437 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.48
Newton: d(0)= 8.959164577
GMRES: d(0)= 8.959164577
GMRES: d(20)= 3.926260942e-09 rate=0.3404752773
GMRES: 0.009346623 seconds
Newton: d(1)= 3.926260612e-09 rate 4.382395902e-10
Newton: 0.046967122 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.5
Newton: d(0)= 9.324844766
GMRES: d(0)= 9.324844766
GMRES: d(20)= 4.086516563e-09 rate=0.3404752776
GMRES: 0.009139949 seconds
Newton: d(1)= 4.086516272e-09 rate 4.382396034e-10
Newton: 0.046213917 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.52
Newton: d(0)= 9.690524954
GMRES: d(0)= 9.690524954
GMRES: d(20)= 4.246772028e-09 rate=0.3404752772
GMRES: 0.009389445 seconds
Newton: d(1)= 4.246771745e-09 rate 4.382395964e-10
Newton: 0.046438266 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.54
Newton: d(0)= 10.05620514
GMRES: d(0)= 10.05620514
GMRES: d(20)= 4.407027667e-09 rate=0.3404752776
GMRES: 0.009258701 seconds
Newton: d(1)= 4.407028374e-09 rate 4.382397049e-10
Newton: 0.046374137 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.56
Newton: d(0)= 10.42188533
GMRES: d(0)= 10.42188533
GMRES: d(20)= 4.567283217e-09 rate=0.3404752776
GMRES: 0.009559933 seconds
Newton: d(1)= 4.56728277e-09 rate 4.382395915e-10
Newton: 0.051198825 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.58
Newton: d(0)= 10.78756552
GMRES: d(0)= 10.78756552
GMRES: d(20)= 4.727538776e-09 rate=0.3404752776
GMRES: 0.009384799 seconds
Newton: d(1)= 4.727538893e-09 rate 4.382396458e-10
Newton: 0.048338915 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.6
Newton: d(0)= 11.15324571
GMRES: d(0)= 11.15324571
GMRES: d(20)= 4.887794214e-09 rate=0.3404752772
GMRES: 0.009323414 seconds
Newton: d(1)= 4.887793192e-09 rate 4.382395331e-10
Newton: 0.047263509 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.62
Newton: d(0)= 11.51892589
GMRES: d(0)= 11.51892589
GMRES: d(20)= 5.048049913e-09 rate=0.3404752777
GMRES: 0.009158465 seconds
Newton: d(1)= 5.048050011e-09 rate 4.382396463e-10
Newton: 0.046813753 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.64
Newton: d(0)= 11.88460608
GMRES: d(0)= 11.88460608
GMRES: d(20)= 5.208305414e-09 rate=0.3404752776
GMRES: 0.009163044 seconds
Newton: d(1)= 5.208305994e-09 rate 4.382396823e-10
Newton: 0.046346361 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.66
Newton: d(0)= 12.25028627
GMRES: d(0)= 12.25028627
GMRES: d(20)= 5.368560978e-09 rate=0.3404752776
GMRES: 0.009583239 seconds
Newton: d(1)= 5.368561616e-09 rate 4.382396866e-10
Newton: 0.046682134 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.68
Newton: d(0)= 12.61596646
GMRES: d(0)= 12.61596646
GMRES: d(20)= 5.528816393e-09 rate=0.3404752772
GMRES: 0.009222054 seconds
Newton: d(1)= 5.528815156e-09 rate 4.382395256e-10
Newton: 0.050198961 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.7
Newton: d(0)= 12.98164665
GMRES: d(0)= 12.98164665
GMRES: d(20)= 5.689072039e-09 rate=0.3404752775
GMRES: 0.009378455 seconds
Newton: d(1)= 5.689072892e-09 rate 4.382396969e-10
Newton: 0.046824106 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.72
Newton: d(0)= 13.34732684
GMRES: d(0)= 13.34732684
GMRES: d(20)= 5.849327537e-09 rate=0.3404752773
GMRES: 0.009205717 seconds
Newton: d(1)= 5.849327505e-09 rate 4.382396248e-10
Newton: 0.04647871 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.74
Newton: d(0)= 13.71300702
GMRES: d(0)= 13.71300702
GMRES: d(20)= 6.00958317e-09 rate=0.3404752775
GMRES: 0.009407725 seconds
Newton: d(1)= 6.009583586e-09 rate 4.382396637e-10
Newton: 0.047968897 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.76
Newton: d(0)= 14.07868721
GMRES: d(0)= 14.07868721
GMRES: d(20)= 6.169838741e-09 rate=0.3404752776
GMRES: 0.009165836 seconds
Newton: d(1)= 6.16984068e-09 rate 4.382397724e-10
Newton: 0.046197736 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.78
Newton: d(0)= 14.4443674
GMRES: d(0)= 14.4443674
GMRES: d(20)= 6.330094227e-09 rate=0.3404752774
GMRES: 0.009232092 seconds
Newton: d(1)= 6.330093853e-09 rate 4.382396043e-10
Newton: 0.046756967 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.8
Newton: d(0)= 14.81004759
GMRES: d(0)= 14.81004759
GMRES: d(20)= 6.49034974e-09 rate=0.3404752773
GMRES: 0.009607615 seconds
Newton: d(1)= 6.490350035e-09 rate 4.382396475e-10
Newton: 0.04780056 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.82
Newton: d(0)= 15.17572777
GMRES: d(0)= 15.17572777
GMRES: d(20)= 6.650605282e-09 rate=0.3404752773
GMRES: 0.009140644 seconds
Newton: d(1)= 6.650606294e-09 rate 4.382396938e-10
Newton: 0.050108421 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.84
Newton: d(0)= 15.54140796
GMRES: d(0)= 15.54140796
GMRES: d(20)= 6.810860838e-09 rate=0.3404752773
GMRES: 0.009171783 seconds
Newton: d(1)= 6.810860633e-09 rate 4.382396144e-10
Newton: 0.046771629 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.86
Newton: d(0)= 15.90708815
GMRES: d(0)= 15.90708815
GMRES: d(20)= 6.971116358e-09 rate=0.3404752773
GMRES: 0.009132698 seconds
Newton: d(1)= 6.971116996e-09 rate 4.38239666e-10
Newton: 0.046542677 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.88
Newton: d(0)= 16.27276833
GMRES: d(0)= 16.27276833
GMRES: d(20)= 7.131371878e-09 rate=0.3404752772
GMRES: 0.009132945 seconds
Newton: d(1)= 7.131369949e-09 rate 4.382395056e-10
Newton: 0.04664667 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.9
Newton: d(0)= 16.63844852
GMRES: d(0)= 16.63844852
GMRES: d(20)= 7.29162732e-09 rate=0.3404752769
GMRES: 0.009159769 seconds
Newton: d(1)= 7.291628783e-09 rate 4.382397058e-10
Newton: 0.046525882 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.92
Newton: d(0)= 17.0041287
GMRES: d(0)= 17.0041287
GMRES: d(20)= 7.451883115e-09 rate=0.3404752775
GMRES: 0.009391983 seconds
Newton: d(1)= 7.451884213e-09 rate 4.382396972e-10
Newton: 0.047151978 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.94
Newton: d(0)= 17.36980889
GMRES: d(0)= 17.36980889
GMRES: d(20)= 7.612138699e-09 rate=0.3404752776
GMRES: 0.009280929 seconds
Newton: d(1)= 7.612139974e-09 rate 4.38239708e-10
Newton: 0.046441678 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.96
Newton: d(0)= 17.73548907
GMRES: d(0)= 17.73548907
GMRES: d(20)= 7.772394212e-09 rate=0.3404752775
GMRES: 0.009398827 seconds
Newton: d(1)= 7.772393203e-09 rate 4.382395756e-10
Newton: 0.050193678 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.98
Newton: d(0)= 18.10116926
GMRES: d(0)= 18.10116926
GMRES: d(20)= 7.93264983e-09 rate=0.3404752777
GMRES: 0.009340541 seconds
Newton: d(1)= 7.932650508e-09 rate 4.382396737e-10
Newton: 0.046638257 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 1
Dynamics: 2.840415634 seconds
num 3.8435776e-07
exact 3.855685056e-07
[ OK ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn2DCubeTet (2849 ms)
[ RUN ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn3DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 8
Vertices: ................................ 27
Edges: ................................... 54
Faces: ................................... 36
BND Faces: ............................... [ 6 6 6 6 ]
ProcSets: ................................ 45
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 20 20 20 20 ]
Faces distribution: ...................... [ 11 11 11 11 ]
ProcSets distribution: ................... [ 25 25 25 25 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.1460713042
GMRES: d(0)= 0.1460713042
GMRES: d(17)= 4.665278537e-09 rate=0.3623074096
GMRES: 0.005283691 seconds
Newton: d(1)= 4.66527855e-09 rate 3.193836446e-08
Newton: 0.266343531 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 0.4382139126
GMRES: d(0)= 0.4382139126
GMRES: d(18)= 3.382544634e-09 rate=0.3542490898
GMRES: 0.005767936 seconds
Newton: d(1)= 3.382544619e-09 rate 7.718934798e-09
Newton: 0.265224454 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Newton: d(0)= 0.7303565209
GMRES: d(0)= 0.7303565209
GMRES: d(18)= 5.637574324e-09 rate=0.3542490895
GMRES: 0.005356673 seconds
Newton: d(1)= 5.637574331e-09 rate 7.718934753e-09
Newton: 0.262682002 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.06
Newton: d(0)= 1.022499129
GMRES: d(0)= 1.022499129
GMRES: d(18)= 7.892604006e-09 rate=0.3542490894
GMRES: 0.005352016 seconds
Newton: d(1)= 7.892603983e-09 rate 7.718934674e-09
Newton: 0.26766734 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.08
Newton: d(0)= 1.314641738
GMRES: d(0)= 1.314641738
GMRES: d(19)= 3.227054933e-09 rate=0.3522427391
GMRES: 0.005638477 seconds
Newton: d(1)= 3.22705504e-09 rate 2.454703018e-09
Newton: 0.263734533 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.1
Newton: d(0)= 1.606784346
GMRES: d(0)= 1.606784346
GMRES: d(19)= 3.944178293e-09 rate=0.3522427393
GMRES: 0.005742005 seconds
Newton: d(1)= 3.944178532e-09 rate 2.454703111e-09
Newton: 0.264881378 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.12
Newton: d(0)= 1.898926954
GMRES: d(0)= 1.898926954
GMRES: d(19)= 4.661301779e-09 rate=0.3522427399
GMRES: 0.005719714 seconds
Newton: d(1)= 4.661301797e-09 rate 2.454703055e-09
Newton: 0.267116846 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.14
Newton: d(0)= 2.191069563
GMRES: d(0)= 2.191069563
GMRES: d(19)= 5.37842515e-09 rate=0.35224274
GMRES: 0.005797944 seconds
Newton: d(1)= 5.378425497e-09 rate 2.454703213e-09
Newton: 0.266478159 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.16
Newton: d(0)= 2.483212171
GMRES: d(0)= 2.483212171
GMRES: d(19)= 6.095548417e-09 rate=0.3522427397
GMRES: 0.005840995 seconds
Newton: d(1)= 6.095548279e-09 rate 2.454702965e-09
Newton: 0.263956056 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.18
Newton: d(0)= 2.77535478
GMRES: d(0)= 2.77535478
GMRES: d(19)= 6.812671829e-09 rate=0.3522427399
GMRES: 0.005634007 seconds
Newton: d(1)= 6.812671745e-09 rate 2.454703015e-09
Newton: 0.26407723 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.2
Newton: d(0)= 3.067497388
GMRES: d(0)= 3.067497388
GMRES: d(19)= 7.529795093e-09 rate=0.3522427397
GMRES: 0.005715525 seconds
Newton: d(1)= 7.529795128e-09 rate 2.454703028e-09
Newton: 0.271748811 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.22
Newton: d(0)= 3.359639997
GMRES: d(0)= 3.359639997
GMRES: d(19)= 8.24691843e-09 rate=0.3522427397
GMRES: 0.005641295 seconds
Newton: d(1)= 8.246919088e-09 rate 2.454703211e-09
Newton: 0.262916546 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.24
Newton: d(0)= 3.651782606
GMRES: d(0)= 3.651782606
GMRES: d(19)= 8.964041689e-09 rate=0.3522427395
GMRES: 0.005736955 seconds
Newton: d(1)= 8.964040702e-09 rate 2.454702722e-09
Newton: 0.26749015 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.26
Newton: d(0)= 3.943925214
GMRES: d(0)= 3.943925214
GMRES: d(19)= 9.681165031e-09 rate=0.3522427395
GMRES: 0.005813648 seconds
Newton: d(1)= 9.68116449e-09 rate 2.454702857e-09
Newton: 0.267061562 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.28
Newton: d(0)= 4.236067823
GMRES: d(0)= 4.236067823
GMRES: d(20)= 2.823756504e-09 rate=0.3476908142
GMRES: 0.005854546 seconds
Newton: d(1)= 2.823757355e-09 rate 6.665987122e-10
Newton: 0.264210049 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.3
Newton: d(0)= 4.528210431
GMRES: d(0)= 4.528210431
GMRES: d(20)= 3.018498363e-09 rate=0.3476908143
GMRES: 0.00598061 seconds
Newton: d(1)= 3.018497582e-09 rate 6.665983458e-10
Newton: 0.264149343 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.32
Newton: d(0)= 4.820353039
GMRES: d(0)= 4.820353039
GMRES: d(20)= 3.213240148e-09 rate=0.3476908141
GMRES: 0.005898898 seconds
Newton: d(1)= 3.213240784e-09 rate 6.665986409e-10
Newton: 0.26635625 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.34
Newton: d(0)= 5.112495647
GMRES: d(0)= 5.112495647
GMRES: d(20)= 3.407981975e-09 rate=0.3476908141
GMRES: 0.005892905 seconds
Newton: d(1)= 3.407983044e-09 rate 6.665987179e-10
Newton: 0.262435322 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.36
Newton: d(0)= 5.404638255
GMRES: d(0)= 5.404638255
GMRES: d(20)= 3.60272377e-09 rate=0.347690814
GMRES: 0.00595907 seconds
Newton: d(1)= 3.602723247e-09 rate 6.665984063e-10
Newton: 0.262742541 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.38
Newton: d(0)= 5.696780863
GMRES: d(0)= 5.696780863
GMRES: d(20)= 3.797465754e-09 rate=0.3476908147
GMRES: 0.005899957 seconds
Newton: d(1)= 3.797465915e-09 rate 6.665985591e-10
Newton: 0.263774848 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.4
Newton: d(0)= 5.988923471
GMRES: d(0)= 5.988923471
GMRES: d(20)= 3.992207343e-09 rate=0.3476908136
GMRES: 0.005882795 seconds
Newton: d(1)= 3.992206716e-09 rate 6.665983853e-10
Newton: 0.263043871 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.42
Newton: d(0)= 6.28106608
GMRES: d(0)= 6.28106608
GMRES: d(20)= 4.186949317e-09 rate=0.3476908142
GMRES: 0.005980607 seconds
Newton: d(1)= 4.186949233e-09 rate 6.66598501e-10
Newton: 0.262443321 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.44
Newton: d(0)= 6.573208688
GMRES: d(0)= 6.573208688
GMRES: d(20)= 4.38169116e-09 rate=0.3476908143
GMRES: 0.006078317 seconds
Newton: d(1)= 4.381691648e-09 rate 6.665985908e-10
Newton: 0.26528929 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.46
Newton: d(0)= 6.865351296
GMRES: d(0)= 6.865351296
GMRES: d(20)= 4.576432986e-09 rate=0.3476908143
GMRES: 0.006052073 seconds
Newton: d(1)= 4.576432321e-09 rate 6.665984191e-10
Newton: 0.267559396 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.48
Newton: d(0)= 7.157493904
GMRES: d(0)= 7.157493904
GMRES: d(20)= 4.771174841e-09 rate=0.3476908144
GMRES: 0.005973959 seconds
Newton: d(1)= 4.771173962e-09 rate 6.665983968e-10
Newton: 0.266465556 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.5
Newton: d(0)= 7.449636513
GMRES: d(0)= 7.449636513
GMRES: d(20)= 4.965916799e-09 rate=0.3476908148
GMRES: 0.005948069 seconds
Newton: d(1)= 4.965914387e-09 rate 6.66598213e-10
Newton: 0.262919191 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.52
Newton: d(0)= 7.741779121
GMRES: d(0)= 7.741779121
GMRES: d(20)= 5.160658403e-09 rate=0.3476908141
GMRES: 0.005997184 seconds
Newton: d(1)= 5.160654913e-09 rate 6.665980561e-10
Newton: 0.267543671 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.54
Newton: d(0)= 8.033921729
GMRES: d(0)= 8.033921729
GMRES: d(20)= 5.35540017e-09 rate=0.3476908139
GMRES: 0.005902793 seconds
Newton: d(1)= 5.355403403e-09 rate 6.66598902e-10
Newton: 0.265606016 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.56
Newton: d(0)= 8.326064337
GMRES: d(0)= 8.326064337
GMRES: d(20)= 5.550142088e-09 rate=0.3476908142
GMRES: 0.005958377 seconds
Newton: d(1)= 5.550142853e-09 rate 6.665986026e-10
Newton: 0.263913557 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.58
Newton: d(0)= 8.618206945
GMRES: d(0)= 8.618206945
GMRES: d(20)= 5.744884081e-09 rate=0.3476908147
GMRES: 0.006047721 seconds
Newton: d(1)= 5.744886449e-09 rate 6.665988048e-10
Newton: 0.265394483 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.6
Newton: d(0)= 8.910349553
GMRES: d(0)= 8.910349553
GMRES: d(20)= 5.939625805e-09 rate=0.3476908143
GMRES: 0.005924388 seconds
Newton: d(1)= 5.939624858e-09 rate 6.665984115e-10
Newton: 0.265687253 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.62
Newton: d(0)= 9.202492161
GMRES: d(0)= 9.202492161
GMRES: d(20)= 6.134367486e-09 rate=0.3476908139
GMRES: 0.005862488 seconds
Newton: d(1)= 6.134367546e-09 rate 6.665985082e-10
Newton: 0.263672474 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.64
Newton: d(0)= 9.49463477
GMRES: d(0)= 9.49463477
GMRES: d(20)= 6.329109283e-09 rate=0.3476908138
GMRES: 0.006158411 seconds
Newton: d(1)= 6.329107189e-09 rate 6.665982781e-10
Newton: 0.269773296 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.66
Newton: d(0)= 9.786777378
GMRES: d(0)= 9.786777378
GMRES: d(20)= 6.523851438e-09 rate=0.3476908147
GMRES: 0.005929785 seconds
Newton: d(1)= 6.523856563e-09 rate 6.665990562e-10
Newton: 0.26239317 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.68
Newton: d(0)= 10.07891999
GMRES: d(0)= 10.07891999
GMRES: d(20)= 6.718592967e-09 rate=0.3476908139
GMRES: 0.005876817 seconds
Newton: d(1)= 6.718593247e-09 rate 6.6659853e-10
Newton: 0.26661746 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.7
Newton: d(0)= 10.3710626
GMRES: d(0)= 10.3710626
GMRES: d(20)= 6.913334776e-09 rate=0.3476908139
GMRES: 0.005928377 seconds
Newton: d(1)= 6.91333306e-09 rate 6.665983352e-10
Newton: 0.26680951 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.72
Newton: d(0)= 10.6632052
GMRES: d(0)= 10.6632052
GMRES: d(20)= 7.10807659e-09 rate=0.3476908139
GMRES: 0.005872993 seconds
Newton: d(1)= 7.108074964e-09 rate 6.665983471e-10
Newton: 0.262623447 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.74
Newton: d(0)= 10.95534781
GMRES: d(0)= 10.95534781
GMRES: d(20)= 7.302818471e-09 rate=0.347690814
GMRES: 0.00588572 seconds
Newton: d(1)= 7.302823e-09 rate 6.665989181e-10
Newton: 0.262299228 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.76
Newton: d(0)= 11.24749042
GMRES: d(0)= 11.24749042
GMRES: d(20)= 7.497560424e-09 rate=0.3476908143
GMRES: 0.005947167 seconds
Newton: d(1)= 7.497559924e-09 rate 6.665984715e-10
Newton: 0.26916289 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.78
Newton: d(0)= 11.53963303
GMRES: d(0)= 11.53963303
GMRES: d(20)= 7.692301985e-09 rate=0.3476908137
GMRES: 0.006012373 seconds
Newton: d(1)= 7.692304927e-09 rate 6.665987476e-10
Newton: 0.265157687 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.8
Newton: d(0)= 11.83177564
GMRES: d(0)= 11.83177564
GMRES: d(20)= 7.887044035e-09 rate=0.3476908142
GMRES: 0.005910993 seconds
Newton: d(1)= 7.887052038e-09 rate 6.665991882e-10
Newton: 0.264328063 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.82
Newton: d(0)= 12.12391825
GMRES: d(0)= 12.12391825
GMRES: d(20)= 8.081785841e-09 rate=0.3476908141
GMRES: 0.006055609 seconds
Newton: d(1)= 8.081780235e-09 rate 6.665980475e-10
Newton: 0.263654775 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.84
Newton: d(0)= 12.41606086
GMRES: d(0)= 12.41606086
GMRES: d(20)= 8.276527892e-09 rate=0.3476908146
GMRES: 0.005987384 seconds
Newton: d(1)= 8.276527428e-09 rate 6.665984905e-10
Newton: 0.26813979 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.86
Newton: d(0)= 12.70820347
GMRES: d(0)= 12.70820347
GMRES: d(20)= 8.471269556e-09 rate=0.3476908143
GMRES: 0.006312296 seconds
Newton: d(1)= 8.471265563e-09 rate 6.665982004e-10
Newton: 0.267375755 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.88
Newton: d(0)= 13.00034608
GMRES: d(0)= 13.00034608
GMRES: d(20)= 8.666011023e-09 rate=0.3476908135
GMRES: 0.006077452 seconds
Newton: d(1)= 8.666007996e-09 rate 6.665982539e-10
Newton: 0.263672695 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.9
Newton: d(0)= 13.29248869
GMRES: d(0)= 13.29248869
GMRES: d(20)= 8.860753261e-09 rate=0.3476908143
GMRES: 0.005947777 seconds
Newton: d(1)= 8.860750338e-09 rate 6.665982982e-10
Newton: 0.268861402 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.92
Newton: d(0)= 13.5846313
GMRES: d(0)= 13.5846313
GMRES: d(20)= 9.055495198e-09 rate=0.3476908145
GMRES: 0.00592065 seconds
Newton: d(1)= 9.055508307e-09 rate 6.66599491e-10
Newton: 0.265951932 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.94
Newton: d(0)= 13.8767739
GMRES: d(0)= 13.8767739
GMRES: d(20)= 9.250237101e-09 rate=0.3476908147
GMRES: 0.006108245 seconds
Newton: d(1)= 9.250231673e-09 rate 6.665981399e-10
Newton: 0.26844354 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.96
Newton: d(0)= 14.16891651
GMRES: d(0)= 14.16891651
GMRES: d(20)= 9.444978532e-09 rate=0.3476908139
GMRES: 0.006102286 seconds
Newton: d(1)= 9.444975823e-09 rate 6.665983115e-10
Newton: 0.267787731 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.98
Newton: d(0)= 14.46105912
GMRES: d(0)= 14.46105912
GMRES: d(20)= 9.639720493e-09 rate=0.3476908142
GMRES: 0.005853677 seconds
Newton: d(1)= 9.639717438e-09 rate 6.665983008e-10
Newton: 0.263477475 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 1
Dynamics: 13.437675588 seconds
num 8.161521362e-10
exact 4.381564799e-16
[ OK ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn3DCubeQuad (13441 ms)
[ RUN ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn3DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 8
Vertices: ................................ 27
Edges: ................................... 54
Faces: ................................... 36
BND Faces: ............................... [ 6 6 6 6 ]
ProcSets: ................................ 45
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 20 20 20 20 ]
Faces distribution: ...................... [ 11 11 11 11 ]
ProcSets distribution: ................... [ 25 25 25 25 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.2408001823
GMRES: d(0)= 0.2408001823
GMRES: d(17)= 4.772474864e-09 rate=0.3522795729
GMRES: 0.005140089 seconds
Newton: d(1)= 4.772474867e-09 rate 1.981923278e-08
Newton: 0.26433211 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 0.7223996674
GMRES: d(0)= 0.7223996674
GMRES: d(18)= 3.299569204e-09 rate=0.344071636
GMRES: 0.005272016 seconds
Newton: d(1)= 3.299569228e-09 rate 4.567512109e-09
Newton: 0.262698008 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Newton: d(0)= 1.203998189
GMRES: d(0)= 1.203998189
GMRES: d(18)= 5.49928565e-09 rate=0.3440716686
GMRES: 0.005460024 seconds
Newton: d(1)= 5.499285664e-09 rate 4.56751988e-09
Newton: 0.262656976 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.06
Newton: d(0)= 1.685596513
GMRES: d(0)= 1.685596513
GMRES: d(18)= 7.698988908e-09 rate=0.3440716521
GMRES: 0.005370577 seconds
Newton: d(1)= 7.698988982e-09 rate 4.567515963e-09
Newton: 0.26824727 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.08
Newton: d(0)= 2.167194604
GMRES: d(0)= 2.167194604
GMRES: d(18)= 9.898673126e-09 rate=0.3440716082
GMRES: 0.005494516 seconds
Newton: d(1)= 9.89867282e-09 rate 4.567505291e-09
Newton: 0.263106087 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.1
Newton: d(0)= 2.648792468
GMRES: d(0)= 2.648792468
GMRES: d(19)= 3.898285356e-09 rate=0.3428851848
GMRES: 0.005678752 seconds
Newton: d(1)= 3.898285194e-09 rate 1.47172164e-09
Newton: 0.263046131 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.12
Newton: d(0)= 3.13039016
GMRES: d(0)= 3.13039016
GMRES: d(19)= 4.607049138e-09 rate=0.34288513
GMRES: 0.00564631 seconds
Newton: d(1)= 4.607049189e-09 rate 1.471717247e-09
Newton: 0.268133028 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.14
Newton: d(0)= 3.611987771
GMRES: d(0)= 3.611987771
GMRES: d(19)= 5.315807871e-09 rate=0.342885073
GMRES: 0.005642245 seconds
Newton: d(1)= 5.31580809e-09 rate 1.471712649e-09
Newton: 0.263827629 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.16
Newton: d(0)= 4.093585422
GMRES: d(0)= 4.093585422
GMRES: d(19)= 6.024563193e-09 rate=0.3428850191
GMRES: 0.005738379 seconds
Newton: d(1)= 6.024562971e-09 rate 1.471708136e-09
Newton: 0.263560196 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.18
Newton: d(0)= 4.575183242
GMRES: d(0)= 4.575183242
GMRES: d(19)= 6.73331801e-09 rate=0.3428849745
GMRES: 0.005611065 seconds
Newton: d(1)= 6.733318028e-09 rate 1.471704557e-09
Newton: 0.261724812 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.2
Newton: d(0)= 5.056781348
GMRES: d(0)= 5.056781348
GMRES: d(19)= 7.442074992e-09 rate=0.3428849426
GMRES: 0.005642605 seconds
Newton: d(1)= 7.442076105e-09 rate 1.471702174e-09
Newton: 0.269610603 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.22
Newton: d(0)= 5.538379831
GMRES: d(0)= 5.538379831
GMRES: d(19)= 8.150837375e-09 rate=0.342884927
GMRES: 0.00574184 seconds
Newton: d(1)= 8.150837707e-09 rate 1.471700742e-09
Newton: 0.265322395 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.24
Newton: d(0)= 6.019978739
GMRES: d(0)= 6.019978739
GMRES: d(19)= 8.859606498e-09 rate=0.3428849264
GMRES: 0.005567558 seconds
Newton: d(1)= 8.859605379e-09 rate 1.471700443e-09
Newton: 0.263539831 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.26
Newton: d(0)= 6.501578076
GMRES: d(0)= 6.501578076
GMRES: d(19)= 9.568382656e-09 rate=0.3428849379
GMRES: 0.006085382 seconds
Newton: d(1)= 9.568384758e-09 rate 1.471701892e-09
Newton: 0.267213504 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.28
Newton: d(0)= 6.983177798
GMRES: d(0)= 6.983177798
GMRES: d(20)= 2.859286863e-09 rate=0.3393206041
GMRES: 0.006061655 seconds
Newton: d(1)= 2.859288142e-09 rate 4.094537222e-10
Newton: 0.268970799 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.3
Newton: d(0)= 7.464777831
GMRES: d(0)= 7.464777831
GMRES: d(20)= 3.056482321e-09 rate=0.3393206186
GMRES: 0.006008035 seconds
Newton: d(1)= 3.056482584e-09 rate 4.094539253e-10
Newton: 0.26964164 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.32
Newton: d(0)= 7.946378079
GMRES: d(0)= 7.946378079
GMRES: d(20)= 3.253677801e-09 rate=0.339320631
GMRES: 0.005869414 seconds
Newton: d(1)= 3.253677611e-09 rate 4.094541663e-10
Newton: 0.265256334 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.34
Newton: d(0)= 8.427978448
GMRES: d(0)= 8.427978448
GMRES: d(20)= 3.450871804e-09 rate=0.3393206345
GMRES: 0.006101372 seconds
Newton: d(1)= 3.450870739e-09 rate 4.094541485e-10
Newton: 0.269731957 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.36
Newton: d(0)= 8.909578864
GMRES: d(0)= 8.909578864
GMRES: d(20)= 3.648065324e-09 rate=0.3393206353
GMRES: 0.005988067 seconds
Newton: d(1)= 3.648063012e-09 rate 4.094540346e-10
Newton: 0.264677683 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.38
Newton: d(0)= 9.391179282
GMRES: d(0)= 9.391179282
GMRES: d(20)= 3.84525723e-09 rate=0.3393206289
GMRES: 0.005850803 seconds
Newton: d(1)= 3.845258332e-09 rate 4.094542566e-10
Newton: 0.264031424 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.4
Newton: d(0)= 9.8727797
GMRES: d(0)= 9.8727797
GMRES: d(20)= 4.042447941e-09 rate=0.3393206181
GMRES: 0.005947896 seconds
Newton: d(1)= 4.042449175e-09 rate 4.094540036e-10
Newton: 0.266216695 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.42
Newton: d(0)= 10.35438015
GMRES: d(0)= 10.35438015
GMRES: d(20)= 4.239638159e-09 rate=0.3393206063
GMRES: 0.006009964 seconds
Newton: d(1)= 4.239636379e-09 rate 4.094534213e-10
Newton: 0.263853979 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.44
Newton: d(0)= 10.83598071
GMRES: d(0)= 10.83598071
GMRES: d(20)= 4.436828981e-09 rate=0.3393205977
GMRES: 0.005971493 seconds
Newton: d(1)= 4.436833997e-09 rate 4.094538479e-10
Newton: 0.263457592 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.46
Newton: d(0)= 11.31758145
GMRES: d(0)= 11.31758145
GMRES: d(20)= 4.634020147e-09 rate=0.3393205908
GMRES: 0.006006493 seconds
Newton: d(1)= 4.63401366e-09 rate 4.094526452e-10
Newton: 0.267452154 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.48
Newton: d(0)= 11.79918244
GMRES: d(0)= 11.79918244
GMRES: d(20)= 4.831212445e-09 rate=0.339320588
GMRES: 0.005998936 seconds
Newton: d(1)= 4.831214578e-09 rate 4.094533331e-10
Newton: 0.262471224 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.5
Newton: d(0)= 12.28078375
GMRES: d(0)= 12.28078375
GMRES: d(20)= 5.028405606e-09 rate=0.339320588
GMRES: 0.005883792 seconds
Newton: d(1)= 5.028402824e-09 rate 4.094529246e-10
Newton: 0.263163931 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.52
Newton: d(0)= 12.7623854
GMRES: d(0)= 12.7623854
GMRES: d(20)= 5.22560077e-09 rate=0.339320594
GMRES: 0.005982243 seconds
Newton: d(1)= 5.225601961e-09 rate 4.094533896e-10
Newton: 0.268883431 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.54
Newton: d(0)= 13.24398736
GMRES: d(0)= 13.24398736
GMRES: d(20)= 5.422796353e-09 rate=0.3393206005
GMRES: 0.006418175 seconds
Newton: d(1)= 5.422793158e-09 rate 4.094532115e-10
Newton: 0.264726091 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.56
Newton: d(0)= 13.72558957
GMRES: d(0)= 13.72558957
GMRES: d(20)= 5.619992266e-09 rate=0.3393206072
GMRES: 0.006116532 seconds
Newton: d(1)= 5.619997643e-09 rate 4.094540065e-10
Newton: 0.265781334 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.58
Newton: d(0)= 14.20719193
GMRES: d(0)= 14.20719193
GMRES: d(20)= 5.817187855e-09 rate=0.3393206123
GMRES: 0.005945102 seconds
Newton: d(1)= 5.817190438e-09 rate 4.094539206e-10
Newton: 0.265929922 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.6
Newton: d(0)= 14.68879432
GMRES: d(0)= 14.68879432
GMRES: d(20)= 6.0143832e-09 rate=0.3393206164
GMRES: 0.005939092 seconds
Newton: d(1)= 6.014378325e-09 rate 4.094535053e-10
Newton: 0.266834851 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.62
Newton: d(0)= 15.17039662
GMRES: d(0)= 15.17039662
GMRES: d(20)= 6.211577209e-09 rate=0.3393206167
GMRES: 0.005980336 seconds
Newton: d(1)= 6.211583034e-09 rate 4.094542279e-10
Newton: 0.267509916 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.64
Newton: d(0)= 15.65199871
GMRES: d(0)= 15.65199871
GMRES: d(20)= 6.408770688e-09 rate=0.3393206158
GMRES: 0.005984134 seconds
Newton: d(1)= 6.40876517e-09 rate 4.09453469e-10
Newton: 0.267900728 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.66
Newton: d(0)= 16.13360052
GMRES: d(0)= 16.13360052
GMRES: d(20)= 6.60596157e-09 rate=0.3393206085
GMRES: 0.005979358 seconds
Newton: d(1)= 6.605966399e-09 rate 4.094539461e-10
Newton: 0.270809047 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.68
Newton: d(0)= 16.61520201
GMRES: d(0)= 16.61520201
GMRES: d(20)= 6.803152742e-09 rate=0.3393206028
GMRES: 0.006081727 seconds
Newton: d(1)= 6.803150059e-09 rate 4.09453346e-10
Newton: 0.26365781 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.7
Newton: d(0)= 17.09680318
GMRES: d(0)= 17.09680318
GMRES: d(20)= 7.000342836e-09 rate=0.339320595
GMRES: 0.005980847 seconds
Newton: d(1)= 7.000333952e-09 rate 4.094528011e-10
Newton: 0.264769784 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.72
Newton: d(0)= 17.57840406
GMRES: d(0)= 17.57840406
GMRES: d(20)= 7.197533968e-09 rate=0.3393205904
GMRES: 0.005935387 seconds
Newton: d(1)= 7.197533126e-09 rate 4.09453162e-10
Newton: 0.263133417 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.74
Newton: d(0)= 18.06000473
GMRES: d(0)= 18.06000473
GMRES: d(20)= 7.394724202e-09 rate=0.3393205842
GMRES: 0.005948035 seconds
Newton: d(1)= 7.394725181e-09 rate 4.094531143e-10
Newton: 0.269732484 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.76
Newton: d(0)= 18.54160525
GMRES: d(0)= 18.54160525
GMRES: d(20)= 7.591915587e-09 rate=0.339320581
GMRES: 0.005896159 seconds
Newton: d(1)= 7.591926741e-09 rate 4.094535849e-10
Newton: 0.262920352 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.78
Newton: d(0)= 19.02320571
GMRES: d(0)= 19.02320571
GMRES: d(20)= 7.789108028e-09 rate=0.3393205804
GMRES: 0.006148488 seconds
Newton: d(1)= 7.789096732e-09 rate 4.094523736e-10
Newton: 0.267527369 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.8
Newton: d(0)= 19.50480616
GMRES: d(0)= 19.50480616
GMRES: d(20)= 7.98630159e-09 rate=0.3393205821
GMRES: 0.006130678 seconds
Newton: d(1)= 7.986310031e-09 rate 4.094534427e-10
Newton: 0.267243994 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.82
Newton: d(0)= 19.98640663
GMRES: d(0)= 19.98640663
GMRES: d(20)= 8.183495909e-09 rate=0.3393205854
GMRES: 0.005864697 seconds
Newton: d(1)= 8.183486059e-09 rate 4.09452595e-10
Newton: 0.263506619 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.84
Newton: d(0)= 20.4680071
GMRES: d(0)= 20.4680071
GMRES: d(20)= 8.380691427e-09 rate=0.3393205909
GMRES: 0.005957765 seconds
Newton: d(1)= 8.380694057e-09 rate 4.094533491e-10
Newton: 0.267200059 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.86
Newton: d(0)= 20.94960754
GMRES: d(0)= 20.94960754
GMRES: d(20)= 8.577885902e-09 rate=0.3393205941
GMRES: 0.005952359 seconds
Newton: d(1)= 8.577884232e-09 rate 4.094532184e-10
Newton: 0.263276421 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.88
Newton: d(0)= 21.43120788
GMRES: d(0)= 21.43120788
GMRES: d(20)= 8.775080497e-09 rate=0.3393205975
GMRES: 0.005960616 seconds
Newton: d(1)= 8.77509666e-09 rate 4.094541339e-10
Newton: 0.262156908 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.9
Newton: d(0)= 21.91280803
GMRES: d(0)= 21.91280803
GMRES: d(20)= 8.972274591e-09 rate=0.3393205999
GMRES: 0.005932671 seconds
Newton: d(1)= 8.972281591e-09 rate 4.094537578e-10
Newton: 0.262146636 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.92
Newton: d(0)= 22.3944079
GMRES: d(0)= 22.3944079
GMRES: d(20)= 9.169469086e-09 rate=0.3393206032
GMRES: 0.00601247 seconds
Newton: d(1)= 9.169476041e-09 rate 4.094538281e-10
Newton: 0.262364835 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.94
Newton: d(0)= 22.87600742
GMRES: d(0)= 22.87600742
GMRES: d(20)= 9.366661564e-09 rate=0.3393206029
GMRES: 0.006029303 seconds
Newton: d(1)= 9.366653486e-09 rate 4.094531583e-10
Newton: 0.264178675 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.96
Newton: d(0)= 23.35760653
GMRES: d(0)= 23.35760653
GMRES: d(20)= 9.563854605e-09 rate=0.339320604
GMRES: 0.005965092 seconds
Newton: d(1)= 9.563848283e-09 rate 4.094532661e-10
Newton: 0.270036337 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.98
Newton: d(0)= 23.83920524
GMRES: d(0)= 23.83920524
GMRES: d(20)= 9.761045808e-09 rate=0.3393206021
GMRES: 0.00597749 seconds
Newton: d(1)= 9.761061646e-09 rate 4.094541554e-10
Newton: 0.267293033 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 1
Dynamics: 13.444070656 seconds
num 1.83929007e-05
exact 1.754151593e-05
[ OK ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn3DCubeQuad (13447 ms)
[ RUN ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn3DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Stiffness Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... TractionBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 8
Vertices: ................................ 27
Edges: ................................... 54
Faces: ................................... 36
BND Faces: ............................... [ 6 6 6 6 ]
ProcSets: ................................ 45
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 20 20 20 20 ]
Faces distribution: ...................... [ 11 11 11 11 ]
ProcSets distribution: ................... [ 25 25 25 25 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.7548791999
GMRES: d(0)= 0.7548791999
GMRES: d(21)= 3.803535388e-09 rate=0.4025982705
GMRES: 0.006341417 seconds
Newton: d(1)= 3.803535389e-09 rate 5.038601394e-09
Newton: 0.27033694 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 2.264634732
GMRES: d(0)= 2.264634732
GMRES: d(22)= 3.900269679e-09 rate=0.3996140497
GMRES: 0.006756198 seconds
Newton: d(1)= 3.90026972e-09 rate 1.722251127e-09
Newton: 0.267482784 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Newton: d(0)= 3.774387033
GMRES: d(0)= 3.774387033
GMRES: d(22)= 6.500440535e-09 rate=0.3996140449
GMRES: 0.006450792 seconds
Newton: d(1)= 6.500440022e-09 rate 1.722250518e-09
Newton: 0.26540712 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.06
Newton: d(0)= 5.284138437
GMRES: d(0)= 5.284138437
GMRES: d(22)= 9.100610347e-09 rate=0.3996140438
GMRES: 0.006533165 seconds
Newton: d(1)= 9.100610687e-09 rate 1.722250618e-09
Newton: 0.265616927 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.08
Newton: d(0)= 6.793888676
GMRES: d(0)= 6.793888676
GMRES: d(23)= 3.796723575e-09 rate=0.3960119441
GMRES: 0.006702858 seconds
Newton: d(1)= 3.79672394e-09 rate 5.588440025e-10
Newton: 0.264883369 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.1
Newton: d(0)= 8.303637629
GMRES: d(0)= 8.303637629
GMRES: d(23)= 4.640435148e-09 rate=0.3960119349
GMRES: 0.006766535 seconds
Newton: d(1)= 4.640434567e-09 rate 5.588435785e-10
Newton: 0.265463501 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.12
Newton: d(0)= 9.813385343
GMRES: d(0)= 9.813385343
GMRES: d(23)= 5.484145569e-09 rate=0.396011927
GMRES: 0.006692692 seconds
Newton: d(1)= 5.484146836e-09 rate 5.588435228e-10
Newton: 0.263860956 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.14
Newton: d(0)= 11.32313204
GMRES: d(0)= 11.32313204
GMRES: d(23)= 6.327855893e-09 rate=0.3960119226
GMRES: 0.006840044 seconds
Newton: d(1)= 6.327856461e-09 rate 5.588432987e-10
Newton: 0.26679377 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.16
Newton: d(0)= 12.83287809
GMRES: d(0)= 12.83287809
GMRES: d(23)= 7.171566896e-09 rate=0.3960119216
GMRES: 0.006772075 seconds
Newton: d(1)= 7.171566964e-09 rate 5.588432239e-10
Newton: 0.263825878 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.18
Newton: d(0)= 14.34262398
GMRES: d(0)= 14.34262398
GMRES: d(23)= 8.015280527e-09 rate=0.3960119267
GMRES: 0.006805403 seconds
Newton: d(1)= 8.015279222e-09 rate 5.588432933e-10
Newton: 0.262980865 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.2
Newton: d(0)= 15.85237028
GMRES: d(0)= 15.85237028
GMRES: d(23)= 8.858996895e-09 rate=0.3960119358
GMRES: 0.006756629 seconds
Newton: d(1)= 8.858993308e-09 rate 5.588434506e-10
Newton: 0.26448611 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.22
Newton: d(0)= 17.36211755
GMRES: d(0)= 17.36211755
GMRES: d(23)= 9.702717184e-09 rate=0.3960119492
GMRES: 0.007052481 seconds
Newton: d(1)= 9.702717579e-09 rate 5.58844136e-10
Newton: 0.265306032 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.24
Newton: d(0)= 18.87186629
GMRES: d(0)= 18.87186629
GMRES: d(24)= 4.570285005e-09 rate=0.3975014202
GMRES: 0.007197527 seconds
Newton: d(1)= 4.570290285e-09 rate 2.421747916e-10
Newton: 0.266970223 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.26
Newton: d(0)= 20.38161691
GMRES: d(0)= 20.38161691
GMRES: d(24)= 4.935912518e-09 rate=0.397501435
GMRES: 0.007109537 seconds
Newton: d(1)= 4.935910644e-09 rate 2.421746354e-10
Newton: 0.267203367 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.28
Newton: d(0)= 21.89136966
GMRES: d(0)= 21.89136966
GMRES: d(24)= 5.301540053e-09 rate=0.3975014462
GMRES: 0.007107891 seconds
Newton: d(1)= 5.301540466e-09 rate 2.421749096e-10
Newton: 0.265558885 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.3
Newton: d(0)= 23.40112456
GMRES: d(0)= 23.40112456
GMRES: d(24)= 5.667167119e-09 rate=0.397501453
GMRES: 0.007139177 seconds
Newton: d(1)= 5.667169854e-09 rate 2.421751074e-10
Newton: 0.26821181 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.32
Newton: d(0)= 24.91088149
GMRES: d(0)= 24.91088149
GMRES: d(24)= 6.032789282e-09 rate=0.3975014442
GMRES: 0.007076507 seconds
Newton: d(1)= 6.032790351e-09 rate 2.421749047e-10
Newton: 0.265992082 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.34
Newton: d(0)= 26.42064012
GMRES: d(0)= 26.42064012
GMRES: d(24)= 6.398409151e-09 rate=0.3975014294
GMRES: 0.007114324 seconds
Newton: d(1)= 6.398409856e-09 rate 2.42174672e-10
Newton: 0.266905474 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.36
Newton: d(0)= 27.93039999
GMRES: d(0)= 27.93039999
GMRES: d(24)= 6.764027118e-09 rate=0.3975014108
GMRES: 0.007223588 seconds
Newton: d(1)= 6.764021772e-09 rate 2.421741821e-10
Newton: 0.269455616 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.38
Newton: d(0)= 29.44016056
GMRES: d(0)= 29.44016056
GMRES: d(24)= 7.129646247e-09 rate=0.3975013964
GMRES: 0.007097095 seconds
Newton: d(1)= 7.129648744e-09 rate 2.42174248e-10
Newton: 0.267295897 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.4
Newton: d(0)= 30.94992127
GMRES: d(0)= 30.94992127
GMRES: d(24)= 7.495265886e-09 rate=0.3975013845
GMRES: 0.007062822 seconds
Newton: d(1)= 7.495269712e-09 rate 2.421741124e-10
Newton: 0.268143946 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.42
Newton: d(0)= 32.45968164
GMRES: d(0)= 32.45968164
GMRES: d(24)= 7.860885602e-09 rate=0.397501374
GMRES: 0.007216203 seconds
Newton: d(1)= 7.86088467e-09 rate 2.421738068e-10
Newton: 0.267243843 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.44
Newton: d(0)= 33.96944127
GMRES: d(0)= 33.96944127
GMRES: d(24)= 8.226506491e-09 rate=0.3975013672
GMRES: 0.007191257 seconds
Newton: d(1)= 8.226513541e-09 rate 2.421739432e-10
Newton: 0.264587411 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.46
Newton: d(0)= 35.47919998
GMRES: d(0)= 35.47919998
GMRES: d(24)= 8.592130509e-09 rate=0.3975013674
GMRES: 0.007411686 seconds
Newton: d(1)= 8.592117032e-09 rate 2.42173359e-10
Newton: 0.265271564 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.48
Newton: d(0)= 36.98895773
GMRES: d(0)= 36.98895773
GMRES: d(24)= 8.957755882e-09 rate=0.3975013705
GMRES: 0.007094753 seconds
Newton: d(1)= 8.957762403e-09 rate 2.421739609e-10
Newton: 0.267248556 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.5
Newton: d(0)= 38.49871469
GMRES: d(0)= 38.49871469
GMRES: d(24)= 9.323379291e-09 rate=0.3975013703
GMRES: 0.007163888 seconds
Newton: d(1)= 9.323365605e-09 rate 2.421734253e-10
Newton: 0.263983479 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.52
Newton: d(0)= 40.0084712
GMRES: d(0)= 40.0084712
GMRES: d(24)= 9.689007095e-09 rate=0.3975013777
GMRES: 0.00700321 seconds
Newton: d(1)= 9.689031959e-09 rate 2.421745112e-10
Newton: 0.264487096 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.54
Newton: d(0)= 41.5182277
GMRES: d(0)= 41.5182277
GMRES: d(25)= 4.414785571e-09 rate=0.3990863119
GMRES: 0.007697733 seconds
Newton: d(1)= 4.414794578e-09 rate 1.063338881e-10
Newton: 0.265952062 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.56
Newton: d(0)= 43.02798469
GMRES: d(0)= 43.02798469
GMRES: d(25)= 4.575325221e-09 rate=0.3990863176
GMRES: 0.007486097 seconds
Newton: d(1)= 4.575299777e-09 rate 1.063331181e-10
Newton: 0.264265364 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.58
Newton: d(0)= 44.53774263
GMRES: d(0)= 44.53774263
GMRES: d(25)= 4.735862494e-09 rate=0.3990863146
GMRES: 0.007598059 seconds
Newton: d(1)= 4.735901109e-09 rate 1.063345565e-10
Newton: 0.264586029 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.6
Newton: d(0)= 46.04750193
GMRES: d(0)= 46.04750193
GMRES: d(25)= 4.896399909e-09 rate=0.3990863118
GMRES: 0.007338904 seconds
Newton: d(1)= 4.8963685e-09 rate 1.063329886e-10
Newton: 0.26783244 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.62
Newton: d(0)= 47.55726285
GMRES: d(0)= 47.55726285
GMRES: d(25)= 5.056937568e-09 rate=0.3990863094
GMRES: 0.007353666 seconds
Newton: d(1)= 5.056910992e-09 rate 1.063330959e-10
Newton: 0.264331835 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.64
Newton: d(0)= 49.06702548
GMRES: d(0)= 49.06702548
GMRES: d(25)= 5.217474611e-09 rate=0.3990863047
GMRES: 0.00733595 seconds
Newton: d(1)= 5.217461541e-09 rate 1.063333571e-10
Newton: 0.265186337 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.66
Newton: d(0)= 50.57678974
GMRES: d(0)= 50.57678974
GMRES: d(25)= 5.378012345e-09 rate=0.3990863018
GMRES: 0.007430911 seconds
Newton: d(1)= 5.378044487e-09 rate 1.063342398e-10
Newton: 0.267983466 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.68
Newton: d(0)= 52.0865554
GMRES: d(0)= 52.0865554
GMRES: d(25)= 5.538547097e-09 rate=0.3990862901
GMRES: 0.007370289 seconds
Newton: d(1)= 5.538555801e-09 rate 1.063336932e-10
Newton: 0.266266021 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.7
Newton: d(0)= 53.59632209
GMRES: d(0)= 53.59632209
GMRES: d(25)= 5.699081234e-09 rate=0.399086277
GMRES: 0.007488014 seconds
Newton: d(1)= 5.699089991e-09 rate 1.063336022e-10
Newton: 0.271958315 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.72
Newton: d(0)= 55.10608939
GMRES: d(0)= 55.10608939
GMRES: d(25)= 5.859619813e-09 rate=0.3990862765
GMRES: 0.007378455 seconds
Newton: d(1)= 5.85963388e-09 rate 1.06333691e-10
Newton: 0.268392891 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.74
Newton: d(0)= 56.61585682
GMRES: d(0)= 56.61585682
GMRES: d(25)= 6.020158534e-09 rate=0.3990862764
GMRES: 0.007696207 seconds
Newton: d(1)= 6.020136122e-09 rate 1.063330392e-10
Newton: 0.267132093 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.76
Newton: d(0)= 58.12562395
GMRES: d(0)= 58.12562395
GMRES: d(25)= 6.180693308e-09 rate=0.3990862662
GMRES: 0.008006635 seconds
Newton: d(1)= 6.180739103e-09 rate 1.063341549e-10
Newton: 0.267918267 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.78
Newton: d(0)= 59.63539045
GMRES: d(0)= 59.63539045
GMRES: d(25)= 6.341235941e-09 rate=0.3990862765
GMRES: 0.007735943 seconds
Newton: d(1)= 6.341226169e-09 rate 1.063332716e-10
Newton: 0.266852767 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.8
Newton: d(0)= 61.14515607
GMRES: d(0)= 61.14515607
GMRES: d(25)= 6.501773299e-09 rate=0.3990862735
GMRES: 0.007423656 seconds
Newton: d(1)= 6.501750728e-09 rate 1.063330466e-10
Newton: 0.26504519 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.82
Newton: d(0)= 62.65492074
GMRES: d(0)= 62.65492074
GMRES: d(25)= 6.662312504e-09 rate=0.3990862754
GMRES: 0.007862383 seconds
Newton: d(1)= 6.662340723e-09 rate 1.063338784e-10
Newton: 0.272289664 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.84
Newton: d(0)= 64.16468449
GMRES: d(0)= 64.16468449
GMRES: d(25)= 6.822856156e-09 rate=0.3990862878
GMRES: 0.00747187 seconds
Newton: d(1)= 6.822849691e-09 rate 1.063334098e-10
Newton: 0.267568181 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.86
Newton: d(0)= 65.67444753
GMRES: d(0)= 65.67444753
GMRES: d(25)= 6.983392602e-09 rate=0.3990862833
GMRES: 0.007991315 seconds
Newton: d(1)= 6.983400145e-09 rate 1.063335956e-10
Newton: 0.268594808 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.88
Newton: d(0)= 67.18421013
GMRES: d(0)= 67.18421013
GMRES: d(25)= 7.143934382e-09 rate=0.399086291
GMRES: 0.007367273 seconds
Newton: d(1)= 7.143937802e-09 rate 1.063335833e-10
Newton: 0.267654976 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.9
Newton: d(0)= 68.69397268
GMRES: d(0)= 68.69397268
GMRES: d(25)= 7.304474557e-09 rate=0.399086295
GMRES: 0.007319034 seconds
Newton: d(1)= 7.304489681e-09 rate 1.063337786e-10
Newton: 0.265120273 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.92
Newton: d(0)= 70.20373557
GMRES: d(0)= 70.20373557
GMRES: d(25)= 7.465009767e-09 rate=0.399086288
GMRES: 0.007439063 seconds
Newton: d(1)= 7.465003578e-09 rate 1.06333424e-10
Newton: 0.269156139 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.94
Newton: d(0)= 71.71349919
GMRES: d(0)= 71.71349919
GMRES: d(25)= 7.625550478e-09 rate=0.3990862927
GMRES: 0.007432613 seconds
Newton: d(1)= 7.625555028e-09 rate 1.063336068e-10
Newton: 0.266881315 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.96
Newton: d(0)= 73.22326389
GMRES: d(0)= 73.22326389
GMRES: d(25)= 7.786088527e-09 rate=0.3990862915
GMRES: 0.007504391 seconds
Newton: d(1)= 7.786109646e-09 rate 1.063338239e-10
Newton: 0.264581575 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.98
Newton: d(0)= 74.73302993
GMRES: d(0)= 74.73302993
GMRES: d(25)= 7.946630635e-09 rate=0.3990862982
GMRES: 0.007310691 seconds
Newton: d(1)= 7.94666908e-09 rate 1.063340947e-10
Newton: 0.265209161 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 1
Dynamics: 13.550364377 seconds
num 5.190764998e-05
exact 4.768349552e-05
[ OK ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn3DCubeQuad (13553 ms)
[ RUN ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicNeumannTestPolOn3DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Neumann Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... NeumannBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 8
Vertices: ................................ 27
Edges: ................................... 54
Faces: ................................... 36
BND Faces: ............................... [ 6 6 6 6 ]
ProcSets: ................................ 45
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 20 20 20 20 ]
Faces distribution: ...................... [ 11 11 11 11 ]
ProcSets distribution: ................... [ 25 25 25 25 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.09441017611
GMRES: d(0)= 0.09441017611
GMRES: d(19)= 5.692970338e-09 rate=0.4168855559
GMRES: 0.00575311 seconds
Newton: d(1)= 5.692970337e-09 rate 6.030038891e-08
Newton: 0.268920689 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 0.2832305283
GMRES: d(0)= 0.2832305283
GMRES: d(20)= 6.850770046e-09 rate=0.4160829945
GMRES: 0.005988079 seconds
Newton: d(1)= 6.850770039e-09 rate 2.418796476e-08
Newton: 0.268292177 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Newton: d(0)= 0.4720508805
GMRES: d(0)= 0.4720508805
GMRES: d(21)= 3.90009626e-09 rate=0.4121918095
GMRES: 0.006189361 seconds
Newton: d(1)= 3.90009626e-09 rate 8.262025177e-09
Newton: 0.268637271 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.06
Newton: d(0)= 0.6608712327
GMRES: d(0)= 0.6608712327
GMRES: d(21)= 5.460133471e-09 rate=0.4121918048
GMRES: 0.006471666 seconds
Newton: d(1)= 5.460133469e-09 rate 8.262023218e-09
Newton: 0.270346531 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.08
Newton: d(0)= 0.8496915849
GMRES: d(0)= 0.8496915849
GMRES: d(21)= 7.020170307e-09 rate=0.4121918012
GMRES: 0.006671688 seconds
Newton: d(1)= 7.020170315e-09 rate 8.262021703e-09
Newton: 0.268122886 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.1
Newton: d(0)= 1.038511937
GMRES: d(0)= 1.038511937
GMRES: d(21)= 8.580207583e-09 rate=0.4121917999
GMRES: 0.006719229 seconds
Newton: d(1)= 8.580207568e-09 rate 8.26202113e-09
Newton: 0.271430944 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.12
Newton: d(0)= 1.227332289
GMRES: d(0)= 1.227332289
GMRES: d(22)= 3.623173127e-09 rate=0.4095231873
GMRES: 0.006635195 seconds
Newton: d(1)= 3.62317328e-09 rate 2.952071995e-09
Newton: 0.273531405 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.14
Newton: d(0)= 1.416152642
GMRES: d(0)= 1.416152642
GMRES: d(22)= 4.180584373e-09 rate=0.4095231873
GMRES: 0.00671753 seconds
Newton: d(1)= 4.18058427e-09 rate 2.952071795e-09
Newton: 0.268241291 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.16
Newton: d(0)= 1.604972994
GMRES: d(0)= 1.604972994
GMRES: d(22)= 4.737995623e-09 rate=0.4095231873
GMRES: 0.006662187 seconds
Newton: d(1)= 4.737995444e-09 rate 2.952071756e-09
Newton: 0.272530251 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.18
Newton: d(0)= 1.793793346
GMRES: d(0)= 1.793793346
GMRES: d(22)= 5.295406889e-09 rate=0.4095231873
GMRES: 0.006453937 seconds
Newton: d(1)= 5.295406963e-09 rate 2.952071918e-09
Newton: 0.26888543 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.2
Newton: d(0)= 1.982613698
GMRES: d(0)= 1.982613698
GMRES: d(22)= 5.852818202e-09 rate=0.4095231875
GMRES: 0.006693087 seconds
Newton: d(1)= 5.852817944e-09 rate 2.952071777e-09
Newton: 0.267842653 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.22
Newton: d(0)= 2.171434051
GMRES: d(0)= 2.171434051
GMRES: d(22)= 6.410229597e-09 rate=0.4095231879
GMRES: 0.006497484 seconds
Newton: d(1)= 6.41022986e-09 rate 2.952072092e-09
Newton: 0.26751456 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.24
Newton: d(0)= 2.360254403
GMRES: d(0)= 2.360254403
GMRES: d(22)= 6.967641066e-09 rate=0.4095231885
GMRES: 0.006495276 seconds
Newton: d(1)= 6.967641015e-09 rate 2.952072034e-09
Newton: 0.267990959 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.26
Newton: d(0)= 2.549074755
GMRES: d(0)= 2.549074755
GMRES: d(22)= 7.525052584e-09 rate=0.409523189
GMRES: 0.006685434 seconds
Newton: d(1)= 7.525052441e-09 rate 2.95207209e-09
Newton: 0.265672619 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.28
Newton: d(0)= 2.737895108
GMRES: d(0)= 2.737895108
GMRES: d(22)= 8.082464072e-09 rate=0.4095231895
GMRES: 0.006507484 seconds
Newton: d(1)= 8.082463827e-09 rate 2.952072125e-09
Newton: 0.27095638 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.3
Newton: d(0)= 2.92671546
GMRES: d(0)= 2.92671546
GMRES: d(22)= 8.639875264e-09 rate=0.4095231892
GMRES: 0.00651592 seconds
Newton: d(1)= 8.639874377e-09 rate 2.952071869e-09
Newton: 0.267965647 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.32
Newton: d(0)= 3.115535812
GMRES: d(0)= 3.115535812
GMRES: d(22)= 9.197286088e-09 rate=0.4095231882
GMRES: 0.006491997 seconds
Newton: d(1)= 9.197286231e-09 rate 2.952072063e-09
Newton: 0.265342756 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.34
Newton: d(0)= 3.304356164
GMRES: d(0)= 3.304356164
GMRES: d(22)= 9.754696867e-09 rate=0.4095231873
GMRES: 0.006528225 seconds
Newton: d(1)= 9.754695785e-09 rate 2.952071538e-09
Newton: 0.264714286 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.36
Newton: d(0)= 3.493176517
GMRES: d(0)= 3.493176517
GMRES: d(23)= 3.258059962e-09 rate=0.4049299842
GMRES: 0.006728891 seconds
Newton: d(1)= 3.258060299e-09 rate 9.326927177e-10
Newton: 0.270839798 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.38
Newton: d(0)= 3.681996869
GMRES: d(0)= 3.681996869
GMRES: d(23)= 3.434171052e-09 rate=0.4049299829
GMRES: 0.006759334 seconds
Newton: d(1)= 3.434170988e-09 rate 9.326925336e-10
Newton: 0.270972369 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.4
Newton: d(0)= 3.870817221
GMRES: d(0)= 3.870817221
GMRES: d(23)= 3.61028238e-09 rate=0.4049299829
GMRES: 0.006799539 seconds
Newton: d(1)= 3.610283028e-09 rate 9.326927164e-10
Newton: 0.26643602 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.42
Newton: d(0)= 4.059637573
GMRES: d(0)= 4.059637573
GMRES: d(23)= 3.786393879e-09 rate=0.4049299836
GMRES: 0.006759412 seconds
Newton: d(1)= 3.786393618e-09 rate 9.326925249e-10
Newton: 0.267938586 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.44
Newton: d(0)= 4.248457925
GMRES: d(0)= 4.248457925
GMRES: d(23)= 3.962505981e-09 rate=0.404929987
GMRES: 0.006941533 seconds
Newton: d(1)= 3.962506551e-09 rate 9.326929021e-10
Newton: 0.267063686 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.46
Newton: d(0)= 4.437278276
GMRES: d(0)= 4.437278276
GMRES: d(23)= 4.138617644e-09 rate=0.4049299882
GMRES: 0.00692374 seconds
Newton: d(1)= 4.138617767e-09 rate 9.326928602e-10
Newton: 0.271166333 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.48
Newton: d(0)= 4.626098627
GMRES: d(0)= 4.626098627
GMRES: d(23)= 4.314729193e-09 rate=0.4049299889
GMRES: 0.007015381 seconds
Newton: d(1)= 4.314728136e-09 rate 9.326926387e-10
Newton: 0.275386087 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.5
Newton: d(0)= 4.814918979
GMRES: d(0)= 4.814918979
GMRES: d(23)= 4.490840456e-09 rate=0.4049299883
GMRES: 0.006917368 seconds
Newton: d(1)= 4.49083903e-09 rate 9.326925437e-10
Newton: 0.272750968 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.52
Newton: d(0)= 5.00373933
GMRES: d(0)= 5.00373933
GMRES: d(23)= 4.666951432e-09 rate=0.4049299868
GMRES: 0.006999338 seconds
Newton: d(1)= 4.666953631e-09 rate 9.326931966e-10
Newton: 0.27191252 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.54
Newton: d(0)= 5.192559682
GMRES: d(0)= 5.192559682
GMRES: d(23)= 4.843062136e-09 rate=0.4049299844
GMRES: 0.006754904 seconds
Newton: d(1)= 4.84306272e-09 rate 9.326927404e-10
Newton: 0.265883636 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.56
Newton: d(0)= 5.381380034
GMRES: d(0)= 5.381380034
GMRES: d(23)= 5.019173071e-09 rate=0.4049299829
GMRES: 0.00711577 seconds
Newton: d(1)= 5.019171665e-09 rate 9.326922895e-10
Newton: 0.26766709 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.58
Newton: d(0)= 5.570200387
GMRES: d(0)= 5.570200387
GMRES: d(23)= 5.195284666e-09 rate=0.4049299838
GMRES: 0.006847539 seconds
Newton: d(1)= 5.195288557e-09 rate 9.326932957e-10
Newton: 0.267867212 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.6
Newton: d(0)= 5.759020739
GMRES: d(0)= 5.759020739
GMRES: d(23)= 5.371396146e-09 rate=0.4049299842
GMRES: 0.006767491 seconds
Newton: d(1)= 5.371394433e-09 rate 9.326923233e-10
Newton: 0.268187778 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.62
Newton: d(0)= 5.947841092
GMRES: d(0)= 5.947841092
GMRES: d(23)= 5.547508053e-09 rate=0.404929986
GMRES: 0.006922784 seconds
Newton: d(1)= 5.54750803e-09 rate 9.326927104e-10
Newton: 0.267898079 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.64
Newton: d(0)= 6.136661445
GMRES: d(0)= 6.136661445
GMRES: d(23)= 5.723619689e-09 rate=0.4049299868
GMRES: 0.006886454 seconds
Newton: d(1)= 5.723619491e-09 rate 9.326927258e-10
Newton: 0.267817906 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.66
Newton: d(0)= 6.325481798
GMRES: d(0)= 6.325481798
GMRES: d(23)= 5.899731312e-09 rate=0.4049299875
GMRES: 0.006993867 seconds
Newton: d(1)= 5.899728595e-09 rate 9.326923676e-10
Newton: 0.268062849 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.68
Newton: d(0)= 6.514302151
GMRES: d(0)= 6.514302151
GMRES: d(23)= 6.075842468e-09 rate=0.4049299869
GMRES: 0.006927443 seconds
Newton: d(1)= 6.075845053e-09 rate 9.326931592e-10
Newton: 0.265637218 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.7
Newton: d(0)= 6.703122504
GMRES: d(0)= 6.703122504
GMRES: d(23)= 6.251953603e-09 rate=0.4049299862
GMRES: 0.006809341 seconds
Newton: d(1)= 6.251947155e-09 rate 9.326917644e-10
Newton: 0.265144079 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.72
Newton: d(0)= 6.891942857
GMRES: d(0)= 6.891942857
GMRES: d(23)= 6.428064776e-09 rate=0.4049299857
GMRES: 0.006906289 seconds
Newton: d(1)= 6.428068514e-09 rate 9.326932401e-10
Newton: 0.267463124 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.74
Newton: d(0)= 7.08076321
GMRES: d(0)= 7.08076321
GMRES: d(23)= 6.604175602e-09 rate=0.4049299842
GMRES: 0.006961206 seconds
Newton: d(1)= 6.604174137e-09 rate 9.326924149e-10
Newton: 0.269269481 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.76
Newton: d(0)= 7.269583563
GMRES: d(0)= 7.269583563
GMRES: d(23)= 6.780287106e-09 rate=0.4049299846
GMRES: 0.006829073 seconds
Newton: d(1)= 6.780292076e-09 rate 9.326933265e-10
Newton: 0.270733303 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.78
Newton: d(0)= 7.458403916
GMRES: d(0)= 7.458403916
GMRES: d(23)= 6.956398338e-09 rate=0.4049299843
GMRES: 0.006793829 seconds
Newton: d(1)= 6.956396017e-09 rate 9.326923153e-10
Newton: 0.267594779 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.8
Newton: d(0)= 7.647224269
GMRES: d(0)= 7.647224269
GMRES: d(23)= 7.132510257e-09 rate=0.4049299857
GMRES: 0.006791187 seconds
Newton: d(1)= 7.132508292e-09 rate 9.326924438e-10
Newton: 0.268934824 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.82
Newton: d(0)= 7.836044623
GMRES: d(0)= 7.836044623
GMRES: d(23)= 7.308621987e-09 rate=0.4049299866
GMRES: 0.007075052 seconds
Newton: d(1)= 7.308619621e-09 rate 9.326924454e-10
Newton: 0.266938169 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.84
Newton: d(0)= 8.024864976
GMRES: d(0)= 8.024864976
GMRES: d(23)= 7.48473303e-09 rate=0.4049299858
GMRES: 0.006917625 seconds
Newton: d(1)= 7.484739457e-09 rate 9.326935069e-10
Newton: 0.271714766 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.86
Newton: d(0)= 8.21368533
GMRES: d(0)= 8.21368533
GMRES: d(23)= 7.66084433e-09 rate=0.4049299857
GMRES: 0.006783 seconds
Newton: d(1)= 7.660839776e-09 rate 9.326921434e-10
Newton: 0.267754946 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.88
Newton: d(0)= 8.402505684
GMRES: d(0)= 8.402505684
GMRES: d(23)= 7.836955381e-09 rate=0.404929985
GMRES: 0.007378306 seconds
Newton: d(1)= 7.83695686e-09 rate 9.326928366e-10
Newton: 0.272365481 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.9
Newton: d(0)= 8.591326037
GMRES: d(0)= 8.591326037
GMRES: d(23)= 8.013066816e-09 rate=0.4049299851
GMRES: 0.006785338 seconds
Newton: d(1)= 8.013066736e-09 rate 9.326926601e-10
Newton: 0.26620065 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.92
Newton: d(0)= 8.780146391
GMRES: d(0)= 8.780146391
GMRES: d(23)= 8.189178284e-09 rate=0.4049299854
GMRES: 0.006781318 seconds
Newton: d(1)= 8.189177533e-09 rate 9.326925963e-10
Newton: 0.266440325 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.94
Newton: d(0)= 8.968966745
GMRES: d(0)= 8.968966745
GMRES: d(23)= 8.365289568e-09 rate=0.4049299852
GMRES: 0.006958981 seconds
Newton: d(1)= 8.365285334e-09 rate 9.32692201e-10
Newton: 0.268880598 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.96
Newton: d(0)= 9.157787098
GMRES: d(0)= 9.157787098
GMRES: d(23)= 8.541401173e-09 rate=0.4049299857
GMRES: 0.006830941 seconds
Newton: d(1)= 8.541397982e-09 rate 9.326923514e-10
Newton: 0.264923639 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.98
Newton: d(0)= 9.346607451
GMRES: d(0)= 9.346607451
GMRES: d(23)= 8.717512497e-09 rate=0.4049299856
GMRES: 0.006901695 seconds
Newton: d(1)= 8.71751562e-09 rate 9.326930297e-10
Newton: 0.265235993 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 1
Dynamics: 13.595815461 seconds
num 1.501317489e-09
exact 2.190782399e-16
[ OK ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicNeumannTestPolOn3DCubeQuad (13598 ms)
[ RUN ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicNeumannTestExpOn3DCubeQuad
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Neumann Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... NeumannBlock3DQuad
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 8
Vertices: ................................ 27
Edges: ................................... 54
Faces: ................................... 36
BND Faces: ............................... [ 6 6 6 6 ]
ProcSets: ................................ 45
Mesh width [min, max]: ................... [0.5, 0.5]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 2
Max cells on proc: ....................... 2
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 2 2 2 2 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 20 20 20 20 ]
Faces distribution: ...................... [ 11 11 11 11 ]
ProcSets distribution: ................... [ 25 25 25 25 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 14.22108684
GMRES: d(0)= 14.22108684
GMRES: d(23)= 4.304415378e-09 rate=0.38559343
GMRES: 0.006853746 seconds
Newton: d(1)= 4.304415321e-09 rate 3.026783655e-10
Newton: 0.269366582 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 14.20705808
GMRES: d(0)= 14.20705808
GMRES: d(23)= 4.300185218e-09 rate=0.3855934925
GMRES: 0.007053137 seconds
Newton: d(1)= 4.30018598e-09 rate 3.026795524e-10
Newton: 0.269655528 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Newton: d(0)= 14.17901519
GMRES: d(0)= 14.17901519
GMRES: d(23)= 4.291730554e-09 rate=0.3855936228
GMRES: 0.006749419 seconds
Newton: d(1)= 4.291730774e-09 rate 3.026818659e-10
Newton: 0.267646925 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.06
Newton: d(0)= 14.13698721
GMRES: d(0)= 14.13698721
GMRES: d(23)= 4.279053488e-09 rate=0.3855937953
GMRES: 0.006798727 seconds
Newton: d(1)= 4.27905657e-09 rate 3.026851836e-10
Newton: 0.269358479 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.08
Newton: d(0)= 14.08101726
GMRES: d(0)= 14.08101726
GMRES: d(23)= 4.262162319e-09 rate=0.3855939924
GMRES: 0.00670617 seconds
Newton: d(1)= 4.262161908e-09 rate 3.02688494e-10
Newton: 0.267983622 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.1
Newton: d(0)= 14.011162
GMRES: d(0)= 14.011162
GMRES: d(23)= 4.24106309e-09 rate=0.3855941709
GMRES: 0.006900149 seconds
Newton: d(1)= 4.241061569e-09 rate 3.026916376e-10
Newton: 0.270370727 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.12
Newton: d(0)= 13.92749119
GMRES: d(0)= 13.92749119
GMRES: d(23)= 4.215766601e-09 rate=0.3855942901
GMRES: 0.006824569 seconds
Newton: d(1)= 4.215764892e-09 rate 3.026937755e-10
Newton: 0.268174707 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.14
Newton: d(0)= 13.83008732
GMRES: d(0)= 13.83008732
GMRES: d(23)= 4.186285721e-09 rate=0.3855943008
GMRES: 0.007145501 seconds
Newton: d(1)= 4.186288762e-09 rate 3.026943117e-10
Newton: 0.267931243 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.16
Newton: d(0)= 13.71904531
GMRES: d(0)= 13.71904531
GMRES: d(23)= 4.152645263e-09 rate=0.3855941849
GMRES: 0.00707398 seconds
Newton: d(1)= 4.152645677e-09 rate 3.026920301e-10
Newton: 0.272025531 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.18
Newton: d(0)= 13.59447252
GMRES: d(0)= 13.59447252
GMRES: d(23)= 4.114882597e-09 rate=0.3855939589
GMRES: 0.006705094 seconds
Newton: d(1)= 4.114883379e-09 rate 3.026879765e-10
Newton: 0.268712119 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.2
Newton: d(0)= 13.45648883
GMRES: d(0)= 13.45648883
GMRES: d(23)= 4.073046715e-09 rate=0.3855936713
GMRES: 0.006824654 seconds
Newton: d(1)= 4.073051008e-09 rate 3.026830445e-10
Newton: 0.269520164 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.22
Newton: d(0)= 13.30522692
GMRES: d(0)= 13.30522692
GMRES: d(23)= 4.027198009e-09 rate=0.3855934034
GMRES: 0.006781346 seconds
Newton: d(1)= 4.027193454e-09 rate 3.026775476e-10
Newton: 0.268963122 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.24
Newton: d(0)= 13.14083258
GMRES: d(0)= 13.14083258
GMRES: d(23)= 3.977403052e-09 rate=0.3855932499
GMRES: 0.006884498 seconds
Newton: d(1)= 3.977407889e-09 rate 3.026754861e-10
Newton: 0.268113506 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.26
Newton: d(0)= 12.96346501
GMRES: d(0)= 12.96346501
GMRES: d(23)= 3.923724227e-09 rate=0.3855932752
GMRES: 0.006922466 seconds
Newton: d(1)= 3.92372635e-09 rate 3.026757389e-10
Newton: 0.268562357 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.28
Newton: d(0)= 12.77329701
GMRES: d(0)= 12.77329701
GMRES: d(23)= 3.866216894e-09 rate=0.3855935001
GMRES: 0.006778228 seconds
Newton: d(1)= 3.866215933e-09 rate 3.02679561e-10
Newton: 0.267496979 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.3
Newton: d(0)= 12.57051502
GMRES: d(0)= 12.57051502
GMRES: d(23)= 3.804924689e-09 rate=0.3855938781
GMRES: 0.006729287 seconds
Newton: d(1)= 3.804926887e-09 rate 3.026866345e-10
Newton: 0.269249568 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.32
Newton: d(0)= 12.35531893
GMRES: d(0)= 12.35531893
GMRES: d(22)= 9.883670509e-09 rate=0.3859250087
GMRES: 0.006485672 seconds
Newton: d(1)= 9.883675113e-09 rate 7.99953054e-10
Newton: 0.269244703 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.34
Newton: d(0)= 12.12792177
GMRES: d(0)= 12.12792177
GMRES: d(22)= 9.702047759e-09 rate=0.3859255226
GMRES: 0.006549349 seconds
Newton: d(1)= 9.702042712e-09 rate 7.999757006e-10
Newton: 0.272063804 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.36
Newton: d(0)= 11.88854921
GMRES: d(0)= 11.88854921
GMRES: d(22)= 9.510709557e-09 rate=0.3859258069
GMRES: 0.006553439 seconds
Newton: d(1)= 9.510709436e-09 rate 7.999890711e-10
Newton: 0.265773761 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.38
Newton: d(0)= 11.63743905
GMRES: d(0)= 11.63743905
GMRES: d(22)= 9.309793191e-09 rate=0.3859257485
GMRES: 0.006388393 seconds
Newton: d(1)= 9.309787974e-09 rate 7.999859704e-10
Newton: 0.266861087 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.4
Newton: d(0)= 11.37484069
GMRES: d(0)= 11.37484069
GMRES: d(22)= 9.099507043e-09 rate=0.3859253417
GMRES: 0.006551827 seconds
Newton: d(1)= 9.099504209e-09 rate 7.99967618e-10
Newton: 0.268502819 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.42
Newton: d(0)= 11.10101458
GMRES: d(0)= 11.10101458
GMRES: d(22)= 8.880118621e-09 rate=0.3859246773
GMRES: 0.00641187 seconds
Newton: d(1)= 8.880121119e-09 rate 7.999377942e-10
Newton: 0.267194899 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.44
Newton: d(0)= 10.81623194
GMRES: d(0)= 10.81623194
GMRES: d(22)= 8.651939559e-09 rate=0.3859239257
GMRES: 0.006461219 seconds
Newton: d(1)= 8.651934749e-09 rate 7.999028491e-10
Newton: 0.268188784 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.46
Newton: d(0)= 10.52077441
GMRES: d(0)= 10.52077441
GMRES: d(22)= 8.415289858e-09 rate=0.3859232748
GMRES: 0.006569019 seconds
Newton: d(1)= 8.415306135e-09 rate 7.998751623e-10
Newton: 0.270242258 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.48
Newton: d(0)= 10.21493384
GMRES: d(0)= 10.21493384
GMRES: d(22)= 8.17046834e-09 rate=0.3859228718
GMRES: 0.006629287 seconds
Newton: d(1)= 8.170463498e-09 rate 7.998547644e-10
Newton: 0.267491526 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.5
Newton: d(0)= 9.899012185
GMRES: d(0)= 9.899012185
GMRES: d(22)= 7.917736446e-09 rate=0.3859227825
GMRES: 0.006624656 seconds
Newton: d(1)= 7.917725213e-09 rate 7.99850032e-10
Newton: 0.26830754 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.52
Newton: d(0)= 9.573321285
GMRES: d(0)= 9.573321285
GMRES: d(22)= 7.657316108e-09 rate=0.3859229747
GMRES: 0.006422928 seconds
Newton: d(1)= 7.65733026e-09 rate 7.998614099e-10
Newton: 0.267901464 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.54
Newton: d(0)= 9.238182631
GMRES: d(0)= 9.238182631
GMRES: d(22)= 7.389408828e-09 rate=0.3859233467
GMRES: 0.006535764 seconds
Newton: d(1)= 7.389402416e-09 rate 7.998761998e-10
Newton: 0.268643278 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.56
Newton: d(0)= 8.893927044
GMRES: d(0)= 8.893927044
GMRES: d(22)= 7.114217308e-09 rate=0.3859237673
GMRES: 0.006993558 seconds
Newton: d(1)= 7.114219761e-09 rate 7.998963479e-10
Newton: 0.270813328 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.58
Newton: d(0)= 8.540894271
GMRES: d(0)= 8.540894271
GMRES: d(22)= 6.831969167e-09 rate=0.3859241303
GMRES: 0.006659253 seconds
Newton: d(1)= 6.831966697e-09 rate 7.999123371e-10
Newton: 0.268461885 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.6
Newton: d(0)= 8.179432513
GMRES: d(0)= 8.179432513
GMRES: d(22)= 6.542926085e-09 rate=0.3859243844
GMRES: 0.006578202 seconds
Newton: d(1)= 6.542925656e-09 rate 7.999241567e-10
Newton: 0.267986595 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.62
Newton: d(0)= 7.809897952
GMRES: d(0)= 7.809897952
GMRES: d(22)= 6.247381444e-09 rate=0.3859245388
GMRES: 0.006430131 seconds
Newton: d(1)= 6.247383152e-09 rate 7.999314704e-10
Newton: 0.268417928 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.64
Newton: d(0)= 7.432654314
GMRES: d(0)= 7.432654314
GMRES: d(22)= 5.945647821e-09 rate=0.3859246431
GMRES: 0.006554436 seconds
Newton: d(1)= 5.945625876e-09 rate 7.999330555e-10
Newton: 0.270396351 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.66
Newton: d(0)= 7.048072522
GMRES: d(0)= 7.048072522
GMRES: d(22)= 5.638039223e-09 rate=0.3859247434
GMRES: 0.006441405 seconds
Newton: d(1)= 5.638054823e-09 rate 7.999427936e-10
Newton: 0.268379825 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.68
Newton: d(0)= 6.656530447
GMRES: d(0)= 6.656530447
GMRES: d(22)= 5.324863943e-09 rate=0.385924859
GMRES: 0.006740935 seconds
Newton: d(1)= 5.324876007e-09 rate 7.999476679e-10
Newton: 0.271589712 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.7
Newton: d(0)= 6.25841277
GMRES: d(0)= 6.25841277
GMRES: d(22)= 5.006416721e-09 rate=0.3859249479
GMRES: 0.006431513 seconds
Newton: d(1)= 5.006404798e-09 rate 7.99948003e-10
Newton: 0.266808782 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.72
Newton: d(0)= 5.854110898
GMRES: d(0)= 5.854110898
GMRES: d(22)= 4.682992232e-09 rate=0.3859249358
GMRES: 0.006399688 seconds
Newton: d(1)= 4.682998969e-09 rate 7.99950505e-10
Newton: 0.266835359 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.74
Newton: d(0)= 5.444022885
GMRES: d(0)= 5.444022885
GMRES: d(22)= 4.35489767e-09 rate=0.3859247548
GMRES: 0.00646598 seconds
Newton: d(1)= 4.354915708e-09 rate 7.99944416e-10
Newton: 0.269261786 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.76
Newton: d(0)= 5.028553294
GMRES: d(0)= 5.028553294
GMRES: d(22)= 4.022460661e-09 rate=0.3859243806
GMRES: 0.006415546 seconds
Newton: d(1)= 4.022434747e-09 rate 7.999188855e-10
Newton: 0.267121287 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.78
Newton: d(0)= 4.608112926
GMRES: d(0)= 4.608112926
GMRES: d(22)= 3.686034876e-09 rate=0.3859238789
GMRES: 0.006476969 seconds
Newton: d(1)= 3.686043191e-09 rate 7.999029646e-10
Newton: 0.266969072 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.8
Newton: d(0)= 4.183118392
GMRES: d(0)= 4.183118392
GMRES: d(22)= 3.345991372e-09 rate=0.3859234077
GMRES: 0.0064285 seconds
Newton: d(1)= 3.345986676e-09 rate 7.998785505e-10
Newton: 0.267333801 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.82
Newton: d(0)= 3.753991508
GMRES: d(0)= 3.753991508
GMRES: d(21)= 9.175430267e-09 rate=0.3889655179
GMRES: 0.006419613 seconds
Newton: d(1)= 9.175420378e-09 rate 2.44417718e-09
Newton: 0.26605878 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.84
Newton: d(0)= 3.321158549
GMRES: d(0)= 3.321158549
GMRES: d(21)= 8.117726346e-09 rate=0.3889660146
GMRES: 0.006162218 seconds
Newton: d(1)= 8.117717677e-09 rate 2.444242742e-09
Newton: 0.265970609 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.86
Newton: d(0)= 2.885049427
GMRES: d(0)= 2.885049427
GMRES: d(21)= 7.052146616e-09 rate=0.3889670073
GMRES: 0.006646516 seconds
Newton: d(1)= 7.052168817e-09 rate 2.444384055e-09
Newton: 0.267768652 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.88
Newton: d(0)= 2.446096856
GMRES: d(0)= 2.446096856
GMRES: d(21)= 5.979627739e-09 rate=0.3889683902
GMRES: 0.006418369 seconds
Newton: d(1)= 5.979607206e-09 rate 2.444550465e-09
Newton: 0.267765678 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.9
Newton: d(0)= 2.004735593
GMRES: d(0)= 2.004735593
GMRES: d(21)= 4.901059088e-09 rate=0.3889697694
GMRES: 0.006224179 seconds
Newton: d(1)= 4.901055216e-09 rate 2.444738964e-09
Newton: 0.268470101 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.92
Newton: d(0)= 1.561401832
GMRES: d(0)= 1.561401832
GMRES: d(20)= 9.228684855e-09 rate=0.3877762947
GMRES: 0.005858127 seconds
Newton: d(1)= 9.228709965e-09 rate 5.910528459e-09
Newton: 0.268705888 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.94
Newton: d(0)= 1.11653277
GMRES: d(0)= 1.11653277
GMRES: d(20)= 6.598927577e-09 rate=0.387775257
GMRES: 0.005984703 seconds
Newton: d(1)= 6.598899382e-09 rate 5.910170808e-09
Newton: 0.269877251 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.96
Newton: d(0)= 0.6705664378
GMRES: d(0)= 0.6705664378
GMRES: d(19)= 9.354260558e-09 rate=0.3859723482
GMRES: 0.005682069 seconds
Newton: d(1)= 9.35427686e-09 rate 1.394981367e-08
Newton: 0.268733043 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.98
Newton: d(0)= 0.2239428999
GMRES: d(0)= 0.2239428999
GMRES: d(18)= 7.499511177e-09 rate=0.3843407431
GMRES: 0.005454171 seconds
Newton: d(1)= 7.499518264e-09 rate 3.348852886e-08
Newton: 0.268652405 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 1
Dynamics: 13.594216876 seconds
num 9.033642009e-05
exact 7.375030083e-05
[ OK ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicNeumannTestExpOn3DCubeQuad (13597 ms)
[ RUN ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn3DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 48
Vertices: ................................ 27
Edges: ................................... 98
Faces: ................................... 120
BND Faces: ............................... [ 12 12 12 12 ]
ProcSets: ................................ 61
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 12
Max cells on proc: ....................... 12
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 12 12 12 12 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 33 33 33 33 ]
Faces distribution: ...................... [ 34 34 34 34 ]
ProcSets distribution: ................... [ 33 33 33 33 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.1817726604
GMRES: d(0)= 0.1817726604
GMRES: d(17)= 3.695085516e-09 rate=0.3528052627
GMRES: 0.003158657 seconds
Newton: d(1)= 3.695085516e-09 rate 2.032805982e-08
Newton: 0.06226972 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 0.5453179814
GMRES: d(0)= 0.5453179814
GMRES: d(18)= 4.031833643e-09 rate=0.3534024852
GMRES: 0.003232332 seconds
Newton: d(1)= 4.031833644e-09 rate 7.393546117e-09
Newton: 0.062169782 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Newton: d(0)= 0.9088633024
GMRES: d(0)= 0.9088633024
GMRES: d(18)= 6.719722989e-09 rate=0.3534024859
GMRES: 0.003118973 seconds
Newton: d(1)= 6.719723013e-09 rate 7.393546416e-09
Newton: 0.065926 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.06
Newton: d(0)= 1.272408623
GMRES: d(0)= 1.272408623
GMRES: d(18)= 9.407612597e-09 rate=0.3534024868
GMRES: 0.003173816 seconds
Newton: d(1)= 9.407612575e-09 rate 7.393546697e-09
Newton: 0.061929455 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.08
Newton: d(0)= 1.635953944
GMRES: d(0)= 1.635953944
GMRES: d(19)= 4.276614836e-09 rate=0.3534113371
GMRES: 0.003291168 seconds
Newton: d(1)= 4.27661486e-09 rate 2.614141355e-09
Newton: 0.062526062 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.1
Newton: d(0)= 1.999499264
GMRES: d(0)= 1.999499264
GMRES: d(19)= 5.226973749e-09 rate=0.3534113373
GMRES: 0.003323147 seconds
Newton: d(1)= 5.226973663e-09 rate 2.614141328e-09
Newton: 0.061893396 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.12
Newton: d(0)= 2.363044584
GMRES: d(0)= 2.363044584
GMRES: d(19)= 6.177332547e-09 rate=0.3534113371
GMRES: 0.003336801 seconds
Newton: d(1)= 6.177332467e-09 rate 2.614141311e-09
Newton: 0.065761615 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.14
Newton: d(0)= 2.726589903
GMRES: d(0)= 2.726589903
GMRES: d(19)= 7.127691081e-09 rate=0.3534113363
GMRES: 0.003408507 seconds
Newton: d(1)= 7.127690868e-09 rate 2.614141151e-09
Newton: 0.062859895 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.16
Newton: d(0)= 3.090135223
GMRES: d(0)= 3.090135223
GMRES: d(19)= 8.078049357e-09 rate=0.3534113351
GMRES: 0.00330914 seconds
Newton: d(1)= 8.078049129e-09 rate 2.614140983e-09
Newton: 0.062156875 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.18
Newton: d(0)= 3.453680542
GMRES: d(0)= 3.453680542
GMRES: d(19)= 9.028407798e-09 rate=0.3534113344
GMRES: 0.003260172 seconds
Newton: d(1)= 9.028407757e-09 rate 2.614140957e-09
Newton: 0.063561073 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.2
Newton: d(0)= 3.817225863
GMRES: d(0)= 3.817225863
GMRES: d(19)= 9.978766499e-09 rate=0.3534113344
GMRES: 0.003297481 seconds
Newton: d(1)= 9.978766372e-09 rate 2.614140931e-09
Newton: 0.061657793 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.22
Newton: d(0)= 4.180771184
GMRES: d(0)= 4.180771184
GMRES: d(20)= 3.943706595e-09 rate=0.3537792932
GMRES: 0.003478541 seconds
Newton: d(1)= 3.943706857e-09 rate 9.432965078e-10
Newton: 0.062111561 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.24
Newton: d(0)= 4.544316505
GMRES: d(0)= 4.544316505
GMRES: d(20)= 4.286637627e-09 rate=0.3537792933
GMRES: 0.003469379 seconds
Newton: d(1)= 4.286637383e-09 rate 9.432963963e-10
Newton: 0.06273962 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.26
Newton: d(0)= 4.907861825
GMRES: d(0)= 4.907861825
GMRES: d(20)= 4.629568729e-09 rate=0.3537792936
GMRES: 0.003477624 seconds
Newton: d(1)= 4.629569118e-09 rate 9.43296548e-10
Newton: 0.065374669 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.28
Newton: d(0)= 5.271407145
GMRES: d(0)= 5.271407145
GMRES: d(20)= 4.972499763e-09 rate=0.3537792937
GMRES: 0.003535328 seconds
Newton: d(1)= 4.972499298e-09 rate 9.432963839e-10
Newton: 0.063789923 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.3
Newton: d(0)= 5.634952464
GMRES: d(0)= 5.634952464
GMRES: d(20)= 5.315430647e-09 rate=0.3537792932
GMRES: 0.003562551 seconds
Newton: d(1)= 5.315429478e-09 rate 9.43296241e-10
Newton: 0.062491452 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.32
Newton: d(0)= 5.998497783
GMRES: d(0)= 5.998497783
GMRES: d(20)= 5.658361585e-09 rate=0.353779293
GMRES: 0.003479925 seconds
Newton: d(1)= 5.658362554e-09 rate 9.432965984e-10
Newton: 0.061960118 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.34
Newton: d(0)= 6.362043102
GMRES: d(0)= 6.362043102
GMRES: d(20)= 6.001292593e-09 rate=0.353779293
GMRES: 0.003863622 seconds
Newton: d(1)= 6.001291366e-09 rate 9.432962445e-10
Newton: 0.068533498 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.36
Newton: d(0)= 6.725588422
GMRES: d(0)= 6.725588422
GMRES: d(20)= 6.344223778e-09 rate=0.3537792935
GMRES: 0.00360439 seconds
Newton: d(1)= 6.344224578e-09 rate 9.432965831e-10
Newton: 0.064610098 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.38
Newton: d(0)= 7.089133744
GMRES: d(0)= 7.089133744
GMRES: d(20)= 6.68715475e-09 rate=0.3537792934
GMRES: 0.003445257 seconds
Newton: d(1)= 6.687154441e-09 rate 9.432964142e-10
Newton: 0.062033107 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.4
Newton: d(0)= 7.452679066
GMRES: d(0)= 7.452679066
GMRES: d(20)= 7.030085933e-09 rate=0.3537792938
GMRES: 0.003496098 seconds
Newton: d(1)= 7.030085881e-09 rate 9.432964735e-10
Newton: 0.061914185 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.42
Newton: d(0)= 7.816224389
GMRES: d(0)= 7.816224389
GMRES: d(20)= 7.37301692e-09 rate=0.3537792937
GMRES: 0.003491537 seconds
Newton: d(1)= 7.373015455e-09 rate 9.432962884e-10
Newton: 0.062491532 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.44
Newton: d(0)= 8.179769713
GMRES: d(0)= 8.179769713
GMRES: d(20)= 7.715947866e-09 rate=0.3537792936
GMRES: 0.003499032 seconds
Newton: d(1)= 7.71594772e-09 rate 9.432964486e-10
Newton: 0.061887875 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.46
Newton: d(0)= 8.543315036
GMRES: d(0)= 8.543315036
GMRES: d(20)= 8.058878747e-09 rate=0.3537792933
GMRES: 0.003512995 seconds
Newton: d(1)= 8.058881357e-09 rate 9.432967558e-10
Newton: 0.065428845 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.48
Newton: d(0)= 8.90686036
GMRES: d(0)= 8.90686036
GMRES: d(20)= 8.401809559e-09 rate=0.3537792928
GMRES: 0.003539651 seconds
Newton: d(1)= 8.401810857e-09 rate 9.432965733e-10
Newton: 0.062991175 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.5
Newton: d(0)= 9.270405684
GMRES: d(0)= 9.270405684
GMRES: d(20)= 8.744740542e-09 rate=0.3537792928
GMRES: 0.003453466 seconds
Newton: d(1)= 8.744738746e-09 rate 9.432962315e-10
Newton: 0.062702852 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.52
Newton: d(0)= 9.633951008
GMRES: d(0)= 9.633951008
GMRES: d(20)= 9.087671605e-09 rate=0.3537792929
GMRES: 0.003548848 seconds
Newton: d(1)= 9.087670314e-09 rate 9.432962973e-10
Newton: 0.062374035 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.54
Newton: d(0)= 9.997496332
GMRES: d(0)= 9.997496332
GMRES: d(20)= 9.430602531e-09 rate=0.3537792927
GMRES: 0.003567452 seconds
Newton: d(1)= 9.430601353e-09 rate 9.432963054e-10
Newton: 0.062007544 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.56
Newton: d(0)= 10.36104166
GMRES: d(0)= 10.36104166
GMRES: d(20)= 9.773533805e-09 rate=0.3537792932
GMRES: 0.00358446 seconds
Newton: d(1)= 9.773530281e-09 rate 9.432961091e-10
Newton: 0.062100164 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.58
Newton: d(0)= 10.72458698
GMRES: d(0)= 10.72458698
GMRES: d(21)= 3.389354896e-09 rate=0.3528633059
GMRES: 0.003757395 seconds
Newton: d(1)= 3.389353202e-09 rate 3.160357791e-10
Newton: 0.062387322 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.6
Newton: d(0)= 11.0881323
GMRES: d(0)= 11.0881323
GMRES: d(21)= 3.504248171e-09 rate=0.3528633053
GMRES: 0.003675412 seconds
Newton: d(1)= 3.504249981e-09 rate 3.160360902e-10
Newton: 0.061962631 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.62
Newton: d(0)= 11.45167763
GMRES: d(0)= 11.45167763
GMRES: d(21)= 3.619141733e-09 rate=0.3528633062
GMRES: 0.003793217 seconds
Newton: d(1)= 3.619142989e-09 rate 3.160360523e-10
Newton: 0.062362409 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.64
Newton: d(0)= 11.81522295
GMRES: d(0)= 11.81522295
GMRES: d(21)= 3.734034912e-09 rate=0.3528633052
GMRES: 0.003636153 seconds
Newton: d(1)= 3.73403384e-09 rate 3.160358341e-10
Newton: 0.062017711 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.66
Newton: d(0)= 12.17876827
GMRES: d(0)= 12.17876827
GMRES: d(21)= 3.848928066e-09 rate=0.3528633042
GMRES: 0.003672962 seconds
Newton: d(1)= 3.848929452e-09 rate 3.1603602e-10
Newton: 0.062101343 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.68
Newton: d(0)= 12.54231359
GMRES: d(0)= 12.54231359
GMRES: d(21)= 3.96382141e-09 rate=0.3528633041
GMRES: 0.003610342 seconds
Newton: d(1)= 3.963816945e-09 rate 3.160355478e-10
Newton: 0.065384335 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.7
Newton: d(0)= 12.90585891
GMRES: d(0)= 12.90585891
GMRES: d(21)= 4.078715334e-09 rate=0.3528633064
GMRES: 0.003651637 seconds
Newton: d(1)= 4.07871195e-09 rate 3.160356842e-10
Newton: 0.062380347 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.72
Newton: d(0)= 13.26940422
GMRES: d(0)= 13.26940422
GMRES: d(21)= 4.193608549e-09 rate=0.3528633057
GMRES: 0.003656558 seconds
Newton: d(1)= 4.193607144e-09 rate 3.160358275e-10
Newton: 0.062153507 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.74
Newton: d(0)= 13.63294954
GMRES: d(0)= 13.63294954
GMRES: d(21)= 4.308501824e-09 rate=0.3528633052
GMRES: 0.003669122 seconds
Newton: d(1)= 4.308498558e-09 rate 3.160356858e-10
Newton: 0.06203512 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.76
Newton: d(0)= 13.99649486
GMRES: d(0)= 13.99649486
GMRES: d(21)= 4.423395462e-09 rate=0.3528633062
GMRES: 0.00366169 seconds
Newton: d(1)= 4.423390864e-09 rate 3.160356152e-10
Newton: 0.062228384 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.78
Newton: d(0)= 14.36004018
GMRES: d(0)= 14.36004018
GMRES: d(21)= 4.538288628e-09 rate=0.3528633054
GMRES: 0.003700195 seconds
Newton: d(1)= 4.538290333e-09 rate 3.16036047e-10
Newton: 0.065830296 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.8
Newton: d(0)= 14.7235855
GMRES: d(0)= 14.7235855
GMRES: d(21)= 4.653182131e-09 rate=0.3528633058
GMRES: 0.003628431 seconds
Newton: d(1)= 4.653181057e-09 rate 3.160358636e-10
Newton: 0.063303657 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.82
Newton: d(0)= 15.08713081
GMRES: d(0)= 15.08713081
GMRES: d(21)= 4.768075446e-09 rate=0.3528633056
GMRES: 0.003774381 seconds
Newton: d(1)= 4.768078213e-09 rate 3.160361152e-10
Newton: 0.062102998 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.84
Newton: d(0)= 15.45067613
GMRES: d(0)= 15.45067613
GMRES: d(21)= 4.882968731e-09 rate=0.3528633052
GMRES: 0.003616342 seconds
Newton: d(1)= 4.882968028e-09 rate 3.1603588e-10
Newton: 0.062160242 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.86
Newton: d(0)= 15.81422145
GMRES: d(0)= 15.81422145
GMRES: d(21)= 4.997862002e-09 rate=0.3528633049
GMRES: 0.003688471 seconds
Newton: d(1)= 4.997861769e-09 rate 3.160359037e-10
Newton: 0.062779046 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.88
Newton: d(0)= 16.17776677
GMRES: d(0)= 16.17776677
GMRES: d(21)= 5.112755314e-09 rate=0.3528633047
GMRES: 0.00392488 seconds
Newton: d(1)= 5.112758069e-09 rate 3.160360846e-10
Newton: 0.063062075 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.9
Newton: d(0)= 16.54131209
GMRES: d(0)= 16.54131209
GMRES: d(21)= 5.227649019e-09 rate=0.3528633057
GMRES: 0.003744748 seconds
Newton: d(1)= 5.227652183e-09 rate 3.160361254e-10
Newton: 0.066677379 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.92
Newton: d(0)= 16.90485741
GMRES: d(0)= 16.90485741
GMRES: d(21)= 5.342542338e-09 rate=0.3528633055
GMRES: 0.003686659 seconds
Newton: d(1)= 5.342543242e-09 rate 3.160359837e-10
Newton: 0.062994846 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.94
Newton: d(0)= 17.26840274
GMRES: d(0)= 17.26840274
GMRES: d(21)= 5.457435601e-09 rate=0.3528633051
GMRES: 0.003653164 seconds
Newton: d(1)= 5.457442433e-09 rate 3.160363188e-10
Newton: 0.062072863 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.96
Newton: d(0)= 17.63194806
GMRES: d(0)= 17.63194806
GMRES: d(21)= 5.572329377e-09 rate=0.3528633063
GMRES: 0.003609039 seconds
Newton: d(1)= 5.57232427e-09 rate 3.160356559e-10
Newton: 0.062585797 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.98
Newton: d(0)= 17.99549338
GMRES: d(0)= 17.99549338
GMRES: d(21)= 5.687222403e-09 rate=0.3528633052
GMRES: 0.003627185 seconds
Newton: d(1)= 5.687224773e-09 rate 3.16036057e-10
Newton: 0.062632652 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 1
Dynamics: 3.247815093 seconds
num 1.192322282e-09
exact 4.247303479e-16
[ OK ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicDirichletTestPolOn3DCubeTet (3251 ms)
[ RUN ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn3DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Dirichlet Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... DirichletBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 48
Vertices: ................................ 27
Edges: ................................... 98
Faces: ................................... 120
BND Faces: ............................... [ 12 12 12 12 ]
ProcSets: ................................ 61
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 12
Max cells on proc: ....................... 12
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 12 12 12 12 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 33 33 33 33 ]
Faces distribution: ...................... [ 34 34 34 34 ]
ProcSets distribution: ................... [ 33 33 33 33 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.3062167098
GMRES: d(0)= 0.3062167098
GMRES: d(17)= 4.92778233e-09 rate=0.3479894175
GMRES: 0.003045198 seconds
Newton: d(1)= 4.927782329e-09 rate 1.60924671e-08
Newton: 0.062920544 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 0.9186487179
GMRES: d(0)= 0.9186487179
GMRES: d(18)= 4.653278582e-09 rate=0.346054879
GMRES: 0.003245794 seconds
Newton: d(1)= 4.6532786e-09 rate 5.065351433e-09
Newton: 0.065142116 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Newton: d(0)= 1.531079165
GMRES: d(0)= 1.531079165
GMRES: d(18)= 7.755452458e-09 rate=0.3460548751
GMRES: 0.003142327 seconds
Newton: d(1)= 7.755452467e-09 rate 5.065350405e-09
Newton: 0.062144149 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.06
Newton: d(0)= 2.143509318
GMRES: d(0)= 2.143509318
GMRES: d(19)= 3.785317902e-09 rate=0.3461900473
GMRES: 0.003287911 seconds
Newton: d(1)= 3.785317973e-09 rate 1.765944259e-09
Newton: 0.062228494 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.08
Newton: d(0)= 2.755939241
GMRES: d(0)= 2.755939241
GMRES: d(19)= 4.866835281e-09 rate=0.3461900484
GMRES: 0.003265919 seconds
Newton: d(1)= 4.866835211e-09 rate 1.765944306e-09
Newton: 0.062387757 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.1
Newton: d(0)= 3.368369082
GMRES: d(0)= 3.368369082
GMRES: d(19)= 5.948351245e-09 rate=0.3461900452
GMRES: 0.003283634 seconds
Newton: d(1)= 5.948351448e-09 rate 1.765944083e-09
Newton: 0.062496027 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.12
Newton: d(0)= 3.980799021
GMRES: d(0)= 3.980799021
GMRES: d(19)= 7.02986456e-09 rate=0.3461900357
GMRES: 0.003233521 seconds
Newton: d(1)= 7.029864372e-09 rate 1.765943052e-09
Newton: 0.066943695 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.14
Newton: d(0)= 4.593229217
GMRES: d(0)= 4.593229217
GMRES: d(19)= 8.111375159e-09 rate=0.3461900215
GMRES: 0.00334972 seconds
Newton: d(1)= 8.111375159e-09 rate 1.765941732e-09
Newton: 0.063337061 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.16
Newton: d(0)= 5.205659749
GMRES: d(0)= 5.205659749
GMRES: d(19)= 9.192883793e-09 rate=0.3461900057
GMRES: 0.003284071 seconds
Newton: d(1)= 9.192883994e-09 rate 1.765940234e-09
Newton: 0.062966088 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.18
Newton: d(0)= 5.818090602
GMRES: d(0)= 5.818090602
GMRES: d(20)= 4.005986975e-09 rate=0.3482542721
GMRES: 0.003485988 seconds
Newton: d(1)= 4.005986734e-09 rate 6.885397647e-10
Newton: 0.062381018 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.2
Newton: d(0)= 6.430521672
GMRES: d(0)= 6.430521672
GMRES: d(20)= 4.427667532e-09 rate=0.3482542618
GMRES: 0.003500006 seconds
Newton: d(1)= 4.42766673e-09 rate 6.885392751e-10
Newton: 0.064103125 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.22
Newton: d(0)= 7.042952813
GMRES: d(0)= 7.042952813
GMRES: d(20)= 4.849348604e-09 rate=0.348254255
GMRES: 0.003420178 seconds
Newton: d(1)= 4.84934948e-09 rate 6.885392546e-10
Newton: 0.062989347 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.24
Newton: d(0)= 7.655383894
GMRES: d(0)= 7.655383894
GMRES: d(20)= 5.271030677e-09 rate=0.3482542527
GMRES: 0.003438807 seconds
Newton: d(1)= 5.271030893e-09 rate 6.885390682e-10
Newton: 0.066527597 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.26
Newton: d(0)= 8.267814851
GMRES: d(0)= 8.267814851
GMRES: d(20)= 5.692713846e-09 rate=0.3482542543
GMRES: 0.003493168 seconds
Newton: d(1)= 5.69271407e-09 rate 6.88539133e-10
Newton: 0.06244173 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.28
Newton: d(0)= 8.880245716
GMRES: d(0)= 8.880245716
GMRES: d(20)= 6.114397991e-09 rate=0.3482542587
GMRES: 0.003507137 seconds
Newton: d(1)= 6.114396411e-09 rate 6.88539102e-10
Newton: 0.062487211 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.3
Newton: d(0)= 9.49267661
GMRES: d(0)= 9.49267661
GMRES: d(20)= 6.536083351e-09 rate=0.3482542658
GMRES: 0.003494853 seconds
Newton: d(1)= 6.536083595e-09 rate 6.88539583e-10
Newton: 0.064373732 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.32
Newton: d(0)= 10.10510772
GMRES: d(0)= 10.10510772
GMRES: d(20)= 6.957769652e-09 rate=0.3482542739
GMRES: 0.00351053 seconds
Newton: d(1)= 6.957770588e-09 rate 6.885399724e-10
Newton: 0.065170009 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.34
Newton: d(0)= 10.71753923
GMRES: d(0)= 10.71753923
GMRES: d(20)= 7.379457235e-09 rate=0.3482542835
GMRES: 0.003508563 seconds
Newton: d(1)= 7.379457125e-09 rate 6.885402488e-10
Newton: 0.062899562 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.36
Newton: d(0)= 11.32997128
GMRES: d(0)= 11.32997128
GMRES: d(20)= 7.801144903e-09 rate=0.3482542914
GMRES: 0.003456512 seconds
Newton: d(1)= 7.801140985e-09 rate 6.885402257e-10
Newton: 0.066360379 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.38
Newton: d(0)= 11.94240395
GMRES: d(0)= 11.94240395
GMRES: d(20)= 8.222832741e-09 rate=0.348254298
GMRES: 0.003450756 seconds
Newton: d(1)= 8.222830805e-09 rate 6.885406687e-10
Newton: 0.063710918 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.4
Newton: d(0)= 12.5548372
GMRES: d(0)= 12.5548372
GMRES: d(20)= 8.644519423e-09 rate=0.3482543008
GMRES: 0.003656986 seconds
Newton: d(1)= 8.644525119e-09 rate 6.885413947e-10
Newton: 0.063378145 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.42
Newton: d(0)= 13.16727091
GMRES: d(0)= 13.16727091
GMRES: d(20)= 9.066205228e-09 rate=0.348254301
GMRES: 0.003578502 seconds
Newton: d(1)= 9.066200943e-09 rate 6.88540625e-10
Newton: 0.062797527 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.44
Newton: d(0)= 13.7797049
GMRES: d(0)= 13.7797049
GMRES: d(20)= 9.48788952e-09 rate=0.3482542981
GMRES: 0.003536272 seconds
Newton: d(1)= 9.487888317e-09 rate 6.885407477e-10
Newton: 0.065357409 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.46
Newton: d(0)= 14.39213899
GMRES: d(0)= 14.39213899
GMRES: d(20)= 9.909572812e-09 rate=0.3482542935
GMRES: 0.003469193 seconds
Newton: d(1)= 9.909575156e-09 rate 6.885408181e-10
Newton: 0.062721747 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.48
Newton: d(0)= 15.00457303
GMRES: d(0)= 15.00457303
GMRES: d(21)= 3.764680763e-09 rate=0.3490065263
GMRES: 0.003928036 seconds
Newton: d(1)= 3.764681339e-09 rate 2.509022637e-10
Newton: 0.062999486 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.5
Newton: d(0)= 15.61700694
GMRES: d(0)= 15.61700694
GMRES: d(21)= 3.918340831e-09 rate=0.3490065223
GMRES: 0.003641507 seconds
Newton: d(1)= 3.918343449e-09 rate 2.509023313e-10
Newton: 0.065035358 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.52
Newton: d(0)= 16.22944071
GMRES: d(0)= 16.22944071
GMRES: d(21)= 4.07200194e-09 rate=0.3490065229
GMRES: 0.003744404 seconds
Newton: d(1)= 4.072003277e-09 rate 2.509022552e-10
Newton: 0.063180498 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.54
Newton: d(0)= 16.84187444
GMRES: d(0)= 16.84187444
GMRES: d(21)= 4.225663134e-09 rate=0.3490065238
GMRES: 0.003640294 seconds
Newton: d(1)= 4.225660957e-09 rate 2.50902058e-10
Newton: 0.062511528 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.56
Newton: d(0)= 17.45430822
GMRES: d(0)= 17.45430822
GMRES: d(21)= 4.379324124e-09 rate=0.3490065239
GMRES: 0.007543131 seconds
Newton: d(1)= 4.379322084e-09 rate 2.509020712e-10
Newton: 0.066434401 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.58
Newton: d(0)= 18.06674219
GMRES: d(0)= 18.06674219
GMRES: d(21)= 4.532985232e-09 rate=0.3490065242
GMRES: 0.003655169 seconds
Newton: d(1)= 4.53298544e-09 rate 2.509022043e-10
Newton: 0.065556077 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.6
Newton: d(0)= 18.6791764
GMRES: d(0)= 18.6791764
GMRES: d(21)= 4.686646661e-09 rate=0.3490065254
GMRES: 0.003733184 seconds
Newton: d(1)= 4.686645403e-09 rate 2.509021437e-10
Newton: 0.063145209 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.62
Newton: d(0)= 19.29161086
GMRES: d(0)= 19.29161086
GMRES: d(21)= 4.840307639e-09 rate=0.3490065248
GMRES: 0.003621859 seconds
Newton: d(1)= 4.840311555e-09 rate 2.509024047e-10
Newton: 0.062910822 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.64
Newton: d(0)= 19.90404546
GMRES: d(0)= 19.90404546
GMRES: d(21)= 4.993968882e-09 rate=0.349006525
GMRES: 0.003597784 seconds
Newton: d(1)= 4.993973052e-09 rate 2.509024139e-10
Newton: 0.062677913 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.66
Newton: d(0)= 20.51648004
GMRES: d(0)= 20.51648004
GMRES: d(21)= 5.147629248e-09 rate=0.3490065223
GMRES: 0.003625562 seconds
Newton: d(1)= 5.147625268e-09 rate 2.509019704e-10
Newton: 0.06548289 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.68
Newton: d(0)= 21.12891443
GMRES: d(0)= 21.12891443
GMRES: d(21)= 5.301290492e-09 rate=0.3490065227
GMRES: 0.003808147 seconds
Newton: d(1)= 5.301292972e-09 rate 2.509022879e-10
Newton: 0.062973372 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.7
Newton: d(0)= 21.74134849
GMRES: d(0)= 21.74134849
GMRES: d(21)= 5.454951713e-09 rate=0.3490065233
GMRES: 0.003618165 seconds
Newton: d(1)= 5.454955834e-09 rate 2.509023687e-10
Newton: 0.06287151 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.72
Newton: d(0)= 22.35378212
GMRES: d(0)= 22.35378212
GMRES: d(21)= 5.60861298e-09 rate=0.3490065243
GMRES: 0.00365594 seconds
Newton: d(1)= 5.608613108e-09 rate 2.509021998e-10
Newton: 0.062847752 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.74
Newton: d(0)= 22.96621537
GMRES: d(0)= 22.96621537
GMRES: d(21)= 5.762274393e-09 rate=0.3490065259
GMRES: 0.003628263 seconds
Newton: d(1)= 5.762275477e-09 rate 2.509022659e-10
Newton: 0.063027208 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.76
Newton: d(0)= 23.57864834
GMRES: d(0)= 23.57864834
GMRES: d(21)= 5.915936685e-09 rate=0.3490065301
GMRES: 0.003627601 seconds
Newton: d(1)= 5.915939618e-09 rate 2.509024068e-10
Newton: 0.065509367 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.78
Newton: d(0)= 24.19108116
GMRES: d(0)= 24.19108116
GMRES: d(21)= 6.069597878e-09 rate=0.3490065312
GMRES: 0.003599075 seconds
Newton: d(1)= 6.069598185e-09 rate 2.509023117e-10
Newton: 0.062682393 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.8
Newton: d(0)= 24.80351395
GMRES: d(0)= 24.80351395
GMRES: d(21)= 6.223259226e-09 rate=0.3490065327
GMRES: 0.003615252 seconds
Newton: d(1)= 6.223255964e-09 rate 2.509021898e-10
Newton: 0.063137794 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.82
Newton: d(0)= 25.41594674
GMRES: d(0)= 25.41594674
GMRES: d(21)= 6.376919858e-09 rate=0.3490065322
GMRES: 0.003723951 seconds
Newton: d(1)= 6.376911419e-09 rate 2.509019823e-10
Newton: 0.062848187 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.84
Newton: d(0)= 26.0283795
GMRES: d(0)= 26.0283795
GMRES: d(21)= 6.530581015e-09 rate=0.3490065332
GMRES: 0.003633012 seconds
Newton: d(1)= 6.530587416e-09 rate 2.509025741e-10
Newton: 0.062725477 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.86
Newton: d(0)= 26.64081208
GMRES: d(0)= 26.64081208
GMRES: d(21)= 6.684240938e-09 rate=0.3490065311
GMRES: 0.003681548 seconds
Newton: d(1)= 6.68424452e-09 rate 2.509024312e-10
Newton: 0.062798053 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.88
Newton: d(0)= 27.25324434
GMRES: d(0)= 27.25324434
GMRES: d(21)= 6.837901579e-09 rate=0.349006531
GMRES: 0.003868909 seconds
Newton: d(1)= 6.837897748e-09 rate 2.509021554e-10
Newton: 0.062882658 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.9
Newton: d(0)= 27.86567614
GMRES: d(0)= 27.86567614
GMRES: d(21)= 6.991561089e-09 rate=0.3490065286
GMRES: 0.00362473 seconds
Newton: d(1)= 6.991553917e-09 rate 2.509020015e-10
Newton: 0.065261827 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.92
Newton: d(0)= 28.47810744
GMRES: d(0)= 28.47810744
GMRES: d(21)= 7.145222365e-09 rate=0.3490065306
GMRES: 0.00362684 seconds
Newton: d(1)= 7.145236011e-09 rate 2.50902769e-10
Newton: 0.062814649 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.94
Newton: d(0)= 29.0905383
GMRES: d(0)= 29.0905383
GMRES: d(21)= 7.298882983e-09 rate=0.3490065313
GMRES: 0.003681656 seconds
Newton: d(1)= 7.298893732e-09 rate 2.5090267e-10
Newton: 0.062657609 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.96
Newton: d(0)= 29.70296889
GMRES: d(0)= 29.70296889
GMRES: d(21)= 7.452545076e-09 rate=0.3490065354
GMRES: 0.003646303 seconds
Newton: d(1)= 7.452539539e-09 rate 2.509021763e-10
Newton: 0.062600971 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.98
Newton: d(0)= 30.31539941
GMRES: d(0)= 30.31539941
GMRES: d(21)= 7.60620564e-09 rate=0.3490065361
GMRES: 0.003601733 seconds
Newton: d(1)= 7.606218005e-09 rate 2.509027805e-10
Newton: 0.063064014 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 1
Dynamics: 3.275372552 seconds
num 2.000126707e-05
exact 1.969059946e-05
[ OK ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicDirichletTestExpOn3DCubeTet (3278 ms)
[ RUN ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn3DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Stiffness Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... TractionBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 48
Vertices: ................................ 27
Edges: ................................... 98
Faces: ................................... 120
BND Faces: ............................... [ 12 12 12 12 ]
ProcSets: ................................ 61
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 12
Max cells on proc: ....................... 12
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 12 12 12 12 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 33 33 33 33 ]
Faces distribution: ...................... [ 34 34 34 34 ]
ProcSets distribution: ................... [ 33 33 33 33 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.9822707741
GMRES: d(0)= 0.9822707741
GMRES: d(21)= 9.054922304e-09 rate=0.4143472422
GMRES: 0.003847347 seconds
Newton: d(1)= 9.054922308e-09 rate 9.218356635e-09
Newton: 0.062915262 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 2.946807904
GMRES: d(0)= 2.946807904
GMRES: d(23)= 3.497286391e-09 rate=0.4091942646
GMRES: 0.003983359 seconds
Newton: d(1)= 3.497286391e-09 rate 1.186805012e-09
Newton: 0.067274488 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Newton: d(0)= 4.911339838
GMRES: d(0)= 4.911339838
GMRES: d(23)= 5.82880261e-09 rate=0.4091942642
GMRES: 0.003930123 seconds
Newton: d(1)= 5.828802782e-09 rate 1.186805021e-09
Newton: 0.063618423 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.06
Newton: d(0)= 6.875870168
GMRES: d(0)= 6.875870168
GMRES: d(23)= 8.160324039e-09 rate=0.4091942796
GMRES: 0.004003223 seconds
Newton: d(1)= 8.160324008e-09 rate 1.186806005e-09
Newton: 0.063087475 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.08
Newton: d(0)= 8.840399108
GMRES: d(0)= 8.840399108
GMRES: d(24)= 4.540661014e-09 rate=0.4101508668
GMRES: 0.004233902 seconds
Newton: d(1)= 4.540660959e-09 rate 5.136262405e-10
Newton: 0.066489135 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.1
Newton: d(0)= 10.80492736
GMRES: d(0)= 10.80492736
GMRES: d(24)= 5.549696721e-09 rate=0.4101508743
GMRES: 0.004141167 seconds
Newton: d(1)= 5.549697187e-09 rate 5.136265153e-10
Newton: 0.063450788 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.12
Newton: d(0)= 12.76945582
GMRES: d(0)= 12.76945582
GMRES: d(24)= 6.558732286e-09 rate=0.4101508788
GMRES: 0.004121796 seconds
Newton: d(1)= 6.558731735e-09 rate 5.136265654e-10
Newton: 0.063555856 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.14
Newton: d(0)= 14.73398524
GMRES: d(0)= 14.73398524
GMRES: d(24)= 7.567767266e-09 rate=0.4101508797
GMRES: 0.004126163 seconds
Newton: d(1)= 7.567767042e-09 rate 5.136266204e-10
Newton: 0.063333931 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.16
Newton: d(0)= 16.69851594
GMRES: d(0)= 16.69851594
GMRES: d(24)= 8.576800905e-09 rate=0.4101508764
GMRES: 0.004146319 seconds
Newton: d(1)= 8.576800191e-09 rate 5.136264937e-10
Newton: 0.063817862 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.18
Newton: d(0)= 18.66304778
GMRES: d(0)= 18.66304778
GMRES: d(24)= 9.585834755e-09 rate=0.4101508731
GMRES: 0.004095944 seconds
Newton: d(1)= 9.585837731e-09 rate 5.136265975e-10
Newton: 0.063352656 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.2
Newton: d(0)= 20.6275803
GMRES: d(0)= 20.6275803
GMRES: d(25)= 4.340017709e-09 rate=0.41013018
GMRES: 0.004309528 seconds
Newton: d(1)= 4.340019811e-09 rate 2.103988809e-10
Newton: 0.066581626 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.22
Newton: d(0)= 22.59211299
GMRES: d(0)= 22.59211299
GMRES: d(25)= 4.753352445e-09 rate=0.4101301781
GMRES: 0.004300224 seconds
Newton: d(1)= 4.753351091e-09 rate 2.103986951e-10
Newton: 0.063420369 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.24
Newton: d(0)= 24.55664551
GMRES: d(0)= 24.55664551
GMRES: d(25)= 5.166688321e-09 rate=0.4101301803
GMRES: 0.004304327 seconds
Newton: d(1)= 5.166685566e-09 rate 2.103986704e-10
Newton: 0.063856629 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.26
Newton: d(0)= 26.52117793
GMRES: d(0)= 26.52117793
GMRES: d(25)= 5.580025214e-09 rate=0.4101301852
GMRES: 0.00431028 seconds
Newton: d(1)= 5.58002796e-09 rate 2.103989489e-10
Newton: 0.06346856 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.28
Newton: d(0)= 28.48571063
GMRES: d(0)= 28.48571063
GMRES: d(25)= 5.993364013e-09 rate=0.4101301944
GMRES: 0.004408145 seconds
Newton: d(1)= 5.993363125e-09 rate 2.103989331e-10
Newton: 0.064093229 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.3
Newton: d(0)= 30.4502442
GMRES: d(0)= 30.4502442
GMRES: d(25)= 6.406703064e-09 rate=0.4101302027
GMRES: 0.004320871 seconds
Newton: d(1)= 6.406704618e-09 rate 2.103991211e-10
Newton: 0.066920935 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.32
Newton: d(0)= 32.41477923
GMRES: d(0)= 32.41477923
GMRES: d(25)= 6.820041947e-09 rate=0.4101302088
GMRES: 0.0042886 seconds
Newton: d(1)= 6.82004302e-09 rate 2.103991815e-10
Newton: 0.064138613 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.34
Newton: d(0)= 34.3793161
GMRES: d(0)= 34.3793161
GMRES: d(25)= 7.233379523e-09 rate=0.4101302104
GMRES: 0.004459775 seconds
Newton: d(1)= 7.23338167e-09 rate 2.10399231e-10
Newton: 0.063774018 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.36
Newton: d(0)= 36.34385491
GMRES: d(0)= 36.34385491
GMRES: d(25)= 7.646716894e-09 rate=0.4101302104
GMRES: 0.004280686 seconds
Newton: d(1)= 7.646717601e-09 rate 2.103991891e-10
Newton: 0.063140558 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.38
Newton: d(0)= 38.30839546
GMRES: d(0)= 38.30839546
GMRES: d(25)= 8.06005192e-09 rate=0.410130205
GMRES: 0.00430614 seconds
Newton: d(1)= 8.06004945e-09 rate 2.103990353e-10
Newton: 0.066733735 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.4
Newton: d(0)= 40.27293734
GMRES: d(0)= 40.27293734
GMRES: d(25)= 8.473388767e-09 rate=0.4101302031
GMRES: 0.004381669 seconds
Newton: d(1)= 8.47338082e-09 rate 2.103988778e-10
Newton: 0.063572779 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.42
Newton: d(0)= 42.23748001
GMRES: d(0)= 42.23748001
GMRES: d(25)= 8.886724079e-09 rate=0.4101301982
GMRES: 0.004369264 seconds
Newton: d(1)= 8.886724468e-09 rate 2.103990216e-10
Newton: 0.064628711 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.44
Newton: d(0)= 44.202023
GMRES: d(0)= 44.202023
GMRES: d(25)= 9.300059488e-09 rate=0.4101301938
GMRES: 0.004303741 seconds
Newton: d(1)= 9.300061262e-09 rate 2.10398996e-10
Newton: 0.063309273 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.46
Newton: d(0)= 46.16656596
GMRES: d(0)= 46.16656596
GMRES: d(25)= 9.71339878e-09 rate=0.4101301963
GMRES: 0.004435307 seconds
Newton: d(1)= 9.713400983e-09 rate 2.103990362e-10
Newton: 0.063292395 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.48
Newton: d(0)= 48.13110876
GMRES: d(0)= 48.13110876
GMRES: d(26)= 3.990436365e-09 rate=0.4094997449
GMRES: 0.004531173 seconds
Newton: d(1)= 3.990440532e-09 rate 8.29077209e-11
Newton: 0.063609636 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.5
Newton: d(0)= 50.09565151
GMRES: d(0)= 50.09565151
GMRES: d(26)= 4.15331624e-09 rate=0.4094997611
GMRES: 0.004480676 seconds
Newton: d(1)= 4.153320731e-09 rate 8.290780947e-11
Newton: 0.066653221 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.52
Newton: d(0)= 52.06019452
GMRES: d(0)= 52.06019452
GMRES: d(26)= 4.316193604e-09 rate=0.4094997669
GMRES: 0.004534985 seconds
Newton: d(1)= 4.316189124e-09 rate 8.290766417e-11
Newton: 0.063951278 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.54
Newton: d(0)= 54.02473816
GMRES: d(0)= 54.02473816
GMRES: d(26)= 4.479070871e-09 rate=0.4094997717
GMRES: 0.004497319 seconds
Newton: d(1)= 4.479066657e-09 rate 8.290769765e-11
Newton: 0.063303673 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.56
Newton: d(0)= 55.98928273
GMRES: d(0)= 55.98928273
GMRES: d(26)= 4.641950206e-09 rate=0.409499783
GMRES: 0.00459694 seconds
Newton: d(1)= 4.641945279e-09 rate 8.290774685e-11
Newton: 0.063718837 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.58
Newton: d(0)= 57.95382832
GMRES: d(0)= 57.95382832
GMRES: d(26)= 4.804824043e-09 rate=0.4094997751
GMRES: 0.004575008 seconds
Newton: d(1)= 4.804817286e-09 rate 8.290767712e-11
Newton: 0.063261708 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.6
Newton: d(0)= 59.91837476
GMRES: d(0)= 59.91837476
GMRES: d(26)= 4.967701474e-09 rate=0.409499779
GMRES: 0.004510043 seconds
Newton: d(1)= 4.967710069e-09 rate 8.290795752e-11
Newton: 0.066756192 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.62
Newton: d(0)= 61.88292169
GMRES: d(0)= 61.88292169
GMRES: d(26)= 5.130579052e-09 rate=0.409499783
GMRES: 0.004549087 seconds
Newton: d(1)= 5.130562636e-09 rate 8.290756959e-11
Newton: 0.064635043 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.64
Newton: d(0)= 63.84746866
GMRES: d(0)= 63.84746866
GMRES: d(26)= 5.293454003e-09 rate=0.4094997788
GMRES: 0.004636743 seconds
Newton: d(1)= 5.293441176e-09 rate 8.290761228e-11
Newton: 0.064223809 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.66
Newton: d(0)= 65.81201538
GMRES: d(0)= 65.81201538
GMRES: d(26)= 5.456331096e-09 rate=0.4094997812
GMRES: 0.004637688 seconds
Newton: d(1)= 5.456347415e-09 rate 8.29080736e-11
Newton: 0.064193096 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.68
Newton: d(0)= 67.77656184
GMRES: d(0)= 67.77656184
GMRES: d(26)= 5.619206435e-09 rate=0.4094997786
GMRES: 0.008378634 seconds
Newton: d(1)= 5.619198972e-09 rate 8.29077017e-11
Newton: 0.067912244 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.7
Newton: d(0)= 69.74110833
GMRES: d(0)= 69.74110833
GMRES: d(26)= 5.782085628e-09 rate=0.4094997866
GMRES: 0.004605831 seconds
Newton: d(1)= 5.782102086e-09 rate 8.290808999e-11
Newton: 0.063515958 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.72
Newton: d(0)= 71.70565533
GMRES: d(0)= 71.70565533
GMRES: d(26)= 5.944960202e-09 rate=0.4094997818
GMRES: 0.004571584 seconds
Newton: d(1)= 5.944968193e-09 rate 8.290794033e-11
Newton: 0.064041808 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.74
Newton: d(0)= 73.67020329
GMRES: d(0)= 73.67020329
GMRES: d(26)= 6.107837582e-09 rate=0.4094997843
GMRES: 0.004433747 seconds
Newton: d(1)= 6.107861149e-09 rate 8.2908162e-11
Newton: 0.063597121 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.76
Newton: d(0)= 75.63475246
GMRES: d(0)= 75.63475246
GMRES: d(26)= 6.270716042e-09 rate=0.4094997892
GMRES: 0.004522929 seconds
Newton: d(1)= 6.270709724e-09 rate 8.290778405e-11
Newton: 0.063310046 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.78
Newton: d(0)= 77.59930279
GMRES: d(0)= 77.59930279
GMRES: d(26)= 6.433591706e-09 rate=0.4094997867
GMRES: 0.00444028 seconds
Newton: d(1)= 6.433600796e-09 rate 8.290797166e-11
Newton: 0.063545966 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.8
Newton: d(0)= 79.56385391
GMRES: d(0)= 79.56385391
GMRES: d(26)= 6.596469212e-09 rate=0.4094997886
GMRES: 0.004499224 seconds
Newton: d(1)= 6.59647773e-09 rate 8.290797147e-11
Newton: 0.067667975 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.82
Newton: d(0)= 81.52840535
GMRES: d(0)= 81.52840535
GMRES: d(26)= 6.759344693e-09 rate=0.4094997856
GMRES: 0.004614284 seconds
Newton: d(1)= 6.759330651e-09 rate 8.290767643e-11
Newton: 0.065273269 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.84
Newton: d(0)= 83.49295674
GMRES: d(0)= 83.49295674
GMRES: d(26)= 6.92222362e-09 rate=0.4094997906
GMRES: 0.00447812 seconds
Newton: d(1)= 6.922256554e-09 rate 8.290826945e-11
Newton: 0.063961665 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.86
Newton: d(0)= 85.45750792
GMRES: d(0)= 85.45750792
GMRES: d(26)= 7.085095494e-09 rate=0.4094997797
GMRES: 0.004471157 seconds
Newton: d(1)= 7.08506407e-09 rate 8.290745005e-11
Newton: 0.063629195 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.88
Newton: d(0)= 87.42205903
GMRES: d(0)= 87.42205903
GMRES: d(26)= 7.247973562e-09 rate=0.4094997828
GMRES: 0.004556833 seconds
Newton: d(1)= 7.24801174e-09 rate 8.290827075e-11
Newton: 0.065084322 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.9
Newton: d(0)= 89.38661039
GMRES: d(0)= 89.38661039
GMRES: d(26)= 7.41085061e-09 rate=0.4094997835
GMRES: 0.004835943 seconds
Newton: d(1)= 7.410849634e-09 rate 8.290782704e-11
Newton: 0.068380536 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.92
Newton: d(0)= 91.35116235
GMRES: d(0)= 91.35116235
GMRES: d(26)= 7.573727308e-09 rate=0.4094997834
GMRES: 0.004607246 seconds
Newton: d(1)= 7.573713914e-09 rate 8.290769071e-11
Newton: 0.064528549 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.94
Newton: d(0)= 93.31571513
GMRES: d(0)= 93.31571513
GMRES: d(26)= 7.736609757e-09 rate=0.4094997949
GMRES: 0.004470438 seconds
Newton: d(1)= 7.736604344e-09 rate 8.290783962e-11
Newton: 0.063424212 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.96
Newton: d(0)= 95.28026877
GMRES: d(0)= 95.28026877
GMRES: d(26)= 7.89948679e-09 rate=0.4094997949
GMRES: 0.004511365 seconds
Newton: d(1)= 7.899479525e-09 rate 8.29078216e-11
Newton: 0.064200277 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.98
Newton: d(0)= 97.24482313
GMRES: d(0)= 97.24482313
GMRES: d(26)= 8.062363096e-09 rate=0.4094997934
GMRES: 0.008506384 seconds
Newton: d(1)= 8.062375044e-09 rate 8.290801283e-11
Newton: 0.069551081 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 1
Dynamics: 3.33167206 seconds
num 5.239479891e-05
exact 5.349108305e-05
[ OK ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicStiffnessTestExpOn3DCubeTet (3335 ms)
[ RUN ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicNeumannTestPolOn3DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Polynomial Neumann Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 1029
===========================================================
Mesh Info:
Mesh Name: ............................... NeumannBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 48
Vertices: ................................ 27
Edges: ................................... 98
Faces: ................................... 120
BND Faces: ............................... [ 12 12 12 12 ]
ProcSets: ................................ 61
Mesh width [min, max]: ................... [0.5, 0.8660254037844386]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 12
Max cells on proc: ....................... 12
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 12 12 12 12 ]
Vertex distribution: ..................... [ 12 12 12 12 ]
Edges distribution: ...................... [ 33 33 33 33 ]
Faces distribution: ...................... [ 34 34 34 34 ]
ProcSets distribution: ................... [ 33 33 33 33 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 0.1196362029
GMRES: d(0)= 0.1196362029
GMRES: d(19)= 9.789132225e-09 rate=0.423636886
GMRES: 0.003360633 seconds
Newton: d(1)= 9.789132221e-09 rate 8.182416347e-08
Newton: 0.063450281 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 0.3589086088
GMRES: d(0)= 0.3589086088
GMRES: d(21)= 4.247954452e-09 rate=0.4193079935
GMRES: 0.00364165 seconds
Newton: d(1)= 4.247954473e-09 rate 1.183575531e-08
Newton: 0.063036673 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Newton: d(0)= 0.5981810149
GMRES: d(0)= 0.5981810149
GMRES: d(21)= 7.07992398e-09 rate=0.4193079932
GMRES: 0.003607499 seconds
Newton: d(1)= 7.079923977e-09 rate 1.183575506e-08
Newton: 0.066376262 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.06
Newton: d(0)= 0.8374534213
GMRES: d(0)= 0.8374534213
GMRES: d(21)= 9.911893303e-09 rate=0.4193079927
GMRES: 0.003730303 seconds
Newton: d(1)= 9.911893294e-09 rate 1.183575473e-08
Newton: 0.063501855 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.08
Newton: d(0)= 1.076725828
GMRES: d(0)= 1.076725828
GMRES: d(22)= 4.786808941e-09 rate=0.4172159979
GMRES: 0.004020877 seconds
Newton: d(1)= 4.786808944e-09 rate 4.445708295e-09
Newton: 0.063448801 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.1
Newton: d(0)= 1.315998234
GMRES: d(0)= 1.315998234
GMRES: d(22)= 5.850544082e-09 rate=0.4172159973
GMRES: 0.003840002 seconds
Newton: d(1)= 5.850544151e-09 rate 4.445708208e-09
Newton: 0.063094639 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.12
Newton: d(0)= 1.55527064
GMRES: d(0)= 1.55527064
GMRES: d(22)= 6.914279261e-09 rate=0.417215997
GMRES: 0.003903622 seconds
Newton: d(1)= 6.914279244e-09 rate 4.445708076e-09
Newton: 0.063314346 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.14
Newton: d(0)= 1.794543045
GMRES: d(0)= 1.794543045
GMRES: d(22)= 7.978014437e-09 rate=0.4172159968
GMRES: 0.003807774 seconds
Newton: d(1)= 7.978014509e-09 rate 4.445708077e-09
Newton: 0.062686847 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.16
Newton: d(0)= 2.033815448
GMRES: d(0)= 2.033815448
GMRES: d(22)= 9.041749767e-09 rate=0.417215997
GMRES: 0.003768331 seconds
Newton: d(1)= 9.041749852e-09 rate 4.445708119e-09
Newton: 0.06413422 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.18
Newton: d(0)= 2.273087852
GMRES: d(0)= 2.273087852
GMRES: d(23)= 3.593870461e-09 rate=0.414329148
GMRES: 0.004032586 seconds
Newton: d(1)= 3.593870454e-09 rate 1.581052158e-09
Newton: 0.063911169 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.2
Newton: d(0)= 2.512360255
GMRES: d(0)= 2.512360255
GMRES: d(23)= 3.972172695e-09 rate=0.4143291483
GMRES: 0.003948634 seconds
Newton: d(1)= 3.972172777e-09 rate 1.581052227e-09
Newton: 0.066913666 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.22
Newton: d(0)= 2.75163266
GMRES: d(0)= 2.75163266
GMRES: d(23)= 4.350475048e-09 rate=0.4143291491
GMRES: 0.003976457 seconds
Newton: d(1)= 4.350475235e-09 rate 1.581052333e-09
Newton: 0.065081848 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.24
Newton: d(0)= 2.990905066
GMRES: d(0)= 2.990905066
GMRES: d(23)= 4.728777242e-09 rate=0.4143291492
GMRES: 0.004304695 seconds
Newton: d(1)= 4.728777035e-09 rate 1.5810522e-09
Newton: 0.064343484 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.26
Newton: d(0)= 3.230177473
GMRES: d(0)= 3.230177473
GMRES: d(23)= 5.107079342e-09 rate=0.4143291489
GMRES: 0.003951251 seconds
Newton: d(1)= 5.107079674e-09 rate 1.581052347e-09
Newton: 0.063339634 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.28
Newton: d(0)= 3.46944988
GMRES: d(0)= 3.46944988
GMRES: d(23)= 5.485381305e-09 rate=0.4143291482
GMRES: 0.003935568 seconds
Newton: d(1)= 5.48538157e-09 rate 1.581052259e-09
Newton: 0.067323815 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.3
Newton: d(0)= 3.708722287
GMRES: d(0)= 3.708722287
GMRES: d(23)= 5.863683336e-09 rate=0.4143291478
GMRES: 0.004024344 seconds
Newton: d(1)= 5.863682962e-09 rate 1.581052046e-09
Newton: 0.063299834 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.32
Newton: d(0)= 3.947994693
GMRES: d(0)= 3.947994693
GMRES: d(23)= 6.241985381e-09 rate=0.4143291475
GMRES: 0.003925879 seconds
Newton: d(1)= 6.24198581e-09 rate 1.581052229e-09
Newton: 0.067272055 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.34
Newton: d(0)= 4.187267097
GMRES: d(0)= 4.187267097
GMRES: d(23)= 6.620287624e-09 rate=0.4143291478
GMRES: 0.003950438 seconds
Newton: d(1)= 6.620287998e-09 rate 1.581052234e-09
Newton: 0.0641538 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.36
Newton: d(0)= 4.4265395
GMRES: d(0)= 4.4265395
GMRES: d(23)= 6.998589919e-09 rate=0.4143291481
GMRES: 0.004058418 seconds
Newton: d(1)= 6.998589414e-09 rate 1.581052064e-09
Newton: 0.063668238 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.38
Newton: d(0)= 4.665811905
GMRES: d(0)= 4.665811905
GMRES: d(23)= 7.376892304e-09 rate=0.4143291487
GMRES: 0.004166817 seconds
Newton: d(1)= 7.376892623e-09 rate 1.581052296e-09
Newton: 0.063417285 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.4
Newton: d(0)= 4.90508431
GMRES: d(0)= 4.90508431
GMRES: d(23)= 7.755194501e-09 rate=0.4143291488
GMRES: 0.004064905 seconds
Newton: d(1)= 7.755194335e-09 rate 1.581052199e-09
Newton: 0.068451416 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.42
Newton: d(0)= 5.144356717
GMRES: d(0)= 5.144356717
GMRES: d(23)= 8.133496466e-09 rate=0.4143291483
GMRES: 0.004072298 seconds
Newton: d(1)= 8.133497308e-09 rate 1.581052356e-09
Newton: 0.063295664 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.44
Newton: d(0)= 5.383629125
GMRES: d(0)= 5.383629125
GMRES: d(23)= 8.51179846e-09 rate=0.4143291479
GMRES: 0.003950974 seconds
Newton: d(1)= 8.51179782e-09 rate 1.581052042e-09
Newton: 0.062966926 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.46
Newton: d(0)= 5.622901534
GMRES: d(0)= 5.622901534
GMRES: d(23)= 8.890100496e-09 rate=0.4143291477
GMRES: 0.00396779 seconds
Newton: d(1)= 8.890101085e-09 rate 1.581052244e-09
Newton: 0.063273015 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.48
Newton: d(0)= 5.862173942
GMRES: d(0)= 5.862173942
GMRES: d(23)= 9.268402651e-09 rate=0.4143291477
GMRES: 0.00394916 seconds
Newton: d(1)= 9.268402373e-09 rate 1.581052092e-09
Newton: 0.062899923 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.5
Newton: d(0)= 6.101446349
GMRES: d(0)= 6.101446349
GMRES: d(23)= 9.646704772e-09 rate=0.4143291476
GMRES: 0.003984673 seconds
Newton: d(1)= 9.646704922e-09 rate 1.581052159e-09
Newton: 0.063752369 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.52
Newton: d(0)= 6.340718755
GMRES: d(0)= 6.340718755
GMRES: d(24)= 4.266619517e-09 rate=0.4147926568
GMRES: 0.00804131 seconds
Newton: d(1)= 4.266619869e-09 rate 6.72892149e-10
Newton: 0.068259279 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.54
Newton: d(0)= 6.579991161
GMRES: d(0)= 6.579991161
GMRES: d(24)= 4.427624004e-09 rate=0.4147926568
GMRES: 0.004142825 seconds
Newton: d(1)= 4.427624209e-09 rate 6.72892121e-10
Newton: 0.063399675 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.56
Newton: d(0)= 6.819263567
GMRES: d(0)= 6.819263567
GMRES: d(24)= 4.588628587e-09 rate=0.414792657
GMRES: 0.004153517 seconds
Newton: d(1)= 4.588629205e-09 rate 6.728921914e-10
Newton: 0.063589037 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.58
Newton: d(0)= 7.058535973
GMRES: d(0)= 7.058535973
GMRES: d(24)= 4.749632977e-09 rate=0.4147926566
GMRES: 0.004152846 seconds
Newton: d(1)= 4.749630743e-09 rate 6.72891767e-10
Newton: 0.06340957 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.6
Newton: d(0)= 7.29780838
GMRES: d(0)= 7.29780838
GMRES: d(24)= 4.910637442e-09 rate=0.4147926564
GMRES: 0.004198735 seconds
Newton: d(1)= 4.910637168e-09 rate 6.7289204e-10
Newton: 0.063260461 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.62
Newton: d(0)= 7.537080787
GMRES: d(0)= 7.537080787
GMRES: d(24)= 5.071641839e-09 rate=0.4147926561
GMRES: 0.004134676 seconds
Newton: d(1)= 5.071640055e-09 rate 6.728918262e-10
Newton: 0.067330923 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.64
Newton: d(0)= 7.776353195
GMRES: d(0)= 7.776353195
GMRES: d(24)= 5.232646352e-09 rate=0.4147926561
GMRES: 0.004315495 seconds
Newton: d(1)= 5.232649046e-09 rate 6.728924105e-10
Newton: 0.064204639 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.66
Newton: d(0)= 8.015625603
GMRES: d(0)= 8.015625603
GMRES: d(24)= 5.393651019e-09 rate=0.4147926566
GMRES: 0.004237937 seconds
Newton: d(1)= 5.393652186e-09 rate 6.728922299e-10
Newton: 0.063738037 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.68
Newton: d(0)= 8.254898011
GMRES: d(0)= 8.254898011
GMRES: d(24)= 5.554655426e-09 rate=0.4147926563
GMRES: 0.004124076 seconds
Newton: d(1)= 5.554657156e-09 rate 6.728922815e-10
Newton: 0.063945902 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.7
Newton: d(0)= 8.494170418
GMRES: d(0)= 8.494170418
GMRES: d(24)= 5.715660077e-09 rate=0.4147926567
GMRES: 0.004156061 seconds
Newton: d(1)= 5.715659506e-09 rate 6.728920218e-10
Newton: 0.06379439 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.72
Newton: d(0)= 8.733442825
GMRES: d(0)= 8.733442825
GMRES: d(24)= 5.876664485e-09 rate=0.4147926564
GMRES: 0.004195776 seconds
Newton: d(1)= 5.876663694e-09 rate 6.728919868e-10
Newton: 0.063448295 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.74
Newton: d(0)= 8.972715231
GMRES: d(0)= 8.972715231
GMRES: d(24)= 6.037668911e-09 rate=0.4147926562
GMRES: 0.004316558 seconds
Newton: d(1)= 6.037667007e-09 rate 6.728918562e-10
Newton: 0.063497673 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.76
Newton: d(0)= 9.211987637
GMRES: d(0)= 9.211987637
GMRES: d(24)= 6.198673744e-09 rate=0.4147926571
GMRES: 0.004190202 seconds
Newton: d(1)= 6.198674939e-09 rate 6.728922338e-10
Newton: 0.063719777 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.78
Newton: d(0)= 9.451260041
GMRES: d(0)= 9.451260041
GMRES: d(24)= 6.359678059e-09 rate=0.4147926566
GMRES: 0.004179364 seconds
Newton: d(1)= 6.359678154e-09 rate 6.728920934e-10
Newton: 0.067735259 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.8
Newton: d(0)= 9.690532445
GMRES: d(0)= 9.690532445
GMRES: d(24)= 6.520682498e-09 rate=0.4147926564
GMRES: 0.004104835 seconds
Newton: d(1)= 6.520684638e-09 rate 6.728922972e-10
Newton: 0.064279233 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.82
Newton: d(0)= 9.929804848
GMRES: d(0)= 9.929804848
GMRES: d(24)= 6.681687043e-09 rate=0.4147926565
GMRES: 0.004271634 seconds
Newton: d(1)= 6.681684309e-09 rate 6.728918051e-10
Newton: 0.064337102 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.84
Newton: d(0)= 10.16907725
GMRES: d(0)= 10.16907725
GMRES: d(24)= 6.84269163e-09 rate=0.4147926567
GMRES: 0.004161844 seconds
Newton: d(1)= 6.842691165e-09 rate 6.728920427e-10
Newton: 0.063787319 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.86
Newton: d(0)= 10.40834966
GMRES: d(0)= 10.40834966
GMRES: d(24)= 7.003696061e-09 rate=0.4147926565
GMRES: 0.004147292 seconds
Newton: d(1)= 7.003695302e-09 rate 6.72892008e-10
Newton: 0.06726479 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.88
Newton: d(0)= 10.64762207
GMRES: d(0)= 10.64762207
GMRES: d(24)= 7.16470017e-09 rate=0.4147926556
GMRES: 0.00415673 seconds
Newton: d(1)= 7.164699052e-09 rate 6.728919385e-10
Newton: 0.063813406 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.9
Newton: d(0)= 10.88689447
GMRES: d(0)= 10.88689447
GMRES: d(24)= 7.325705015e-09 rate=0.4147926564
GMRES: 0.004105946 seconds
Newton: d(1)= 7.32570602e-09 rate 6.728921676e-10
Newton: 0.063037623 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.92
Newton: d(0)= 11.12616688
GMRES: d(0)= 11.12616688
GMRES: d(24)= 7.486709533e-09 rate=0.4147926564
GMRES: 0.004162173 seconds
Newton: d(1)= 7.48670962e-09 rate 6.728920842e-10
Newton: 0.065212153 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.94
Newton: d(0)= 11.36543929
GMRES: d(0)= 11.36543929
GMRES: d(24)= 7.647713961e-09 rate=0.4147926562
GMRES: 0.004101526 seconds
Newton: d(1)= 7.647715461e-09 rate 6.728922015e-10
Newton: 0.063776928 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.96
Newton: d(0)= 11.60471169
GMRES: d(0)= 11.60471169
GMRES: d(24)= 7.808718893e-09 rate=0.4147926572
GMRES: 0.004132882 seconds
Newton: d(1)= 7.808717308e-09 rate 6.728919697e-10
Newton: 0.06381194 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.98
Newton: d(0)= 11.8439841
GMRES: d(0)= 11.8439841
GMRES: d(24)= 7.969723117e-09 rate=0.4147926565
GMRES: 0.004132313 seconds
Newton: d(1)= 7.969723558e-09 rate 6.728921191e-10
Newton: 0.06747576 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 1
Dynamics: 3.313636837 seconds
num 1.718451909e-09
exact 2.12365174e-16
[ OK ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicNeumannTestPolOn3DCubeTet (3317 ms)
[ RUN ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicNeumannTestExpOn3DCubeTet
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Newmark
ElasticityProblem: ....................... Dynamic Exponential Neumann Problem
Material: ................................ Laplace
Material Parameters: ..................... (1.000000)
Poisson's Ratio: ......................... 0
MechPolynomialDegree:: ................... 3
Degrees of Freedom:: ..................... 6591
===========================================================
Mesh Info:
Mesh Name: ............................... NeumannBlock3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [1, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 384
Vertices: ................................ 125
Edges: ................................... 604
Faces: ................................... 864
BND Faces: ............................... [ 48 48 48 48 ]
ProcSets: ................................ 217
Mesh width [min, max]: ................... [0.25, 0.4330127018922193]
Time steps: .............................. 0
Time steps: .............................. [ ]
Min cells on proc: ....................... 96
Max cells on proc: ....................... 96
Processes: ............................... [ 0 1 2 3 ]
Cell distribution: ....................... [ 96 96 96 96 ]
Vertex distribution: ..................... [ 45 45 45 45 ]
Edges distribution: ...................... [ 180 180 180 180 ]
Faces distribution: ...................... [ 232 232 232 232 ]
ProcSets distribution: ................... [ 113 113 113 113 ]
===========================================================
Dynamics: Starting Newmark Method for dynamic elasticity problem
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0
Newton: d(0)= 7.440226546
GMRES: d(0)= 7.440226546
GMRES: d(23)= 5.861487857e-09 rate=0.4019687102
GMRES: 0.020992269 seconds
Newton: d(1)= 5.861487829e-09 rate 7.87810397e-10
Newton: 0.494623971 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.02
Newton: d(0)= 7.432904498
GMRES: d(0)= 7.432904498
GMRES: d(23)= 5.85569828e-09 rate=0.4019686469
GMRES: 0.020049721 seconds
Newton: d(1)= 5.855698162e-09 rate 7.878075339e-10
Newton: 0.493378272 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.04
Newton: d(0)= 7.418262385
GMRES: d(0)= 7.418262385
GMRES: d(23)= 5.844131872e-09 rate=0.4019685535
GMRES: 0.020277464 seconds
Newton: d(1)= 5.844131865e-09 rate 7.878033375e-10
Newton: 0.497209616 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.06
Newton: d(0)= 7.396308874
GMRES: d(0)= 7.396308874
GMRES: d(23)= 5.826808767e-09 rate=0.4019684693
GMRES: 0.020115659 seconds
Newton: d(1)= 5.826808875e-09 rate 7.877995598e-10
Newton: 0.499473318 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.08
Newton: d(0)= 7.367062312
GMRES: d(0)= 7.367062312
GMRES: d(23)= 5.803748097e-09 rate=0.4019684084
GMRES: 0.020182368 seconds
Newton: d(1)= 5.803747765e-09 rate 7.877967525e-10
Newton: 0.493242898 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.1
Newton: d(0)= 7.330549054
GMRES: d(0)= 7.330549054
GMRES: d(23)= 5.774961806e-09 rate=0.401968344
GMRES: 0.019932478 seconds
Newton: d(1)= 5.774961882e-09 rate 7.877939074e-10
Newton: 0.491554717 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.12
Newton: d(0)= 7.286801428
GMRES: d(0)= 7.286801428
GMRES: d(23)= 5.74045963e-09 rate=0.4019682281
GMRES: 0.019935979 seconds
Newton: d(1)= 5.740459515e-09 rate 7.877886576e-10
Newton: 0.490682363 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.14
Newton: d(0)= 7.235859201
GMRES: d(0)= 7.235859201
GMRES: d(23)= 5.700267562e-09 rate=0.4019680431
GMRES: 0.019965095 seconds
Newton: d(1)= 5.70026789e-09 rate 7.87780377e-10
Newton: 0.491838345 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.16
Newton: d(0)= 7.177771774
GMRES: d(0)= 7.177771774
GMRES: d(23)= 5.654443111e-09 rate=0.4019678443
GMRES: 0.019770965 seconds
Newton: d(1)= 5.654442978e-09 rate 7.877713524e-10
Newton: 0.49053672 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.18
Newton: d(0)= 7.112597156
GMRES: d(0)= 7.112597156
GMRES: d(23)= 5.603066209e-09 rate=0.4019677376
GMRES: 0.019785566 seconds
Newton: d(1)= 5.603065836e-09 rate 7.877665096e-10
Newton: 0.490717216 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.2
Newton: d(0)= 7.040399627
GMRES: d(0)= 7.040399627
GMRES: d(23)= 5.546209778e-09 rate=0.4019677955
GMRES: 0.020362843 seconds
Newton: d(1)= 5.546209803e-09 rate 7.877691746e-10
Newton: 0.495105611 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.22
Newton: d(0)= 6.961250391
GMRES: d(0)= 6.961250391
GMRES: d(23)= 5.483913685e-09 rate=0.4019679715
GMRES: 0.019996997 seconds
Newton: d(1)= 5.483914349e-09 rate 7.877772011e-10
Newton: 0.490868255 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.24
Newton: d(0)= 6.875229968
GMRES: d(0)= 6.875229968
GMRES: d(23)= 5.416192283e-09 rate=0.4019681119
GMRES: 0.021011535 seconds
Newton: d(1)= 5.416192042e-09 rate 7.877834003e-10
Newton: 0.502046296 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.26
Newton: d(0)= 6.782427238
GMRES: d(0)= 6.782427238
GMRES: d(23)= 5.343070406e-09 rate=0.401968068
GMRES: 0.019901009 seconds
Newton: d(1)= 5.343069686e-09 rate 7.8778135e-10
Newton: 0.490428033 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.28
Newton: d(0)= 6.682935138
GMRES: d(0)= 6.682935138
GMRES: d(23)= 5.264616157e-09 rate=0.401967815
GMRES: 0.020425868 seconds
Newton: d(1)= 5.264616327e-09 rate 7.877700768e-10
Newton: 0.490275545 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.3
Newton: d(0)= 6.576849091
GMRES: d(0)= 6.576849091
GMRES: d(23)= 5.180942965e-09 rate=0.4019674717
GMRES: 0.019969007 seconds
Newton: d(1)= 5.180942127e-09 rate 7.877544482e-10
Newton: 0.488345456 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.32
Newton: d(0)= 6.464270672
GMRES: d(0)= 6.464270672
GMRES: d(23)= 5.092185419e-09 rate=0.4019672198
GMRES: 0.020279382 seconds
Newton: d(1)= 5.092186946e-09 rate 7.8774346e-10
Newton: 0.492853836 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.34
Newton: d(0)= 6.345310934
GMRES: d(0)= 6.345310934
GMRES: d(23)= 4.998468959e-09 rate=0.4019671963
GMRES: 0.019824281 seconds
Newton: d(1)= 4.998466861e-09 rate 7.877418322e-10
Newton: 0.491575639 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.36
Newton: d(0)= 6.220088208
GMRES: d(0)= 6.220088208
GMRES: d(23)= 4.899889852e-09 rate=0.401967425
GMRES: 0.019952837 seconds
Newton: d(1)= 4.899891546e-09 rate 7.877527427e-10
Newton: 0.491131025 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.38
Newton: d(0)= 6.088723964
GMRES: d(0)= 6.088723964
GMRES: d(23)= 4.796512476e-09 rate=0.401967808
GMRES: 0.01986543 seconds
Newton: d(1)= 4.796511247e-09 rate 7.877695352e-10
Newton: 0.493967787 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.4
Newton: d(0)= 5.951343601
GMRES: d(0)= 5.951343601
GMRES: d(23)= 4.688388449e-09 rate=0.4019681811
GMRES: 0.01996383 seconds
Newton: d(1)= 4.688388472e-09 rate 7.877865547e-10
Newton: 0.490275506 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.42
Newton: d(0)= 5.808081473
GMRES: d(0)= 5.808081473
GMRES: d(23)= 4.575587895e-09 rate=0.401968408
GMRES: 0.021594083 seconds
Newton: d(1)= 4.575589094e-09 rate 7.877969886e-10
Newton: 0.49280241 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.44
Newton: d(0)= 5.659082703
GMRES: d(0)= 5.659082703
GMRES: d(23)= 4.458222214e-09 rate=0.4019684671
GMRES: 0.019856486 seconds
Newton: d(1)= 4.458222879e-09 rate 7.877995627e-10
Newton: 0.495354673 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.46
Newton: d(0)= 5.504498944
GMRES: d(0)= 5.504498944
GMRES: d(23)= 4.336440615e-09 rate=0.4019684647
GMRES: 0.019841476 seconds
Newton: d(1)= 4.336440014e-09 rate 7.877992271e-10
Newton: 0.492229838 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.48
Newton: d(0)= 5.344483885
GMRES: d(0)= 5.344483885
GMRES: d(23)= 4.210401885e-09 rate=0.401968552
GMRES: 0.019943645 seconds
Newton: d(1)= 4.210401442e-09 rate 7.87803188e-10
Newton: 0.494453582 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.5
Newton: d(0)= 5.179194006
GMRES: d(0)= 5.179194006
GMRES: d(23)= 4.080244008e-09 rate=0.4019688005
GMRES: 0.020138808 seconds
Newton: d(1)= 4.080243658e-09 rate 7.878144078e-10
Newton: 0.492268691 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.52
Newton: d(0)= 5.008792016
GMRES: d(0)= 5.008792016
GMRES: d(23)= 3.946071297e-09 rate=0.4019691214
GMRES: 0.019943518 seconds
Newton: d(1)= 3.946071407e-09 rate 7.878289603e-10
Newton: 0.490385822 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.54
Newton: d(0)= 4.833447294
GMRES: d(0)= 4.833447294
GMRES: d(22)= 9.895112533e-09 rate=0.4027660889
GMRES: 0.019582304 seconds
Newton: d(1)= 9.89511319e-09 rate 2.047216529e-09
Newton: 0.489551668 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.56
Newton: d(0)= 4.653333228
GMRES: d(0)= 4.653333228
GMRES: d(22)= 9.526287381e-09 rate=0.4027659108
GMRES: 0.019024767 seconds
Newton: d(1)= 9.526287038e-09 rate 2.047196401e-09
Newton: 0.488534452 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.58
Newton: d(0)= 4.468625926
GMRES: d(0)= 4.468625926
GMRES: d(22)= 9.147894918e-09 rate=0.4027653898
GMRES: 0.019315337 seconds
Newton: d(1)= 9.147894271e-09 rate 2.047138074e-09
Newton: 0.493254137 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.6
Newton: d(0)= 4.27950566
GMRES: d(0)= 4.27950566
GMRES: d(22)= 8.760483959e-09 rate=0.4027648556
GMRES: 0.019221652 seconds
Newton: d(1)= 8.760483881e-09 rate 2.047078466e-09
Newton: 0.492412313 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.62
Newton: d(0)= 4.086157998
GMRES: d(0)= 4.086157998
GMRES: d(22)= 8.364644485e-09 rate=0.4027647644
GMRES: 0.019785981 seconds
Newton: d(1)= 8.364643297e-09 rate 2.047068004e-09
Newton: 0.490712382 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.64
Newton: d(0)= 3.888773026
GMRES: d(0)= 3.888773026
GMRES: d(22)= 7.960841634e-09 rate=0.402765357
GMRES: 0.019169271 seconds
Newton: d(1)= 7.960841204e-09 rate 2.047134444e-09
Newton: 0.494831783 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.66
Newton: d(0)= 3.687544917
GMRES: d(0)= 3.687544917
GMRES: d(22)= 7.549347288e-09 rate=0.4027664402
GMRES: 0.019307314 seconds
Newton: d(1)= 7.549347752e-09 rate 2.047255809e-09
Newton: 0.491374103 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.68
Newton: d(0)= 3.482673128
GMRES: d(0)= 3.482673128
GMRES: d(22)= 7.130351223e-09 rate=0.4027675414
GMRES: 0.019155408 seconds
Newton: d(1)= 7.130351099e-09 rate 2.047378791e-09
Newton: 0.491384091 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.7
Newton: d(0)= 3.274362742
GMRES: d(0)= 3.274362742
GMRES: d(22)= 6.704139162e-09 rate=0.4027683012
GMRES: 0.01939189 seconds
Newton: d(1)= 6.704139324e-09 rate 2.047463843e-09
Newton: 0.497639514 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.72
Newton: d(0)= 3.062822105
GMRES: d(0)= 3.062822105
GMRES: d(22)= 6.271151829e-09 rate=0.4027686937
GMRES: 0.019318482 seconds
Newton: d(1)= 6.271150488e-09 rate 2.047507258e-09
Newton: 0.489782886 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.74
Newton: d(0)= 2.848260349
GMRES: d(0)= 2.848260349
GMRES: d(22)= 5.831893208e-09 rate=0.4027688765
GMRES: 0.019241434 seconds
Newton: d(1)= 5.831893865e-09 rate 2.047528369e-09
Newton: 0.490492751 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.76
Newton: d(0)= 2.630888035
GMRES: d(0)= 2.630888035
GMRES: d(22)= 5.386833004e-09 rate=0.4027689299
GMRES: 0.019828605 seconds
Newton: d(1)= 5.386832647e-09 rate 2.047533979e-09
Newton: 0.490807573 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.78
Newton: d(0)= 2.410919392
GMRES: d(0)= 2.410919392
GMRES: d(22)= 4.93641522e-09 rate=0.4027688391
GMRES: 0.018927489 seconds
Newton: d(1)= 4.936414959e-09 rate 2.047523852e-09
Newton: 0.495259391 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.8
Newton: d(0)= 2.188572137
GMRES: d(0)= 2.188572137
GMRES: d(22)= 4.481110701e-09 rate=0.4027686627
GMRES: 0.019522584 seconds
Newton: d(1)= 4.481109072e-09 rate 2.047503482e-09
Newton: 0.491527771 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.82
Newton: d(0)= 1.964064965
GMRES: d(0)= 1.964064965
GMRES: d(21)= 9.489327696e-09 rate=0.4017943175
GMRES: 0.019262484 seconds
Newton: d(1)= 9.489326893e-09 rate 4.831473024e-09
Newton: 0.49392984 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.84
Newton: d(0)= 1.737616743
GMRES: d(0)= 1.737616743
GMRES: d(21)= 8.395168612e-09 rate=0.401794134
GMRES: 0.018376788 seconds
Newton: d(1)= 8.395165767e-09 rate 4.831425458e-09
Newton: 0.491432697 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.86
Newton: d(0)= 1.509448901
GMRES: d(0)= 1.509448901
GMRES: d(21)= 7.292688812e-09 rate=0.4017938624
GMRES: 0.018136706 seconds
Newton: d(1)= 7.292690267e-09 rate 4.831359486e-09
Newton: 0.490876536 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.88
Newton: d(0)= 1.279787343
GMRES: d(0)= 1.279787343
GMRES: d(21)= 6.183021393e-09 rate=0.4017935836
GMRES: 0.018100188 seconds
Newton: d(1)= 6.183022128e-09 rate 4.831288698e-09
Newton: 0.488586002 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.9
Newton: d(0)= 1.048860908
GMRES: d(0)= 1.048860908
GMRES: d(21)= 5.067418911e-09 rate=0.4017938466
GMRES: 0.018084028 seconds
Newton: d(1)= 5.067417703e-09 rate 4.831353391e-09
Newton: 0.486533168 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.92
Newton: d(0)= 0.8168986432
GMRES: d(0)= 0.8168986432
GMRES: d(20)= 8.925284778e-09 rate=0.3998735657
GMRES: 0.017518568 seconds
Newton: d(1)= 8.925285236e-09 rate 1.092581719e-08
Newton: 0.488384654 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.94
Newton: d(0)= 0.5841296386
GMRES: d(0)= 0.5841296386
GMRES: d(20)= 6.3840789e-09 rate=0.3998797852
GMRES: 0.017395516 seconds
Newton: d(1)= 6.384077339e-09 rate 1.092921317e-08
Newton: 0.488704747 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.96
Newton: d(0)= 0.3507847882
GMRES: d(0)= 0.3507847882
GMRES: d(19)= 9.61945269e-09 rate=0.3999500625
GMRES: 0.016510541 seconds
Newton: d(1)= 9.619453712e-09 rate 2.742266494e-08
Newton: 0.484399096 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 0.98
Newton: d(0)= 0.1170974716
GMRES: d(0)= 0.1170974716
GMRES: d(18)= 7.167657845e-09 rate=0.3974370214
GMRES: 0.015719329 seconds
Newton: d(1)= 7.167658794e-09 rate 6.121104663e-08
Newton: 0.483057806 seconds
Dynamics: Dynamic Step Evaluation Info:
Dynamics: Time: .................................... 1
Dynamics: 25.310597237 seconds
num 2.765353013e-05
exact 5.202410506e-06
[ OK ] DynamicTestFullTime/DBoundaryTest.L2ErrorTest/DynamicNeumannTestExpOn3DCubeTet (25321 ms)
[----------] 16 tests from DynamicTestFullTime/DBoundaryTest (119164 ms total)
[----------] Global test environment tear-down
[==========] 48 tests from 3 test suites ran. (125005 ms total)
[ PASSED ] 48 tests.
end program after 2:04.76 minutes on 4 procs at Tue Apr 1 13:11:36 2025 with 1 warning(s):
Warning: Changed order of points for type HEXAHEDRON
in ../../../../mpp/src/lib2_mesh/mesh/CheckOrientation.cpp:149
on line 149
[92m 5/11 Test 5: TestDynamicBoundaryMPI ...................... Passed 125.38 sec[0m
Start 6: TestPrestressMPI
================ running mpp ================
[==========] Running 15 tests from 3 test suites.
[----------] Global test environment set-up.
[----------] 5 tests from ConformingBeam/PrestressTest
[ RUN ] ConformingBeam/PrestressTest.TestInitialValue/0
start program on 4 procs at Tue Apr 1 13:11:36 2025
Running on: runner-83jcba7v-project-159678-concurrent-1-q04fydif
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading default: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading config: PrestressSteps.......................... 5
reading config: MechProblem............................. PrestressBeam
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ConstantPressure........................ 0.0
reading config: LVPressure.............................. 10.000000
reading config: RVPressure.............................. 0.000000
reading config: LAPressure.............................. 1.000000
reading config: RAPressure.............................. 0.000000
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading config: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... Prestress Problem
Material: ................................ Linear
Material Parameters: ..................... (1.000000, 1.000000)
Poisson's Ratio: ......................... 0.25
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 132
===========================================================
Mesh Info:
Mesh Name: ............................... BenchmarkBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading config: WithPrestress........................... true
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-12
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-10
reading config: NewtonReduction......................... 1e-11
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 1.138712724
GMRES: d(0)= 1.138712724
GMRES: d(300)= 3.072546893e-06 rate=0.958157598
GMRES: d(381)= 1.01798684e-12 rate=0.9297714126
GMRES: 0.074253945 seconds
Newton: d(1)= 1.115588048e-12 rate 9.796922656e-13
Newton: 0.075556862 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.2
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 11792.5317
Static: LV-Volume (ml): .......................... 4.672969911
Static: RV-Volume (ml): .......................... 3.043719646
Static: LA-Volume (ml): .......................... 0.2049344588
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 1437.951782
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.138712724
GMRES: d(0)= 1.138712724
GMRES: d(300)= 2.936275488e-06 rate=0.9580127199
GMRES: d(381)= 7.314067289e-13 rate=0.9289649539
GMRES: 0.073586042 seconds
Newton: d(1)= 9.461046604e-13 rate 8.308545614e-13
Newton: 0.07470485 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.4
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 56195.60337
Static: LV-Volume (ml): .......................... 22.1717123
Static: RV-Volume (ml): .......................... 17.34123342
Static: LA-Volume (ml): .......................... 1.800083068
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 2875.903564
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.138712724
GMRES: d(0)= 1.138712724
GMRES: d(300)= 1.138428089e-06 rate=0.9549917902
GMRES: d(381)= 1.369882244e-12 rate=0.930496228
GMRES: d(382)= 1.014396526e-12 rate=0.9299400607
GMRES: 0.07425699 seconds
Newton: d(1)= 1.19331051e-12 rate 1.047946936e-12
Newton: 0.075348667 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.6
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 146786.954
Static: LV-Volume (ml): .......................... 57.74400152
Static: RV-Volume (ml): .......................... 50.13595322
Static: LA-Volume (ml): .......................... 9.443607638
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 4313.855345
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.138712724
GMRES: d(0)= 1.138712724
GMRES: d(300)= 1.248696744e-06 rate=0.9552861385
GMRES: d(380)= 6.902002209e-13 rate=0.9286431178
GMRES: 0.073385329 seconds
Newton: d(1)= 1.02465771e-12 rate 8.998386409e-13
Newton: 0.074521788 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.8
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 297134.3226
Static: LV-Volume (ml): .......................... 116.6342786
Static: RV-Volume (ml): .......................... 108.6679576
Static: LA-Volume (ml): .......................... 26.15419431
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 5751.807127
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.138712724
GMRES: d(0)= 1.138712724
GMRES: d(300)= 2.939631583e-06 rate=0.9580163678
GMRES: d(384)= 2.044892473e-12 rate=0.931991874
GMRES: d(400)= 1.113901599e-12 rate=0.9332029041
GMRES: 0.075069947 seconds
Newton: d(1)= 1.662581561e-12 rate 1.460053556e-12
Newton: 0.076200429 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 520805.4481
Static: LV-Volume (ml): .......................... 204.0869845
Static: RV-Volume (ml): .......................... 200.1773251
Static: LA-Volume (ml): .......................... 55.36039814
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 7189.758909
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.378188238 seconds
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 1.662552474e-12 rate 0
Newton: 0.000191438 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.000908068 seconds
solution (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 ]
num 0
exact (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 ]
[ OK ] ConformingBeam/PrestressTest.TestInitialValue/0 (411 ms)
[ RUN ] ConformingBeam/PrestressTest.TestInitialValue/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading default: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading config: PrestressSteps.......................... 5
reading config: MechProblem............................. PrestressBeam
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ConstantPressure........................ 0.0
reading config: LVPressure.............................. 10.000000
reading config: RVPressure.............................. 0.000000
reading config: LAPressure.............................. 1.000000
reading config: RAPressure.............................. 0.000000
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading config: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... Prestress Problem
Material: ................................ Linear
Material Parameters: ..................... (1.000000, 1.000000)
Poisson's Ratio: ......................... 0.25
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 132
===========================================================
Mesh Info:
Mesh Name: ............................... BenchmarkBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading config: WithPrestress........................... true
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-12
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-10
reading config: NewtonReduction......................... 1e-11
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 1.138712724
GMRES: d(0)= 1.138712724
GMRES: d(300)= 3.072546893e-06 rate=0.958157598
GMRES: d(381)= 1.01798684e-12 rate=0.9297714126
GMRES: 0.073468197 seconds
Newton: d(1)= 1.115588048e-12 rate 9.796922656e-13
Newton: 0.074622582 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.2
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 11792.5317
Static: LV-Volume (ml): .......................... 4.672969911
Static: RV-Volume (ml): .......................... 3.043719646
Static: LA-Volume (ml): .......................... 0.2049344588
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 1437.951782
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.138712724
GMRES: d(0)= 1.138712724
GMRES: d(300)= 2.936275488e-06 rate=0.9580127199
GMRES: d(381)= 7.314067289e-13 rate=0.9289649539
GMRES: 0.080579023 seconds
Newton: d(1)= 9.461046604e-13 rate 8.308545614e-13
Newton: 0.081740252 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.4
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 56195.60337
Static: LV-Volume (ml): .......................... 22.1717123
Static: RV-Volume (ml): .......................... 17.34123342
Static: LA-Volume (ml): .......................... 1.800083068
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 2875.903564
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.138712724
GMRES: d(0)= 1.138712724
GMRES: d(300)= 1.138428089e-06 rate=0.9549917902
GMRES: d(381)= 1.369882244e-12 rate=0.930496228
GMRES: d(382)= 1.014396526e-12 rate=0.9299400607
GMRES: 0.074597723 seconds
Newton: d(1)= 1.19331051e-12 rate 1.047946936e-12
Newton: 0.075736259 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.6
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 146786.954
Static: LV-Volume (ml): .......................... 57.74400152
Static: RV-Volume (ml): .......................... 50.13595322
Static: LA-Volume (ml): .......................... 9.443607638
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 4313.855345
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.138712724
GMRES: d(0)= 1.138712724
GMRES: d(300)= 1.248696744e-06 rate=0.9552861385
GMRES: d(380)= 6.902002209e-13 rate=0.9286431178
GMRES: 0.076013211 seconds
Newton: d(1)= 1.02465771e-12 rate 8.998386409e-13
Newton: 0.077240307 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.8
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 297134.3226
Static: LV-Volume (ml): .......................... 116.6342786
Static: RV-Volume (ml): .......................... 108.6679576
Static: LA-Volume (ml): .......................... 26.15419431
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 5751.807127
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.138712724
GMRES: d(0)= 1.138712724
GMRES: d(300)= 2.939631583e-06 rate=0.9580163678
GMRES: d(384)= 2.044892473e-12 rate=0.931991874
GMRES: d(400)= 1.113901599e-12 rate=0.9332029041
GMRES: 0.074495678 seconds
Newton: d(1)= 1.662581561e-12 rate 1.460053556e-12
Newton: 0.075649489 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 520805.4481
Static: LV-Volume (ml): .......................... 204.0869845
Static: RV-Volume (ml): .......................... 200.1773251
Static: LA-Volume (ml): .......................... 55.36039814
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 7189.758909
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.386622868 seconds
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 1.662552474e-12 rate 0
Newton: 0.000193612 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.000943859 seconds
solution (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 ]
num 0
exact (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 ]
[ OK ] ConformingBeam/PrestressTest.TestInitialValue/1 (390 ms)
[ RUN ] ConformingBeam/PrestressTest.TestInitialValue/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading default: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading config: PrestressSteps.......................... 5
reading config: MechProblem............................. PrestressBeam
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ConstantPressure........................ 0.0
reading config: LVPressure.............................. 10.000000
reading config: RVPressure.............................. 0.000000
reading config: LAPressure.............................. 1.000000
reading config: RAPressure.............................. 0.000000
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading config: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... Prestress Problem
Material: ................................ Linear
Material Parameters: ..................... (1.000000, 1.000000)
Poisson's Ratio: ......................... 0.25
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 132
===========================================================
Mesh Info:
Mesh Name: ............................... BenchmarkBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading config: WithPrestress........................... true
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-12
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-10
reading config: NewtonReduction......................... 1e-11
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 1.138712724
GMRES: d(0)= 1.138712724
GMRES: d(300)= 3.072546893e-06 rate=0.958157598
GMRES: d(381)= 1.01798684e-12 rate=0.9297714126
GMRES: 0.074530611 seconds
Newton: d(1)= 1.115588048e-12 rate 9.796922656e-13
Newton: 0.075670277 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.2
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 11792.5317
Static: LV-Volume (ml): .......................... 4.672969911
Static: RV-Volume (ml): .......................... 3.043719646
Static: LA-Volume (ml): .......................... 0.2049344588
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 1437.951782
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.138712724
GMRES: d(0)= 1.138712724
GMRES: d(300)= 2.936275488e-06 rate=0.9580127199
GMRES: d(381)= 7.314067289e-13 rate=0.9289649539
GMRES: 0.080437218 seconds
Newton: d(1)= 9.461046604e-13 rate 8.308545614e-13
Newton: 0.081601983 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.4
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 56195.60337
Static: LV-Volume (ml): .......................... 22.1717123
Static: RV-Volume (ml): .......................... 17.34123342
Static: LA-Volume (ml): .......................... 1.800083068
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 2875.903564
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.138712724
GMRES: d(0)= 1.138712724
GMRES: d(300)= 1.138428089e-06 rate=0.9549917902
GMRES: d(381)= 1.369882244e-12 rate=0.930496228
GMRES: d(382)= 1.014396526e-12 rate=0.9299400607
GMRES: 0.07837551 seconds
Newton: d(1)= 1.19331051e-12 rate 1.047946936e-12
Newton: 0.079509542 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.6
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 146786.954
Static: LV-Volume (ml): .......................... 57.74400152
Static: RV-Volume (ml): .......................... 50.13595322
Static: LA-Volume (ml): .......................... 9.443607638
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 4313.855345
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.138712724
GMRES: d(0)= 1.138712724
GMRES: d(300)= 1.248696744e-06 rate=0.9552861385
GMRES: d(380)= 6.902002209e-13 rate=0.9286431178
GMRES: 0.075141699 seconds
Newton: d(1)= 1.02465771e-12 rate 8.998386409e-13
Newton: 0.076308619 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.8
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 297134.3226
Static: LV-Volume (ml): .......................... 116.6342786
Static: RV-Volume (ml): .......................... 108.6679576
Static: LA-Volume (ml): .......................... 26.15419431
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 5751.807127
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.138712724
GMRES: d(0)= 1.138712724
GMRES: d(300)= 2.939631583e-06 rate=0.9580163678
GMRES: d(384)= 2.044892473e-12 rate=0.931991874
GMRES: d(400)= 1.113901599e-12 rate=0.9332029041
GMRES: 0.07598842 seconds
Newton: d(1)= 1.662581561e-12 rate 1.460053556e-12
Newton: 0.077120124 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 520805.4481
Static: LV-Volume (ml): .......................... 204.0869845
Static: RV-Volume (ml): .......................... 200.1773251
Static: LA-Volume (ml): .......................... 55.36039814
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 7189.758909
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.391865378 seconds
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 1.662552474e-12 rate 0
Newton: 0.000193989 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.000934001 seconds
solution (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 ]
num 0
exact (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 ]
[ OK ] ConformingBeam/PrestressTest.TestInitialValue/2 (396 ms)
[ RUN ] ConformingBeam/PrestressTest.TestInitialValue/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading default: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading config: PrestressSteps.......................... 5
reading config: MechProblem............................. PrestressBeam
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ConstantPressure........................ 0.0
reading config: LVPressure.............................. 10.000000
reading config: RVPressure.............................. 0.000000
reading config: LAPressure.............................. 1.000000
reading config: RAPressure.............................. 0.000000
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading config: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... Prestress Problem
Material: ................................ Linear
Material Parameters: ..................... (1.000000, 1.000000)
Poisson's Ratio: ......................... 0.25
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 567
===========================================================
Mesh Info:
Mesh Name: ............................... BenchmarkBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading config: WithPrestress........................... true
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-12
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-10
reading config: NewtonReduction......................... 1e-11
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 0.9983319421
GMRES: d(0)= 0.9983319421
GMRES: d(300)= 0.0335541284 rate=0.9887539618
GMRES: d(600)= 0.00545551742 rate=0.9913551528
GMRES: d(800)= 8.198376814e-05 rate=0.9883097188
GMRES: d(900)= 0.0002004781454 rate=0.9905855561
GMRES: d(1200)= 4.693870763e-05 rate=0.991730219
GMRES: d(1500)= 1.139048985e-05 rate=0.9924413366
GMRES: d(1600)= 1.400845735e-06 rate=0.9916123958
GMRES: d(1800)= 1.850881534e-06 rate=0.9926944942
GMRES: d(2100)= 6.298945411e-07 rate=0.9932249387
GMRES: d(2400)= 3.89608102e-09 rate=0.9919651099
GMRES: d(2400)= 4.079445903e-08 rate=0.9929362952
GMRES: d(2700)= 1.205466998e-08 rate=0.9932701019
GMRES: d(3000)= 1.838703927e-09 rate=0.9933182444
GMRES: d(3200)= 4.952885837e-11 rate=0.9926127967
GMRES: d(3300)= 1.988666146e-10 rate=0.9932541538
GMRES: d(3600)= 1.332882265e-11 rate=0.9930687375
GMRES: d(3732)= 9.98173815e-13 rate=0.992623488
GMRES: 1.163542504 seconds
Newton: d(1)= 7.020681022e-12 rate 7.032411491e-12
Newton: 1.175798268 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.2
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 193375.3151
Static: LV-Volume (ml): .......................... 76.08782718
Static: RV-Volume (ml): .......................... 45.23905443
Static: LA-Volume (ml): .......................... 8.357706094
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 10733.03792
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.9983319421
GMRES: d(0)= 0.9983319421
GMRES: d(300)= 0.07956991682 rate=0.9916039463
GMRES: d(600)= 0.02264796728 rate=0.9937098402
GMRES: d(800)= 0.001218437709 rate=0.991649416
GMRES: d(900)= 0.005801246299 rate=0.9942963136
GMRES: d(1200)= 0.000549204045 rate=0.9937650426
GMRES: d(1500)= 0.0001394821769 rate=0.994100203
GMRES: d(1600)= 1.04775993e-05 rate=0.9928602341
GMRES: d(1800)= 1.492694059e-05 rate=0.993846415
GMRES: d(2100)= 2.971299975e-07 rate=0.9928696252
GMRES: d(2400)= 1.775520237e-09 rate=0.991640345
GMRES: d(2400)= 1.850484199e-08 rate=0.9926092949
GMRES: d(2700)= 6.779366598e-09 rate=0.9930583856
GMRES: d(3000)= 1.20666481e-09 rate=0.993178792
GMRES: d(3200)= 4.689796776e-11 rate=0.9925958662
GMRES: d(3300)= 2.057302278e-10 rate=0.9932643668
GMRES: d(3600)= 3.431856756e-11 rate=0.9933296614
GMRES: d(3900)= 1.797070564e-11 rate=0.9936763333
GMRES: d(3974)= 9.963644867e-13 rate=0.9930706734
GMRES: 1.235715807 seconds
Newton: d(1)= 7.447211609e-12 rate 7.459654745e-12
Newton: 1.247538585 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.4
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 907368.5672
Static: LV-Volume (ml): .......................... 358.5908619
Static: RV-Volume (ml): .......................... 280.6405711
Static: LA-Volume (ml): .......................... 20.55133601
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 21466.07584
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.9983319421
GMRES: d(0)= 0.9983319421
GMRES: d(300)= 0.02389181696 rate=0.9876352469
GMRES: d(600)= 0.004888951008 rate=0.9911739997
GMRES: d(800)= 0.0003000861945 rate=0.9899139942
GMRES: d(900)= 0.001084907799 rate=0.9924457988
GMRES: d(1200)= 6.932921964e-05 rate=0.9920526033
GMRES: d(1500)= 3.539802372e-06 rate=0.9916683884
GMRES: d(1600)= 1.153324182e-06 rate=0.991491905
GMRES: d(1800)= 3.74342585e-07 rate=0.9918134576
GMRES: d(2100)= 2.768937374e-08 rate=0.991748259
GMRES: d(2400)= 1.181576135e-09 rate=0.9914720927
GMRES: d(2400)= 1.232512746e-08 rate=0.9924412305
GMRES: d(2700)= 1.770980641e-09 rate=0.9925647927
GMRES: d(3000)= 2.722764105e-10 rate=0.9926860336
GMRES: d(3200)= 1.319075825e-11 rate=0.9922024861
GMRES: d(3300)= 6.158241527e-11 rate=0.9929013831
GMRES: d(3600)= 2.352616037e-11 rate=0.9932254849
GMRES: d(3818)= 4.038515605e-12 rate=0.9931525523
GMRES: d(3949)= 9.960726757e-13 rate=0.9930268855
GMRES: 1.217127154 seconds
Newton: d(1)= 7.960568191e-12 rate 7.973869066e-12
Newton: 1.228572664 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.6
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 2342822.969
Static: LV-Volume (ml): .......................... 928.96171
Static: RV-Volume (ml): .......................... 853.3421545
Static: LA-Volume (ml): .......................... 165.3580594
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 32199.11376
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.9983319421
GMRES: d(0)= 0.9983319421
GMRES: d(300)= 0.03567540699 rate=0.9889560233
GMRES: d(600)= 0.01077682826 rate=0.9924806007
GMRES: d(800)= 0.0008085707298 rate=0.9911412558
GMRES: d(900)= 0.004100275226 rate=0.9939130104
GMRES: d(1200)= 0.0003342328923 rate=0.9933538481
GMRES: d(1500)= 0.0001164916967 rate=0.9939808408
GMRES: d(1600)= 1.083154737e-05 rate=0.9928808507
GMRES: d(1800)= 1.311242562e-05 rate=0.9937748565
GMRES: d(2100)= 1.956238304e-06 rate=0.9937610589
GMRES: d(2400)= 1.076204584e-08 rate=0.9923851532
GMRES: d(2400)= 1.133352411e-07 rate=0.9933591294
GMRES: d(2700)= 2.302079002e-09 rate=0.9926612155
GMRES: d(3000)= 3.208790255e-10 rate=0.9927403834
GMRES: d(3200)= 8.417792242e-12 rate=0.9920632251
GMRES: d(3300)= 2.761705455e-11 rate=0.9926601245
GMRES: d(3516)= 4.721064743e-12 rate=0.9926106794
GMRES: d(3694)= 9.613768466e-13 rate=0.9925377973
GMRES: 1.145754866 seconds
Newton: d(1)= 9.44669592e-12 rate 9.462479884e-12
Newton: 1.157574176 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.8
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4700571.735
Static: LV-Volume (ml): .......................... 1868.649644
Static: RV-Volume (ml): .......................... 1910.478076
Static: LA-Volume (ml): .......................... 504.693397
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 42932.15168
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.9983319421
GMRES: d(0)= 0.9983319421
GMRES: d(300)= 0.02333902106 rate=0.9875581836
GMRES: d(600)= 0.002408247437 rate=0.9900049747
GMRES: d(800)= 0.0002025778732 rate=0.9894278859
GMRES: d(900)= 0.0006042480997 rate=0.9918006262
GMRES: d(1200)= 6.675060445e-05 rate=0.9920212689
GMRES: d(1500)= 9.190141168e-06 rate=0.9922993301
GMRES: d(1600)= 1.399837509e-06 rate=0.9916119496
GMRES: d(1800)= 7.135396543e-07 rate=0.9921689579
GMRES: d(2100)= 7.253115851e-08 rate=0.9922031354
GMRES: d(2400)= 4.134501507e-10 rate=0.9910383906
GMRES: d(2400)= 4.375542514e-09 rate=0.9920130805
GMRES: d(2700)= 1.123394445e-09 rate=0.9923974756
GMRES: d(3000)= 1.071449153e-10 rate=0.9923774768
GMRES: d(3200)= 2.315737814e-12 rate=0.9916631883
GMRES: d(3248)= 7.552707076e-12 rate=0.992146932
GMRES: d(3430)= 8.766916173e-13 rate=0.9919390929
GMRES: 1.051544824 seconds
Newton: d(1)= 1.116124261e-11 rate 1.117989132e-11
Newton: 1.063206442 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 8181448.076
Static: LV-Volume (ml): .......................... 3259.103937
Static: RV-Volume (ml): .......................... 3599.182606
Static: LA-Volume (ml): .......................... 1117.188282
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 53665.1896
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 5.875561331 seconds
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 1.116124657e-11 rate 0
Newton: 0.000617226 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.001997728 seconds
solution (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 0.5) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(0.5, 0, 0) 0 0 0 : 0 0 0
(0.5, 0, 0.5) 0 0 0 : 0 0 0
(0.5, 0, 1) 0 0 0 : 0 0 0
(0.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0, 0) 0 0 0 : 0 0 0
(1.5, 0, 0.5) 0 0 0 : 0 0 0
(1.5, 0, 1) 0 0 0 : 0 0 0
(1.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0, 0) 0 0 0 : 0 0 0
(2.5, 0, 0.5) 0 0 0 : 0 0 0
(2.5, 0, 1) 0 0 0 : 0 0 0
(2.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0, 0) 0 0 0 : 0 0 0
(3.5, 0, 0.5) 0 0 0 : 0 0 0
(3.5, 0, 1) 0 0 0 : 0 0 0
(3.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0, 0) 0 0 0 : 0 0 0
(4.5, 0, 0.5) 0 0 0 : 0 0 0
(4.5, 0, 1) 0 0 0 : 0 0 0
(4.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 3 ]
(5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 3 ]
(5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 3 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 ]
num 0
exact (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 0.5) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(0.5, 0, 0) 0 0 0 : 0 0 0
(0.5, 0, 0.5) 0 0 0 : 0 0 0
(0.5, 0, 1) 0 0 0 : 0 0 0
(0.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0, 0) 0 0 0 : 0 0 0
(1.5, 0, 0.5) 0 0 0 : 0 0 0
(1.5, 0, 1) 0 0 0 : 0 0 0
(1.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0, 0) 0 0 0 : 0 0 0
(2.5, 0, 0.5) 0 0 0 : 0 0 0
(2.5, 0, 1) 0 0 0 : 0 0 0
(2.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0, 0) 0 0 0 : 0 0 0
(3.5, 0, 0.5) 0 0 0 : 0 0 0
(3.5, 0, 1) 0 0 0 : 0 0 0
(3.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0, 0) 0 0 0 : 0 0 0
(4.5, 0, 0.5) 0 0 0 : 0 0 0
(4.5, 0, 1) 0 0 0 : 0 0 0
(4.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 3 ]
(5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 3 ]
(5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 3 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 ]
[ OK ] ConformingBeam/PrestressTest.TestInitialValue/3 (5882 ms)
[ RUN ] ConformingBeam/PrestressTest.TestInitialValue/4
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading default: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading config: PrestressSteps.......................... 5
reading config: MechProblem............................. PrestressBeam
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ConstantPressure........................ 0.0
reading config: LVPressure.............................. 10.000000
reading config: RVPressure.............................. 0.000000
reading config: LAPressure.............................. 1.000000
reading config: RAPressure.............................. 0.000000
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading config: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... Prestress Problem
Material: ................................ Linear
Material Parameters: ..................... (1.000000, 1.000000)
Poisson's Ratio: ......................... 0.25
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 567
===========================================================
Mesh Info:
Mesh Name: ............................... BenchmarkBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading config: WithPrestress........................... true
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-12
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-10
reading config: NewtonReduction......................... 1e-11
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 0.9983319421
GMRES: d(0)= 0.9983319421
GMRES: d(300)= 0.0335541284 rate=0.9887539618
GMRES: d(600)= 0.00545551742 rate=0.9913551528
GMRES: d(800)= 8.198376814e-05 rate=0.9883097188
GMRES: d(900)= 0.0002004781454 rate=0.9905855561
GMRES: d(1200)= 4.693870763e-05 rate=0.991730219
GMRES: d(1500)= 1.139048985e-05 rate=0.9924413366
GMRES: d(1600)= 1.400845735e-06 rate=0.9916123958
GMRES: d(1800)= 1.850881534e-06 rate=0.9926944942
GMRES: d(2100)= 6.298945411e-07 rate=0.9932249387
GMRES: d(2400)= 3.89608102e-09 rate=0.9919651099
GMRES: d(2400)= 4.079445903e-08 rate=0.9929362952
GMRES: d(2700)= 1.205466998e-08 rate=0.9932701019
GMRES: d(3000)= 1.838703927e-09 rate=0.9933182444
GMRES: d(3200)= 4.952885837e-11 rate=0.9926127967
GMRES: d(3300)= 1.988666146e-10 rate=0.9932541538
GMRES: d(3600)= 1.332882265e-11 rate=0.9930687375
GMRES: d(3732)= 9.98173815e-13 rate=0.992623488
GMRES: 1.162539367 seconds
Newton: d(1)= 7.020681022e-12 rate 7.032411491e-12
Newton: 1.174701059 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.2
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 193375.3151
Static: LV-Volume (ml): .......................... 76.08782718
Static: RV-Volume (ml): .......................... 45.23905443
Static: LA-Volume (ml): .......................... 8.357706094
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 10733.03792
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.9983319421
GMRES: d(0)= 0.9983319421
GMRES: d(300)= 0.07956991682 rate=0.9916039463
GMRES: d(600)= 0.02264796728 rate=0.9937098402
GMRES: d(800)= 0.001218437709 rate=0.991649416
GMRES: d(900)= 0.005801246299 rate=0.9942963136
GMRES: d(1200)= 0.000549204045 rate=0.9937650426
GMRES: d(1500)= 0.0001394821769 rate=0.994100203
GMRES: d(1600)= 1.04775993e-05 rate=0.9928602341
GMRES: d(1800)= 1.492694059e-05 rate=0.993846415
GMRES: d(2100)= 2.971299975e-07 rate=0.9928696252
GMRES: d(2400)= 1.775520237e-09 rate=0.991640345
GMRES: d(2400)= 1.850484199e-08 rate=0.9926092949
GMRES: d(2700)= 6.779366598e-09 rate=0.9930583856
GMRES: d(3000)= 1.20666481e-09 rate=0.993178792
GMRES: d(3200)= 4.689796776e-11 rate=0.9925958662
GMRES: d(3300)= 2.057302278e-10 rate=0.9932643668
GMRES: d(3600)= 3.431856756e-11 rate=0.9933296614
GMRES: d(3900)= 1.797070564e-11 rate=0.9936763333
GMRES: d(3974)= 9.963644867e-13 rate=0.9930706734
GMRES: 1.233717381 seconds
Newton: d(1)= 7.447211609e-12 rate 7.459654745e-12
Newton: 1.245447544 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.4
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 907368.5672
Static: LV-Volume (ml): .......................... 358.5908619
Static: RV-Volume (ml): .......................... 280.6405711
Static: LA-Volume (ml): .......................... 20.55133601
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 21466.07584
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.9983319421
GMRES: d(0)= 0.9983319421
GMRES: d(300)= 0.02389181696 rate=0.9876352469
GMRES: d(600)= 0.004888951008 rate=0.9911739997
GMRES: d(800)= 0.0003000861945 rate=0.9899139942
GMRES: d(900)= 0.001084907799 rate=0.9924457988
GMRES: d(1200)= 6.932921964e-05 rate=0.9920526033
GMRES: d(1500)= 3.539802372e-06 rate=0.9916683884
GMRES: d(1600)= 1.153324182e-06 rate=0.991491905
GMRES: d(1800)= 3.74342585e-07 rate=0.9918134576
GMRES: d(2100)= 2.768937374e-08 rate=0.991748259
GMRES: d(2400)= 1.181576135e-09 rate=0.9914720927
GMRES: d(2400)= 1.232512746e-08 rate=0.9924412305
GMRES: d(2700)= 1.770980641e-09 rate=0.9925647927
GMRES: d(3000)= 2.722764105e-10 rate=0.9926860336
GMRES: d(3200)= 1.319075825e-11 rate=0.9922024861
GMRES: d(3300)= 6.158241527e-11 rate=0.9929013831
GMRES: d(3600)= 2.352616037e-11 rate=0.9932254849
GMRES: d(3818)= 4.038515605e-12 rate=0.9931525523
GMRES: d(3949)= 9.960726757e-13 rate=0.9930268855
GMRES: 1.218257546 seconds
Newton: d(1)= 7.960568191e-12 rate 7.973869066e-12
Newton: 1.229726 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.6
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 2342822.969
Static: LV-Volume (ml): .......................... 928.96171
Static: RV-Volume (ml): .......................... 853.3421545
Static: LA-Volume (ml): .......................... 165.3580594
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 32199.11376
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.9983319421
GMRES: d(0)= 0.9983319421
GMRES: d(300)= 0.03567540699 rate=0.9889560233
GMRES: d(600)= 0.01077682826 rate=0.9924806007
GMRES: d(800)= 0.0008085707298 rate=0.9911412558
GMRES: d(900)= 0.004100275226 rate=0.9939130104
GMRES: d(1200)= 0.0003342328923 rate=0.9933538481
GMRES: d(1500)= 0.0001164916967 rate=0.9939808408
GMRES: d(1600)= 1.083154737e-05 rate=0.9928808507
GMRES: d(1800)= 1.311242562e-05 rate=0.9937748565
GMRES: d(2100)= 1.956238304e-06 rate=0.9937610589
GMRES: d(2400)= 1.076204584e-08 rate=0.9923851532
GMRES: d(2400)= 1.133352411e-07 rate=0.9933591294
GMRES: d(2700)= 2.302079002e-09 rate=0.9926612155
GMRES: d(3000)= 3.208790255e-10 rate=0.9927403834
GMRES: d(3200)= 8.417792242e-12 rate=0.9920632251
GMRES: d(3300)= 2.761705455e-11 rate=0.9926601245
GMRES: d(3516)= 4.721064743e-12 rate=0.9926106794
GMRES: d(3694)= 9.613768466e-13 rate=0.9925377973
GMRES: 1.134862317 seconds
Newton: d(1)= 9.44669592e-12 rate 9.462479884e-12
Newton: 1.146437997 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.8
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4700571.735
Static: LV-Volume (ml): .......................... 1868.649644
Static: RV-Volume (ml): .......................... 1910.478076
Static: LA-Volume (ml): .......................... 504.693397
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 42932.15168
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.9983319421
GMRES: d(0)= 0.9983319421
GMRES: d(300)= 0.02333902106 rate=0.9875581836
GMRES: d(600)= 0.002408247437 rate=0.9900049747
GMRES: d(800)= 0.0002025778732 rate=0.9894278859
GMRES: d(900)= 0.0006042480997 rate=0.9918006262
GMRES: d(1200)= 6.675060445e-05 rate=0.9920212689
GMRES: d(1500)= 9.190141168e-06 rate=0.9922993301
GMRES: d(1600)= 1.399837509e-06 rate=0.9916119496
GMRES: d(1800)= 7.135396543e-07 rate=0.9921689579
GMRES: d(2100)= 7.253115851e-08 rate=0.9922031354
GMRES: d(2400)= 4.134501507e-10 rate=0.9910383906
GMRES: d(2400)= 4.375542514e-09 rate=0.9920130805
GMRES: d(2700)= 1.123394445e-09 rate=0.9923974756
GMRES: d(3000)= 1.071449153e-10 rate=0.9923774768
GMRES: d(3200)= 2.315737814e-12 rate=0.9916631883
GMRES: d(3248)= 7.552707076e-12 rate=0.992146932
GMRES: d(3430)= 8.766916173e-13 rate=0.9919390929
GMRES: 1.050883466 seconds
Newton: d(1)= 1.116124261e-11 rate 1.117989132e-11
Newton: 1.062378488 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 8181448.076
Static: LV-Volume (ml): .......................... 3259.103937
Static: RV-Volume (ml): .......................... 3599.182606
Static: LA-Volume (ml): .......................... 1117.188282
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 53665.1896
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 5.861583543 seconds
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 1.116124657e-11 rate 0
Newton: 0.000630372 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.002017623 seconds
solution (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 0.5) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(0.5, 0, 0) 0 0 0 : 0 0 0
(0.5, 0, 0.5) 0 0 0 : 0 0 0
(0.5, 0, 1) 0 0 0 : 0 0 0
(0.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0, 0) 0 0 0 : 0 0 0
(1.5, 0, 0.5) 0 0 0 : 0 0 0
(1.5, 0, 1) 0 0 0 : 0 0 0
(1.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0, 0) 0 0 0 : 0 0 0
(2.5, 0, 0.5) 0 0 0 : 0 0 0
(2.5, 0, 1) 0 0 0 : 0 0 0
(2.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0, 0) 0 0 0 : 0 0 0
(3.5, 0, 0.5) 0 0 0 : 0 0 0
(3.5, 0, 1) 0 0 0 : 0 0 0
(3.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0, 0) 0 0 0 : 0 0 0
(4.5, 0, 0.5) 0 0 0 : 0 0 0
(4.5, 0, 1) 0 0 0 : 0 0 0
(4.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 3 ]
(5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 3 ]
(5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 3 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 ]
num 0
exact (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 0.5) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(0.5, 0, 0) 0 0 0 : 0 0 0
(0.5, 0, 0.5) 0 0 0 : 0 0 0
(0.5, 0, 1) 0 0 0 : 0 0 0
(0.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0, 0) 0 0 0 : 0 0 0
(1.5, 0, 0.5) 0 0 0 : 0 0 0
(1.5, 0, 1) 0 0 0 : 0 0 0
(1.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0, 0) 0 0 0 : 0 0 0
(2.5, 0, 0.5) 0 0 0 : 0 0 0
(2.5, 0, 1) 0 0 0 : 0 0 0
(2.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0, 0) 0 0 0 : 0 0 0
(3.5, 0, 0.5) 0 0 0 : 0 0 0
(3.5, 0, 1) 0 0 0 : 0 0 0
(3.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0, 0) 0 0 0 : 0 0 0
(4.5, 0, 0.5) 0 0 0 : 0 0 0
(4.5, 0, 1) 0 0 0 : 0 0 0
(4.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 3 ]
(5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 3 ]
(5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 3 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 ]
[ OK ] ConformingBeam/PrestressTest.TestInitialValue/4 (5868 ms)
[----------] 5 tests from ConformingBeam/PrestressTest (12950 ms total)
[----------] 5 tests from DGBeam/PrestressTest
[ RUN ] DGBeam/PrestressTest.TestInitialValue/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading default: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading config: PrestressSteps.......................... 5
reading config: MechProblem............................. PrestressBeam
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ConstantPressure........................ 0.0
reading config: LVPressure.............................. 10.000000
reading config: RVPressure.............................. 0.000000
reading config: LAPressure.............................. 1.000000
reading config: RAPressure.............................. 0.000000
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 10
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading config: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... Prestress Problem
Material: ................................ Linear
Material Parameters: ..................... (1.000000, 1.000000)
Poisson's Ratio: ......................... 0.25
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 720
===========================================================
Mesh Info:
Mesh Name: ............................... BenchmarkBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading config: WithPrestress........................... true
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-12
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-10
reading config: NewtonReduction......................... 1e-11
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: reading default: activeDeformation.......................
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.06651185856 rate=0.9915185139
GMRES: d(600)= 0.008693943605 rate=0.9923791021
GMRES: d(800)= 0.001222610577 rate=0.9918438317
GMRES: d(900)= 0.005922424465 rate=0.9944886525
GMRES: d(1200)= 0.001165290653 rate=0.9945153399
GMRES: d(1500)= 0.0001141465262 rate=0.9940690247
GMRES: d(1600)= 7.647386314e-06 rate=0.9927600425
GMRES: d(1800)= 1.088000228e-05 rate=0.9937565128
GMRES: d(2100)= 6.341636319e-07 rate=0.9933006928
GMRES: d(2400)= 5.379322605e-09 rate=0.9921618688
GMRES: d(2400)= 5.320745889e-08 rate=0.9931096854
GMRES: d(2700)= 6.319180754e-09 rate=0.9930889553
GMRES: d(3000)= 7.198602271e-10 rate=0.9930585749
GMRES: d(3200)= 4.882994369e-11 rate=0.9926559751
GMRES: d(3300)= 1.384535512e-10 rate=0.9931913426
GMRES: d(3600)= 1.551287731e-11 rate=0.9931529174
GMRES: d(3796)= 1.036257301e-12 rate=0.9927973164
GMRES: d(3804)= 9.982147749e-13 rate=0.9928026477
GMRES: 1.409465499 seconds
Newton: d(1)= 5.88698968e-12 rate 6.874522875e-12
Newton: 1.416018598 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.2
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 221432.3327
Static: LV-Volume (ml): .......................... 87.64079008
Static: RV-Volume (ml): .......................... 23.20898231
Static: LA-Volume (ml): .......................... 46.33129339
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 14821.8106
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.07363128219 rate=0.9918546617
GMRES: d(600)= 0.01069282611 rate=0.9927214433
GMRES: d(800)= 0.0009893191177 rate=0.9915813667
GMRES: d(900)= 0.00262767713 rate=0.9935910946
GMRES: d(1200)= 0.0001774292842 rate=0.9929567036
GMRES: d(1500)= 2.035944496e-05 rate=0.9929272053
GMRES: d(1600)= 5.22541423e-06 rate=0.9925237752
GMRES: d(1800)= 2.86694705e-06 rate=0.9930204789
GMRES: d(2100)= 6.092602296e-07 rate=0.9932817439
GMRES: d(2400)= 1.746248839e-08 rate=0.9926487646
GMRES: d(2400)= 1.793228895e-07 rate=0.9936125701
GMRES: d(2700)= 1.787950035e-08 rate=0.9934715761
GMRES: d(3000)= 1.704995522e-09 rate=0.993344041
GMRES: d(3200)= 1.498132417e-10 rate=0.99300379
GMRES: d(3300)= 5.378631539e-10 rate=0.9935998598
GMRES: d(3600)= 1.017534996e-10 rate=0.993671943
GMRES: d(3900)= 1.909769211e-11 rate=0.9937309188
GMRES: d(4000)= 2.884934466e-12 rate=0.9934176488
GMRES: d(4029)= 9.442985796e-13 rate=0.9931895278
GMRES: 1.50388196 seconds
Newton: d(1)= 8.539906234e-12 rate 9.972461979e-12
Newton: 1.510147672 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.4
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 1043561.931
Static: LV-Volume (ml): .......................... 415.9788295
Static: RV-Volume (ml): .......................... 88.98760867
Static: LA-Volume (ml): .......................... 240.2010551
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 29643.62119
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.05496713579 rate=0.9908886213
GMRES: d(600)= 0.007013481285 rate=0.9920239065
GMRES: d(800)= 0.0007185003995 rate=0.9911849984
GMRES: d(900)= 0.00203497873 rate=0.9933089383
GMRES: d(1200)= 0.0001761705533 rate=0.9929508125
GMRES: d(1500)= 3.532009673e-05 rate=0.9932919461
GMRES: d(1600)= 5.409630279e-06 rate=0.9925452677
GMRES: d(1800)= 8.081784171e-06 rate=0.9935923833
GMRES: d(2100)= 4.363812901e-06 rate=0.9942134323
GMRES: d(2400)= 1.031485201e-07 rate=0.9933836441
GMRES: d(2400)= 1.00342061e-06 rate=0.9943257355
GMRES: d(2700)= 2.344353372e-07 rate=0.9944189623
GMRES: d(3000)= 5.634635456e-08 rate=0.9945029408
GMRES: d(3200)= 1.319744614e-09 rate=0.9936792014
GMRES: d(3300)= 3.685769266e-09 rate=0.9941795174
GMRES: d(3600)= 2.176578796e-10 rate=0.9938818428
GMRES: d(3900)= 6.701270792e-11 rate=0.994050828
GMRES: d(4000)= 5.363984621e-12 rate=0.9935716914
GMRES: d(4136)= 5.915096765e-12 rate=0.9938059081
GMRES: d(4218)= 9.965891468e-13 rate=0.9935063909
GMRES: 1.557979126 seconds
Newton: d(1)= 1.041337092e-11 rate 1.21601974e-11
Newton: 1.564184874 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.6
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 2703181.058
Static: LV-Volume (ml): .......................... 1083.242213
Static: RV-Volume (ml): .......................... 189.2836995
Static: LA-Volume (ml): .......................... 666.2553975
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 44465.43179
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.08796796287 rate=0.9924430149
GMRES: d(600)= 0.01784911262 rate=0.9935695577
GMRES: d(800)= 0.000569397171 rate=0.9908968681
GMRES: d(900)= 0.001441844327 rate=0.9929287258
GMRES: d(1200)= 0.0001750454721 rate=0.9929455111
GMRES: d(1500)= 3.012070008e-05 rate=0.9931865042
GMRES: d(1600)= 4.832169045e-06 rate=0.9924752428
GMRES: d(1800)= 3.486734227e-06 rate=0.993128458
GMRES: d(2100)= 8.707177541e-07 rate=0.9934506504
GMRES: d(2400)= 1.428061843e-08 rate=0.992565571
GMRES: d(2400)= 1.38172316e-07 rate=0.9935046504
GMRES: d(2700)= 2.342453504e-08 rate=0.9935709758
GMRES: d(3000)= 1.700806127e-09 rate=0.9933432265
GMRES: d(3200)= 1.067365592e-10 rate=0.9928985913
GMRES: d(3300)= 3.67240472e-10 rate=0.993484974
GMRES: d(3600)= 3.078540307e-11 rate=0.9933420124
GMRES: d(3817)= 4.014922613e-12 rate=0.9931891562
GMRES: d(3903)= 9.944805364e-13 rate=0.9929836139
GMRES: 1.431906482 seconds
Newton: d(1)= 1.450802168e-11 rate 1.694171933e-11
Newton: 1.438140086 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.8
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 5437071.98
Static: LV-Volume (ml): .......................... 2187.6557
Static: RV-Volume (ml): .......................... 316.0417418
Static: LA-Volume (ml): .......................... 1409.140433
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 59287.24238
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.06165555996 rate=0.9912679663
GMRES: d(600)= 0.01411615428 rate=0.9931810917
GMRES: d(800)= 0.001405935381 rate=0.9920170655
GMRES: d(900)= 0.00325109011 rate=0.993826151
GMRES: d(1200)= 0.0002743567728 rate=0.9933174253
GMRES: d(1500)= 6.245727645e-05 rate=0.9936694891
GMRES: d(1600)= 1.477657436e-05 rate=0.9931688206
GMRES: d(1800)= 1.292437599e-05 rate=0.9938515805
GMRES: d(2100)= 3.184166014e-06 rate=0.9940642378
GMRES: d(2400)= 6.844302607e-08 rate=0.9932138859
GMRES: d(2400)= 6.944539904e-07 rate=0.9941732656
GMRES: d(2700)= 7.724154828e-08 rate=0.9940101405
GMRES: d(3000)= 2.996360072e-08 rate=0.9942936086
GMRES: d(3200)= 3.434402719e-09 rate=0.9939762332
GMRES: d(3300)= 8.840542469e-09 rate=0.9944431211
GMRES: d(3600)= 9.779723692e-10 rate=0.9942967528
GMRES: d(3900)= 2.504082943e-10 rate=0.9943868767
GMRES: d(4000)= 3.489385836e-11 rate=0.9940369418
GMRES: d(4200)= 8.902553491e-11 rate=0.99454185
GMRES: d(4409)= 3.781956096e-12 rate=0.9940874728
GMRES: d(4488)= 9.92966055e-13 rate=0.9938950478
GMRES: 1.64647151 seconds
Newton: d(1)= 1.895633291e-11 rate 2.213622773e-11
Newton: 1.652736714 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 9482016.959
Static: LV-Volume (ml): .......................... 3827.444053
Static: RV-Volume (ml): .......................... 461.2062226
Static: LA-Volume (ml): .......................... 2553.502274
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 74109.05298
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 7.583343889 seconds
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 1.884118588e-11 rate 0
Newton: 0.000789127 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.001553821 seconds
solution (0.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 2 3 ]
(4.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 2 1 ]
(4.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 1 2 ]
(5.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 2 0 1 ]
(5.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
num 0
exact (0.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 2 3 ]
(4.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 2 1 ]
(4.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 1 2 ]
(5.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 2 0 1 ]
(5.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
[ OK ] DGBeam/PrestressTest.TestInitialValue/0 (7589 ms)
[ RUN ] DGBeam/PrestressTest.TestInitialValue/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading default: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading config: PrestressSteps.......................... 5
reading config: MechProblem............................. PrestressBeam
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ConstantPressure........................ 0.0
reading config: LVPressure.............................. 10.000000
reading config: RVPressure.............................. 0.000000
reading config: LAPressure.............................. 1.000000
reading config: RAPressure.............................. 0.000000
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 10
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading config: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... Prestress Problem
Material: ................................ Linear
Material Parameters: ..................... (1.000000, 1.000000)
Poisson's Ratio: ......................... 0.25
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 720
===========================================================
Mesh Info:
Mesh Name: ............................... BenchmarkBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading config: WithPrestress........................... true
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-12
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-10
reading config: NewtonReduction......................... 1e-11
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: reading default: activeDeformation.......................
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.06651185856 rate=0.9915185139
GMRES: d(600)= 0.008693943605 rate=0.9923791021
GMRES: d(800)= 0.001222610577 rate=0.9918438317
GMRES: d(900)= 0.005922424465 rate=0.9944886525
GMRES: d(1200)= 0.001165290653 rate=0.9945153399
GMRES: d(1500)= 0.0001141465262 rate=0.9940690247
GMRES: d(1600)= 7.647386314e-06 rate=0.9927600425
GMRES: d(1800)= 1.088000228e-05 rate=0.9937565128
GMRES: d(2100)= 6.341636319e-07 rate=0.9933006928
GMRES: d(2400)= 5.379322605e-09 rate=0.9921618688
GMRES: d(2400)= 5.320745889e-08 rate=0.9931096854
GMRES: d(2700)= 6.319180754e-09 rate=0.9930889553
GMRES: d(3000)= 7.198602271e-10 rate=0.9930585749
GMRES: d(3200)= 4.882994369e-11 rate=0.9926559751
GMRES: d(3300)= 1.384535512e-10 rate=0.9931913426
GMRES: d(3600)= 1.551287731e-11 rate=0.9931529174
GMRES: d(3796)= 1.036257301e-12 rate=0.9927973164
GMRES: d(3804)= 9.982147749e-13 rate=0.9928026477
GMRES: 1.438527121 seconds
Newton: d(1)= 5.88698968e-12 rate 6.874522875e-12
Newton: 1.445090451 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.2
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 221432.3327
Static: LV-Volume (ml): .......................... 87.64079008
Static: RV-Volume (ml): .......................... 23.20898231
Static: LA-Volume (ml): .......................... 46.33129339
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 14821.8106
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.07363128219 rate=0.9918546617
GMRES: d(600)= 0.01069282611 rate=0.9927214433
GMRES: d(800)= 0.0009893191177 rate=0.9915813667
GMRES: d(900)= 0.00262767713 rate=0.9935910946
GMRES: d(1200)= 0.0001774292842 rate=0.9929567036
GMRES: d(1500)= 2.035944496e-05 rate=0.9929272053
GMRES: d(1600)= 5.22541423e-06 rate=0.9925237752
GMRES: d(1800)= 2.86694705e-06 rate=0.9930204789
GMRES: d(2100)= 6.092602296e-07 rate=0.9932817439
GMRES: d(2400)= 1.746248839e-08 rate=0.9926487646
GMRES: d(2400)= 1.793228895e-07 rate=0.9936125701
GMRES: d(2700)= 1.787950035e-08 rate=0.9934715761
GMRES: d(3000)= 1.704995522e-09 rate=0.993344041
GMRES: d(3200)= 1.498132417e-10 rate=0.99300379
GMRES: d(3300)= 5.378631539e-10 rate=0.9935998598
GMRES: d(3600)= 1.017534996e-10 rate=0.993671943
GMRES: d(3900)= 1.909769211e-11 rate=0.9937309188
GMRES: d(4000)= 2.884934466e-12 rate=0.9934176488
GMRES: d(4029)= 9.442985796e-13 rate=0.9931895278
GMRES: 1.51392206 seconds
Newton: d(1)= 8.539906234e-12 rate 9.972461979e-12
Newton: 1.520257399 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.4
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 1043561.931
Static: LV-Volume (ml): .......................... 415.9788295
Static: RV-Volume (ml): .......................... 88.98760867
Static: LA-Volume (ml): .......................... 240.2010551
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 29643.62119
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.05496713579 rate=0.9908886213
GMRES: d(600)= 0.007013481285 rate=0.9920239065
GMRES: d(800)= 0.0007185003995 rate=0.9911849984
GMRES: d(900)= 0.00203497873 rate=0.9933089383
GMRES: d(1200)= 0.0001761705533 rate=0.9929508125
GMRES: d(1500)= 3.532009673e-05 rate=0.9932919461
GMRES: d(1600)= 5.409630279e-06 rate=0.9925452677
GMRES: d(1800)= 8.081784171e-06 rate=0.9935923833
GMRES: d(2100)= 4.363812901e-06 rate=0.9942134323
GMRES: d(2400)= 1.031485201e-07 rate=0.9933836441
GMRES: d(2400)= 1.00342061e-06 rate=0.9943257355
GMRES: d(2700)= 2.344353372e-07 rate=0.9944189623
GMRES: d(3000)= 5.634635456e-08 rate=0.9945029408
GMRES: d(3200)= 1.319744614e-09 rate=0.9936792014
GMRES: d(3300)= 3.685769266e-09 rate=0.9941795174
GMRES: d(3600)= 2.176578796e-10 rate=0.9938818428
GMRES: d(3900)= 6.701270792e-11 rate=0.994050828
GMRES: d(4000)= 5.363984621e-12 rate=0.9935716914
GMRES: d(4136)= 5.915096765e-12 rate=0.9938059081
GMRES: d(4218)= 9.965891468e-13 rate=0.9935063909
GMRES: 1.579110596 seconds
Newton: d(1)= 1.041337092e-11 rate 1.21601974e-11
Newton: 1.585441738 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.6
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 2703181.058
Static: LV-Volume (ml): .......................... 1083.242213
Static: RV-Volume (ml): .......................... 189.2836995
Static: LA-Volume (ml): .......................... 666.2553975
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 44465.43179
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.08796796287 rate=0.9924430149
GMRES: d(600)= 0.01784911262 rate=0.9935695577
GMRES: d(800)= 0.000569397171 rate=0.9908968681
GMRES: d(900)= 0.001441844327 rate=0.9929287258
GMRES: d(1200)= 0.0001750454721 rate=0.9929455111
GMRES: d(1500)= 3.012070008e-05 rate=0.9931865042
GMRES: d(1600)= 4.832169045e-06 rate=0.9924752428
GMRES: d(1800)= 3.486734227e-06 rate=0.993128458
GMRES: d(2100)= 8.707177541e-07 rate=0.9934506504
GMRES: d(2400)= 1.428061843e-08 rate=0.992565571
GMRES: d(2400)= 1.38172316e-07 rate=0.9935046504
GMRES: d(2700)= 2.342453504e-08 rate=0.9935709758
GMRES: d(3000)= 1.700806127e-09 rate=0.9933432265
GMRES: d(3200)= 1.067365592e-10 rate=0.9928985913
GMRES: d(3300)= 3.67240472e-10 rate=0.993484974
GMRES: d(3600)= 3.078540307e-11 rate=0.9933420124
GMRES: d(3817)= 4.014922613e-12 rate=0.9931891562
GMRES: d(3903)= 9.944805364e-13 rate=0.9929836139
GMRES: 1.465327949 seconds
Newton: d(1)= 1.450802168e-11 rate 1.694171933e-11
Newton: 1.471617744 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.8
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 5437071.98
Static: LV-Volume (ml): .......................... 2187.6557
Static: RV-Volume (ml): .......................... 316.0417418
Static: LA-Volume (ml): .......................... 1409.140433
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 59287.24238
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.06165555996 rate=0.9912679663
GMRES: d(600)= 0.01411615428 rate=0.9931810917
GMRES: d(800)= 0.001405935381 rate=0.9920170655
GMRES: d(900)= 0.00325109011 rate=0.993826151
GMRES: d(1200)= 0.0002743567728 rate=0.9933174253
GMRES: d(1500)= 6.245727645e-05 rate=0.9936694891
GMRES: d(1600)= 1.477657436e-05 rate=0.9931688206
GMRES: d(1800)= 1.292437599e-05 rate=0.9938515805
GMRES: d(2100)= 3.184166014e-06 rate=0.9940642378
GMRES: d(2400)= 6.844302607e-08 rate=0.9932138859
GMRES: d(2400)= 6.944539904e-07 rate=0.9941732656
GMRES: d(2700)= 7.724154828e-08 rate=0.9940101405
GMRES: d(3000)= 2.996360072e-08 rate=0.9942936086
GMRES: d(3200)= 3.434402719e-09 rate=0.9939762332
GMRES: d(3300)= 8.840542469e-09 rate=0.9944431211
GMRES: d(3600)= 9.779723692e-10 rate=0.9942967528
GMRES: d(3900)= 2.504082943e-10 rate=0.9943868767
GMRES: d(4000)= 3.489385836e-11 rate=0.9940369418
GMRES: d(4200)= 8.902553491e-11 rate=0.99454185
GMRES: d(4409)= 3.781956096e-12 rate=0.9940874728
GMRES: d(4488)= 9.92966055e-13 rate=0.9938950478
GMRES: 1.672462952 seconds
Newton: d(1)= 1.895633291e-11 rate 2.213622773e-11
Newton: 1.678765658 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 9482016.959
Static: LV-Volume (ml): .......................... 3827.444053
Static: RV-Volume (ml): .......................... 461.2062226
Static: LA-Volume (ml): .......................... 2553.502274
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 74109.05298
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 7.703312539 seconds
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 1.884118588e-11 rate 0
Newton: 0.000803119 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.001658051 seconds
solution (0.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 2 3 ]
(4.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 2 1 ]
(4.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 1 2 ]
(5.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 2 0 1 ]
(5.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
num 0
exact (0.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 2 3 ]
(4.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 2 1 ]
(4.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 1 2 ]
(5.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 2 0 1 ]
(5.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
[ OK ] DGBeam/PrestressTest.TestInitialValue/1 (7709 ms)
[ RUN ] DGBeam/PrestressTest.TestInitialValue/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading default: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading config: PrestressSteps.......................... 5
reading config: MechProblem............................. PrestressBeam
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ConstantPressure........................ 0.0
reading config: LVPressure.............................. 10.000000
reading config: RVPressure.............................. 0.000000
reading config: LAPressure.............................. 1.000000
reading config: RAPressure.............................. 0.000000
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 10
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading config: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... Prestress Problem
Material: ................................ Linear
Material Parameters: ..................... (1.000000, 1.000000)
Poisson's Ratio: ......................... 0.25
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 720
===========================================================
Mesh Info:
Mesh Name: ............................... BenchmarkBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading config: WithPrestress........................... true
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-12
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-10
reading config: NewtonReduction......................... 1e-11
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: reading default: activeDeformation.......................
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.06651185856 rate=0.9915185139
GMRES: d(600)= 0.008693943605 rate=0.9923791021
GMRES: d(800)= 0.001222610577 rate=0.9918438317
GMRES: d(900)= 0.005922424465 rate=0.9944886525
GMRES: d(1200)= 0.001165290653 rate=0.9945153399
GMRES: d(1500)= 0.0001141465262 rate=0.9940690247
GMRES: d(1600)= 7.647386314e-06 rate=0.9927600425
GMRES: d(1800)= 1.088000228e-05 rate=0.9937565128
GMRES: d(2100)= 6.341636319e-07 rate=0.9933006928
GMRES: d(2400)= 5.379322605e-09 rate=0.9921618688
GMRES: d(2400)= 5.320745889e-08 rate=0.9931096854
GMRES: d(2700)= 6.319180754e-09 rate=0.9930889553
GMRES: d(3000)= 7.198602271e-10 rate=0.9930585749
GMRES: d(3200)= 4.882994369e-11 rate=0.9926559751
GMRES: d(3300)= 1.384535512e-10 rate=0.9931913426
GMRES: d(3600)= 1.551287731e-11 rate=0.9931529174
GMRES: d(3796)= 1.036257301e-12 rate=0.9927973164
GMRES: d(3804)= 9.982147749e-13 rate=0.9928026477
GMRES: 1.425188039 seconds
Newton: d(1)= 5.88698968e-12 rate 6.874522875e-12
Newton: 1.431728008 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.2
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 221432.3327
Static: LV-Volume (ml): .......................... 87.64079008
Static: RV-Volume (ml): .......................... 23.20898231
Static: LA-Volume (ml): .......................... 46.33129339
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 14821.8106
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.07363128219 rate=0.9918546617
GMRES: d(600)= 0.01069282611 rate=0.9927214433
GMRES: d(800)= 0.0009893191177 rate=0.9915813667
GMRES: d(900)= 0.00262767713 rate=0.9935910946
GMRES: d(1200)= 0.0001774292842 rate=0.9929567036
GMRES: d(1500)= 2.035944496e-05 rate=0.9929272053
GMRES: d(1600)= 5.22541423e-06 rate=0.9925237752
GMRES: d(1800)= 2.86694705e-06 rate=0.9930204789
GMRES: d(2100)= 6.092602296e-07 rate=0.9932817439
GMRES: d(2400)= 1.746248839e-08 rate=0.9926487646
GMRES: d(2400)= 1.793228895e-07 rate=0.9936125701
GMRES: d(2700)= 1.787950035e-08 rate=0.9934715761
GMRES: d(3000)= 1.704995522e-09 rate=0.993344041
GMRES: d(3200)= 1.498132417e-10 rate=0.99300379
GMRES: d(3300)= 5.378631539e-10 rate=0.9935998598
GMRES: d(3600)= 1.017534996e-10 rate=0.993671943
GMRES: d(3900)= 1.909769211e-11 rate=0.9937309188
GMRES: d(4000)= 2.884934466e-12 rate=0.9934176488
GMRES: d(4029)= 9.442985796e-13 rate=0.9931895278
GMRES: 1.517506555 seconds
Newton: d(1)= 8.539906234e-12 rate 9.972461979e-12
Newton: 1.523926139 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.4
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 1043561.931
Static: LV-Volume (ml): .......................... 415.9788295
Static: RV-Volume (ml): .......................... 88.98760867
Static: LA-Volume (ml): .......................... 240.2010551
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 29643.62119
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.05496713579 rate=0.9908886213
GMRES: d(600)= 0.007013481285 rate=0.9920239065
GMRES: d(800)= 0.0007185003995 rate=0.9911849984
GMRES: d(900)= 0.00203497873 rate=0.9933089383
GMRES: d(1200)= 0.0001761705533 rate=0.9929508125
GMRES: d(1500)= 3.532009673e-05 rate=0.9932919461
GMRES: d(1600)= 5.409630279e-06 rate=0.9925452677
GMRES: d(1800)= 8.081784171e-06 rate=0.9935923833
GMRES: d(2100)= 4.363812901e-06 rate=0.9942134323
GMRES: d(2400)= 1.031485201e-07 rate=0.9933836441
GMRES: d(2400)= 1.00342061e-06 rate=0.9943257355
GMRES: d(2700)= 2.344353372e-07 rate=0.9944189623
GMRES: d(3000)= 5.634635456e-08 rate=0.9945029408
GMRES: d(3200)= 1.319744614e-09 rate=0.9936792014
GMRES: d(3300)= 3.685769266e-09 rate=0.9941795174
GMRES: d(3600)= 2.176578796e-10 rate=0.9938818428
GMRES: d(3900)= 6.701270792e-11 rate=0.994050828
GMRES: d(4000)= 5.363984621e-12 rate=0.9935716914
GMRES: d(4136)= 5.915096765e-12 rate=0.9938059081
GMRES: d(4218)= 9.965891468e-13 rate=0.9935063909
GMRES: 1.598817243 seconds
Newton: d(1)= 1.041337092e-11 rate 1.21601974e-11
Newton: 1.605149316 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.6
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 2703181.058
Static: LV-Volume (ml): .......................... 1083.242213
Static: RV-Volume (ml): .......................... 189.2836995
Static: LA-Volume (ml): .......................... 666.2553975
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 44465.43179
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.08796796287 rate=0.9924430149
GMRES: d(600)= 0.01784911262 rate=0.9935695577
GMRES: d(800)= 0.000569397171 rate=0.9908968681
GMRES: d(900)= 0.001441844327 rate=0.9929287258
GMRES: d(1200)= 0.0001750454721 rate=0.9929455111
GMRES: d(1500)= 3.012070008e-05 rate=0.9931865042
GMRES: d(1600)= 4.832169045e-06 rate=0.9924752428
GMRES: d(1800)= 3.486734227e-06 rate=0.993128458
GMRES: d(2100)= 8.707177541e-07 rate=0.9934506504
GMRES: d(2400)= 1.428061843e-08 rate=0.992565571
GMRES: d(2400)= 1.38172316e-07 rate=0.9935046504
GMRES: d(2700)= 2.342453504e-08 rate=0.9935709758
GMRES: d(3000)= 1.700806127e-09 rate=0.9933432265
GMRES: d(3200)= 1.067365592e-10 rate=0.9928985913
GMRES: d(3300)= 3.67240472e-10 rate=0.993484974
GMRES: d(3600)= 3.078540307e-11 rate=0.9933420124
GMRES: d(3817)= 4.014922613e-12 rate=0.9931891562
GMRES: d(3903)= 9.944805364e-13 rate=0.9929836139
GMRES: 1.454414406 seconds
Newton: d(1)= 1.450802168e-11 rate 1.694171933e-11
Newton: 1.460642611 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.8
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 5437071.98
Static: LV-Volume (ml): .......................... 2187.6557
Static: RV-Volume (ml): .......................... 316.0417418
Static: LA-Volume (ml): .......................... 1409.140433
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 59287.24238
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.06165555996 rate=0.9912679663
GMRES: d(600)= 0.01411615428 rate=0.9931810917
GMRES: d(800)= 0.001405935381 rate=0.9920170655
GMRES: d(900)= 0.00325109011 rate=0.993826151
GMRES: d(1200)= 0.0002743567728 rate=0.9933174253
GMRES: d(1500)= 6.245727645e-05 rate=0.9936694891
GMRES: d(1600)= 1.477657436e-05 rate=0.9931688206
GMRES: d(1800)= 1.292437599e-05 rate=0.9938515805
GMRES: d(2100)= 3.184166014e-06 rate=0.9940642378
GMRES: d(2400)= 6.844302607e-08 rate=0.9932138859
GMRES: d(2400)= 6.944539904e-07 rate=0.9941732656
GMRES: d(2700)= 7.724154828e-08 rate=0.9940101405
GMRES: d(3000)= 2.996360072e-08 rate=0.9942936086
GMRES: d(3200)= 3.434402719e-09 rate=0.9939762332
GMRES: d(3300)= 8.840542469e-09 rate=0.9944431211
GMRES: d(3600)= 9.779723692e-10 rate=0.9942967528
GMRES: d(3900)= 2.504082943e-10 rate=0.9943868767
GMRES: d(4000)= 3.489385836e-11 rate=0.9940369418
GMRES: d(4200)= 8.902553491e-11 rate=0.99454185
GMRES: d(4409)= 3.781956096e-12 rate=0.9940874728
GMRES: d(4488)= 9.92966055e-13 rate=0.9938950478
GMRES: 1.688271176 seconds
Newton: d(1)= 1.895633291e-11 rate 2.213622773e-11
Newton: 1.694550254 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 9482016.959
Static: LV-Volume (ml): .......................... 3827.444053
Static: RV-Volume (ml): .......................... 461.2062226
Static: LA-Volume (ml): .......................... 2553.502274
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 74109.05298
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 7.71809524 seconds
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 1.884118588e-11 rate 0
Newton: 0.000799248 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.001608188 seconds
solution (0.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 2 3 ]
(4.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 2 1 ]
(4.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 1 2 ]
(5.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 2 0 1 ]
(5.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
num 0
exact (0.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 2 3 ]
(4.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 2 1 ]
(4.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 1 2 ]
(5.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 2 0 1 ]
(5.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
[ OK ] DGBeam/PrestressTest.TestInitialValue/2 (7724 ms)
[ RUN ] DGBeam/PrestressTest.TestInitialValue/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading default: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading config: PrestressSteps.......................... 5
reading config: MechProblem............................. PrestressBeam
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ConstantPressure........................ 0.0
reading config: LVPressure.............................. 10.000000
reading config: RVPressure.............................. 0.000000
reading config: LAPressure.............................. 1.000000
reading config: RAPressure.............................. 0.000000
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 10
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading config: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... Prestress Problem
Material: ................................ Linear
Material Parameters: ..................... (1.000000, 1.000000)
Poisson's Ratio: ......................... 0.25
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 1800
===========================================================
Mesh Info:
Mesh Name: ............................... BenchmarkBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading config: WithPrestress........................... true
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-12
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-10
reading config: NewtonReduction......................... 1e-11
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: reading default: activeDeformation.......................
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.496273078 rate=0.9981831475
GMRES: d(600)= 0.2286373161 rate=0.9978015188
GMRES: d(800)= 0.04794347359 rate=0.9964031652
GMRES: d(900)= 0.1285455425 rate=0.9978951133
GMRES: d(1200)= 0.121878834 rate=0.9983766104
GMRES: d(1500)= 0.04698771146 rate=0.9980666768
GMRES: d(1600)= 0.02174156968 rate=0.9977067262
GMRES: d(1800)= 0.06171079363 rate=0.9985398343
GMRES: d(2100)= 0.02598917692 rate=0.9983370996
GMRES: d(2400)= 0.003863574079 rate=0.9977520782
GMRES: d(2400)= 0.03045844641 rate=0.9986108348
GMRES: d(2700)= 0.02184513333 rate=0.9986421451
GMRES: d(3000)= 0.01587201683 rate=0.9986715098
GMRES: d(3200)= 0.002835063525 rate=0.9982170247
GMRES: d(3300)= 0.007054081051 rate=0.9985467928
GMRES: d(3600)= 0.009356489862 rate=0.9987461735
GMRES: d(3900)= 0.002819429785 rate=0.9985353958
GMRES: d(4000)= 0.001427153812 rate=0.9984020292
GMRES: d(4200)= 0.004057890337 rate=0.9987265224
GMRES: d(4500)= 0.002411111957 rate=0.9986958312
GMRES: d(4800)= 0.0002711976854 rate=0.9983227446
GMRES: d(4800)= 0.002245152453 rate=0.998762453
GMRES: d(5100)= 0.00176387871 rate=0.9987879581
GMRES: d(5400)= 0.001653817287 rate=0.9988433377
GMRES: d(5600)= 0.0003507336306 rate=0.99860804
GMRES: d(5700)= 0.0008070057417 rate=0.9987784481
GMRES: d(6000)= 0.0008181071633 rate=0.9988417646
GMRES: d(6300)= 0.0004881323841 rate=0.9988150127
GMRES: d(6400)= 0.0001970524512 rate=0.9986919557
GMRES: d(6600)= 0.0004325545069 rate=0.9988505513
GMRES: d(6900)= 0.0002183471933 rate=0.9988015381
GMRES: d(7200)= 3.250220495e-05 rate=0.9985872315
GMRES: d(7200)= 0.0002855185787 rate=0.9988886561
GMRES: d(7500)= 0.0001723369403 rate=0.9988658461
GMRES: d(7800)= 0.0002079440878 rate=0.9989334968
GMRES: d(8000)= 3.877627187e-05 rate=0.9987504533
GMRES: d(8100)= 9.730242566e-05 rate=0.9988793187
GMRES: d(8400)= 9.236684346e-05 rate=0.9989131309
GMRES: d(8700)= 4.608140763e-05 rate=0.9988707503
GMRES: d(8800)= 2.272983497e-05 rate=0.9988033581
GMRES: d(9000)= 6.134517315e-05 rate=0.9989401269
GMRES: d(9300)= 2.968762436e-05 rate=0.9988963404
GMRES: d(9600)= 7.791340095e-06 rate=0.9987916244
GMRES: d(9600)= 4.863873269e-05 rate=0.9989821836
GMRES: d(9900)= 2.844151744e-05 rate=0.9989588673
GMRES: d(10000)= 1.01698622e-05 rate=0.9988665424
GMRES: 6.498530912 seconds
Newton: d(1)= 1.016985967e-05
GMRES: d(0)= 1.016985967e-05
GMRES: d(300)= 2.128804446e-05 rate=1.002465425
GMRES: d(600)= 8.584855607e-06 rate=0.9997176586
GMRES: d(800)= 2.40067044e-06 rate=0.9981970269
GMRES: d(900)= 7.697054087e-06 rate=0.9996905026
GMRES: d(1200)= 5.361748638e-06 rate=0.9994666937
GMRES: d(1500)= 3.118051017e-06 rate=0.9992121637
GMRES: d(1600)= 1.367860925e-06 rate=0.9987469231
GMRES: d(1800)= 4.029814266e-06 rate=0.9994858499
GMRES: d(2100)= 2.123312983e-06 rate=0.9992543492
GMRES: d(2400)= 2.350327211e-07 rate=0.9984314569
GMRES: d(2400)= 2.207828122e-06 rate=0.9993637778
GMRES: d(2700)= 1.409944373e-06 rate=0.999268461
GMRES: d(3000)= 1.228353682e-06 rate=0.9992956636
GMRES: d(3200)= 3.826051302e-07 rate=0.9989754689
GMRES: d(3300)= 9.941194247e-07 rate=0.9992956039
GMRES: d(3600)= 8.621604855e-07 rate=0.9993147509
GMRES: d(3900)= 6.764710239e-07 rate=0.9993052942
GMRES: d(4000)= 2.669480512e-07 rate=0.9990903815
GMRES: d(4200)= 6.1706799e-07 rate=0.999333031
GMRES: d(4500)= 3.487827932e-07 rate=0.9992507843
GMRES: d(4800)= 6.345693451e-08 rate=0.9989428878
GMRES: d(4800)= 5.106158931e-07 rate=0.9993769512
GMRES: d(5100)= 3.087543575e-07 rate=0.9993150116
GMRES: d(5400)= 2.693688863e-07 rate=0.9993277997
GMRES: d(5600)= 7.480986164e-08 rate=0.9991232
GMRES: d(5700)= 1.634413301e-07 rate=0.9992755731
GMRES: d(6000)= 2.176031247e-07 rate=0.9993594534
GMRES: d(6300)= 1.435989412e-07 rate=0.9993240128
GMRES: d(6400)= 6.166513899e-08 rate=0.9992025892
GMRES: d(6600)= 1.213921967e-07 rate=0.9993292921
GMRES: d(6900)= 1.206514085e-07 rate=0.9993575574
GMRES: d(7200)= 9.223290836e-09 rate=0.9990274938
GMRES: d(7200)= 7.693113471e-08 rate=0.9993218588
GMRES: d(7500)= 5.581359326e-08 rate=0.9993062186
GMRES: d(7800)= 6.277511381e-08 rate=0.9993479531
GMRES: d(8000)= 1.432613918e-08 rate=0.9991796994
GMRES: d(8100)= 4.232162938e-08 rate=0.999323453
GMRES: d(8400)= 3.520571507e-08 rate=0.9993257066
GMRES: d(8700)= 2.479845975e-08 rate=0.9993086986
GMRES: d(8800)= 1.064499469e-08 rate=0.9992205206
GMRES: d(9000)= 2.006953115e-08 rate=0.9993082415
GMRES: d(9300)= 2.290581959e-08 rate=0.9993447532
GMRES: d(9600)= 1.760615025e-09 rate=0.9990981652
GMRES: d(9600)= 1.442636534e-08 rate=0.9993170951
GMRES: d(9900)= 1.608597758e-08 rate=0.9993487742
GMRES: d(10000)= 3.776436731e-09 rate=0.9992104716
GMRES: 6.488065726 seconds
Newton: d(2)= 3.776958368e-09
GMRES: d(0)= 3.776958368e-09
GMRES: d(300)= 1.173726253e-08 rate=1.00378665
GMRES: d(600)= 3.392744685e-09 rate=0.9998212163
GMRES: d(800)= 1.252772077e-09 rate=0.9986215007
GMRES: d(900)= 3.424390112e-09 rate=0.9998911219
GMRES: d(1200)= 2.164686091e-09 rate=0.9995362379
GMRES: d(1500)= 2.32331505e-09 rate=0.9996761032
GMRES: d(1600)= 1.008258422e-09 rate=0.9991749065
GMRES: d(1800)= 1.714430824e-09 rate=0.9995612974
GMRES: d(2100)= 2.080179939e-09 rate=0.9997160096
GMRES: d(2400)= 1.630788788e-10 rate=0.9986915067
GMRES: d(2400)= 1.382681901e-09 rate=0.9995813818
GMRES: d(2700)= 1.132152915e-09 rate=0.9995538781
GMRES: d(3000)= 9.598095849e-10 rate=0.9995434578
GMRES: d(3200)= 9.28601154e-11 rate=0.9988426764
GMRES: d(3300)= 1.991936335e-10 rate=0.999108762
GMRES: d(3600)= 3.257410303e-10 rate=0.9993195173
GMRES: d(3900)= 1.093512017e-10 rate=0.9990921791
GMRES: d(4000)= 4.102556205e-11 rate=0.9988700192
GMRES: d(4200)= 7.760348773e-11 rate=0.9990754129
GMRES: d(4500)= 6.263926631e-11 rate=0.9990894632
GMRES: d(4800)= 5.089528903e-12 rate=0.9986239707
GMRES: d(4800)= 4.49993291e-11 rate=0.9990775035
GMRES: d(5100)= 4.274308046e-11 rate=0.9991216669
GMRES: d(5400)= 3.495099151e-11 rate=0.9991332041
GMRES: d(5600)= 1.190138612e-11 rate=0.9989719539
GMRES: d(5700)= 4.898976867e-11 rate=0.9992379987
GMRES: d(6000)= 2.65271586e-11 rate=0.9991739238
GMRES: d(6300)= 1.856341108e-11 rate=0.9991566286
GMRES: d(6400)= 8.036555529e-12 rate=0.9990391067
GMRES: d(6600)= 2.545464055e-11 rate=0.999242745
GMRES: d(6900)= 1.474248833e-11 rate=0.9991965634
GMRES: d(7200)= 1.343964997e-12 rate=0.9988976844
GMRES: d(7200)= 1.134808854e-11 rate=0.9991937106
GMRES: d(7500)= 1.630264055e-11 rate=0.9992742172
GMRES: d(7782)= 7.598350298e-12 rate=0.9992024843
GMRES: d(8000)= 1.468849828e-12 rate=0.9990189572
GMRES: d(8016)= 3.973574207e-12 rate=0.9991449506
GMRES: d(8273)= 5.322299043e-12 rate=0.9992067974
GMRES: d(8515)= 2.501055191e-12 rate=0.9991407145
GMRES: d(8756)= 2.674443579e-12 rate=0.9991720044
GMRES: d(8800)= 1.641748334e-12 rate=0.9991207376
GMRES: d(8964)= 1.129156022e-12 rate=0.9990950991
GMRES: d(9080)= 9.99530083e-13 rate=0.9990932369
GMRES: 5.800654545 seconds
Newton: d(3)= 1.43013079e-11 rate 0.0002556083369
Newton: 18.962363555 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.2
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 198150.2693
Static: LV-Volume (ml): .......................... 77.71864359
Static: RV-Volume (ml): .......................... 45.9799706
Static: LA-Volume (ml): .......................... 8.631148393
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 21799.44777
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.5149242309 rate=0.9983059098
GMRES: d(600)= 0.2606863628 rate=0.9980196971
GMRES: d(800)= 0.05288426359 rate=0.9965253357
GMRES: d(900)= 0.1167146117 rate=0.9977880654
GMRES: d(1200)= 0.1194854986 rate=0.9983601104
GMRES: d(1500)= 0.07768992877 rate=0.9984013111
GMRES: d(1600)= 0.03136383886 rate=0.9979352457
GMRES: d(1800)= 0.07455015071 rate=0.9986446938
GMRES: d(2100)= 0.04477498179 rate=0.9985957353
GMRES: d(2400)= 0.005495474992 rate=0.9978985641
GMRES: d(2400)= 0.04404405625 rate=0.998764311
GMRES: d(2700)= 0.04937559615 rate=0.9989438095
GMRES: d(3000)= 0.03460114779 rate=0.9989309748
GMRES: d(3200)= 0.004199945592 rate=0.998339628
GMRES: d(3300)= 0.01186658837 rate=0.9987041885
GMRES: d(3600)= 0.01171302337 rate=0.9988084947
GMRES: d(3900)= 0.008379848665 rate=0.9988143322
GMRES: d(4000)= 0.002237047044 rate=0.9985142246
GMRES: d(4200)= 0.005432184439 rate=0.9987958835
GMRES: d(4500)= 0.003261443517 rate=0.9987628752
GMRES: d(4800)= 0.000380374653 rate=0.9983931098
GMRES: d(4800)= 0.003015688812 rate=0.9988238486
GMRES: d(5100)= 0.001010390097 rate=0.9986788458
GMRES: d(5400)= 0.001361280107 rate=0.9988073317
GMRES: d(5600)= 0.0002623309325 rate=0.9985562528
GMRES: d(5700)= 0.0007473965368 rate=0.9987650023
GMRES: d(6000)= 0.0006556146103 rate=0.9988049047
GMRES: d(6300)= 0.0003753046826 rate=0.9987733411
GMRES: d(6400)= 0.0001454981012 rate=0.9986446272
GMRES: d(6600)= 0.0005028113769 rate=0.9988733294
GMRES: d(6900)= 0.000255620236 rate=0.9988243525
GMRES: d(7200)= 2.042806071e-05 rate=0.9985228249
GMRES: d(7200)= 0.0001713877547 rate=0.9988178514
GMRES: d(7500)= 0.0001011877758 rate=0.9987949327
GMRES: d(7800)= 9.636589738e-05 rate=0.9988350021
GMRES: d(8000)= 1.99266876e-05 rate=0.9986673421
GMRES: d(8100)= 4.93272066e-05 rate=0.998795546
GMRES: d(8400)= 4.669742329e-05 rate=0.9988320226
GMRES: d(8700)= 2.745515852e-05 rate=0.9988112957
GMRES: d(8800)= 9.972839906e-06 rate=0.9987098593
GMRES: d(9000)= 2.784249941e-05 rate=0.9988524512
GMRES: d(9300)= 1.081884443e-05 rate=0.998787924
GMRES: d(9600)= 1.805002244e-06 rate=0.9986394814
GMRES: d(9600)= 1.568862846e-05 rate=0.9988644476
GMRES: d(9900)= 8.307276396e-06 rate=0.9988346895
GMRES: d(10000)= 3.280402381e-06 rate=0.9987535308
GMRES: 6.501998364 seconds
Newton: d(1)= 3.280391739e-06
GMRES: d(0)= 3.280391739e-06
GMRES: d(300)= 9.419023374e-06 rate=1.003522083
GMRES: d(600)= 2.071578191e-06 rate=0.9992342065
GMRES: d(800)= 1.011674774e-06 rate=0.998530636
GMRES: d(900)= 2.928236206e-06 rate=0.9998738273
GMRES: d(1200)= 1.679304908e-06 rate=0.9994421699
GMRES: d(1500)= 1.660210967e-06 rate=0.9995460909
GMRES: d(1600)= 7.606049832e-07 rate=0.9990869146
GMRES: d(1800)= 1.473568483e-06 rate=0.9995555011
GMRES: d(2100)= 1.32636994e-06 rate=0.9995688944
GMRES: d(2400)= 1.326265162e-07 rate=0.9986641509
GMRES: d(2400)= 1.03856903e-06 rate=0.9995208985
GMRES: d(2700)= 8.352077835e-07 rate=0.9994934478
GMRES: d(3000)= 6.487233327e-07 rate=0.9994599086
GMRES: d(3200)= 2.005758073e-07 rate=0.9991270919
GMRES: d(3300)= 6.672356254e-07 rate=0.999517518
GMRES: d(3600)= 5.283806727e-07 rate=0.9994929338
GMRES: d(3900)= 2.970803287e-07 rate=0.9993843651
GMRES: d(4000)= 1.690912779e-07 rate=0.9992589548
GMRES: d(4200)= 2.792658752e-07 rate=0.9994136116
GMRES: d(4500)= 3.380211047e-07 rate=0.9994951031
GMRES: d(4800)= 2.393381968e-08 rate=0.9989754366
GMRES: d(4800)= 2.007294244e-07 rate=0.999418136
GMRES: d(5100)= 2.255251784e-07 rate=0.9994751797
GMRES: d(5400)= 1.479223304e-07 rate=0.9994262701
GMRES: d(5600)= 4.360738973e-08 rate=0.9992287812
GMRES: d(5700)= 1.794917851e-07 rate=0.9994903775
GMRES: d(6000)= 1.152289054e-07 rate=0.9994420228
GMRES: d(6300)= 8.556941127e-08 rate=0.9994213754
GMRES: d(6400)= 3.497743034e-08 rate=0.999290718
GMRES: d(6600)= 7.006057906e-08 rate=0.9994173883
GMRES: d(6900)= 7.394830122e-08 rate=0.9994505348
GMRES: d(7200)= 5.806815281e-09 rate=0.9991202919
GMRES: d(7200)= 5.379455155e-08 rate=0.9994292538
GMRES: d(7500)= 4.527916741e-08 rate=0.9994291135
GMRES: d(7800)= 3.23905836e-08 rate=0.9994081431
GMRES: d(8000)= 9.940083842e-09 rate=0.9992753698
GMRES: d(8100)= 2.842048765e-08 rate=0.9994139239
GMRES: d(8400)= 2.160847144e-08 rate=0.9994022463
GMRES: d(8700)= 1.275325961e-08 rate=0.9993622803
GMRES: d(8800)= 7.184289221e-09 rate=0.9993043533
GMRES: d(9000)= 1.489088844e-08 rate=0.9994007387
GMRES: d(9300)= 1.62856988e-08 rate=0.9994296863
GMRES: d(9600)= 1.56382723e-09 rate=0.99920359
GMRES: d(9600)= 1.281807863e-08 rate=0.999422577
GMRES: d(9900)= 3.254563354e-09 rate=0.9993016924
GMRES: d(10000)= 1.922679422e-09 rate=0.999256077
GMRES: 6.508457349 seconds
Newton: d(2)= 1.922381655e-09
GMRES: d(0)= 1.922381655e-09
GMRES: d(300)= 4.945310725e-09 rate=1.003154548
GMRES: d(600)= 7.689844705e-10 rate=0.9984740831
GMRES: d(800)= 2.792898168e-10 rate=0.9975915673
GMRES: d(900)= 1.011218186e-09 rate=0.9992864668
GMRES: d(1200)= 7.707659703e-10 rate=0.9992386772
GMRES: d(1500)= 4.793060639e-10 rate=0.9990744414
GMRES: d(1600)= 2.160653798e-10 rate=0.9986348457
GMRES: d(1800)= 3.503475874e-10 rate=0.9990546725
GMRES: d(2100)= 3.230479396e-10 rate=0.9991510656
GMRES: d(2400)= 2.962094485e-11 rate=0.998262828
GMRES: d(2400)= 2.219654178e-10 rate=0.999100905
GMRES: d(2700)= 2.277867395e-10 rate=0.9992103452
GMRES: d(3000)= 1.622308289e-10 rate=0.9991762395
GMRES: d(3200)= 5.8631284e-11 rate=0.9989099534
GMRES: d(3300)= 1.876613468e-10 rate=0.9992951936
GMRES: d(3600)= 1.901634584e-10 rate=0.9993575853
GMRES: d(3900)= 3.628816768e-11 rate=0.9989826132
GMRES: d(4000)= 1.663733731e-11 rate=0.998813287
GMRES: d(4200)= 4.881587889e-11 rate=0.9991257956
GMRES: d(4500)= 2.595427472e-11 rate=0.9990437944
GMRES: d(4800)= 3.239395035e-12 rate=0.9986704818
GMRES: d(4800)= 2.54401236e-11 rate=0.9990993657
GMRES: d(5100)= 1.460571553e-11 rate=0.9990436131
GMRES: d(5400)= 1.75740951e-11 rate=0.999130953
GMRES: d(5600)= 3.530411298e-12 rate=0.9988756494
GMRES: d(5700)= 1.239656551e-11 rate=0.9991154965
GMRES: d(6000)= 9.257221277e-12 rate=0.999111076
GMRES: d(6244)= 4.761522678e-12 rate=0.9990394186
GMRES: d(6400)= 2.172978177e-12 rate=0.9989403709
GMRES: d(6508)= 5.445628128e-12 rate=0.9990989761
GMRES: d(6741)= 2.726793267e-12 rate=0.9990275916
GMRES: d(6988)= 2.555815408e-12 rate=0.9990526887
GMRES: d(7188)= 9.982485076e-13 rate=0.9989483729
GMRES: 4.590045989 seconds
Newton: d(3)= 2.614952796e-11 rate 0.0003125631057
Newton: 17.774093243 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.4
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 929849.5823
Static: LV-Volume (ml): .......................... 365.764565
Static: RV-Volume (ml): .......................... 285.3179307
Static: LA-Volume (ml): .......................... 21.7412804
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 43598.89554
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.4631977738 rate=0.9979536842
GMRES: d(600)= 0.2683586603 rate=0.9980679464
GMRES: d(800)= 0.05547409668 rate=0.9965848928
GMRES: d(900)= 0.1249307059 rate=0.9978634872
GMRES: d(1200)= 0.1553153625 rate=0.9985783281
GMRES: d(1500)= 0.09792646597 rate=0.9985554038
GMRES: d(1600)= 0.04016117481 rate=0.9980894667
GMRES: d(1800)= 0.08803124222 rate=0.9987369172
GMRES: d(2100)= 0.0818594651 rate=0.9988826847
GMRES: d(2400)= 0.005058919286 rate=0.9978641488
GMRES: d(2400)= 0.0434694808 rate=0.9987588464
GMRES: d(2700)= 0.03705042995 rate=0.9988375658
GMRES: d(3000)= 0.0381967957 rate=0.9989638951
GMRES: d(3200)= 0.01028850402 rate=0.9986191884
GMRES: d(3300)= 0.02166900716 rate=0.9988864402
GMRES: d(3600)= 0.0255831496 rate=0.9990252687
GMRES: d(3900)= 0.02106099083 rate=0.9990503857
GMRES: d(4000)= 0.006817327292 rate=0.9987924271
GMRES: d(4200)= 0.01822301426 rate=0.9990837551
GMRES: d(4500)= 0.01172546359 rate=0.9990469178
GMRES: d(4800)= 0.001652101724 rate=0.998698633
GMRES: d(4800)= 0.01256555427 rate=0.999120862
GMRES: d(5100)= 0.007076544376 rate=0.999060071
GMRES: d(5400)= 0.008971620341 rate=0.9991561689
GMRES: d(5600)= 0.002287345347 rate=0.9989424728
GMRES: d(5700)= 0.004768492549 rate=0.9990897746
GMRES: d(6000)= 0.007310742298 rate=0.9992064262
GMRES: d(6300)= 0.005070730642 rate=0.9991861737
GMRES: d(6400)= 0.001776241581 rate=0.9990351255
GMRES: d(6600)= 0.002966216349 rate=0.9991419758
GMRES: d(6900)= 0.003738337167 rate=0.9992127684
GMRES: d(7200)= 0.0002886024773 rate=0.9988901465
GMRES: d(7200)= 0.002390372235 rate=0.9991834962
GMRES: d(7500)= 0.001839578398 rate=0.9991812498
GMRES: d(7800)= 0.001066625404 rate=0.9991429088
GMRES: d(8000)= 0.0003918533387 rate=0.9990392686
GMRES: d(8100)= 0.001306354421 rate=0.9991996492
GMRES: d(8400)= 0.001116552993 rate=0.9992095469
GMRES: d(8700)= 0.0007874450871 rate=0.9991966861
GMRES: d(8800)= 0.0003086614058 rate=0.9990994752
GMRES: d(9000)= 0.0005577254496 rate=0.9991851581
GMRES: d(9300)= 0.0005940157474 rate=0.9992182061
GMRES: d(9600)= 6.34527969e-05 rate=0.9990098513
GMRES: d(9600)= 0.0005249492126 rate=0.9992297622
GMRES: d(9900)= 0.0003297947237 rate=0.9992061776
GMRES: d(10000)= 0.0001634404692 rate=0.9991439682
GMRES: 6.488759351 seconds
Newton: d(1)= 0.0001634404688
GMRES: d(0)= 0.0001634404688
GMRES: d(300)= 0.0002716351141 rate=1.001694804
GMRES: d(600)= 0.0001444279051 rate=0.9997939073
GMRES: d(800)= 4.001821282e-05 rate=0.9982426533
GMRES: d(900)= 0.0001295223708 rate=0.9997415943
GMRES: d(1200)= 9.372790396e-05 rate=0.9995367299
GMRES: d(1500)= 5.595724467e-05 rate=0.9992856813
GMRES: d(1600)= 2.622981325e-05 rate=0.9988571834
GMRES: d(1800)= 8.073640194e-05 rate=0.999608266
GMRES: d(2100)= 5.229457953e-05 rate=0.9994575014
GMRES: d(2400)= 4.157078257e-06 rate=0.9984713211
GMRES: d(2400)= 3.206017096e-05 rate=0.9993215493
GMRES: d(2700)= 2.289990056e-05 rate=0.9992723699
GMRES: d(3000)= 3.566526662e-05 rate=0.9994927049
GMRES: d(3200)= 7.817161493e-06 rate=0.9990504114
GMRES: d(3300)= 1.993905498e-05 rate=0.9993626976
GMRES: d(3600)= 1.444549839e-05 rate=0.9993263198
GMRES: d(3900)= 1.294365145e-05 rate=0.9993499951
GMRES: d(4000)= 5.650167585e-06 rate=0.9991591628
GMRES: d(4200)= 9.240995656e-06 rate=0.9993162341
GMRES: d(4500)= 9.080805416e-06 rate=0.9993579205
GMRES: d(4800)= 8.059752005e-07 rate=0.998893914
GMRES: d(4800)= 6.707836926e-06 rate=0.999334977
GMRES: d(5100)= 6.275186848e-06 rate=0.9993610188
GMRES: d(5400)= 5.127891916e-06 rate=0.9993591399
GMRES: d(5600)= 1.51057059e-06 rate=0.999163928
GMRES: d(5700)= 3.728328506e-06 rate=0.9993369762
GMRES: d(6000)= 3.804540857e-06 rate=0.9993734874
GMRES: d(6300)= 2.914611288e-06 rate=0.9993610435
GMRES: d(6400)= 1.150292687e-06 rate=0.9992258572
GMRES: d(6600)= 3.376277838e-06 rate=0.9994123432
GMRES: d(6900)= 1.892432865e-06 rate=0.9993540369
GMRES: d(7200)= 4.736956179e-07 rate=0.9991887127
GMRES: d(7200)= 2.739160908e-06 rate=0.9994322727
GMRES: d(7500)= 2.247420173e-06 rate=0.9994286079
GMRES: d(7800)= 8.170566019e-07 rate=0.9993209363
GMRES: d(8000)= 3.136236089e-07 rate=0.9992183044
GMRES: d(8100)= 1.151616974e-06 rate=0.9993884239
GMRES: d(8400)= 7.040760581e-07 rate=0.99935172
GMRES: d(8700)= 8.280322245e-07 rate=0.9993926957
GMRES: d(8800)= 2.091768307e-07 rate=0.9992433518
GMRES: d(9000)= 8.714628638e-07 rate=0.9994186101
GMRES: d(9300)= 5.180691777e-07 rate=0.9993814714
GMRES: d(9600)= 3.898390173e-08 rate=0.9991315174
GMRES: d(9600)= 3.333068328e-07 rate=0.999354881
GMRES: d(9900)= 2.498215656e-07 rate=0.9993453197
GMRES: d(10000)= 7.44934588e-08 rate=0.9992309466
GMRES: 6.506049637 seconds
Newton: d(2)= 7.448772339e-08
GMRES: d(0)= 7.448772339e-08
GMRES: d(300)= 1.573972278e-07 rate=1.002496907
GMRES: d(600)= 5.393485016e-08 rate=0.9994620489
GMRES: d(800)= 2.049497573e-08 rate=0.9983882321
GMRES: d(900)= 6.644964252e-08 rate=0.9998731304
GMRES: d(1200)= 3.914596299e-08 rate=0.9994640295
GMRES: d(1500)= 2.883791168e-08 rate=0.9993675711
GMRES: d(1600)= 1.251963438e-08 rate=0.9988860358
GMRES: d(1800)= 3.709946372e-08 rate=0.9996128351
GMRES: d(2100)= 2.046853512e-08 rate=0.9993850722
GMRES: d(2400)= 4.635276528e-09 rate=0.9988436114
GMRES: d(2400)= 2.720587369e-08 rate=0.9995804208
GMRES: d(2700)= 1.813186306e-08 rate=0.9994768171
GMRES: d(3000)= 8.72753659e-09 rate=0.9992855383
GMRES: d(3200)= 3.307704933e-09 rate=0.9990272298
GMRES: d(3300)= 1.10394571e-08 rate=0.9994216345
GMRES: d(3600)= 9.787995778e-09 rate=0.9994364151
GMRES: d(3900)= 9.745528474e-09 rate=0.9994786422
GMRES: d(4000)= 2.409616011e-09 rate=0.9991425761
GMRES: d(4200)= 4.833343133e-09 rate=0.9993489987
GMRES: d(4500)= 5.122112947e-09 rate=0.9994052731
GMRES: d(4800)= 3.422097397e-10 rate=0.9988791774
GMRES: d(4800)= 2.923250754e-09 rate=0.999325657
GMRES: d(5100)= 2.051085372e-09 rate=0.9992958823
GMRES: d(5400)= 2.693120515e-09 rate=0.9993853864
GMRES: d(5600)= 5.468222543e-10 rate=0.9991228375
GMRES: d(5700)= 2.094579664e-09 rate=0.9993736556
GMRES: d(6000)= 1.376147857e-09 rate=0.9993349969
GMRES: d(6300)= 1.228838882e-09 rate=0.999348694
GMRES: d(6400)= 3.396220476e-10 rate=0.9991580802
GMRES: d(6600)= 9.177588326e-10 rate=0.9993340923
GMRES: d(6900)= 3.97703264e-10 rate=0.9992419276
GMRES: d(7200)= 4.959859702e-11 rate=0.9989846232
GMRES: d(7200)= 4.120823737e-10 rate=0.9992784318
GMRES: d(7500)= 3.407117294e-10 rate=0.9992819442
GMRES: d(7800)= 2.589397849e-10 rate=0.9992743923
GMRES: d(8000)= 7.743422178e-11 rate=0.9991417484
GMRES: d(8100)= 1.83129892e-10 rate=0.9992585227
GMRES: d(8400)= 1.568558187e-10 rate=0.9992665712
GMRES: d(8700)= 1.885124836e-10 rate=0.9993129688
GMRES: d(8800)= 5.131080741e-11 rate=0.9991730139
GMRES: d(9000)= 1.078744709e-10 rate=0.9992738836
GMRES: d(9300)= 5.331723541e-11 rate=0.9992215795
GMRES: d(9600)= 9.312539013e-12 rate=0.9990642893
GMRES: d(9600)= 7.847809877e-11 rate=0.999286133
GMRES: d(9900)= 3.948270519e-11 rate=0.9992384187
GMRES: d(10000)= 1.880276697e-11 rate=0.9991719045
GMRES: 6.49574787 seconds
Newton: d(3)= 4.300834001e-11 rate 0.0003689498367
Newton: 19.662617774 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.6
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 2401013.504
Static: LV-Volume (ml): .......................... 946.5671391
Static: RV-Volume (ml): .......................... 867.7177335
Static: LA-Volume (ml): .......................... 173.1697705
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 65398.3433
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.5330842141 rate=0.9984212529
GMRES: d(600)= 0.2652215576 rate=0.9980483864
GMRES: d(800)= 0.0587965418 rate=0.9966573556
GMRES: d(900)= 0.1592657048 rate=0.9981327412
GMRES: d(1200)= 0.1287511275 rate=0.9984222489
GMRES: d(1500)= 0.07418674939 rate=0.9983706007
GMRES: d(1600)= 0.03776045731 rate=0.9980510171
GMRES: d(1800)= 0.09962708379 rate=0.9988055785
GMRES: d(2100)= 0.06149222014 rate=0.9987466113
GMRES: d(2400)= 0.006632558693 rate=0.9979767632
GMRES: d(2400)= 0.04997618095 rate=0.9988168957
GMRES: d(2700)= 0.05004240424 rate=0.9989487725
GMRES: d(3000)= 0.04242395714 rate=0.9989988466
GMRES: d(3200)= 0.01086597718 rate=0.9986362304
GMRES: d(3300)= 0.02594113226 rate=0.9989409103
GMRES: d(3600)= 0.02334779267 rate=0.9989998962
GMRES: d(3900)= 0.02045449249 rate=0.9990429005
GMRES: d(4000)= 0.008892731345 rate=0.9988587908
GMRES: d(4200)= 0.01357908305 rate=0.9990137849
GMRES: d(4500)= 0.01855133597 rate=0.9991487767
GMRES: d(4800)= 0.001249573568 rate=0.9986405342
GMRES: d(4800)= 0.01095617006 rate=0.999092334
GMRES: d(5100)= 0.004080746456 rate=0.998952236
GMRES: d(5400)= 0.002296100648 rate=0.9989040333
GMRES: d(5600)= 8.321168948e-05 rate=0.9983515307
GMRES: d(5700)= 0.0003937680263 rate=0.9986527205
GMRES: d(6000)= 0.0003543986155 rate=0.9987025073
GMRES: d(6300)= 0.0001987454627 rate=0.9986725631
GMRES: d(6400)= 5.045495148e-05 rate=0.9984793835
GMRES: d(6600)= 0.0001831620035 rate=0.9987205068
GMRES: d(6900)= 0.0001053888833 rate=0.9986961007
GMRES: d(7200)= 8.183299569e-06 rate=0.9983959632
GMRES: d(7200)= 6.339150126e-05 rate=0.9986798856
GMRES: d(7500)= 8.306474321e-05 rate=0.9987686504
GMRES: d(7800)= 3.310833e-05 rate=0.9986982009
GMRES: d(8000)= 1.029790672e-05 rate=0.9985849406
GMRES: d(8100)= 4.293259585e-05 rate=0.9987784255
GMRES: d(8400)= 1.571139111e-05 rate=0.9987025035
GMRES: d(8700)= 2.327945667e-05 rate=0.9987923549
GMRES: d(8800)= 8.853683596e-06 rate=0.9986963505
GMRES: d(9000)= 9.950783733e-06 rate=0.9987382653
GMRES: d(9300)= 1.460229443e-05 rate=0.9988201316
GMRES: d(9600)= 4.022749182e-07 rate=0.9984833333
GMRES: d(9600)= 3.444011607e-06 rate=0.9987066916
GMRES: d(9900)= 6.39928859e-06 rate=0.9988083625
GMRES: d(10000)= 1.300299529e-06 rate=0.9986611133
GMRES: 6.499594407 seconds
Newton: d(1)= 1.300300534e-06
GMRES: d(0)= 1.300300534e-06
GMRES: d(300)= 1.997663679e-06 rate=1.001432301
GMRES: d(600)= 6.61220382e-07 rate=0.9988735291
GMRES: d(800)= 1.473350046e-07 rate=0.9972816492
GMRES: d(900)= 6.345579834e-07 rate=0.999203182
GMRES: d(1200)= 3.882366678e-07 rate=0.9989932275
GMRES: d(1500)= 1.61952607e-07 rate=0.9986122658
GMRES: d(1600)= 6.473188082e-08 rate=0.9981266963
GMRES: d(1800)= 1.657408704e-07 rate=0.9988562517
GMRES: d(2100)= 8.05710764e-08 rate=0.9986764904
GMRES: d(2400)= 1.066889183e-08 rate=0.9980007435
GMRES: d(2400)= 9.223965755e-08 rate=0.998898124
GMRES: d(2700)= 5.099682058e-08 rate=0.9988012423
GMRES: d(3000)= 6.15044974e-08 rate=0.9989834369
GMRES: d(3200)= 1.411695393e-08 rate=0.998587569
GMRES: d(3300)= 4.112988746e-08 rate=0.9989539972
GMRES: d(3600)= 5.17089947e-08 rate=0.9991046458
GMRES: d(3900)= 2.121962005e-08 rate=0.9989453195
GMRES: d(4000)= 1.056791558e-08 rate=0.9987975914
GMRES: d(4200)= 3.033642533e-08 rate=0.9991056379
GMRES: d(4500)= 1.854658009e-08 rate=0.9990559869
GMRES: d(4800)= 2.22247029e-09 rate=0.9986734366
GMRES: d(4800)= 1.946642672e-08 rate=0.9991250373
GMRES: d(5100)= 1.101757518e-08 rate=0.9990649749
GMRES: d(5400)= 9.140972807e-09 rate=0.9990823502
GMRES: d(5600)= 2.669050205e-09 rate=0.9988954983
GMRES: d(5700)= 6.678916399e-09 rate=0.9990756214
GMRES: d(6000)= 6.558815643e-09 rate=0.9991187984
GMRES: d(6300)= 5.901201588e-09 rate=0.9991439865
GMRES: d(6400)= 1.888644039e-09 rate=0.9989795068
GMRES: d(6600)= 4.868821126e-09 rate=0.9991537675
GMRES: d(6900)= 2.791148778e-09 rate=0.9991099764
GMRES: d(7200)= 4.772221373e-10 rate=0.998901975
GMRES: d(7200)= 3.395727756e-09 rate=0.9991742533
GMRES: d(7500)= 2.161081109e-09 rate=0.999147065
GMRES: d(7800)= 1.86402794e-09 rate=0.9991609149
GMRES: d(8000)= 5.02503157e-10 rate=0.9990181693
GMRES: d(8100)= 1.103504295e-09 rate=0.9991273119
GMRES: d(8400)= 1.149973894e-09 rate=0.9991633726
GMRES: d(8700)= 6.842881078e-10 rate=0.9991325917
GMRES: d(8800)= 3.561061333e-10 rate=0.9990682892
GMRES: d(9000)= 9.690639812e-10 rate=0.9992001228
GMRES: d(9300)= 5.326048211e-10 rate=0.9991616069
GMRES: d(9600)= 8.597651876e-11 rate=0.998997999
GMRES: d(9600)= 7.16635926e-10 rate=0.9992186868
GMRES: d(9900)= 4.827153695e-10 rate=0.9992024719
GMRES: d(10000)= 1.901818447e-10 rate=0.9991173772
GMRES: 6.506645786 seconds
Newton: d(2)= 1.911930381e-10
GMRES: d(0)= 1.911930381e-10
GMRES: d(300)= 5.196861834e-10 rate=1.0033387
GMRES: d(600)= 2.312908553e-10 rate=1.000317371
GMRES: d(800)= 5.811907056e-11 rate=0.9985126201
GMRES: d(900)= 1.925467495e-10 rate=1.000007839
GMRES: d(1200)= 1.221053103e-10 rate=0.9996264034
GMRES: d(1500)= 1.138474744e-10 rate=0.9996544437
GMRES: d(1600)= 4.220987002e-11 rate=0.9990563021
GMRES: d(1800)= 7.754764202e-11 rate=0.9994987973
GMRES: d(2100)= 6.063923105e-11 rate=0.9994533202
GMRES: d(2400)= 6.962548219e-12 rate=0.9986206447
GMRES: d(2400)= 5.767784395e-11 rate=0.999500787
GMRES: d(2700)= 3.251411442e-11 rate=0.9993440636
GMRES: d(3000)= 3.84863544e-11 rate=0.9994658161
GMRES: d(3200)= 1.092737377e-11 rate=0.9991060209
GMRES: d(3300)= 3.466112308e-11 rate=0.9994826597
GMRES: d(3600)= 2.614970859e-11 rate=0.9994475289
GMRES: d(3900)= 1.563379376e-11 rate=0.9993581935
GMRES: d(4000)= 7.63410336e-12 rate=0.9991951595
GMRES: d(4200)= 2.335948297e-11 rate=0.9994995823
GMRES: d(4500)= 1.975586259e-11 rate=0.9994957198
GMRES: d(4800)= 1.349719051e-12 rate=0.9989685766
GMRES: d(4800)= 1.19639718e-11 rate=0.999422795
GMRES: d(5100)= 9.599137729e-12 rate=0.9994135818
GMRES: d(5360)= 5.74877945e-12 rate=0.9993464271
GMRES: d(5600)= 2.025633826e-12 rate=0.9991882937
GMRES: d(5660)= 1.027467403e-11 rate=0.999483596
GMRES: d(5920)= 4.580068602e-12 rate=0.9993698659
GMRES: d(6179)= 3.858123948e-12 rate=0.9993685273
GMRES: d(6400)= 1.20437208e-12 rate=0.9992085438
GMRES: d(6421)= 3.670357735e-12 rate=0.9993845541
GMRES: d(6642)= 1.503823497e-12 rate=0.999270776
GMRES: d(6797)= 9.999951544e-13 rate=0.9992274152
GMRES: 4.330356594 seconds
Newton: d(3)= 5.54127606e-11 rate 0.0004014699321
Newton: 17.510048907 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.8
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4817547.599
Static: LV-Volume (ml): .......................... 1902.552408
Static: RV-Volume (ml): .......................... 1942.879899
Static: LA-Volume (ml): .......................... 527.7068061
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 87197.79107
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.5017209286 rate=0.9982194745
GMRES: d(600)= 0.2252315227 rate=0.9977765606
GMRES: d(800)= 0.05256403992 rate=0.9965177701
GMRES: d(900)= 0.1579748293 rate=0.9981237156
GMRES: d(1200)= 0.1139087557 rate=0.9983203455
GMRES: d(1500)= 0.05944683016 rate=0.9982231834
GMRES: d(1600)= 0.02810752009 rate=0.9978668779
GMRES: d(1800)= 0.0803280241 rate=0.9986861088
GMRES: d(2100)= 0.03736411157 rate=0.9985096987
GMRES: d(2400)= 0.005524582878 rate=0.9979007606
GMRES: d(2400)= 0.04201587153 rate=0.9987446926
GMRES: d(2700)= 0.02267113667 rate=0.9986558726
GMRES: d(3000)= 0.03004937043 rate=0.9988840111
GMRES: d(3200)= 0.006876981461 rate=0.9984934803
GMRES: d(3300)= 0.01257637378 rate=0.9987217698
GMRES: d(3600)= 0.01546983953 rate=0.9988856809
GMRES: d(3900)= 0.0134983882 rate=0.9989364359
GMRES: d(4000)= 0.004310835553 rate=0.9986779881
GMRES: d(4200)= 0.01084314764 rate=0.9989602684
GMRES: d(4500)= 0.006193566698 rate=0.9989052293
GMRES: d(4800)= 0.000728037777 rate=0.9985281509
GMRES: d(4800)= 0.005372977832 rate=0.998944038
GMRES: d(5100)= 0.003213378695 rate=0.9989054319
GMRES: d(5400)= 0.003927946675 rate=0.9990033561
GMRES: d(5600)= 0.0008492465282 rate=0.9987657474
GMRES: d(5700)= 0.002167362059 rate=0.9989515733
GMRES: d(6000)= 0.002836929789 rate=0.9990487934
GMRES: d(6300)= 0.001248530676 rate=0.9989639164
GMRES: d(6400)= 0.0005880126344 rate=0.9988625716
GMRES: d(6600)= 0.001088252432 rate=0.9989901913
GMRES: d(6900)= 0.0007998365244 rate=0.9989894927
GMRES: d(7200)= 0.0001110817327 rate=0.9987576936
GMRES: d(7200)= 0.0009074395948 rate=0.9990490904
GMRES: d(7500)= 0.0005939444381 rate=0.9990306505
GMRES: d(7800)= 0.0005990216698 rate=0.999069006
GMRES: d(8000)= 0.0001603717743 rate=0.998927708
GMRES: d(8100)= 0.0005530669514 rate=0.9990936266
GMRES: d(8400)= 0.0003447303997 rate=0.9990697579
GMRES: d(8700)= 0.0002583584097 rate=0.9990687
GMRES: d(8800)= 0.0001101233422 rate=0.9989824689
GMRES: d(9000)= 0.0002452574476 rate=0.9990939524
GMRES: d(9300)= 0.0002738570154 rate=0.9991350166
GMRES: d(9600)= 9.409506761e-06 rate=0.9988112579
GMRES: d(9600)= 8.362987171e-05 rate=0.9990385841
GMRES: d(9900)= 0.0001142217917 rate=0.9990991645
GMRES: d(10000)= 4.389132955e-05 rate=0.9990126162
GMRES: 6.522384927 seconds
Newton: d(1)= 4.389132521e-05
GMRES: d(0)= 4.389132521e-05
GMRES: d(300)= 5.804840441e-05 rate=1.000932303
GMRES: d(600)= 3.319787957e-05 rate=0.9995347238
GMRES: d(800)= 7.03802229e-06 rate=0.9977146286
GMRES: d(900)= 2.931120263e-05 rate=0.9995514929
GMRES: d(1200)= 2.560578324e-05 rate=0.9995510188
GMRES: d(1500)= 1.600442594e-05 rate=0.9993276585
GMRES: d(1600)= 4.101902623e-06 rate=0.9985196806
GMRES: d(1800)= 1.51024672e-05 rate=0.9994074764
GMRES: d(2100)= 1.168319603e-05 rate=0.9993699295
GMRES: d(2400)= 7.321753637e-07 rate=0.9982958487
GMRES: d(2400)= 6.21588568e-06 rate=0.9991859114
GMRES: d(2700)= 6.038515929e-06 rate=0.9992656185
GMRES: d(3000)= 4.139413143e-06 rate=0.9992132554
GMRES: d(3200)= 1.205774864e-06 rate=0.99887732
GMRES: d(3300)= 4.480934657e-06 rate=0.9993087587
GMRES: d(3600)= 2.487258335e-06 rate=0.9992029468
GMRES: d(3900)= 2.862957229e-06 rate=0.9993002804
GMRES: d(4000)= 9.658248005e-07 rate=0.9990463326
GMRES: d(4200)= 2.530013477e-06 rate=0.9993208279
GMRES: d(4500)= 2.456702585e-06 rate=0.9993595615
GMRES: d(4800)= 8.649909461e-08 rate=0.998703063
GMRES: d(4800)= 7.285373328e-07 rate=0.9991465242
GMRES: d(5100)= 1.363864792e-06 rate=0.9993195661
GMRES: d(5400)= 5.870057531e-07 rate=0.9992013492
GMRES: d(5600)= 1.949799346e-07 rate=0.999033222
GMRES: d(5700)= 9.777923979e-07 rate=0.9993328236
GMRES: d(6000)= 7.683662758e-07 rate=0.9993260263
GMRES: d(6300)= 5.120020584e-07 rate=0.9992937188
GMRES: d(6400)= 1.930915437e-07 rate=0.9991524988
GMRES: d(6600)= 2.515993851e-07 rate=0.99921824
GMRES: d(6900)= 3.351675799e-07 rate=0.9992937508
GMRES: d(7200)= 2.211275575e-08 rate=0.9989459285
GMRES: d(7200)= 1.843493212e-07 rate=0.9992402
GMRES: d(7500)= 2.572253051e-07 rate=0.9993149655
GMRES: d(7800)= 1.582677996e-07 rate=0.9992790826
GMRES: d(8000)= 3.857650604e-08 rate=0.9991207832
GMRES: d(8100)= 1.662855402e-07 rate=0.9993118708
GMRES: d(8400)= 1.277729833e-07 rate=0.9993050967
GMRES: d(8700)= 4.516518389e-08 rate=0.9992096062
GMRES: d(8800)= 2.090220886e-08 rate=0.999131103
GMRES: d(9000)= 6.682818568e-08 rate=0.9992794434
GMRES: d(9300)= 3.321997955e-08 rate=0.9992275758
GMRES: d(9600)= 4.098262428e-09 rate=0.999033914
GMRES: d(9600)= 3.556256468e-08 rate=0.9992587979
GMRES: d(9900)= 3.188981683e-08 rate=0.9992702477
GMRES: d(10000)= 1.059116473e-08 rate=0.9991674016
GMRES: 6.492177248 seconds
Newton: d(2)= 1.059195154e-08
GMRES: d(0)= 1.059195154e-08
GMRES: d(300)= 2.621566893e-08 rate=1.003025444
GMRES: d(600)= 1.605974129e-08 rate=1.000693943
GMRES: d(800)= 3.615005058e-09 rate=0.998657151
GMRES: d(900)= 1.141572975e-08 rate=1.000083223
GMRES: d(1200)= 9.992667442e-09 rate=0.9999514655
GMRES: d(1500)= 8.845345064e-09 rate=0.9998798718
GMRES: d(1600)= 3.353796056e-09 rate=0.9992815073
GMRES: d(1800)= 4.042463607e-09 rate=0.9994650098
GMRES: d(2100)= 6.813046094e-09 rate=0.9997899006
GMRES: d(2400)= 5.995908755e-10 rate=0.9988042146
GMRES: d(2400)= 4.106058126e-09 rate=0.9996052317
GMRES: d(2700)= 3.680321406e-09 rate=0.9996085602
GMRES: d(3000)= 1.821345831e-09 rate=0.9994133326
GMRES: d(3200)= 5.563459043e-10 rate=0.9990796552
GMRES: d(3300)= 2.550667973e-09 rate=0.9995686569
GMRES: d(3600)= 1.124010969e-09 rate=0.9993770855
GMRES: d(3900)= 1.239668887e-09 rate=0.9994500871
GMRES: d(4000)= 2.786033728e-10 rate=0.9990908983
GMRES: d(4200)= 6.487801311e-10 rate=0.9993352792
GMRES: d(4500)= 4.769167241e-10 rate=0.9993112356
GMRES: d(4800)= 5.06176026e-11 rate=0.9988873798
GMRES: d(4800)= 3.960531064e-10 rate=0.9993155882
GMRES: d(5100)= 1.139505867e-10 rate=0.9991117506
GMRES: d(5400)= 1.056752606e-10 rate=0.9991471271
GMRES: d(5600)= 1.499191898e-11 rate=0.9988291969
GMRES: d(5700)= 6.676198864e-11 rate=0.9991114974
GMRES: d(6000)= 5.67350584e-11 rate=0.9991288035
GMRES: d(6300)= 1.998332603e-11 rate=0.999004789
GMRES: d(6400)= 5.288167907e-12 rate=0.9988128337
GMRES: d(6600)= 1.651794614e-11 rate=0.999021176
GMRES: d(6881)= 4.978581207e-12 rate=0.9988870165
GMRES: d(7022)= 9.955436931e-13 rate=0.9986804049
GMRES: 4.564012091 seconds
Newton: d(3)= 7.508520621e-11 rate 0.0004442572817
Newton: 17.751355812 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 8385357.431
Static: LV-Volume (ml): .......................... 3316.146413
Static: RV-Volume (ml): .......................... 3660.504947
Static: LA-Volume (ml): .......................... 1167.404871
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 108997.2388
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 91.665161767 seconds
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 7.493454539e-11 rate 0
Newton: 0.002916613 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.005284102 seconds
solution (0.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 2 3 ]
(4.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 2 1 ]
(4.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 1 2 ]
(5.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 2 0 1 ]
(5.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
num 0
exact (0.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 2 3 ]
(4.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 2 1 ]
(4.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 1 2 ]
(5.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 2 0 1 ]
(5.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
[ OK ] DGBeam/PrestressTest.TestInitialValue/3 (91678 ms)
[ RUN ] DGBeam/PrestressTest.TestInitialValue/4
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading default: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading config: PrestressSteps.......................... 5
reading config: MechProblem............................. PrestressBeam
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ConstantPressure........................ 0.0
reading config: LVPressure.............................. 10.000000
reading config: RVPressure.............................. 0.000000
reading config: LAPressure.............................. 1.000000
reading config: RAPressure.............................. 0.000000
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 10
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading config: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... Prestress Problem
Material: ................................ Linear
Material Parameters: ..................... (1.000000, 1.000000)
Poisson's Ratio: ......................... 0.25
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 1800
===========================================================
Mesh Info:
Mesh Name: ............................... BenchmarkBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading config: WithPrestress........................... true
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-12
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-10
reading config: NewtonReduction......................... 1e-11
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: reading default: activeDeformation.......................
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.496273078 rate=0.9981831475
GMRES: d(600)= 0.2286373161 rate=0.9978015188
GMRES: d(800)= 0.04794347359 rate=0.9964031652
GMRES: d(900)= 0.1285455425 rate=0.9978951133
GMRES: d(1200)= 0.121878834 rate=0.9983766104
GMRES: d(1500)= 0.04698771146 rate=0.9980666768
GMRES: d(1600)= 0.02174156968 rate=0.9977067262
GMRES: d(1800)= 0.06171079363 rate=0.9985398343
GMRES: d(2100)= 0.02598917692 rate=0.9983370996
GMRES: d(2400)= 0.003863574079 rate=0.9977520782
GMRES: d(2400)= 0.03045844641 rate=0.9986108348
GMRES: d(2700)= 0.02184513333 rate=0.9986421451
GMRES: d(3000)= 0.01587201683 rate=0.9986715098
GMRES: d(3200)= 0.002835063525 rate=0.9982170247
GMRES: d(3300)= 0.007054081051 rate=0.9985467928
GMRES: d(3600)= 0.009356489862 rate=0.9987461735
GMRES: d(3900)= 0.002819429785 rate=0.9985353958
GMRES: d(4000)= 0.001427153812 rate=0.9984020292
GMRES: d(4200)= 0.004057890337 rate=0.9987265224
GMRES: d(4500)= 0.002411111957 rate=0.9986958312
GMRES: d(4800)= 0.0002711976854 rate=0.9983227446
GMRES: d(4800)= 0.002245152453 rate=0.998762453
GMRES: d(5100)= 0.00176387871 rate=0.9987879581
GMRES: d(5400)= 0.001653817287 rate=0.9988433377
GMRES: d(5600)= 0.0003507336306 rate=0.99860804
GMRES: d(5700)= 0.0008070057417 rate=0.9987784481
GMRES: d(6000)= 0.0008181071633 rate=0.9988417646
GMRES: d(6300)= 0.0004881323841 rate=0.9988150127
GMRES: d(6400)= 0.0001970524512 rate=0.9986919557
GMRES: d(6600)= 0.0004325545069 rate=0.9988505513
GMRES: d(6900)= 0.0002183471933 rate=0.9988015381
GMRES: d(7200)= 3.250220495e-05 rate=0.9985872315
GMRES: d(7200)= 0.0002855185787 rate=0.9988886561
GMRES: d(7500)= 0.0001723369403 rate=0.9988658461
GMRES: d(7800)= 0.0002079440878 rate=0.9989334968
GMRES: d(8000)= 3.877627187e-05 rate=0.9987504533
GMRES: d(8100)= 9.730242566e-05 rate=0.9988793187
GMRES: d(8400)= 9.236684346e-05 rate=0.9989131309
GMRES: d(8700)= 4.608140763e-05 rate=0.9988707503
GMRES: d(8800)= 2.272983497e-05 rate=0.9988033581
GMRES: d(9000)= 6.134517315e-05 rate=0.9989401269
GMRES: d(9300)= 2.968762436e-05 rate=0.9988963404
GMRES: d(9600)= 7.791340095e-06 rate=0.9987916244
GMRES: d(9600)= 4.863873269e-05 rate=0.9989821836
GMRES: d(9900)= 2.844151744e-05 rate=0.9989588673
GMRES: d(10000)= 1.01698622e-05 rate=0.9988665424
GMRES: 6.50915048 seconds
Newton: d(1)= 1.016985967e-05
GMRES: d(0)= 1.016985967e-05
GMRES: d(300)= 2.128804446e-05 rate=1.002465425
GMRES: d(600)= 8.584855607e-06 rate=0.9997176586
GMRES: d(800)= 2.40067044e-06 rate=0.9981970269
GMRES: d(900)= 7.697054087e-06 rate=0.9996905026
GMRES: d(1200)= 5.361748638e-06 rate=0.9994666937
GMRES: d(1500)= 3.118051017e-06 rate=0.9992121637
GMRES: d(1600)= 1.367860925e-06 rate=0.9987469231
GMRES: d(1800)= 4.029814266e-06 rate=0.9994858499
GMRES: d(2100)= 2.123312983e-06 rate=0.9992543492
GMRES: d(2400)= 2.350327211e-07 rate=0.9984314569
GMRES: d(2400)= 2.207828122e-06 rate=0.9993637778
GMRES: d(2700)= 1.409944373e-06 rate=0.999268461
GMRES: d(3000)= 1.228353682e-06 rate=0.9992956636
GMRES: d(3200)= 3.826051302e-07 rate=0.9989754689
GMRES: d(3300)= 9.941194247e-07 rate=0.9992956039
GMRES: d(3600)= 8.621604855e-07 rate=0.9993147509
GMRES: d(3900)= 6.764710239e-07 rate=0.9993052942
GMRES: d(4000)= 2.669480512e-07 rate=0.9990903815
GMRES: d(4200)= 6.1706799e-07 rate=0.999333031
GMRES: d(4500)= 3.487827932e-07 rate=0.9992507843
GMRES: d(4800)= 6.345693451e-08 rate=0.9989428878
GMRES: d(4800)= 5.106158931e-07 rate=0.9993769512
GMRES: d(5100)= 3.087543575e-07 rate=0.9993150116
GMRES: d(5400)= 2.693688863e-07 rate=0.9993277997
GMRES: d(5600)= 7.480986164e-08 rate=0.9991232
GMRES: d(5700)= 1.634413301e-07 rate=0.9992755731
GMRES: d(6000)= 2.176031247e-07 rate=0.9993594534
GMRES: d(6300)= 1.435989412e-07 rate=0.9993240128
GMRES: d(6400)= 6.166513899e-08 rate=0.9992025892
GMRES: d(6600)= 1.213921967e-07 rate=0.9993292921
GMRES: d(6900)= 1.206514085e-07 rate=0.9993575574
GMRES: d(7200)= 9.223290836e-09 rate=0.9990274938
GMRES: d(7200)= 7.693113471e-08 rate=0.9993218588
GMRES: d(7500)= 5.581359326e-08 rate=0.9993062186
GMRES: d(7800)= 6.277511381e-08 rate=0.9993479531
GMRES: d(8000)= 1.432613918e-08 rate=0.9991796994
GMRES: d(8100)= 4.232162938e-08 rate=0.999323453
GMRES: d(8400)= 3.520571507e-08 rate=0.9993257066
GMRES: d(8700)= 2.479845975e-08 rate=0.9993086986
GMRES: d(8800)= 1.064499469e-08 rate=0.9992205206
GMRES: d(9000)= 2.006953115e-08 rate=0.9993082415
GMRES: d(9300)= 2.290581959e-08 rate=0.9993447532
GMRES: d(9600)= 1.760615025e-09 rate=0.9990981652
GMRES: d(9600)= 1.442636534e-08 rate=0.9993170951
GMRES: d(9900)= 1.608597758e-08 rate=0.9993487742
GMRES: d(10000)= 3.776436731e-09 rate=0.9992104716
GMRES: 6.499294425 seconds
Newton: d(2)= 3.776958368e-09
GMRES: d(0)= 3.776958368e-09
GMRES: d(300)= 1.173726253e-08 rate=1.00378665
GMRES: d(600)= 3.392744685e-09 rate=0.9998212163
GMRES: d(800)= 1.252772077e-09 rate=0.9986215007
GMRES: d(900)= 3.424390112e-09 rate=0.9998911219
GMRES: d(1200)= 2.164686091e-09 rate=0.9995362379
GMRES: d(1500)= 2.32331505e-09 rate=0.9996761032
GMRES: d(1600)= 1.008258422e-09 rate=0.9991749065
GMRES: d(1800)= 1.714430824e-09 rate=0.9995612974
GMRES: d(2100)= 2.080179939e-09 rate=0.9997160096
GMRES: d(2400)= 1.630788788e-10 rate=0.9986915067
GMRES: d(2400)= 1.382681901e-09 rate=0.9995813818
GMRES: d(2700)= 1.132152915e-09 rate=0.9995538781
GMRES: d(3000)= 9.598095849e-10 rate=0.9995434578
GMRES: d(3200)= 9.28601154e-11 rate=0.9988426764
GMRES: d(3300)= 1.991936335e-10 rate=0.999108762
GMRES: d(3600)= 3.257410303e-10 rate=0.9993195173
GMRES: d(3900)= 1.093512017e-10 rate=0.9990921791
GMRES: d(4000)= 4.102556205e-11 rate=0.9988700192
GMRES: d(4200)= 7.760348773e-11 rate=0.9990754129
GMRES: d(4500)= 6.263926631e-11 rate=0.9990894632
GMRES: d(4800)= 5.089528903e-12 rate=0.9986239707
GMRES: d(4800)= 4.49993291e-11 rate=0.9990775035
GMRES: d(5100)= 4.274308046e-11 rate=0.9991216669
GMRES: d(5400)= 3.495099151e-11 rate=0.9991332041
GMRES: d(5600)= 1.190138612e-11 rate=0.9989719539
GMRES: d(5700)= 4.898976867e-11 rate=0.9992379987
GMRES: d(6000)= 2.65271586e-11 rate=0.9991739238
GMRES: d(6300)= 1.856341108e-11 rate=0.9991566286
GMRES: d(6400)= 8.036555529e-12 rate=0.9990391067
GMRES: d(6600)= 2.545464055e-11 rate=0.999242745
GMRES: d(6900)= 1.474248833e-11 rate=0.9991965634
GMRES: d(7200)= 1.343964997e-12 rate=0.9988976844
GMRES: d(7200)= 1.134808854e-11 rate=0.9991937106
GMRES: d(7500)= 1.630264055e-11 rate=0.9992742172
GMRES: d(7782)= 7.598350298e-12 rate=0.9992024843
GMRES: d(8000)= 1.468849828e-12 rate=0.9990189572
GMRES: d(8016)= 3.973574207e-12 rate=0.9991449506
GMRES: d(8273)= 5.322299043e-12 rate=0.9992067974
GMRES: d(8515)= 2.501055191e-12 rate=0.9991407145
GMRES: d(8756)= 2.674443579e-12 rate=0.9991720044
GMRES: d(8800)= 1.641748334e-12 rate=0.9991207376
GMRES: d(8964)= 1.129156022e-12 rate=0.9990950991
GMRES: d(9080)= 9.99530083e-13 rate=0.9990932369
GMRES: 5.818678224 seconds
Newton: d(3)= 1.43013079e-11 rate 0.0002556083369
Newton: 19.003179919 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.2
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 198150.2693
Static: LV-Volume (ml): .......................... 77.71864359
Static: RV-Volume (ml): .......................... 45.9799706
Static: LA-Volume (ml): .......................... 8.631148393
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 21799.44777
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.5149242309 rate=0.9983059098
GMRES: d(600)= 0.2606863628 rate=0.9980196971
GMRES: d(800)= 0.05288426359 rate=0.9965253357
GMRES: d(900)= 0.1167146117 rate=0.9977880654
GMRES: d(1200)= 0.1194854986 rate=0.9983601104
GMRES: d(1500)= 0.07768992877 rate=0.9984013111
GMRES: d(1600)= 0.03136383886 rate=0.9979352457
GMRES: d(1800)= 0.07455015071 rate=0.9986446938
GMRES: d(2100)= 0.04477498179 rate=0.9985957353
GMRES: d(2400)= 0.005495474992 rate=0.9978985641
GMRES: d(2400)= 0.04404405625 rate=0.998764311
GMRES: d(2700)= 0.04937559615 rate=0.9989438095
GMRES: d(3000)= 0.03460114779 rate=0.9989309748
GMRES: d(3200)= 0.004199945592 rate=0.998339628
GMRES: d(3300)= 0.01186658837 rate=0.9987041885
GMRES: d(3600)= 0.01171302337 rate=0.9988084947
GMRES: d(3900)= 0.008379848665 rate=0.9988143322
GMRES: d(4000)= 0.002237047044 rate=0.9985142246
GMRES: d(4200)= 0.005432184439 rate=0.9987958835
GMRES: d(4500)= 0.003261443517 rate=0.9987628752
GMRES: d(4800)= 0.000380374653 rate=0.9983931098
GMRES: d(4800)= 0.003015688812 rate=0.9988238486
GMRES: d(5100)= 0.001010390097 rate=0.9986788458
GMRES: d(5400)= 0.001361280107 rate=0.9988073317
GMRES: d(5600)= 0.0002623309325 rate=0.9985562528
GMRES: d(5700)= 0.0007473965368 rate=0.9987650023
GMRES: d(6000)= 0.0006556146103 rate=0.9988049047
GMRES: d(6300)= 0.0003753046826 rate=0.9987733411
GMRES: d(6400)= 0.0001454981012 rate=0.9986446272
GMRES: d(6600)= 0.0005028113769 rate=0.9988733294
GMRES: d(6900)= 0.000255620236 rate=0.9988243525
GMRES: d(7200)= 2.042806071e-05 rate=0.9985228249
GMRES: d(7200)= 0.0001713877547 rate=0.9988178514
GMRES: d(7500)= 0.0001011877758 rate=0.9987949327
GMRES: d(7800)= 9.636589738e-05 rate=0.9988350021
GMRES: d(8000)= 1.99266876e-05 rate=0.9986673421
GMRES: d(8100)= 4.93272066e-05 rate=0.998795546
GMRES: d(8400)= 4.669742329e-05 rate=0.9988320226
GMRES: d(8700)= 2.745515852e-05 rate=0.9988112957
GMRES: d(8800)= 9.972839906e-06 rate=0.9987098593
GMRES: d(9000)= 2.784249941e-05 rate=0.9988524512
GMRES: d(9300)= 1.081884443e-05 rate=0.998787924
GMRES: d(9600)= 1.805002244e-06 rate=0.9986394814
GMRES: d(9600)= 1.568862846e-05 rate=0.9988644476
GMRES: d(9900)= 8.307276396e-06 rate=0.9988346895
GMRES: d(10000)= 3.280402381e-06 rate=0.9987535308
GMRES: 6.478973269 seconds
Newton: d(1)= 3.280391739e-06
GMRES: d(0)= 3.280391739e-06
GMRES: d(300)= 9.419023374e-06 rate=1.003522083
GMRES: d(600)= 2.071578191e-06 rate=0.9992342065
GMRES: d(800)= 1.011674774e-06 rate=0.998530636
GMRES: d(900)= 2.928236206e-06 rate=0.9998738273
GMRES: d(1200)= 1.679304908e-06 rate=0.9994421699
GMRES: d(1500)= 1.660210967e-06 rate=0.9995460909
GMRES: d(1600)= 7.606049832e-07 rate=0.9990869146
GMRES: d(1800)= 1.473568483e-06 rate=0.9995555011
GMRES: d(2100)= 1.32636994e-06 rate=0.9995688944
GMRES: d(2400)= 1.326265162e-07 rate=0.9986641509
GMRES: d(2400)= 1.03856903e-06 rate=0.9995208985
GMRES: d(2700)= 8.352077835e-07 rate=0.9994934478
GMRES: d(3000)= 6.487233327e-07 rate=0.9994599086
GMRES: d(3200)= 2.005758073e-07 rate=0.9991270919
GMRES: d(3300)= 6.672356254e-07 rate=0.999517518
GMRES: d(3600)= 5.283806727e-07 rate=0.9994929338
GMRES: d(3900)= 2.970803287e-07 rate=0.9993843651
GMRES: d(4000)= 1.690912779e-07 rate=0.9992589548
GMRES: d(4200)= 2.792658752e-07 rate=0.9994136116
GMRES: d(4500)= 3.380211047e-07 rate=0.9994951031
GMRES: d(4800)= 2.393381968e-08 rate=0.9989754366
GMRES: d(4800)= 2.007294244e-07 rate=0.999418136
GMRES: d(5100)= 2.255251784e-07 rate=0.9994751797
GMRES: d(5400)= 1.479223304e-07 rate=0.9994262701
GMRES: d(5600)= 4.360738973e-08 rate=0.9992287812
GMRES: d(5700)= 1.794917851e-07 rate=0.9994903775
GMRES: d(6000)= 1.152289054e-07 rate=0.9994420228
GMRES: d(6300)= 8.556941127e-08 rate=0.9994213754
GMRES: d(6400)= 3.497743034e-08 rate=0.999290718
GMRES: d(6600)= 7.006057906e-08 rate=0.9994173883
GMRES: d(6900)= 7.394830122e-08 rate=0.9994505348
GMRES: d(7200)= 5.806815281e-09 rate=0.9991202919
GMRES: d(7200)= 5.379455155e-08 rate=0.9994292538
GMRES: d(7500)= 4.527916741e-08 rate=0.9994291135
GMRES: d(7800)= 3.23905836e-08 rate=0.9994081431
GMRES: d(8000)= 9.940083842e-09 rate=0.9992753698
GMRES: d(8100)= 2.842048765e-08 rate=0.9994139239
GMRES: d(8400)= 2.160847144e-08 rate=0.9994022463
GMRES: d(8700)= 1.275325961e-08 rate=0.9993622803
GMRES: d(8800)= 7.184289221e-09 rate=0.9993043533
GMRES: d(9000)= 1.489088844e-08 rate=0.9994007387
GMRES: d(9300)= 1.62856988e-08 rate=0.9994296863
GMRES: d(9600)= 1.56382723e-09 rate=0.99920359
GMRES: d(9600)= 1.281807863e-08 rate=0.999422577
GMRES: d(9900)= 3.254563354e-09 rate=0.9993016924
GMRES: d(10000)= 1.922679422e-09 rate=0.999256077
GMRES: 6.494672208 seconds
Newton: d(2)= 1.922381655e-09
GMRES: d(0)= 1.922381655e-09
GMRES: d(300)= 4.945310725e-09 rate=1.003154548
GMRES: d(600)= 7.689844705e-10 rate=0.9984740831
GMRES: d(800)= 2.792898168e-10 rate=0.9975915673
GMRES: d(900)= 1.011218186e-09 rate=0.9992864668
GMRES: d(1200)= 7.707659703e-10 rate=0.9992386772
GMRES: d(1500)= 4.793060639e-10 rate=0.9990744414
GMRES: d(1600)= 2.160653798e-10 rate=0.9986348457
GMRES: d(1800)= 3.503475874e-10 rate=0.9990546725
GMRES: d(2100)= 3.230479396e-10 rate=0.9991510656
GMRES: d(2400)= 2.962094485e-11 rate=0.998262828
GMRES: d(2400)= 2.219654178e-10 rate=0.999100905
GMRES: d(2700)= 2.277867395e-10 rate=0.9992103452
GMRES: d(3000)= 1.622308289e-10 rate=0.9991762395
GMRES: d(3200)= 5.8631284e-11 rate=0.9989099534
GMRES: d(3300)= 1.876613468e-10 rate=0.9992951936
GMRES: d(3600)= 1.901634584e-10 rate=0.9993575853
GMRES: d(3900)= 3.628816768e-11 rate=0.9989826132
GMRES: d(4000)= 1.663733731e-11 rate=0.998813287
GMRES: d(4200)= 4.881587889e-11 rate=0.9991257956
GMRES: d(4500)= 2.595427472e-11 rate=0.9990437944
GMRES: d(4800)= 3.239395035e-12 rate=0.9986704818
GMRES: d(4800)= 2.54401236e-11 rate=0.9990993657
GMRES: d(5100)= 1.460571553e-11 rate=0.9990436131
GMRES: d(5400)= 1.75740951e-11 rate=0.999130953
GMRES: d(5600)= 3.530411298e-12 rate=0.9988756494
GMRES: d(5700)= 1.239656551e-11 rate=0.9991154965
GMRES: d(6000)= 9.257221277e-12 rate=0.999111076
GMRES: d(6244)= 4.761522678e-12 rate=0.9990394186
GMRES: d(6400)= 2.172978177e-12 rate=0.9989403709
GMRES: d(6508)= 5.445628128e-12 rate=0.9990989761
GMRES: d(6741)= 2.726793267e-12 rate=0.9990275916
GMRES: d(6988)= 2.555815408e-12 rate=0.9990526887
GMRES: d(7188)= 9.982485076e-13 rate=0.9989483729
GMRES: 4.602497242 seconds
Newton: d(3)= 2.614952796e-11 rate 0.0003125631057
Newton: 17.749155683 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.4
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 929849.5823
Static: LV-Volume (ml): .......................... 365.764565
Static: RV-Volume (ml): .......................... 285.3179307
Static: LA-Volume (ml): .......................... 21.7412804
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 43598.89554
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.4631977738 rate=0.9979536842
GMRES: d(600)= 0.2683586603 rate=0.9980679464
GMRES: d(800)= 0.05547409668 rate=0.9965848928
GMRES: d(900)= 0.1249307059 rate=0.9978634872
GMRES: d(1200)= 0.1553153625 rate=0.9985783281
GMRES: d(1500)= 0.09792646597 rate=0.9985554038
GMRES: d(1600)= 0.04016117481 rate=0.9980894667
GMRES: d(1800)= 0.08803124222 rate=0.9987369172
GMRES: d(2100)= 0.0818594651 rate=0.9988826847
GMRES: d(2400)= 0.005058919286 rate=0.9978641488
GMRES: d(2400)= 0.0434694808 rate=0.9987588464
GMRES: d(2700)= 0.03705042995 rate=0.9988375658
GMRES: d(3000)= 0.0381967957 rate=0.9989638951
GMRES: d(3200)= 0.01028850402 rate=0.9986191884
GMRES: d(3300)= 0.02166900716 rate=0.9988864402
GMRES: d(3600)= 0.0255831496 rate=0.9990252687
GMRES: d(3900)= 0.02106099083 rate=0.9990503857
GMRES: d(4000)= 0.006817327292 rate=0.9987924271
GMRES: d(4200)= 0.01822301426 rate=0.9990837551
GMRES: d(4500)= 0.01172546359 rate=0.9990469178
GMRES: d(4800)= 0.001652101724 rate=0.998698633
GMRES: d(4800)= 0.01256555427 rate=0.999120862
GMRES: d(5100)= 0.007076544376 rate=0.999060071
GMRES: d(5400)= 0.008971620341 rate=0.9991561689
GMRES: d(5600)= 0.002287345347 rate=0.9989424728
GMRES: d(5700)= 0.004768492549 rate=0.9990897746
GMRES: d(6000)= 0.007310742298 rate=0.9992064262
GMRES: d(6300)= 0.005070730642 rate=0.9991861737
GMRES: d(6400)= 0.001776241581 rate=0.9990351255
GMRES: d(6600)= 0.002966216349 rate=0.9991419758
GMRES: d(6900)= 0.003738337167 rate=0.9992127684
GMRES: d(7200)= 0.0002886024773 rate=0.9988901465
GMRES: d(7200)= 0.002390372235 rate=0.9991834962
GMRES: d(7500)= 0.001839578398 rate=0.9991812498
GMRES: d(7800)= 0.001066625404 rate=0.9991429088
GMRES: d(8000)= 0.0003918533387 rate=0.9990392686
GMRES: d(8100)= 0.001306354421 rate=0.9991996492
GMRES: d(8400)= 0.001116552993 rate=0.9992095469
GMRES: d(8700)= 0.0007874450871 rate=0.9991966861
GMRES: d(8800)= 0.0003086614058 rate=0.9990994752
GMRES: d(9000)= 0.0005577254496 rate=0.9991851581
GMRES: d(9300)= 0.0005940157474 rate=0.9992182061
GMRES: d(9600)= 6.34527969e-05 rate=0.9990098513
GMRES: d(9600)= 0.0005249492126 rate=0.9992297622
GMRES: d(9900)= 0.0003297947237 rate=0.9992061776
GMRES: d(10000)= 0.0001634404692 rate=0.9991439682
GMRES: 6.512946269 seconds
Newton: d(1)= 0.0001634404688
GMRES: d(0)= 0.0001634404688
GMRES: d(300)= 0.0002716351141 rate=1.001694804
GMRES: d(600)= 0.0001444279051 rate=0.9997939073
GMRES: d(800)= 4.001821282e-05 rate=0.9982426533
GMRES: d(900)= 0.0001295223708 rate=0.9997415943
GMRES: d(1200)= 9.372790396e-05 rate=0.9995367299
GMRES: d(1500)= 5.595724467e-05 rate=0.9992856813
GMRES: d(1600)= 2.622981325e-05 rate=0.9988571834
GMRES: d(1800)= 8.073640194e-05 rate=0.999608266
GMRES: d(2100)= 5.229457953e-05 rate=0.9994575014
GMRES: d(2400)= 4.157078257e-06 rate=0.9984713211
GMRES: d(2400)= 3.206017096e-05 rate=0.9993215493
GMRES: d(2700)= 2.289990056e-05 rate=0.9992723699
GMRES: d(3000)= 3.566526662e-05 rate=0.9994927049
GMRES: d(3200)= 7.817161493e-06 rate=0.9990504114
GMRES: d(3300)= 1.993905498e-05 rate=0.9993626976
GMRES: d(3600)= 1.444549839e-05 rate=0.9993263198
GMRES: d(3900)= 1.294365145e-05 rate=0.9993499951
GMRES: d(4000)= 5.650167585e-06 rate=0.9991591628
GMRES: d(4200)= 9.240995656e-06 rate=0.9993162341
GMRES: d(4500)= 9.080805416e-06 rate=0.9993579205
GMRES: d(4800)= 8.059752005e-07 rate=0.998893914
GMRES: d(4800)= 6.707836926e-06 rate=0.999334977
GMRES: d(5100)= 6.275186848e-06 rate=0.9993610188
GMRES: d(5400)= 5.127891916e-06 rate=0.9993591399
GMRES: d(5600)= 1.51057059e-06 rate=0.999163928
GMRES: d(5700)= 3.728328506e-06 rate=0.9993369762
GMRES: d(6000)= 3.804540857e-06 rate=0.9993734874
GMRES: d(6300)= 2.914611288e-06 rate=0.9993610435
GMRES: d(6400)= 1.150292687e-06 rate=0.9992258572
GMRES: d(6600)= 3.376277838e-06 rate=0.9994123432
GMRES: d(6900)= 1.892432865e-06 rate=0.9993540369
GMRES: d(7200)= 4.736956179e-07 rate=0.9991887127
GMRES: d(7200)= 2.739160908e-06 rate=0.9994322727
GMRES: d(7500)= 2.247420173e-06 rate=0.9994286079
GMRES: d(7800)= 8.170566019e-07 rate=0.9993209363
GMRES: d(8000)= 3.136236089e-07 rate=0.9992183044
GMRES: d(8100)= 1.151616974e-06 rate=0.9993884239
GMRES: d(8400)= 7.040760581e-07 rate=0.99935172
GMRES: d(8700)= 8.280322245e-07 rate=0.9993926957
GMRES: d(8800)= 2.091768307e-07 rate=0.9992433518
GMRES: d(9000)= 8.714628638e-07 rate=0.9994186101
GMRES: d(9300)= 5.180691777e-07 rate=0.9993814714
GMRES: d(9600)= 3.898390173e-08 rate=0.9991315174
GMRES: d(9600)= 3.333068328e-07 rate=0.999354881
GMRES: d(9900)= 2.498215656e-07 rate=0.9993453197
GMRES: d(10000)= 7.44934588e-08 rate=0.9992309466
GMRES: 6.505477795 seconds
Newton: d(2)= 7.448772339e-08
GMRES: d(0)= 7.448772339e-08
GMRES: d(300)= 1.573972278e-07 rate=1.002496907
GMRES: d(600)= 5.393485016e-08 rate=0.9994620489
GMRES: d(800)= 2.049497573e-08 rate=0.9983882321
GMRES: d(900)= 6.644964252e-08 rate=0.9998731304
GMRES: d(1200)= 3.914596299e-08 rate=0.9994640295
GMRES: d(1500)= 2.883791168e-08 rate=0.9993675711
GMRES: d(1600)= 1.251963438e-08 rate=0.9988860358
GMRES: d(1800)= 3.709946372e-08 rate=0.9996128351
GMRES: d(2100)= 2.046853512e-08 rate=0.9993850722
GMRES: d(2400)= 4.635276528e-09 rate=0.9988436114
GMRES: d(2400)= 2.720587369e-08 rate=0.9995804208
GMRES: d(2700)= 1.813186306e-08 rate=0.9994768171
GMRES: d(3000)= 8.72753659e-09 rate=0.9992855383
GMRES: d(3200)= 3.307704933e-09 rate=0.9990272298
GMRES: d(3300)= 1.10394571e-08 rate=0.9994216345
GMRES: d(3600)= 9.787995778e-09 rate=0.9994364151
GMRES: d(3900)= 9.745528474e-09 rate=0.9994786422
GMRES: d(4000)= 2.409616011e-09 rate=0.9991425761
GMRES: d(4200)= 4.833343133e-09 rate=0.9993489987
GMRES: d(4500)= 5.122112947e-09 rate=0.9994052731
GMRES: d(4800)= 3.422097397e-10 rate=0.9988791774
GMRES: d(4800)= 2.923250754e-09 rate=0.999325657
GMRES: d(5100)= 2.051085372e-09 rate=0.9992958823
GMRES: d(5400)= 2.693120515e-09 rate=0.9993853864
GMRES: d(5600)= 5.468222543e-10 rate=0.9991228375
GMRES: d(5700)= 2.094579664e-09 rate=0.9993736556
GMRES: d(6000)= 1.376147857e-09 rate=0.9993349969
GMRES: d(6300)= 1.228838882e-09 rate=0.999348694
GMRES: d(6400)= 3.396220476e-10 rate=0.9991580802
GMRES: d(6600)= 9.177588326e-10 rate=0.9993340923
GMRES: d(6900)= 3.97703264e-10 rate=0.9992419276
GMRES: d(7200)= 4.959859702e-11 rate=0.9989846232
GMRES: d(7200)= 4.120823737e-10 rate=0.9992784318
GMRES: d(7500)= 3.407117294e-10 rate=0.9992819442
GMRES: d(7800)= 2.589397849e-10 rate=0.9992743923
GMRES: d(8000)= 7.743422178e-11 rate=0.9991417484
GMRES: d(8100)= 1.83129892e-10 rate=0.9992585227
GMRES: d(8400)= 1.568558187e-10 rate=0.9992665712
GMRES: d(8700)= 1.885124836e-10 rate=0.9993129688
GMRES: d(8800)= 5.131080741e-11 rate=0.9991730139
GMRES: d(9000)= 1.078744709e-10 rate=0.9992738836
GMRES: d(9300)= 5.331723541e-11 rate=0.9992215795
GMRES: d(9600)= 9.312539013e-12 rate=0.9990642893
GMRES: d(9600)= 7.847809877e-11 rate=0.999286133
GMRES: d(9900)= 3.948270519e-11 rate=0.9992384187
GMRES: d(10000)= 1.880276697e-11 rate=0.9991719045
GMRES: 6.490518027 seconds
Newton: d(3)= 4.300834001e-11 rate 0.0003689498367
Newton: 19.681539879 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.6
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 2401013.504
Static: LV-Volume (ml): .......................... 946.5671391
Static: RV-Volume (ml): .......................... 867.7177335
Static: LA-Volume (ml): .......................... 173.1697705
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 65398.3433
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.5330842141 rate=0.9984212529
GMRES: d(600)= 0.2652215576 rate=0.9980483864
GMRES: d(800)= 0.0587965418 rate=0.9966573556
GMRES: d(900)= 0.1592657048 rate=0.9981327412
GMRES: d(1200)= 0.1287511275 rate=0.9984222489
GMRES: d(1500)= 0.07418674939 rate=0.9983706007
GMRES: d(1600)= 0.03776045731 rate=0.9980510171
GMRES: d(1800)= 0.09962708379 rate=0.9988055785
GMRES: d(2100)= 0.06149222014 rate=0.9987466113
GMRES: d(2400)= 0.006632558693 rate=0.9979767632
GMRES: d(2400)= 0.04997618095 rate=0.9988168957
GMRES: d(2700)= 0.05004240424 rate=0.9989487725
GMRES: d(3000)= 0.04242395714 rate=0.9989988466
GMRES: d(3200)= 0.01086597718 rate=0.9986362304
GMRES: d(3300)= 0.02594113226 rate=0.9989409103
GMRES: d(3600)= 0.02334779267 rate=0.9989998962
GMRES: d(3900)= 0.02045449249 rate=0.9990429005
GMRES: d(4000)= 0.008892731345 rate=0.9988587908
GMRES: d(4200)= 0.01357908305 rate=0.9990137849
GMRES: d(4500)= 0.01855133597 rate=0.9991487767
GMRES: d(4800)= 0.001249573568 rate=0.9986405342
GMRES: d(4800)= 0.01095617006 rate=0.999092334
GMRES: d(5100)= 0.004080746456 rate=0.998952236
GMRES: d(5400)= 0.002296100648 rate=0.9989040333
GMRES: d(5600)= 8.321168948e-05 rate=0.9983515307
GMRES: d(5700)= 0.0003937680263 rate=0.9986527205
GMRES: d(6000)= 0.0003543986155 rate=0.9987025073
GMRES: d(6300)= 0.0001987454627 rate=0.9986725631
GMRES: d(6400)= 5.045495148e-05 rate=0.9984793835
GMRES: d(6600)= 0.0001831620035 rate=0.9987205068
GMRES: d(6900)= 0.0001053888833 rate=0.9986961007
GMRES: d(7200)= 8.183299569e-06 rate=0.9983959632
GMRES: d(7200)= 6.339150126e-05 rate=0.9986798856
GMRES: d(7500)= 8.306474321e-05 rate=0.9987686504
GMRES: d(7800)= 3.310833e-05 rate=0.9986982009
GMRES: d(8000)= 1.029790672e-05 rate=0.9985849406
GMRES: d(8100)= 4.293259585e-05 rate=0.9987784255
GMRES: d(8400)= 1.571139111e-05 rate=0.9987025035
GMRES: d(8700)= 2.327945667e-05 rate=0.9987923549
GMRES: d(8800)= 8.853683596e-06 rate=0.9986963505
GMRES: d(9000)= 9.950783733e-06 rate=0.9987382653
GMRES: d(9300)= 1.460229443e-05 rate=0.9988201316
GMRES: d(9600)= 4.022749182e-07 rate=0.9984833333
GMRES: d(9600)= 3.444011607e-06 rate=0.9987066916
GMRES: d(9900)= 6.39928859e-06 rate=0.9988083625
GMRES: d(10000)= 1.300299529e-06 rate=0.9986611133
GMRES: 6.492728245 seconds
Newton: d(1)= 1.300300534e-06
GMRES: d(0)= 1.300300534e-06
GMRES: d(300)= 1.997663679e-06 rate=1.001432301
GMRES: d(600)= 6.61220382e-07 rate=0.9988735291
GMRES: d(800)= 1.473350046e-07 rate=0.9972816492
GMRES: d(900)= 6.345579834e-07 rate=0.999203182
GMRES: d(1200)= 3.882366678e-07 rate=0.9989932275
GMRES: d(1500)= 1.61952607e-07 rate=0.9986122658
GMRES: d(1600)= 6.473188082e-08 rate=0.9981266963
GMRES: d(1800)= 1.657408704e-07 rate=0.9988562517
GMRES: d(2100)= 8.05710764e-08 rate=0.9986764904
GMRES: d(2400)= 1.066889183e-08 rate=0.9980007435
GMRES: d(2400)= 9.223965755e-08 rate=0.998898124
GMRES: d(2700)= 5.099682058e-08 rate=0.9988012423
GMRES: d(3000)= 6.15044974e-08 rate=0.9989834369
GMRES: d(3200)= 1.411695393e-08 rate=0.998587569
GMRES: d(3300)= 4.112988746e-08 rate=0.9989539972
GMRES: d(3600)= 5.17089947e-08 rate=0.9991046458
GMRES: d(3900)= 2.121962005e-08 rate=0.9989453195
GMRES: d(4000)= 1.056791558e-08 rate=0.9987975914
GMRES: d(4200)= 3.033642533e-08 rate=0.9991056379
GMRES: d(4500)= 1.854658009e-08 rate=0.9990559869
GMRES: d(4800)= 2.22247029e-09 rate=0.9986734366
GMRES: d(4800)= 1.946642672e-08 rate=0.9991250373
GMRES: d(5100)= 1.101757518e-08 rate=0.9990649749
GMRES: d(5400)= 9.140972807e-09 rate=0.9990823502
GMRES: d(5600)= 2.669050205e-09 rate=0.9988954983
GMRES: d(5700)= 6.678916399e-09 rate=0.9990756214
GMRES: d(6000)= 6.558815643e-09 rate=0.9991187984
GMRES: d(6300)= 5.901201588e-09 rate=0.9991439865
GMRES: d(6400)= 1.888644039e-09 rate=0.9989795068
GMRES: d(6600)= 4.868821126e-09 rate=0.9991537675
GMRES: d(6900)= 2.791148778e-09 rate=0.9991099764
GMRES: d(7200)= 4.772221373e-10 rate=0.998901975
GMRES: d(7200)= 3.395727756e-09 rate=0.9991742533
GMRES: d(7500)= 2.161081109e-09 rate=0.999147065
GMRES: d(7800)= 1.86402794e-09 rate=0.9991609149
GMRES: d(8000)= 5.02503157e-10 rate=0.9990181693
GMRES: d(8100)= 1.103504295e-09 rate=0.9991273119
GMRES: d(8400)= 1.149973894e-09 rate=0.9991633726
GMRES: d(8700)= 6.842881078e-10 rate=0.9991325917
GMRES: d(8800)= 3.561061333e-10 rate=0.9990682892
GMRES: d(9000)= 9.690639812e-10 rate=0.9992001228
GMRES: d(9300)= 5.326048211e-10 rate=0.9991616069
GMRES: d(9600)= 8.597651876e-11 rate=0.998997999
GMRES: d(9600)= 7.16635926e-10 rate=0.9992186868
GMRES: d(9900)= 4.827153695e-10 rate=0.9992024719
GMRES: d(10000)= 1.901818447e-10 rate=0.9991173772
GMRES: 6.503016807 seconds
Newton: d(2)= 1.911930381e-10
GMRES: d(0)= 1.911930381e-10
GMRES: d(300)= 5.196861834e-10 rate=1.0033387
GMRES: d(600)= 2.312908553e-10 rate=1.000317371
GMRES: d(800)= 5.811907056e-11 rate=0.9985126201
GMRES: d(900)= 1.925467495e-10 rate=1.000007839
GMRES: d(1200)= 1.221053103e-10 rate=0.9996264034
GMRES: d(1500)= 1.138474744e-10 rate=0.9996544437
GMRES: d(1600)= 4.220987002e-11 rate=0.9990563021
GMRES: d(1800)= 7.754764202e-11 rate=0.9994987973
GMRES: d(2100)= 6.063923105e-11 rate=0.9994533202
GMRES: d(2400)= 6.962548219e-12 rate=0.9986206447
GMRES: d(2400)= 5.767784395e-11 rate=0.999500787
GMRES: d(2700)= 3.251411442e-11 rate=0.9993440636
GMRES: d(3000)= 3.84863544e-11 rate=0.9994658161
GMRES: d(3200)= 1.092737377e-11 rate=0.9991060209
GMRES: d(3300)= 3.466112308e-11 rate=0.9994826597
GMRES: d(3600)= 2.614970859e-11 rate=0.9994475289
GMRES: d(3900)= 1.563379376e-11 rate=0.9993581935
GMRES: d(4000)= 7.63410336e-12 rate=0.9991951595
GMRES: d(4200)= 2.335948297e-11 rate=0.9994995823
GMRES: d(4500)= 1.975586259e-11 rate=0.9994957198
GMRES: d(4800)= 1.349719051e-12 rate=0.9989685766
GMRES: d(4800)= 1.19639718e-11 rate=0.999422795
GMRES: d(5100)= 9.599137729e-12 rate=0.9994135818
GMRES: d(5360)= 5.74877945e-12 rate=0.9993464271
GMRES: d(5600)= 2.025633826e-12 rate=0.9991882937
GMRES: d(5660)= 1.027467403e-11 rate=0.999483596
GMRES: d(5920)= 4.580068602e-12 rate=0.9993698659
GMRES: d(6179)= 3.858123948e-12 rate=0.9993685273
GMRES: d(6400)= 1.20437208e-12 rate=0.9992085438
GMRES: d(6421)= 3.670357735e-12 rate=0.9993845541
GMRES: d(6642)= 1.503823497e-12 rate=0.999270776
GMRES: d(6797)= 9.999951544e-13 rate=0.9992274152
GMRES: 4.312728792 seconds
Newton: d(3)= 5.54127606e-11 rate 0.0004014699321
Newton: 17.48120037 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.8
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4817547.599
Static: LV-Volume (ml): .......................... 1902.552408
Static: RV-Volume (ml): .......................... 1942.879899
Static: LA-Volume (ml): .......................... 527.7068061
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 87197.79107
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 0.8563488386
GMRES: d(0)= 0.8563488386
GMRES: d(300)= 0.5017209286 rate=0.9982194745
GMRES: d(600)= 0.2252315227 rate=0.9977765606
GMRES: d(800)= 0.05256403992 rate=0.9965177701
GMRES: d(900)= 0.1579748293 rate=0.9981237156
GMRES: d(1200)= 0.1139087557 rate=0.9983203455
GMRES: d(1500)= 0.05944683016 rate=0.9982231834
GMRES: d(1600)= 0.02810752009 rate=0.9978668779
GMRES: d(1800)= 0.0803280241 rate=0.9986861088
GMRES: d(2100)= 0.03736411157 rate=0.9985096987
GMRES: d(2400)= 0.005524582878 rate=0.9979007606
GMRES: d(2400)= 0.04201587153 rate=0.9987446926
GMRES: d(2700)= 0.02267113667 rate=0.9986558726
GMRES: d(3000)= 0.03004937043 rate=0.9988840111
GMRES: d(3200)= 0.006876981461 rate=0.9984934803
GMRES: d(3300)= 0.01257637378 rate=0.9987217698
GMRES: d(3600)= 0.01546983953 rate=0.9988856809
GMRES: d(3900)= 0.0134983882 rate=0.9989364359
GMRES: d(4000)= 0.004310835553 rate=0.9986779881
GMRES: d(4200)= 0.01084314764 rate=0.9989602684
GMRES: d(4500)= 0.006193566698 rate=0.9989052293
GMRES: d(4800)= 0.000728037777 rate=0.9985281509
GMRES: d(4800)= 0.005372977832 rate=0.998944038
GMRES: d(5100)= 0.003213378695 rate=0.9989054319
GMRES: d(5400)= 0.003927946675 rate=0.9990033561
GMRES: d(5600)= 0.0008492465282 rate=0.9987657474
GMRES: d(5700)= 0.002167362059 rate=0.9989515733
GMRES: d(6000)= 0.002836929789 rate=0.9990487934
GMRES: d(6300)= 0.001248530676 rate=0.9989639164
GMRES: d(6400)= 0.0005880126344 rate=0.9988625716
GMRES: d(6600)= 0.001088252432 rate=0.9989901913
GMRES: d(6900)= 0.0007998365244 rate=0.9989894927
GMRES: d(7200)= 0.0001110817327 rate=0.9987576936
GMRES: d(7200)= 0.0009074395948 rate=0.9990490904
GMRES: d(7500)= 0.0005939444381 rate=0.9990306505
GMRES: d(7800)= 0.0005990216698 rate=0.999069006
GMRES: d(8000)= 0.0001603717743 rate=0.998927708
GMRES: d(8100)= 0.0005530669514 rate=0.9990936266
GMRES: d(8400)= 0.0003447303997 rate=0.9990697579
GMRES: d(8700)= 0.0002583584097 rate=0.9990687
GMRES: d(8800)= 0.0001101233422 rate=0.9989824689
GMRES: d(9000)= 0.0002452574476 rate=0.9990939524
GMRES: d(9300)= 0.0002738570154 rate=0.9991350166
GMRES: d(9600)= 9.409506761e-06 rate=0.9988112579
GMRES: d(9600)= 8.362987171e-05 rate=0.9990385841
GMRES: d(9900)= 0.0001142217917 rate=0.9990991645
GMRES: d(10000)= 4.389132955e-05 rate=0.9990126162
GMRES: 6.504355738 seconds
Newton: d(1)= 4.389132521e-05
GMRES: d(0)= 4.389132521e-05
GMRES: d(300)= 5.804840441e-05 rate=1.000932303
GMRES: d(600)= 3.319787957e-05 rate=0.9995347238
GMRES: d(800)= 7.03802229e-06 rate=0.9977146286
GMRES: d(900)= 2.931120263e-05 rate=0.9995514929
GMRES: d(1200)= 2.560578324e-05 rate=0.9995510188
GMRES: d(1500)= 1.600442594e-05 rate=0.9993276585
GMRES: d(1600)= 4.101902623e-06 rate=0.9985196806
GMRES: d(1800)= 1.51024672e-05 rate=0.9994074764
GMRES: d(2100)= 1.168319603e-05 rate=0.9993699295
GMRES: d(2400)= 7.321753637e-07 rate=0.9982958487
GMRES: d(2400)= 6.21588568e-06 rate=0.9991859114
GMRES: d(2700)= 6.038515929e-06 rate=0.9992656185
GMRES: d(3000)= 4.139413143e-06 rate=0.9992132554
GMRES: d(3200)= 1.205774864e-06 rate=0.99887732
GMRES: d(3300)= 4.480934657e-06 rate=0.9993087587
GMRES: d(3600)= 2.487258335e-06 rate=0.9992029468
GMRES: d(3900)= 2.862957229e-06 rate=0.9993002804
GMRES: d(4000)= 9.658248005e-07 rate=0.9990463326
GMRES: d(4200)= 2.530013477e-06 rate=0.9993208279
GMRES: d(4500)= 2.456702585e-06 rate=0.9993595615
GMRES: d(4800)= 8.649909461e-08 rate=0.998703063
GMRES: d(4800)= 7.285373328e-07 rate=0.9991465242
GMRES: d(5100)= 1.363864792e-06 rate=0.9993195661
GMRES: d(5400)= 5.870057531e-07 rate=0.9992013492
GMRES: d(5600)= 1.949799346e-07 rate=0.999033222
GMRES: d(5700)= 9.777923979e-07 rate=0.9993328236
GMRES: d(6000)= 7.683662758e-07 rate=0.9993260263
GMRES: d(6300)= 5.120020584e-07 rate=0.9992937188
GMRES: d(6400)= 1.930915437e-07 rate=0.9991524988
GMRES: d(6600)= 2.515993851e-07 rate=0.99921824
GMRES: d(6900)= 3.351675799e-07 rate=0.9992937508
GMRES: d(7200)= 2.211275575e-08 rate=0.9989459285
GMRES: d(7200)= 1.843493212e-07 rate=0.9992402
GMRES: d(7500)= 2.572253051e-07 rate=0.9993149655
GMRES: d(7800)= 1.582677996e-07 rate=0.9992790826
GMRES: d(8000)= 3.857650604e-08 rate=0.9991207832
GMRES: d(8100)= 1.662855402e-07 rate=0.9993118708
GMRES: d(8400)= 1.277729833e-07 rate=0.9993050967
GMRES: d(8700)= 4.516518389e-08 rate=0.9992096062
GMRES: d(8800)= 2.090220886e-08 rate=0.999131103
GMRES: d(9000)= 6.682818568e-08 rate=0.9992794434
GMRES: d(9300)= 3.321997955e-08 rate=0.9992275758
GMRES: d(9600)= 4.098262428e-09 rate=0.999033914
GMRES: d(9600)= 3.556256468e-08 rate=0.9992587979
GMRES: d(9900)= 3.188981683e-08 rate=0.9992702477
GMRES: d(10000)= 1.059116473e-08 rate=0.9991674016
GMRES: 6.496094684 seconds
Newton: d(2)= 1.059195154e-08
GMRES: d(0)= 1.059195154e-08
GMRES: d(300)= 2.621566893e-08 rate=1.003025444
GMRES: d(600)= 1.605974129e-08 rate=1.000693943
GMRES: d(800)= 3.615005058e-09 rate=0.998657151
GMRES: d(900)= 1.141572975e-08 rate=1.000083223
GMRES: d(1200)= 9.992667442e-09 rate=0.9999514655
GMRES: d(1500)= 8.845345064e-09 rate=0.9998798718
GMRES: d(1600)= 3.353796056e-09 rate=0.9992815073
GMRES: d(1800)= 4.042463607e-09 rate=0.9994650098
GMRES: d(2100)= 6.813046094e-09 rate=0.9997899006
GMRES: d(2400)= 5.995908755e-10 rate=0.9988042146
GMRES: d(2400)= 4.106058126e-09 rate=0.9996052317
GMRES: d(2700)= 3.680321406e-09 rate=0.9996085602
GMRES: d(3000)= 1.821345831e-09 rate=0.9994133326
GMRES: d(3200)= 5.563459043e-10 rate=0.9990796552
GMRES: d(3300)= 2.550667973e-09 rate=0.9995686569
GMRES: d(3600)= 1.124010969e-09 rate=0.9993770855
GMRES: d(3900)= 1.239668887e-09 rate=0.9994500871
GMRES: d(4000)= 2.786033728e-10 rate=0.9990908983
GMRES: d(4200)= 6.487801311e-10 rate=0.9993352792
GMRES: d(4500)= 4.769167241e-10 rate=0.9993112356
GMRES: d(4800)= 5.06176026e-11 rate=0.9988873798
GMRES: d(4800)= 3.960531064e-10 rate=0.9993155882
GMRES: d(5100)= 1.139505867e-10 rate=0.9991117506
GMRES: d(5400)= 1.056752606e-10 rate=0.9991471271
GMRES: d(5600)= 1.499191898e-11 rate=0.9988291969
GMRES: d(5700)= 6.676198864e-11 rate=0.9991114974
GMRES: d(6000)= 5.67350584e-11 rate=0.9991288035
GMRES: d(6300)= 1.998332603e-11 rate=0.999004789
GMRES: d(6400)= 5.288167907e-12 rate=0.9988128337
GMRES: d(6600)= 1.651794614e-11 rate=0.999021176
GMRES: d(6881)= 4.978581207e-12 rate=0.9988870165
GMRES: d(7022)= 9.955436931e-13 rate=0.9986804049
GMRES: 4.545338195 seconds
Newton: d(3)= 7.508520621e-11 rate 0.0004442572817
Newton: 17.718581524 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 8385357.431
Static: LV-Volume (ml): .......................... 3316.146413
Static: RV-Volume (ml): .......................... 3660.504947
Static: LA-Volume (ml): .......................... 1167.404871
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 108997.2388
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 91.63814853 seconds
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 7.493454539e-11 rate 0
Newton: 0.002973676 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.005356768 seconds
solution (0.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 2 3 ]
(4.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 2 1 ]
(4.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 1 2 ]
(5.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 2 0 1 ]
(5.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
num 0
exact (0.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 1 2 3 ]
(4.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 1 0 3 ]
(4.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 2 1 ]
(4.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 0 3 1 2 ]
(5.25, 0.5, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.25, 0.75, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 0 2 1 ]
(5.5, 0.25, 0.75) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.5, 0.75, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 3 2 0 1 ]
(5.75, 0.25, 0.5) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
(5.75, 0.5, 0.25) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 : 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 p [ 2 3 0 ]
[ OK ] DGBeam/PrestressTest.TestInitialValue/4 (91651 ms)
[----------] 5 tests from DGBeam/PrestressTest (206353 ms total)
[----------] 5 tests from EGBeam/PrestressTest
[ RUN ] EGBeam/PrestressTest.TestInitialValue/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading default: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading config: PrestressSteps.......................... 5
reading config: MechProblem............................. PrestressBeam
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ConstantPressure........................ 0.0
reading config: LVPressure.............................. 10.000000
reading config: RVPressure.............................. 0.000000
reading config: LAPressure.............................. 1.000000
reading config: RAPressure.............................. 0.000000
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 10
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading config: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... Prestress Problem
Material: ................................ Linear
Material Parameters: ..................... (1.000000, 1.000000)
Poisson's Ratio: ......................... 0.25
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 192
===========================================================
Mesh Info:
Mesh Name: ............................... BenchmarkBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading config: WithPrestress........................... true
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-12
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-10
reading config: NewtonReduction......................... 1e-11
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: reading default: activeDeformation.......................
Newton: d(0)= 1.20277457
GMRES: d(0)= 1.20277457
GMRES: d(300)= 1.85318941e-07 rate=0.949057339
GMRES: d(386)= 2.772856609e-13 rate=0.9273869764
GMRES: 0.082726451 seconds
Newton: d(1)= 1.064873567e-12 rate 8.853475902e-13
Newton: 0.089755578 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.2
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 17787.80128
Static: LV-Volume (ml): .......................... 7.061533726
Static: RV-Volume (ml): .......................... 3.366977113
Static: LA-Volume (ml): .......................... 1.523730848
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 1855.303536
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.20277457
GMRES: d(0)= 1.20277457
GMRES: d(300)= 2.786801358e-07 rate=0.9503488917
GMRES: d(385)= 1.044206859e-12 rate=0.9304042688
GMRES: 0.082269867 seconds
Newton: d(1)= 1.777820779e-12 rate 1.47809974e-12
Newton: 0.089290974 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.4
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 84411.31261
Static: LV-Volume (ml): .......................... 33.29455167
Static: RV-Volume (ml): .......................... 16.40332575
Static: LA-Volume (ml): .......................... 6.778766669
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 3710.607072
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.20277457
GMRES: d(0)= 1.20277457
GMRES: d(300)= 2.879778477e-07 rate=0.9504528621
GMRES: d(386)= 4.165230434e-13 rate=0.9283650768
GMRES: 0.078836522 seconds
Newton: d(1)= 2.781490946e-12 rate 2.31256215e-12
Newton: 0.08578877 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.6
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 219800.5786
Static: LV-Volume (ml): .......................... 86.3040123
Static: RV-Volume (ml): .......................... 42.86903088
Static: LA-Volume (ml): .......................... 17.42318775
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 5565.910608
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.20277457
GMRES: d(0)= 1.20277457
GMRES: d(300)= 3.985905126e-08 rate=0.9442082898
GMRES: d(384)= 1.07636527e-12 rate=0.9303029866
GMRES: 0.078079602 seconds
Newton: d(1)= 3.199560742e-12 rate 2.660149974e-12
Newton: 0.085025077 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.8
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 443875.6438
Static: LV-Volume (ml): .......................... 173.6915407
Static: RV-Volume (ml): .......................... 86.52074413
Static: LA-Volume (ml): .......................... 35.11507436
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 7421.214144
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.20277457
GMRES: d(0)= 1.20277457
GMRES: d(300)= 6.562650088e-08 rate=0.9457789636
GMRES: d(384)= 8.037828252e-13 rate=0.9295957988
GMRES: 0.078184172 seconds
Newton: d(1)= 4.169015187e-12 rate 3.466165058e-12
Newton: 0.085128877 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 776556.5529
Static: LV-Volume (ml): .......................... 303.0587621
Static: RV-Volume (ml): .......................... 151.1151171
Static: LA-Volume (ml): .......................... 61.5125068
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 9276.51768
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.437328162 seconds
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 4.134511388e-12 rate 0
Newton: 0.000948925 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.001924119 seconds
solution (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 1, 0) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 1, 1) 1 1 1 : 0 0 0 p [ 1 0 ]
(0.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(0.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(1.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(2.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(3.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(4.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(4.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(4.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(4.75, 0.25, 0.5) 0 : 0 p [ 0 3 ]
(4.75, 0.5, 0.25) 0 : 0 p [ 0 3 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5.25, 0.5, 0.75) 0 : 0 p [ 3 0 2 ]
(5.25, 0.75, 0.5) 0 : 0 p [ 3 0 ]
(6, 1, 1) 0 0 0 : 0 0 0 p [ 2 3 0 ]
num 0
exact (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 1, 0) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 1, 1) 1 1 1 : 0 0 0 p [ 1 0 ]
(0.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(0.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(1.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(2.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(3.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(4.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(4.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(4.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(4.75, 0.25, 0.5) 0 : 0 p [ 0 3 ]
(4.75, 0.5, 0.25) 0 : 0 p [ 0 3 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5.25, 0.5, 0.75) 0 : 0 p [ 3 0 2 ]
(5.25, 0.75, 0.5) 0 : 0 p [ 3 0 ]
(6, 1, 1) 0 0 0 : 0 0 0 p [ 2 3 0 ]
[ OK ] EGBeam/PrestressTest.TestInitialValue/0 (444 ms)
[ RUN ] EGBeam/PrestressTest.TestInitialValue/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading default: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading config: PrestressSteps.......................... 5
reading config: MechProblem............................. PrestressBeam
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ConstantPressure........................ 0.0
reading config: LVPressure.............................. 10.000000
reading config: RVPressure.............................. 0.000000
reading config: LAPressure.............................. 1.000000
reading config: RAPressure.............................. 0.000000
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 10
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading config: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... Prestress Problem
Material: ................................ Linear
Material Parameters: ..................... (1.000000, 1.000000)
Poisson's Ratio: ......................... 0.25
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 192
===========================================================
Mesh Info:
Mesh Name: ............................... BenchmarkBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading config: WithPrestress........................... true
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-12
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-10
reading config: NewtonReduction......................... 1e-11
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: reading default: activeDeformation.......................
Newton: d(0)= 1.20277457
GMRES: d(0)= 1.20277457
GMRES: d(300)= 1.85318941e-07 rate=0.949057339
GMRES: d(386)= 2.772856609e-13 rate=0.9273869764
GMRES: 0.083035519 seconds
Newton: d(1)= 1.064873567e-12 rate 8.853475902e-13
Newton: 0.090127244 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.2
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 17787.80128
Static: LV-Volume (ml): .......................... 7.061533726
Static: RV-Volume (ml): .......................... 3.366977113
Static: LA-Volume (ml): .......................... 1.523730848
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 1855.303536
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.20277457
GMRES: d(0)= 1.20277457
GMRES: d(300)= 2.786801358e-07 rate=0.9503488917
GMRES: d(385)= 1.044206859e-12 rate=0.9304042688
GMRES: 0.08287549 seconds
Newton: d(1)= 1.777820779e-12 rate 1.47809974e-12
Newton: 0.090123221 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.4
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 84411.31261
Static: LV-Volume (ml): .......................... 33.29455167
Static: RV-Volume (ml): .......................... 16.40332575
Static: LA-Volume (ml): .......................... 6.778766669
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 3710.607072
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.20277457
GMRES: d(0)= 1.20277457
GMRES: d(300)= 2.879778477e-07 rate=0.9504528621
GMRES: d(386)= 4.165230434e-13 rate=0.9283650768
GMRES: 0.07741313 seconds
Newton: d(1)= 2.781490946e-12 rate 2.31256215e-12
Newton: 0.084404825 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.6
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 219800.5786
Static: LV-Volume (ml): .......................... 86.3040123
Static: RV-Volume (ml): .......................... 42.86903088
Static: LA-Volume (ml): .......................... 17.42318775
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 5565.910608
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.20277457
GMRES: d(0)= 1.20277457
GMRES: d(300)= 3.985905126e-08 rate=0.9442082898
GMRES: d(384)= 1.07636527e-12 rate=0.9303029866
GMRES: 0.081615017 seconds
Newton: d(1)= 3.199560742e-12 rate 2.660149974e-12
Newton: 0.088823509 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.8
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 443875.6438
Static: LV-Volume (ml): .......................... 173.6915407
Static: RV-Volume (ml): .......................... 86.52074413
Static: LA-Volume (ml): .......................... 35.11507436
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 7421.214144
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.20277457
GMRES: d(0)= 1.20277457
GMRES: d(300)= 6.562650088e-08 rate=0.9457789636
GMRES: d(384)= 8.037828252e-13 rate=0.9295957988
GMRES: 0.076766685 seconds
Newton: d(1)= 4.169015187e-12 rate 3.466165058e-12
Newton: 0.083749532 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 776556.5529
Static: LV-Volume (ml): .......................... 303.0587621
Static: RV-Volume (ml): .......................... 151.1151171
Static: LA-Volume (ml): .......................... 61.5125068
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 9276.51768
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.439485196 seconds
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 4.134511388e-12 rate 0
Newton: 0.000956716 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.001946788 seconds
solution (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 1, 0) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 1, 1) 1 1 1 : 0 0 0 p [ 1 0 ]
(0.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(0.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(1.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(2.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(3.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(4.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(4.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(4.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(4.75, 0.25, 0.5) 0 : 0 p [ 0 3 ]
(4.75, 0.5, 0.25) 0 : 0 p [ 0 3 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5.25, 0.5, 0.75) 0 : 0 p [ 3 0 2 ]
(5.25, 0.75, 0.5) 0 : 0 p [ 3 0 ]
(6, 1, 1) 0 0 0 : 0 0 0 p [ 2 3 0 ]
num 0
exact (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 1, 0) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 1, 1) 1 1 1 : 0 0 0 p [ 1 0 ]
(0.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(0.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(1.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(2.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(3.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(4.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(4.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(4.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(4.75, 0.25, 0.5) 0 : 0 p [ 0 3 ]
(4.75, 0.5, 0.25) 0 : 0 p [ 0 3 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5.25, 0.5, 0.75) 0 : 0 p [ 3 0 2 ]
(5.25, 0.75, 0.5) 0 : 0 p [ 3 0 ]
(6, 1, 1) 0 0 0 : 0 0 0 p [ 2 3 0 ]
[ OK ] EGBeam/PrestressTest.TestInitialValue/1 (447 ms)
[ RUN ] EGBeam/PrestressTest.TestInitialValue/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading default: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading config: PrestressSteps.......................... 5
reading config: MechProblem............................. PrestressBeam
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ConstantPressure........................ 0.0
reading config: LVPressure.............................. 10.000000
reading config: RVPressure.............................. 0.000000
reading config: LAPressure.............................. 1.000000
reading config: RAPressure.............................. 0.000000
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 10
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading config: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... Prestress Problem
Material: ................................ Linear
Material Parameters: ..................... (1.000000, 1.000000)
Poisson's Ratio: ......................... 0.25
MechPolynomialDegree:: ................... 1
Degrees of Freedom:: ..................... 192
===========================================================
Mesh Info:
Mesh Name: ............................... BenchmarkBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading config: WithPrestress........................... true
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-12
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-10
reading config: NewtonReduction......................... 1e-11
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: reading default: activeDeformation.......................
Newton: d(0)= 1.20277457
GMRES: d(0)= 1.20277457
GMRES: d(300)= 1.85318941e-07 rate=0.949057339
GMRES: d(386)= 2.772856609e-13 rate=0.9273869764
GMRES: 0.082288904 seconds
Newton: d(1)= 1.064873567e-12 rate 8.853475902e-13
Newton: 0.08953695 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.2
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 17787.80128
Static: LV-Volume (ml): .......................... 7.061533726
Static: RV-Volume (ml): .......................... 3.366977113
Static: LA-Volume (ml): .......................... 1.523730848
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 1855.303536
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.20277457
GMRES: d(0)= 1.20277457
GMRES: d(300)= 2.786801358e-07 rate=0.9503488917
GMRES: d(385)= 1.044206859e-12 rate=0.9304042688
GMRES: 0.083091557 seconds
Newton: d(1)= 1.777820779e-12 rate 1.47809974e-12
Newton: 0.090406147 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.4
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 84411.31261
Static: LV-Volume (ml): .......................... 33.29455167
Static: RV-Volume (ml): .......................... 16.40332575
Static: LA-Volume (ml): .......................... 6.778766669
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 3710.607072
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.20277457
GMRES: d(0)= 1.20277457
GMRES: d(300)= 2.879778477e-07 rate=0.9504528621
GMRES: d(386)= 4.165230434e-13 rate=0.9283650768
GMRES: 0.080200837 seconds
Newton: d(1)= 2.781490946e-12 rate 2.31256215e-12
Newton: 0.087175201 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.6
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 219800.5786
Static: LV-Volume (ml): .......................... 86.3040123
Static: RV-Volume (ml): .......................... 42.86903088
Static: LA-Volume (ml): .......................... 17.42318775
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 5565.910608
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.20277457
GMRES: d(0)= 1.20277457
GMRES: d(300)= 3.985905126e-08 rate=0.9442082898
GMRES: d(384)= 1.07636527e-12 rate=0.9303029866
GMRES: 0.084919951 seconds
Newton: d(1)= 3.199560742e-12 rate 2.660149974e-12
Newton: 0.092036344 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.8
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 443875.6438
Static: LV-Volume (ml): .......................... 173.6915407
Static: RV-Volume (ml): .......................... 86.52074413
Static: LA-Volume (ml): .......................... 35.11507436
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 7421.214144
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.20277457
GMRES: d(0)= 1.20277457
GMRES: d(300)= 6.562650088e-08 rate=0.9457789636
GMRES: d(384)= 8.037828252e-13 rate=0.9295957988
GMRES: 0.078952376 seconds
Newton: d(1)= 4.169015187e-12 rate 3.466165058e-12
Newton: 0.085986145 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 776556.5529
Static: LV-Volume (ml): .......................... 303.0587621
Static: RV-Volume (ml): .......................... 151.1151171
Static: LA-Volume (ml): .......................... 61.5125068
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 9276.51768
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.447530607 seconds
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 4.134511388e-12 rate 0
Newton: 0.000949901 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.001941287 seconds
solution (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 1, 0) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 1, 1) 1 1 1 : 0 0 0 p [ 1 0 ]
(0.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(0.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(1.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(2.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(3.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(4.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(4.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(4.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(4.75, 0.25, 0.5) 0 : 0 p [ 0 3 ]
(4.75, 0.5, 0.25) 0 : 0 p [ 0 3 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5.25, 0.5, 0.75) 0 : 0 p [ 3 0 2 ]
(5.25, 0.75, 0.5) 0 : 0 p [ 3 0 ]
(6, 1, 1) 0 0 0 : 0 0 0 p [ 2 3 0 ]
num 0
exact (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 1, 0) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 1, 1) 1 1 1 : 0 0 0 p [ 1 0 ]
(0.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(0.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(1.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(2.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(3.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(4.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(4.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(4.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(4.75, 0.25, 0.5) 0 : 0 p [ 0 3 ]
(4.75, 0.5, 0.25) 0 : 0 p [ 0 3 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5.25, 0.5, 0.75) 0 : 0 p [ 3 0 2 ]
(5.25, 0.75, 0.5) 0 : 0 p [ 3 0 ]
(6, 1, 1) 0 0 0 : 0 0 0 p [ 2 3 0 ]
[ OK ] EGBeam/PrestressTest.TestInitialValue/2 (455 ms)
[ RUN ] EGBeam/PrestressTest.TestInitialValue/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading default: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading config: PrestressSteps.......................... 5
reading config: MechProblem............................. PrestressBeam
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ConstantPressure........................ 0.0
reading config: LVPressure.............................. 10.000000
reading config: RVPressure.............................. 0.000000
reading config: LAPressure.............................. 1.000000
reading config: RAPressure.............................. 0.000000
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 10
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading config: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... Prestress Problem
Material: ................................ Linear
Material Parameters: ..................... (1.000000, 1.000000)
Poisson's Ratio: ......................... 0.25
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 627
===========================================================
Mesh Info:
Mesh Name: ............................... BenchmarkBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading config: WithPrestress........................... true
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-12
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-10
reading config: NewtonReduction......................... 1e-11
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: reading default: activeDeformation.......................
Newton: d(0)= 1.070825227
GMRES: d(0)= 1.070825227
GMRES: d(300)= 0.01925267331 rate=0.9866941988
GMRES: d(600)= 0.005393738079 rate=0.991220523
GMRES: d(800)= 6.50234152e-05 rate=0.9879368593
GMRES: d(900)= 0.0003451885822 rate=0.9911066163
GMRES: d(1200)= 3.657609302e-05 rate=0.9914661672
GMRES: d(1500)= 3.054626347e-06 rate=0.9915245985
GMRES: d(1600)= 1.951994779e-06 rate=0.9917745852
GMRES: d(1800)= 1.282099972e-06 rate=0.992453375
GMRES: d(2100)= 1.43677095e-07 rate=0.9924930206
GMRES: d(2400)= 3.176952221e-10 rate=0.9909006692
GMRES: d(2400)= 3.517816305e-09 rate=0.9918939266
GMRES: d(2700)= 3.858076743e-10 rate=0.9919789668
GMRES: d(3000)= 5.14021893e-11 rate=0.9921113566
GMRES: d(3200)= 4.342265155e-12 rate=0.9918363009
GMRES: d(3300)= 2.719569067e-11 rate=0.9926344138
GMRES: d(3461)= 9.509162357e-13 rate=0.9920142069
GMRES: 1.432232771 seconds
Newton: d(1)= 2.034109297e-11 rate 1.899571701e-11
Newton: 1.4944197 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.2
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 195622.3969
Static: LV-Volume (ml): .......................... 76.58869676
Static: RV-Volume (ml): .......................... 45.60737653
Static: LA-Volume (ml): .......................... 8.656027711
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 12198.0184
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.070825227
GMRES: d(0)= 1.070825227
GMRES: d(300)= 0.02702167511 rate=0.9878097586
GMRES: d(600)= 0.002761649349 rate=0.9901152505
GMRES: d(800)= 7.710378601e-05 rate=0.9881473184
GMRES: d(900)= 0.0003825334035 rate=0.9912197467
GMRES: d(1200)= 2.893088364e-05 rate=0.9912724494
GMRES: d(1500)= 4.721935313e-06 rate=0.9918125536
GMRES: d(1600)= 3.077199414e-06 rate=0.9920567654
GMRES: d(1800)= 4.337762587e-07 rate=0.9918560285
GMRES: d(2100)= 1.295373229e-07 rate=0.9924440591
GMRES: d(2400)= 6.364295733e-10 rate=0.9911875687
GMRES: d(2400)= 7.24325528e-09 rate=0.9921924614
GMRES: d(2700)= 4.065813639e-09 rate=0.9928445815
GMRES: d(3000)= 1.161986545e-10 rate=0.9923811221
GMRES: d(3200)= 2.163668263e-12 rate=0.9916204168
GMRES: d(3289)= 1.152211769e-11 rate=0.9923507246
GMRES: d(3465)= 1.108995809e-12 rate=0.992067418
GMRES: d(3501)= 1.070794142e-12 rate=0.9921387319
GMRES: 1.434714636 seconds
Newton: d(1)= 1.771560292e-11 rate 1.654387894e-11
Newton: 1.496819412 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.4
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 921720.1903
Static: LV-Volume (ml): .......................... 361.2222547
Static: RV-Volume (ml): .......................... 283.0763639
Static: LA-Volume (ml): .......................... 18.67543569
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 24396.0368
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.070825227
GMRES: d(0)= 1.070825227
GMRES: d(300)= 0.02692809054 rate=0.9877983352
GMRES: d(600)= 0.002340751757 rate=0.989842419
GMRES: d(800)= 5.905349905e-05 rate=0.987817939
GMRES: d(900)= 0.0002968437945 rate=0.9909404714
GMRES: d(1200)= 5.480163114e-05 rate=0.9918002857
GMRES: d(1500)= 3.680495646e-06 rate=0.9916478131
GMRES: d(1600)= 2.880778104e-06 rate=0.992015869
GMRES: d(1800)= 6.080888429e-07 rate=0.99204218
GMRES: d(2100)= 7.013508803e-08 rate=0.9921541444
GMRES: d(2400)= 8.288330906e-10 rate=0.9912966653
GMRES: d(2400)= 9.364113046e-09 rate=0.9922986375
GMRES: d(2700)= 1.046876342e-09 rate=0.9923457829
GMRES: d(3000)= 8.917581955e-11 rate=0.9922935677
GMRES: d(3200)= 2.571551362e-12 rate=0.9916739361
GMRES: d(3300)= 1.311410547e-11 rate=0.9924150447
GMRES: d(3470)= 1.056960858e-12 rate=0.9920650633
GMRES: 1.410640385 seconds
Newton: d(1)= 2.717475628e-11 rate 2.537739642e-11
Newton: 1.471965831 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.6
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 2387182.428
Static: LV-Volume (ml): .......................... 936.295515
Static: RV-Volume (ml): .......................... 860.9871901
Static: LA-Volume (ml): .......................... 159.5999072
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 36594.0552
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.070825227
GMRES: d(0)= 1.070825227
GMRES: d(300)= 0.01849473725 rate=0.98656211
GMRES: d(600)= 0.00751465704 rate=0.9917685166
GMRES: d(800)= 4.551085752e-05 rate=0.987496342
GMRES: d(900)= 0.0001976312211 rate=0.9904926639
GMRES: d(1200)= 6.513803028e-05 rate=0.9919431058
GMRES: d(1500)= 4.179604295e-06 rate=0.991731888
GMRES: d(1600)= 2.026707769e-06 rate=0.9917978679
GMRES: d(1800)= 3.17361418e-07 rate=0.9916838531
GMRES: d(2100)= 6.769280866e-08 rate=0.9921373992
GMRES: d(2400)= 3.532856338e-10 rate=0.9909445111
GMRES: d(2400)= 3.912288254e-09 rate=0.9919378528
GMRES: d(2700)= 2.20395577e-09 rate=0.9926194298
GMRES: d(3000)= 5.283537848e-11 rate=0.9921204511
GMRES: d(3200)= 1.227756091e-12 rate=0.9914448483
GMRES: d(3210)= 6.899462519e-12 rate=0.9920047171
GMRES: d(3370)= 9.442936778e-13 rate=0.9917973966
GMRES: 1.378952142 seconds
Newton: d(1)= 3.46558229e-11 rate 3.236365938e-11
Newton: 1.439932454 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.8
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4800888.159
Static: LV-Volume (ml): .......................... 1884.199985
Static: RV-Volume (ml): .......................... 1927.91675
Static: LA-Volume (ml): .......................... 491.7229036
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 48792.07361
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.070825227
GMRES: d(0)= 1.070825227
GMRES: d(300)= 0.07558435801 rate=0.991202475
GMRES: d(600)= 0.003456022599 rate=0.9904854418
GMRES: d(800)= 7.063503063e-05 rate=0.9880390898
GMRES: d(900)= 0.0003346106308 rate=0.991072343
GMRES: d(1200)= 4.263433553e-05 rate=0.9915928063
GMRES: d(1500)= 4.552451347e-06 rate=0.9917883848
GMRES: d(1600)= 2.970086096e-06 rate=0.9920347984
GMRES: d(1800)= 8.395549979e-07 rate=0.9922199649
GMRES: d(2100)= 8.134899272e-08 rate=0.9922242238
GMRES: d(2400)= 5.751888186e-10 rate=0.9911457847
GMRES: d(2400)= 6.382569257e-09 rate=0.992140166
GMRES: d(2700)= 1.925845913e-09 rate=0.9925698411
GMRES: d(3000)= 1.273466991e-10 rate=0.9924114272
GMRES: d(3200)= 2.840905261e-12 rate=0.9917048066
GMRES: d(3300)= 1.457991978e-11 rate=0.9924469098
GMRES: d(3470)= 1.020827197e-12 rate=0.9920551185
GMRES: 1.421390861 seconds
Newton: d(1)= 3.926515772e-11 rate 3.666812915e-11
Newton: 1.482844441 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 8371716.431
Static: LV-Volume (ml): .......................... 3287.327173
Static: RV-Volume (ml): .......................... 3632.441938
Static: LA-Volume (ml): .......................... 1092.649942
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 60990.09201
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 7.390771771 seconds
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 3.919639967e-11 rate 0
Newton: 0.003159943 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.005412259 seconds
solution (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 0.5) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0.5, 0) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 0.5, 0.5) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 0.5, 1) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 1, 0) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 1, 1) 1 1 1 : 0 0 0 p [ 1 0 ]
(0.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(0.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(0.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(0.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(0.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(0.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(1.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(1.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(1.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(1.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(1.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(2.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(2.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(2.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(2.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(2.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(3.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(3.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(3.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(3.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(3.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(4.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(4.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(4.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(4.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(4.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(4.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(4.75, 0.25, 0.5) 0 : 0 p [ 0 3 ]
(4.75, 0.5, 0.25) 0 : 0 p [ 0 3 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 3 1 2 ]
(5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 3 1 2 ]
(5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 3 1 2 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5.25, 0.5, 0.75) 0 : 0 p [ 3 0 2 ]
(5.25, 0.75, 0.5) 0 : 0 p [ 3 0 ]
(5.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 2 3 0 ]
(5.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 2 3 0 ]
(5.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 3 0 2 ]
(5.5, 1, 1) 0 0 0 : 0 0 0 p [ 3 0 2 ]
(6, 1, 1) 0 0 0 : 0 0 0 p [ 2 3 0 ]
num 0
exact (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 0.5) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0.5, 0) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 0.5, 0.5) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 0.5, 1) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 1, 0) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 1, 1) 1 1 1 : 0 0 0 p [ 1 0 ]
(0.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(0.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(0.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(0.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(0.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(0.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(1.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(1.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(1.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(1.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(1.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(2.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(2.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(2.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(2.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(2.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(3.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(3.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(3.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(3.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(3.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(4.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(4.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(4.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(4.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(4.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(4.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(4.75, 0.25, 0.5) 0 : 0 p [ 0 3 ]
(4.75, 0.5, 0.25) 0 : 0 p [ 0 3 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 3 1 2 ]
(5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 3 1 2 ]
(5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 3 1 2 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5.25, 0.5, 0.75) 0 : 0 p [ 3 0 2 ]
(5.25, 0.75, 0.5) 0 : 0 p [ 3 0 ]
(5.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 2 3 0 ]
(5.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 2 3 0 ]
(5.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 3 0 2 ]
(5.5, 1, 1) 0 0 0 : 0 0 0 p [ 3 0 2 ]
(6, 1, 1) 0 0 0 : 0 0 0 p [ 2 3 0 ]
[ OK ] EGBeam/PrestressTest.TestInitialValue/3 (7406 ms)
[ RUN ] EGBeam/PrestressTest.TestInitialValue/4
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading default: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 2
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading config: PrestressSteps.......................... 5
reading config: MechProblem............................. PrestressBeam
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ConstantPressure........................ 0.0
reading config: LVPressure.............................. 10.000000
reading config: RVPressure.............................. 0.000000
reading config: LAPressure.............................. 1.000000
reading config: RAPressure.............................. 0.000000
reading default: level................................... 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 10
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
reading config: MechRuntype............................. Default
reading config: MechDynamics............................ Static
=== Running MainElasticity with parameters: ===============
Assemble Info:
Name: .................................... Cardiac Elasticity
Runtype: ................................. Default
Dynamics: ................................ Static
ElasticityProblem: ....................... Prestress Problem
Material: ................................ Linear
Material Parameters: ..................... (1.000000, 1.000000)
Poisson's Ratio: ......................... 0.25
MechPolynomialDegree:: ................... 2
Degrees of Freedom:: ..................... 627
===========================================================
Mesh Info:
Mesh Name: ............................... BenchmarkBeam3DTet
Distribution: ............................ RCB
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 60
Vertices: ................................ 44
Edges: ................................... 145
Faces: ................................... 162
ProcSets: ................................ 155
Mesh width [min, max]: ................... [1, 1.7320508075688772]
===========================================================
reading config: WithPrestress........................... true
reading config: MechPreconditioner...................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-12
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-10
reading config: NewtonReduction......................... 1e-11
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: PressureSolverVerbose................... -1
reading default: PressureSolverVTK....................... -1
reading config: PressureIterations...................... 10
reading config: PressureDepth........................... 0
reading default: PrestressLevel.......................... 0
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: reading default: activeDeformation.......................
Newton: d(0)= 1.070825227
GMRES: d(0)= 1.070825227
GMRES: d(300)= 0.01925267331 rate=0.9866941988
GMRES: d(600)= 0.005393738079 rate=0.991220523
GMRES: d(800)= 6.50234152e-05 rate=0.9879368593
GMRES: d(900)= 0.0003451885822 rate=0.9911066163
GMRES: d(1200)= 3.657609302e-05 rate=0.9914661672
GMRES: d(1500)= 3.054626347e-06 rate=0.9915245985
GMRES: d(1600)= 1.951994779e-06 rate=0.9917745852
GMRES: d(1800)= 1.282099972e-06 rate=0.992453375
GMRES: d(2100)= 1.43677095e-07 rate=0.9924930206
GMRES: d(2400)= 3.176952221e-10 rate=0.9909006692
GMRES: d(2400)= 3.517816305e-09 rate=0.9918939266
GMRES: d(2700)= 3.858076743e-10 rate=0.9919789668
GMRES: d(3000)= 5.14021893e-11 rate=0.9921113566
GMRES: d(3200)= 4.342265155e-12 rate=0.9918363009
GMRES: d(3300)= 2.719569067e-11 rate=0.9926344138
GMRES: d(3461)= 9.509162357e-13 rate=0.9920142069
GMRES: 1.437265739 seconds
Newton: d(1)= 2.034109297e-11 rate 1.899571701e-11
Newton: 1.498532862 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.2
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 195622.3969
Static: LV-Volume (ml): .......................... 76.58869676
Static: RV-Volume (ml): .......................... 45.60737653
Static: LA-Volume (ml): .......................... 8.656027711
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 12198.0184
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.070825227
GMRES: d(0)= 1.070825227
GMRES: d(300)= 0.02702167511 rate=0.9878097586
GMRES: d(600)= 0.002761649349 rate=0.9901152505
GMRES: d(800)= 7.710378601e-05 rate=0.9881473184
GMRES: d(900)= 0.0003825334035 rate=0.9912197467
GMRES: d(1200)= 2.893088364e-05 rate=0.9912724494
GMRES: d(1500)= 4.721935313e-06 rate=0.9918125536
GMRES: d(1600)= 3.077199414e-06 rate=0.9920567654
GMRES: d(1800)= 4.337762587e-07 rate=0.9918560285
GMRES: d(2100)= 1.295373229e-07 rate=0.9924440591
GMRES: d(2400)= 6.364295733e-10 rate=0.9911875687
GMRES: d(2400)= 7.24325528e-09 rate=0.9921924614
GMRES: d(2700)= 4.065813639e-09 rate=0.9928445815
GMRES: d(3000)= 1.161986545e-10 rate=0.9923811221
GMRES: d(3200)= 2.163668263e-12 rate=0.9916204168
GMRES: d(3289)= 1.152211769e-11 rate=0.9923507246
GMRES: d(3465)= 1.108995809e-12 rate=0.992067418
GMRES: d(3501)= 1.070794142e-12 rate=0.9921387319
GMRES: 1.422349046 seconds
Newton: d(1)= 1.771560292e-11 rate 1.654387894e-11
Newton: 1.48338446 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.4
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 921720.1903
Static: LV-Volume (ml): .......................... 361.2222547
Static: RV-Volume (ml): .......................... 283.0763639
Static: LA-Volume (ml): .......................... 18.67543569
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 24396.0368
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.070825227
GMRES: d(0)= 1.070825227
GMRES: d(300)= 0.02692809054 rate=0.9877983352
GMRES: d(600)= 0.002340751757 rate=0.989842419
GMRES: d(800)= 5.905349905e-05 rate=0.987817939
GMRES: d(900)= 0.0002968437945 rate=0.9909404714
GMRES: d(1200)= 5.480163114e-05 rate=0.9918002857
GMRES: d(1500)= 3.680495646e-06 rate=0.9916478131
GMRES: d(1600)= 2.880778104e-06 rate=0.992015869
GMRES: d(1800)= 6.080888429e-07 rate=0.99204218
GMRES: d(2100)= 7.013508803e-08 rate=0.9921541444
GMRES: d(2400)= 8.288330906e-10 rate=0.9912966653
GMRES: d(2400)= 9.364113046e-09 rate=0.9922986375
GMRES: d(2700)= 1.046876342e-09 rate=0.9923457829
GMRES: d(3000)= 8.917581955e-11 rate=0.9922935677
GMRES: d(3200)= 2.571551362e-12 rate=0.9916739361
GMRES: d(3300)= 1.311410547e-11 rate=0.9924150447
GMRES: d(3470)= 1.056960858e-12 rate=0.9920650633
GMRES: 1.430050494 seconds
Newton: d(1)= 2.717475628e-11 rate 2.537739642e-11
Newton: 1.491570735 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.6
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 2387182.428
Static: LV-Volume (ml): .......................... 936.295515
Static: RV-Volume (ml): .......................... 860.9871901
Static: LA-Volume (ml): .......................... 159.5999072
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 36594.0552
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.070825227
GMRES: d(0)= 1.070825227
GMRES: d(300)= 0.01849473725 rate=0.98656211
GMRES: d(600)= 0.00751465704 rate=0.9917685166
GMRES: d(800)= 4.551085752e-05 rate=0.987496342
GMRES: d(900)= 0.0001976312211 rate=0.9904926639
GMRES: d(1200)= 6.513803028e-05 rate=0.9919431058
GMRES: d(1500)= 4.179604295e-06 rate=0.991731888
GMRES: d(1600)= 2.026707769e-06 rate=0.9917978679
GMRES: d(1800)= 3.17361418e-07 rate=0.9916838531
GMRES: d(2100)= 6.769280866e-08 rate=0.9921373992
GMRES: d(2400)= 3.532856338e-10 rate=0.9909445111
GMRES: d(2400)= 3.912288254e-09 rate=0.9919378528
GMRES: d(2700)= 2.20395577e-09 rate=0.9926194298
GMRES: d(3000)= 5.283537848e-11 rate=0.9921204511
GMRES: d(3200)= 1.227756091e-12 rate=0.9914448483
GMRES: d(3210)= 6.899462519e-12 rate=0.9920047171
GMRES: d(3370)= 9.442936778e-13 rate=0.9917973966
GMRES: 1.364680371 seconds
Newton: d(1)= 3.46558229e-11 rate 3.236365938e-11
Newton: 1.425668097 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0.8
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 4800888.159
Static: LV-Volume (ml): .......................... 1884.199985
Static: RV-Volume (ml): .......................... 1927.91675
Static: LA-Volume (ml): .......................... 491.7229036
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 48792.07361
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Newton: d(0)= 1.070825227
GMRES: d(0)= 1.070825227
GMRES: d(300)= 0.07558435801 rate=0.991202475
GMRES: d(600)= 0.003456022599 rate=0.9904854418
GMRES: d(800)= 7.063503063e-05 rate=0.9880390898
GMRES: d(900)= 0.0003346106308 rate=0.991072343
GMRES: d(1200)= 4.263433553e-05 rate=0.9915928063
GMRES: d(1500)= 4.552451347e-06 rate=0.9917883848
GMRES: d(1600)= 2.970086096e-06 rate=0.9920347984
GMRES: d(1800)= 8.395549979e-07 rate=0.9922199649
GMRES: d(2100)= 8.134899272e-08 rate=0.9922242238
GMRES: d(2400)= 5.751888186e-10 rate=0.9911457847
GMRES: d(2400)= 6.382569257e-09 rate=0.992140166
GMRES: d(2700)= 1.925845913e-09 rate=0.9925698411
GMRES: d(3000)= 1.273466991e-10 rate=0.9924114272
GMRES: d(3200)= 2.840905261e-12 rate=0.9917048066
GMRES: d(3300)= 1.457991978e-11 rate=0.9924469098
GMRES: d(3470)= 1.020827197e-12 rate=0.9920551185
GMRES: 1.434983366 seconds
Newton: d(1)= 3.926515772e-11 rate 3.666812915e-11
Newton: 1.49675344 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 8371716.431
Static: LV-Volume (ml): .......................... 3287.327173
Static: RV-Volume (ml): .......................... 3632.441938
Static: LA-Volume (ml): .......................... 1092.649942
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 60990.09201
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 7.400538024 seconds
=== Running MainElasticity after Prestress: ===============
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 0
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Newton: d(0)= 3.919639967e-11 rate 0
Newton: 0.003137946 seconds
Static: Pressure Step Evaluation Info:
Static: Pressure Scale: .......................... 1
Static: Initial Geometry Volume (mm^3): .......... 10
Static: Deformed Geometry Volume (mm^3): ......... 10
Static: LV-Volume (ml): .......................... 0.003333333333
Static: RV-Volume (ml): .......................... 0.003333333333
Static: LA-Volume (ml): .......................... 0
Static: RA-Volume (ml): .......................... 0
Static: FrobeniusNorm: ........................... 0
Static: SolverInfo Info:
Static: Convergence: ............................. 1
Static: 0.005533807 seconds
solution (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 0.5) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0.5, 0) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 0.5, 0.5) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 0.5, 1) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 1, 0) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 1, 1) 1 1 1 : 0 0 0 p [ 1 0 ]
(0.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(0.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(0.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(0.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(0.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(0.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(1.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(1.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(1.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(1.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(1.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(2.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(2.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(2.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(2.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(2.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(3.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(3.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(3.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(3.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(3.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(4.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(4.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(4.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(4.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(4.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(4.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(4.75, 0.25, 0.5) 0 : 0 p [ 0 3 ]
(4.75, 0.5, 0.25) 0 : 0 p [ 0 3 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 3 1 2 ]
(5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 3 1 2 ]
(5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 3 1 2 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5.25, 0.5, 0.75) 0 : 0 p [ 3 0 2 ]
(5.25, 0.75, 0.5) 0 : 0 p [ 3 0 ]
(5.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 2 3 0 ]
(5.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 2 3 0 ]
(5.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 3 0 2 ]
(5.5, 1, 1) 0 0 0 : 0 0 0 p [ 3 0 2 ]
(6, 1, 1) 0 0 0 : 0 0 0 p [ 2 3 0 ]
num 0
exact (0, 0, 0) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 0.5) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0, 1) 1 1 1 : 0 0 0 p [ 0 1 ]
(0, 0.5, 0) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 0.5, 0.5) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 0.5, 1) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 1, 0) 1 1 1 : 0 0 0 p [ 1 0 ]
(0, 1, 1) 1 1 1 : 0 0 0 p [ 1 0 ]
(0.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(0.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(0.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(0.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(0.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(0.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(0.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(0.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(0.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(1, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(1.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(1.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(1.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(1.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(1.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(1.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(1.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(1.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(1.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(2, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(2.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(2.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(2.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(2.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(2.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(2.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(2.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(2.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(2.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(3, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(3.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(3.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(3.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(3.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(3.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(3.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(3.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(3.75, 0.25, 0.5) 0 : 0 p [ 0 1 ]
(3.75, 0.5, 0.25) 0 : 0 p [ 0 1 ]
(4, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 ]
(4, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.25, 0.5, 0.75) 0 : 0 p [ 1 0 ]
(4.25, 0.75, 0.5) 0 : 0 p [ 1 0 ]
(4.5, 0, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4.5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4.5, 0, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0.25, 0.75) 0 : 0 p [ 0 1 ]
(4.5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(4.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 1 ]
(4.5, 0.75, 0.25) 0 : 0 p [ 1 0 ]
(4.5, 1, 0) 0 0 0 : 0 0 0 p [ 1 0 ]
(4.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 1 0 ]
(4.5, 1, 1) 0 0 0 : 0 0 0 p [ 1 0 ]
(4.75, 0.25, 0.5) 0 : 0 p [ 0 3 ]
(4.75, 0.5, 0.25) 0 : 0 p [ 0 3 1 ]
(5, 0, 0) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 0, 0.5) 0 0 0 : 0 0 0 p [ 0 2 3 ]
(5, 0, 1) 0 0 0 : 0 0 0 p [ 0 2 3 1 ]
(5, 0.5, 0) 0 0 0 : 0 0 0 p [ 0 3 1 2 ]
(5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 0 3 1 2 ]
(5, 0.5, 1) 0 0 0 : 0 0 0 p [ 0 3 1 2 ]
(5, 1, 0) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5, 1, 0.5) 0 0 0 : 0 0 0 p [ 0 1 3 ]
(5, 1, 1) 0 0 0 : 0 0 0 p [ 0 1 3 2 ]
(5.25, 0.5, 0.75) 0 : 0 p [ 3 0 2 ]
(5.25, 0.75, 0.5) 0 : 0 p [ 3 0 ]
(5.5, 0.5, 0.5) 0 0 0 : 0 0 0 p [ 2 3 0 ]
(5.5, 0.5, 1) 0 0 0 : 0 0 0 p [ 2 3 0 ]
(5.5, 1, 0.5) 0 0 0 : 0 0 0 p [ 3 0 2 ]
(5.5, 1, 1) 0 0 0 : 0 0 0 p [ 3 0 2 ]
(6, 1, 1) 0 0 0 : 0 0 0 p [ 2 3 0 ]
[ OK ] EGBeam/PrestressTest.TestInitialValue/4 (7417 ms)
[----------] 5 tests from EGBeam/PrestressTest (16170 ms total)
[----------] Global test environment tear-down
[==========] 15 tests from 3 test suites ran. (235474 ms total)
[ PASSED ] 15 tests.
end program after 3:55.37 minutes on 4 procs at Tue Apr 1 13:15:32 2025
[92m 6/11 Test 6: TestPrestressMPI ............................ Passed 235.89 sec[0m
Start 7: TestVolumeMPI
================ running mpp ================
[==========] Running 64 tests from 1 test suite.
[----------] Global test environment set-up.
[----------] 64 tests from TestDirichletVolumes/VolumeTest
[ RUN ] TestDirichletVolumes/VolumeTest.DirichletX/0
start program on 4 procs at Tue Apr 1 13:15:32 2025
Running on: runner-83jcba7v-project-159678-concurrent-1-q04fydif
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockX
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DirichletX/0 (4 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DirichletX/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockX
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DirichletX/1 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DirichletX/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockX
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DirichletX/2 (26 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DirichletX/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockX
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DirichletX/3 (33 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DirichletY/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockY
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DirichletY/0 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DirichletY/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockY
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DirichletY/1 (1 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DirichletY/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockY
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DirichletY/2 (19 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DirichletY/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockY
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DirichletY/3 (29 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DirichletZ/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DirichletZ/0 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DirichletZ/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DirichletZ/1 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DirichletZ/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DirichletZ/2 (20 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DirichletZ/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DirichletZ/3 (29 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DirichletXYZ/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockXYZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DirichletXYZ/0 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DirichletXYZ/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockXYZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DirichletXYZ/1 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DirichletXYZ/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockXYZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DirichletXYZ/2 (22 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DirichletXYZ/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockXYZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DirichletXYZ/3 (29 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DeformedX/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockX
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DeformedX/0 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DeformedX/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockX
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DeformedX/1 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DeformedX/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockX
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DeformedX/2 (19 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DeformedX/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockX
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DeformedX/3 (35 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DGDeformedX/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockX
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DGDeformedX/0 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DGDeformedX/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockX
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DGDeformedX/1 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DGDeformedX/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockX
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DGDeformedX/2 (20 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DGDeformedX/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockX
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DGDeformedX/3 (33 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.EGDeformedX/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockX
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.EGDeformedX/0 (3 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.EGDeformedX/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockX
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.EGDeformedX/1 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.EGDeformedX/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockX
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.EGDeformedX/2 (42 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.EGDeformedX/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockX
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.EGDeformedX/3 (45 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DeformedY/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockY
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DeformedY/0 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DeformedY/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockY
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DeformedY/1 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DeformedY/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockY
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DeformedY/2 (21 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DeformedY/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockY
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DeformedY/3 (34 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DGDeformedY/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockY
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DGDeformedY/0 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DGDeformedY/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockY
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DGDeformedY/1 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DGDeformedY/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockY
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DGDeformedY/2 (21 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DGDeformedY/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockY
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DGDeformedY/3 (32 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.EGDeformedY/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockY
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.EGDeformedY/0 (3 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.EGDeformedY/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockY
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.EGDeformedY/1 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.EGDeformedY/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockY
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.EGDeformedY/2 (41 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.EGDeformedY/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockY
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.EGDeformedY/3 (43 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DeformedZ/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DeformedZ/0 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DeformedZ/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DeformedZ/1 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DeformedZ/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DeformedZ/2 (24 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DeformedZ/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DeformedZ/3 (30 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DGDeformedZ/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DGDeformedZ/0 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DGDeformedZ/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DGDeformedZ/1 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DGDeformedZ/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DGDeformedZ/2 (21 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DGDeformedZ/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DGDeformedZ/3 (33 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.EGDeformedZ/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.EGDeformedZ/0 (7 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.EGDeformedZ/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.EGDeformedZ/1 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.EGDeformedZ/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.EGDeformedZ/2 (37 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.EGDeformedZ/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.EGDeformedZ/3 (43 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DeformedXYZ/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockXYZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DeformedXYZ/0 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DeformedXYZ/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockXYZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DeformedXYZ/1 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DeformedXYZ/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockXYZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DeformedXYZ/2 (24 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DeformedXYZ/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockXYZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... Passive
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DeformedXYZ/3 (30 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DGDeformedXYZ/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockXYZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DGDeformedXYZ/0 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DGDeformedXYZ/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockXYZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DGDeformedXYZ/1 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DGDeformedXYZ/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockXYZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DGDeformedXYZ/2 (21 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.DGDeformedXYZ/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockXYZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... DG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.DGDeformedXYZ/3 (38 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.EGDeformedXYZ/0
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockXYZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.EGDeformedXYZ/0 (3 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.EGDeformedXYZ/1
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockXYZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 2
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.EGDeformedXYZ/1 (2 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.EGDeformedXYZ/2
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockXYZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Quad
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.EGDeformedXYZ/2 (37 ms)
[ RUN ] TestDirichletVolumes/VolumeTest.EGDeformedXYZ/3
reading config: Model................................... ActiveStrainElasticity
reading config: plevel.................................. 0
reading default: MainMechVerbose......................... 1
reading config: MechLevel............................... 0
reading config: MechPolynomialDegree.................... 1
reading default: MechMeshPart............................
reading config: PressureSteps........................... 1
reading default: PrestressSteps.......................... 1
reading config: MechProblem............................. VolumeBlockXYZ
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading config: MechDiscretization...................... EG
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ RCBz
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: MechVTK................................. 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading config: DGSign.................................. -1
reading config: DGPenalty............................... 2.0
reading default: StartTime............................... 0
reading default: EndTime................................. 1
reading default: DeltaTime............................... 0.001
reading default: MatrixGraphVerbose...................... 0
[ OK ] TestDirichletVolumes/VolumeTest.EGDeformedXYZ/3 (43 ms)
[----------] 64 tests from TestDirichletVolumes/VolumeTest (1084 ms total)
[----------] Global test environment tear-down
[==========] 64 tests from 1 test suite ran. (1084 ms total)
[ PASSED ] 64 tests.
end program after 1.07 seconds on 4 procs at Tue Apr 1 13:15:33 2025
[92m 7/11 Test 7: TestVolumeMPI ............................... Passed 1.47 sec[0m
Start 8: TestMonodomainMPI
================ running mpp ================
[==========] Running 5 tests from 1 test suite.
[----------] Global test environment set-up.
[----------] 5 tests from TestMonodomain/MonodomainTest
[ RUN ] TestMonodomain/MonodomainTest.CheckValueWithoutDiffusion/0
start program on 4 procs at Tue Apr 1 13:15:34 2025
Running on: runner-83jcba7v-project-159678-concurrent-1-q04fydif
reading config: AssembleVerbose......................... 1
reading config: ElphyModel.............................. Splitting
reading config: plevel.................................. 0
reading config: ElphyLevel.............................. 0
reading config: ElphyPolynomialDegree................... 1
reading config: ElphyMeshPart........................... fourchamber
reading config: ExternalCurrentSmoothingInTime.......... Stepfunction
reading config: ElphyProblem............................ WithoutDiffusion
reading default: WithGerachDiffsion...................... 0
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ Stripes
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
[1;33mWarning: Changed order of points for type HEXAHEDRON[0m
in ../../../../mpp/src/lib2_mesh/mesh/CheckOrientation.cpp:149
on line 149
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: ElphyModelClass......................... IBTElphyModel
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: ElphyVTK................................ 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: MatrixGraphVerbose...................... 0
reading config: ExternalCurrentSmoothingInSpace......... discrete
reading config: ElphyVerbose............................ -1
reading default: IsExternalCurrentSmooth................. 0
reading config: ThresholdVForActivation................. -40.0
reading default: PrintVSteps............................. 1
reading config: StartTime............................... 0.0
reading config: UseTNewForIextUpdate.................... 0
reading config: IextInPDE............................... 0
reading config: CrankNicolsonTheta...................... 0.5
reading config: SurfaceToVolumeRatio.................... 140
reading config: MembraneCapacitance..................... 0.01
reading config: EndTime................................. 0.000010
reading config: DeltaTime............................... 0.000010
reading default: PrintMeshOnly........................... 0
reading config: ElphySolverVerbose...................... -1
reading default: ElphySolverVTK.......................... -1
reading config: ElphyPreconditioner..................... SuperLU
reading default: PreconditionerVerbose................... 0
reading config: ElphySolver............................. gmres
reading default: ElphySteps.............................. 800
reading config: ElphyEpsilon............................ 1e-8
reading config: ElphyReduction.......................... 1e-12
reading default: ElphyMinimalStepNumber.................. 0
reading default: ElphyPrintSteps......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: ElphyRestart............................ 300
reading config: ReassembleRHSonce....................... 1
reading config: EulerReAssemble......................... 0
reading config: ElphyLinearSolverVerbose................ -1
reading default: ElphyScheme............................. Undefined
reading config: ElphySplittingMethod.................... Strang
reading default: NumericalMethodForElphy................. ExplicitEuler
reading default: isExternalCurrentSmooth................. 0
reading config: IBTVentricleModel....................... TenTusscher2
reading config: IBTVentricleParameters.................. lib/LibCellModel/data/CellModel/TenTusscher2_Benchmark.ev
reading config: IBTAtriaModel........................... TenTusscher2
reading config: IBTAtriaParameters...................... lib/LibCellModel/data/CellModel/TenTusscher2_Benchmark.ev
reading config: ElphySubsteps........................... 1
reading config: ScaleExcitationAmplitude................ 0.04101
reading default: OverwriteExcitationAmplitude............ -1
reading default: ScaleExcitationDuration................. 1
reading default: OverwriteExcitationDuration............. -1
==== Monodomain Information ==============
reading config: OrderStaggeredScheme.................... wVc
Mesh Info:
Mesh Name: ............................... TestCube0253DQuad
Distribution: ............................ Stripes
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 2880
Vertices: ................................ 3549
Edges: ................................... 9932
Faces: ................................... 9264
ProcSets: ................................ 1875
Mesh width [min, max]: ................... [0.25, 0.25]
Assemble Info:
Name: .................................... Monodomain
Problem: ................................. WithoutDiffusion
Model and Solver Info:
CellModelClass: .......................... IBTElphyModel
CellModel: ............................... TenTusscher2
dt: ...................................... 1e-05
T: ....................................... 1e-05
Time Integration model: .................. Strang Splitting reassembled once
External Stimulus Info:
Iext in PDE: ............................. 0
Iext smooth in time: ..................... Stepfunction
Iext space smoothing: .................... discrete
External Stimulus Info:
Iext smooth in time: ..................... Stepfunction
Iext space smoothing: .................... discrete
Conductivity Info:
atria: ................................... [0.001114, 0.000502, 0.000502]
ventricles: .............................. [0.000000, 0.000000, 0.000000]
V(0.0,0.0,0.0) = -84.941042
V(5.0,3.0,3.0) = -85.298002
===========================================
[ OK ] TestMonodomain/MonodomainTest.CheckValueWithoutDiffusion/0 (237 ms)
[ RUN ] TestMonodomain/MonodomainTest.CheckValueWithoutDiffusion/1
reading config: AssembleVerbose......................... 1
reading config: ElphyModel.............................. Splitting
reading config: plevel.................................. 0
reading config: ElphyLevel.............................. 0
reading config: ElphyPolynomialDegree................... 1
reading config: ElphyMeshPart........................... fourchamber
reading config: ExternalCurrentSmoothingInTime.......... Stepfunction
reading config: ElphyProblem............................ WithoutDiffusion
reading default: WithGerachDiffsion...................... 0
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ Stripes
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: ElphyModelClass......................... IBTElphyModel
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: ElphyVTK................................ 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: MatrixGraphVerbose...................... 0
reading config: ExternalCurrentSmoothingInSpace......... discrete
reading config: ElphyVerbose............................ -1
reading default: IsExternalCurrentSmooth................. 0
reading config: ThresholdVForActivation................. -40.0
reading default: PrintVSteps............................. 1
reading config: StartTime............................... 0.0
reading config: UseTNewForIextUpdate.................... 0
reading config: IextInPDE............................... 0
reading config: CrankNicolsonTheta...................... 0.5
reading config: SurfaceToVolumeRatio.................... 140
reading config: MembraneCapacitance..................... 0.01
reading config: EndTime................................. 0.000010
reading config: DeltaTime............................... 0.000010
reading default: PrintMeshOnly........................... 0
reading config: ElphySolverVerbose...................... -1
reading default: ElphySolverVTK.......................... -1
reading config: ElphyPreconditioner..................... SuperLU
reading default: PreconditionerVerbose................... 0
reading config: ElphySolver............................. gmres
reading default: ElphySteps.............................. 800
reading config: ElphyEpsilon............................ 1e-8
reading config: ElphyReduction.......................... 1e-12
reading default: ElphyMinimalStepNumber.................. 0
reading default: ElphyPrintSteps......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: ElphyRestart............................ 300
reading config: ReassembleRHSonce....................... 1
reading config: EulerReAssemble......................... 0
reading config: ElphyLinearSolverVerbose................ -1
reading default: ElphyScheme............................. Undefined
reading config: ElphySplittingMethod.................... Godunov
reading default: NumericalMethodForElphy................. ExplicitEuler
reading default: isExternalCurrentSmooth................. 0
reading config: IBTVentricleModel....................... TenTusscher2
reading config: IBTVentricleParameters.................. lib/LibCellModel/data/CellModel/TenTusscher2_Benchmark.ev
reading config: IBTAtriaModel........................... TenTusscher2
reading config: IBTAtriaParameters...................... lib/LibCellModel/data/CellModel/TenTusscher2_Benchmark.ev
reading config: ElphySubsteps........................... 2
reading config: ScaleExcitationAmplitude................ 0.04101
reading default: OverwriteExcitationAmplitude............ -1
reading default: ScaleExcitationDuration................. 1
reading default: OverwriteExcitationDuration............. -1
==== Monodomain Information ==============
reading config: OrderStaggeredScheme.................... wVc
Mesh Info:
Mesh Name: ............................... TestCube0253DQuad
Distribution: ............................ Stripes
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 2880
Vertices: ................................ 3549
Edges: ................................... 9932
Faces: ................................... 9264
ProcSets: ................................ 1875
Mesh width [min, max]: ................... [0.25, 0.25]
Assemble Info:
Name: .................................... Monodomain
Problem: ................................. WithoutDiffusion
Model and Solver Info:
CellModelClass: .......................... IBTElphyModel
CellModel: ............................... TenTusscher2
dt: ...................................... 1e-05
T: ....................................... 1e-05
Time Integration model: .................. Godunov Splitting reassembled once
External Stimulus Info:
Iext in PDE: ............................. 0
Iext smooth in time: ..................... Stepfunction
Iext space smoothing: .................... discrete
External Stimulus Info:
Iext smooth in time: ..................... Stepfunction
Iext space smoothing: .................... discrete
Conductivity Info:
atria: ................................... [0.001114, 0.000502, 0.000502]
ventricles: .............................. [0.000000, 0.000000, 0.000000]
V(0.0,0.0,0.0) = -84.941042
V(5.0,3.0,3.0) = -85.298002
===========================================
[ OK ] TestMonodomain/MonodomainTest.CheckValueWithoutDiffusion/1 (178 ms)
[ RUN ] TestMonodomain/MonodomainTest.CheckValueWithoutDiffusion/2
reading config: AssembleVerbose......................... 1
reading config: ElphyModel.............................. Splitting
reading config: plevel.................................. 0
reading config: ElphyLevel.............................. 0
reading config: ElphyPolynomialDegree................... 1
reading config: ElphyMeshPart........................... fourchamber
reading config: ExternalCurrentSmoothingInTime.......... Stepfunction
reading config: ElphyProblem............................ HexaTestProblemWA
reading default: IntraLongitudinal....................... 0.17
reading default: IntraTransversal........................ 0.019
reading default: ExtraLongitudinal....................... 0.62
reading default: ExtraTransversal........................ 0.24
reading default: WithGerachDiffsion...................... 0
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ Stripes
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: ElphyModelClass......................... MElphyModel
reading config: ElphyModelName.......................... BeelerReuter
reading config: IextInPDE............................... 0
reading config: ScaleExcitationAmplitude................ 0.04101
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: ElphyVTK................................ 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: MatrixGraphVerbose...................... 0
reading config: ExternalCurrentSmoothingInSpace......... discrete
reading config: ElphyVerbose............................ -1
reading default: IsExternalCurrentSmooth................. 0
reading config: ThresholdVForActivation................. -40.0
reading default: PrintVSteps............................. 1
reading config: StartTime............................... 0.0
reading config: UseTNewForIextUpdate.................... 0
reading config: CrankNicolsonTheta...................... 0.5
reading config: SurfaceToVolumeRatio.................... 140
reading config: MembraneCapacitance..................... 0.01
reading config: EndTime................................. 0.006000
reading config: DeltaTime............................... 0.000010
reading default: PrintMeshOnly........................... 0
reading default: CellModelVerbose........................ -1
reading default: CellModelVtk............................ -1
reading config: CellModelScheme......................... ExplicitEuler
reading config: ElphySplittingMethod.................... Strang
reading config: ElphySolverVerbose...................... -1
reading default: ElphySolverVTK.......................... -1
reading config: ElphyPreconditioner..................... SuperLU
reading default: PreconditionerVerbose................... 0
reading config: ElphySolver............................. gmres
reading default: ElphySteps.............................. 800
reading config: ElphyEpsilon............................ 1e-8
reading config: ElphyReduction.......................... 1e-12
reading default: ElphyMinimalStepNumber.................. 0
reading default: ElphyPrintSteps......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: ElphyRestart............................ 300
reading config: ReassembleRHSonce....................... 1
reading config: EulerReAssemble......................... 0
reading config: ElphyLinearSolverVerbose................ -1
reading default: ElphyScheme............................. Undefined
reading default: ElphyTimeLevel.......................... 0
failed to open data/AT_l0j0.txt
reading default: PlotVerbose............................. 0
reading default: PlotEnabled............................. 0
reading default: PlotPrecision........................... 4
failed to open data/AT_l0j0.txt
==== Monodomain Information ==============
reading config: OrderStaggeredScheme.................... wVc
Mesh Info:
Mesh Name: ............................... TestCube0252DQuad
Distribution: ............................ Stripes
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 240
Vertices: ................................ 273
Edges: ................................... 512
Faces: ................................... 512
ProcSets: ................................ 75
Mesh width [min, max]: ................... [0.25, 0.25]
Assemble Info:
Name: .................................... Monodomain
Problem: ................................. HexaTestProblemWA
Model and Solver Info:
CellModelClass: .......................... MElphyModel
CellModel: ............................... BeelerReuter
dt: ...................................... 1e-05
T: ....................................... 0.006
Time Integration model: .................. Strang Splitting reassembled once
External Stimulus Info:
Iext in PDE: ............................. 0
Iext smooth in time: ..................... Stepfunction
Iext space smoothing: .................... discrete
External Stimulus Info:
Iext smooth in time: ..................... Stepfunction
Iext space smoothing: .................... discrete
Conductivity Info:
atria: ................................... [0.001114, 0.000502, 0.000502]
ventricles: .............................. [0.000133, 0.000018, 0.000018]
ActivationTime(0.0,0.0,0.0) = 1.880000
ActivationTime(2.5,1.5,0.0) = 5.320000
===========================================
[ OK ] TestMonodomain/MonodomainTest.CheckValueWithoutDiffusion/2 (546 ms)
[ RUN ] TestMonodomain/MonodomainTest.CheckValueWithoutDiffusion/3
reading config: AssembleVerbose......................... 1
reading config: ElphyModel.............................. LinearImplicit
reading config: plevel.................................. 0
reading config: ElphyLevel.............................. 0
reading config: ElphyPolynomialDegree................... 1
reading config: ElphyMeshPart........................... fourchamber
reading config: ExternalCurrentSmoothingInTime.......... Stepfunction
reading config: ElphyProblem............................ Hexa2dTestProblem
reading default: IntraLongitudinal....................... 0.17
reading default: IntraTransversal........................ 0.019
reading default: ExtraLongitudinal....................... 0.62
reading default: ExtraTransversal........................ 0.24
reading default: WithGerachDiffsion...................... 0
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ Stripes
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: ElphyModelClass......................... MElphyModel
reading config: ElphyModelName.......................... BeelerReuter
reading config: IextInPDE............................... 0
reading config: ScaleExcitationAmplitude................ 0.04101
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: ElphyVTK................................ 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: MatrixGraphVerbose...................... 0
reading config: ExternalCurrentSmoothingInSpace......... discrete
reading config: ElphyVerbose............................ -1
reading default: IsExternalCurrentSmooth................. 0
reading config: ThresholdVForActivation................. -40.0
reading default: PrintVSteps............................. 1
reading config: StartTime............................... 0.0
reading config: UseTNewForIextUpdate.................... 0
reading config: SurfaceToVolumeRatio.................... 140
reading config: MembraneCapacitance..................... 0.01
reading config: EndTime................................. 0.010000
reading config: DeltaTime............................... 0.000010
reading default: PrintMeshOnly........................... 0
reading config: ElphySolverVerbose...................... -1
reading default: ElphySolverVTK.......................... -1
reading config: ElphyPreconditioner..................... SuperLU
reading default: PreconditionerVerbose................... 0
reading config: ElphySolver............................. gmres
reading default: ElphySteps.............................. 800
reading config: ElphyEpsilon............................ 1e-8
reading config: ElphyReduction.......................... 1e-12
reading default: ElphyMinimalStepNumber.................. 0
reading default: ElphyPrintSteps......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: ElphyRestart............................ 300
reading default: IonScheme............................... ExplicitEuler
reading config: PlotVTK................................. 0
reading default: PlotCalcium............................. 0
reading default: LinearImplicitVerbose................... -1
reading default: ReferenceCalculation.................... 0
reading default: EulerSteps.............................. 100000
reading default: EulerConvergence........................ 1
reading config: ElphyLinearSolverVerbose................ -1
reading config: ReassembleRHSonce....................... 1
reading config: OrderStaggeredScheme.................... wVc
reading default: deformConcentrationStretch.............. 0
==== Monodomain Information ==============
Mesh Info:
Mesh Name: ............................... TestCube0252DQuad
Distribution: ............................ Stripes
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 2
Cells: ................................... 240
Vertices: ................................ 273
Edges: ................................... 512
Faces: ................................... 512
ProcSets: ................................ 75
Mesh width [min, max]: ................... [0.25, 0.25]
Assemble Info:
Name: .................................... Monodomain
Problem: ................................. Hexa2dTestProblem
Model and Solver Info:
CellModelClass: .......................... MElphyModel
CellModel: ............................... BeelerReuter
dt: ...................................... 1e-05
T: ....................................... 0.01
Time Integration model: .................. LinearImplicit reassembled once wVc
External Stimulus Info:
Iext smooth in time: ..................... Stepfunction
Iext space smoothing: .................... discrete
External Stimulus Info:
Iext smooth in time: ..................... Stepfunction
Iext space smoothing: .................... discrete
Conductivity Info:
atria: ................................... [0.001114, 0.000502, 0.000502]
ventricles: .............................. [0.000133, 0.000018, 0.000018]
V(0.0,0.0) = 12.595238
V(5.0,3.0) = -84.573691
===========================================
[ OK ] TestMonodomain/MonodomainTest.CheckValueWithoutDiffusion/3 (1340 ms)
[ RUN ] TestMonodomain/MonodomainTest.CheckValueWithoutDiffusion/4
reading config: AssembleVerbose......................... 1
reading config: ElphyModel.............................. LinearImplicit
reading config: plevel.................................. 0
reading config: ElphyLevel.............................. 0
reading config: ElphyPolynomialDegree................... 1
reading config: ElphyMeshPart........................... fourchamber
reading config: ExternalCurrentSmoothingInTime.......... Arctan
reading config: ElphyProblem............................ TetraTestProblem
reading default: IntraLongitudinal....................... 0.17
reading default: IntraTransversal........................ 0.019
reading default: ExtraLongitudinal....................... 0.62
reading default: ExtraTransversal........................ 0.24
reading default: WithGerachDiffsion...................... 0
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: level................................... 0
reading default: clevel.................................. 0
reading config: Distribution............................ Stripes
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading config: ElphyModelClass......................... MElphyModel
reading config: ElphyModelName.......................... BeelerReuter
reading config: IextInPDE............................... 0
reading config: ScaleExcitationAmplitude................ 0.04101
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: ElphyVTK................................ 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: MatrixGraphVerbose...................... 0
reading config: ExternalCurrentSmoothingInSpace......... linear
reading config: ElphyVerbose............................ -1
reading default: IsExternalCurrentSmooth................. 0
reading config: ThresholdVForActivation................. -40.0
reading default: PrintVSteps............................. 1
reading config: StartTime............................... 0.0
reading config: UseTNewForIextUpdate.................... 0
reading config: SurfaceToVolumeRatio.................... 140
reading config: MembraneCapacitance..................... 0.01
reading config: EndTime................................. 0.004000
reading config: DeltaTime............................... 0.000100
reading default: PrintMeshOnly........................... 0
reading config: ElphySolverVerbose...................... -1
reading default: ElphySolverVTK.......................... -1
reading config: ElphyPreconditioner..................... SuperLU
reading default: PreconditionerVerbose................... 0
reading config: ElphySolver............................. gmres
reading default: ElphySteps.............................. 800
reading config: ElphyEpsilon............................ 1e-8
reading config: ElphyReduction.......................... 1e-12
reading default: ElphyMinimalStepNumber.................. 0
reading default: ElphyPrintSteps......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: ElphyRestart............................ 300
reading default: IonScheme............................... ExplicitEuler
reading config: PlotVTK................................. 0
reading default: PlotCalcium............................. 0
reading default: LinearImplicitVerbose................... -1
reading default: ReferenceCalculation.................... 0
reading default: EulerSteps.............................. 100000
reading default: EulerConvergence........................ 1
reading config: ElphyLinearSolverVerbose................ -1
reading config: ReassembleRHSonce....................... 1
reading config: OrderStaggeredScheme.................... wVc
reading default: deformConcentrationStretch.............. 0
==== Monodomain Information ==============
Mesh Info:
Mesh Name: ............................... TestCube0253DTet
Distribution: ............................ Stripes
CommSplit: ............................... 0
Level: ................................... [0, -1, 0, 0, 0]
pLevel: .................................. 0
Dimension: ............................... 3
Cells: ................................... 17280
Vertices: ................................ 3549
Edges: ................................... 22076
Faces: ................................... 35808
ProcSets: ................................ 2739
Mesh width [min, max]: ................... [0.25, 0.4330127018922193]
Assemble Info:
Name: .................................... Monodomain
Problem: ................................. TetraTestProblem
Model and Solver Info:
CellModelClass: .......................... MElphyModel
CellModel: ............................... BeelerReuter
dt: ...................................... 0.0001
T: ....................................... 0.004
Time Integration model: .................. LinearImplicit reassembled once wVc
External Stimulus Info:
Iext smooth in time: ..................... Arctan
Iext space smoothing: .................... linear
External Stimulus Info:
Iext smooth in time: ..................... Arctan
Iext space smoothing: .................... linear
Conductivity Info:
atria: ................................... [0.001114, 0.000502, 0.000502]
ventricles: .............................. [0.000133, 0.000018, 0.000018]
V(0.0,0.0,0.0) = 23.281075
V(5.0,3.0,3.0) = -84.572363
===========================================
[ OK ] TestMonodomain/MonodomainTest.CheckValueWithoutDiffusion/4 (2639 ms)
[----------] 5 tests from TestMonodomain/MonodomainTest (4942 ms total)
[----------] Global test environment tear-down
[==========] 5 tests from 1 test suite ran. (4942 ms total)
[ PASSED ] 5 tests.
end program after 4.86 seconds on 4 procs at Tue Apr 1 13:15:39 2025 with 1 warning(s):
Warning: Changed order of points for type HEXAHEDRON
in ../../../../mpp/src/lib2_mesh/mesh/CheckOrientation.cpp:149
on line 149
[92m 8/11 Test 8: TestMonodomainMPI ........................... Passed 5.31 sec[0m
Start 9: TestCardiacTransfersMPI
================ running mpp ================
[==========] Running 248 tests from 13 test suites.
[----------] Global test environment set-up.
[----------] 20 tests from FourChamberTriangle/TestCardiacTransfer
[ RUN ] FourChamberTriangle/TestCardiacTransfer.ConstantProject/0
start program on 4 procs at Tue Apr 1 13:15:39 2025
Running on: runner-83jcba7v-project-159678-concurrent-1-q04fydif
[ OK ] FourChamberTriangle/TestCardiacTransfer.ConstantProject/0 (34 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.ConstantProject/1
[ OK ] FourChamberTriangle/TestCardiacTransfer.ConstantProject/1 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.ConstantProject/2
[ OK ] FourChamberTriangle/TestCardiacTransfer.ConstantProject/2 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.ConstantProject/3
[ OK ] FourChamberTriangle/TestCardiacTransfer.ConstantProject/3 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.ConstantProject/4
[ OK ] FourChamberTriangle/TestCardiacTransfer.ConstantProject/4 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.LinearProject/0
[ OK ] FourChamberTriangle/TestCardiacTransfer.LinearProject/0 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.LinearProject/1
[ OK ] FourChamberTriangle/TestCardiacTransfer.LinearProject/1 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.LinearProject/2
[ OK ] FourChamberTriangle/TestCardiacTransfer.LinearProject/2 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.LinearProject/3
[ OK ] FourChamberTriangle/TestCardiacTransfer.LinearProject/3 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.LinearProject/4
[ OK ] FourChamberTriangle/TestCardiacTransfer.LinearProject/4 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.ConstantElongate/0
[ OK ] FourChamberTriangle/TestCardiacTransfer.ConstantElongate/0 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.ConstantElongate/1
[ OK ] FourChamberTriangle/TestCardiacTransfer.ConstantElongate/1 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.ConstantElongate/2
[ OK ] FourChamberTriangle/TestCardiacTransfer.ConstantElongate/2 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.ConstantElongate/3
[ OK ] FourChamberTriangle/TestCardiacTransfer.ConstantElongate/3 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.ConstantElongate/4
[ OK ] FourChamberTriangle/TestCardiacTransfer.ConstantElongate/4 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.LinearElongate/0
[ OK ] FourChamberTriangle/TestCardiacTransfer.LinearElongate/0 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.LinearElongate/1
[ OK ] FourChamberTriangle/TestCardiacTransfer.LinearElongate/1 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.LinearElongate/2
[ OK ] FourChamberTriangle/TestCardiacTransfer.LinearElongate/2 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.LinearElongate/3
[ OK ] FourChamberTriangle/TestCardiacTransfer.LinearElongate/3 (2 ms)
[ RUN ] FourChamberTriangle/TestCardiacTransfer.LinearElongate/4
[ OK ] FourChamberTriangle/TestCardiacTransfer.LinearElongate/4 (2 ms)
[----------] 20 tests from FourChamberTriangle/TestCardiacTransfer (79 ms total)
[----------] 20 tests from FourChamberSquare/TestCardiacTransfer
[ RUN ] FourChamberSquare/TestCardiacTransfer.ConstantProject/0
[ OK ] FourChamberSquare/TestCardiacTransfer.ConstantProject/0 (19 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.ConstantProject/1
[ OK ] FourChamberSquare/TestCardiacTransfer.ConstantProject/1 (1 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.ConstantProject/2
[ OK ] FourChamberSquare/TestCardiacTransfer.ConstantProject/2 (2 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.ConstantProject/3
[ OK ] FourChamberSquare/TestCardiacTransfer.ConstantProject/3 (1 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.ConstantProject/4
[ OK ] FourChamberSquare/TestCardiacTransfer.ConstantProject/4 (1 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.LinearProject/0
[ OK ] FourChamberSquare/TestCardiacTransfer.LinearProject/0 (1 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.LinearProject/1
[ OK ] FourChamberSquare/TestCardiacTransfer.LinearProject/1 (1 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.LinearProject/2
[ OK ] FourChamberSquare/TestCardiacTransfer.LinearProject/2 (2 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.LinearProject/3
[ OK ] FourChamberSquare/TestCardiacTransfer.LinearProject/3 (1 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.LinearProject/4
[ OK ] FourChamberSquare/TestCardiacTransfer.LinearProject/4 (1 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.ConstantElongate/0
[ OK ] FourChamberSquare/TestCardiacTransfer.ConstantElongate/0 (1 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.ConstantElongate/1
[ OK ] FourChamberSquare/TestCardiacTransfer.ConstantElongate/1 (1 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.ConstantElongate/2
[ OK ] FourChamberSquare/TestCardiacTransfer.ConstantElongate/2 (2 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.ConstantElongate/3
[ OK ] FourChamberSquare/TestCardiacTransfer.ConstantElongate/3 (1 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.ConstantElongate/4
[ OK ] FourChamberSquare/TestCardiacTransfer.ConstantElongate/4 (1 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.LinearElongate/0
[ OK ] FourChamberSquare/TestCardiacTransfer.LinearElongate/0 (1 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.LinearElongate/1
[ OK ] FourChamberSquare/TestCardiacTransfer.LinearElongate/1 (1 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.LinearElongate/2
[ OK ] FourChamberSquare/TestCardiacTransfer.LinearElongate/2 (2 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.LinearElongate/3
[ OK ] FourChamberSquare/TestCardiacTransfer.LinearElongate/3 (1 ms)
[ RUN ] FourChamberSquare/TestCardiacTransfer.LinearElongate/4
[ OK ] FourChamberSquare/TestCardiacTransfer.LinearElongate/4 (1 ms)
[----------] 20 tests from FourChamberSquare/TestCardiacTransfer (56 ms total)
[----------] 20 tests from FourChamberTetrahedron/TestCardiacTransfer
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.ConstantProject/0
[1;33mWarning: Changed order of points for type TETRAHEDRON[0m
in ../../../../mpp/src/lib2_mesh/mesh/CheckOrientation.cpp:105
on line 105
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.ConstantProject/0 (10 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.ConstantProject/1
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.ConstantProject/1 (10 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.ConstantProject/2
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.ConstantProject/2 (13 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.ConstantProject/3
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.ConstantProject/3 (10 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.ConstantProject/4
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.ConstantProject/4 (9 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.LinearProject/0
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.LinearProject/0 (9 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.LinearProject/1
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.LinearProject/1 (10 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.LinearProject/2
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.LinearProject/2 (13 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.LinearProject/3
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.LinearProject/3 (10 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.LinearProject/4
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.LinearProject/4 (9 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.ConstantElongate/0
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.ConstantElongate/0 (9 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.ConstantElongate/1
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.ConstantElongate/1 (10 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.ConstantElongate/2
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.ConstantElongate/2 (13 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.ConstantElongate/3
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.ConstantElongate/3 (10 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.ConstantElongate/4
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.ConstantElongate/4 (9 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.LinearElongate/0
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.LinearElongate/0 (9 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.LinearElongate/1
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.LinearElongate/1 (10 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.LinearElongate/2
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.LinearElongate/2 (13 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.LinearElongate/3
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.LinearElongate/3 (10 ms)
[ RUN ] FourChamberTetrahedron/TestCardiacTransfer.LinearElongate/4
[ OK ] FourChamberTetrahedron/TestCardiacTransfer.LinearElongate/4 (9 ms)
[----------] 20 tests from FourChamberTetrahedron/TestCardiacTransfer (214 ms total)
[----------] 20 tests from FourChamberHexahedron/TestCardiacTransfer
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.ConstantProject/0
[ OK ] FourChamberHexahedron/TestCardiacTransfer.ConstantProject/0 (4 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.ConstantProject/1
[ OK ] FourChamberHexahedron/TestCardiacTransfer.ConstantProject/1 (4 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.ConstantProject/2
[ OK ] FourChamberHexahedron/TestCardiacTransfer.ConstantProject/2 (6 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.ConstantProject/3
[ OK ] FourChamberHexahedron/TestCardiacTransfer.ConstantProject/3 (4 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.ConstantProject/4
[ OK ] FourChamberHexahedron/TestCardiacTransfer.ConstantProject/4 (4 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.LinearProject/0
[ OK ] FourChamberHexahedron/TestCardiacTransfer.LinearProject/0 (4 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.LinearProject/1
[ OK ] FourChamberHexahedron/TestCardiacTransfer.LinearProject/1 (4 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.LinearProject/2
[ OK ] FourChamberHexahedron/TestCardiacTransfer.LinearProject/2 (6 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.LinearProject/3
[ OK ] FourChamberHexahedron/TestCardiacTransfer.LinearProject/3 (4 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.LinearProject/4
[ OK ] FourChamberHexahedron/TestCardiacTransfer.LinearProject/4 (4 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.ConstantElongate/0
[ OK ] FourChamberHexahedron/TestCardiacTransfer.ConstantElongate/0 (4 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.ConstantElongate/1
[ OK ] FourChamberHexahedron/TestCardiacTransfer.ConstantElongate/1 (4 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.ConstantElongate/2
[ OK ] FourChamberHexahedron/TestCardiacTransfer.ConstantElongate/2 (6 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.ConstantElongate/3
[ OK ] FourChamberHexahedron/TestCardiacTransfer.ConstantElongate/3 (5 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.ConstantElongate/4
[ OK ] FourChamberHexahedron/TestCardiacTransfer.ConstantElongate/4 (4 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.LinearElongate/0
[ OK ] FourChamberHexahedron/TestCardiacTransfer.LinearElongate/0 (4 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.LinearElongate/1
[ OK ] FourChamberHexahedron/TestCardiacTransfer.LinearElongate/1 (4 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.LinearElongate/2
[ OK ] FourChamberHexahedron/TestCardiacTransfer.LinearElongate/2 (6 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.LinearElongate/3
[ OK ] FourChamberHexahedron/TestCardiacTransfer.LinearElongate/3 (4 ms)
[ RUN ] FourChamberHexahedron/TestCardiacTransfer.LinearElongate/4
[ OK ] FourChamberHexahedron/TestCardiacTransfer.LinearElongate/4 (4 ms)
[----------] 20 tests from FourChamberHexahedron/TestCardiacTransfer (100 ms total)
[----------] 20 tests from MultiDimTriangle/TestCardiacTransfer
[ RUN ] MultiDimTriangle/TestCardiacTransfer.ConstantProject/0
[ OK ] MultiDimTriangle/TestCardiacTransfer.ConstantProject/0 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.ConstantProject/1
[ OK ] MultiDimTriangle/TestCardiacTransfer.ConstantProject/1 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.ConstantProject/2
[ OK ] MultiDimTriangle/TestCardiacTransfer.ConstantProject/2 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.ConstantProject/3
[ OK ] MultiDimTriangle/TestCardiacTransfer.ConstantProject/3 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.ConstantProject/4
[ OK ] MultiDimTriangle/TestCardiacTransfer.ConstantProject/4 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.LinearProject/0
[ OK ] MultiDimTriangle/TestCardiacTransfer.LinearProject/0 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.LinearProject/1
[ OK ] MultiDimTriangle/TestCardiacTransfer.LinearProject/1 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.LinearProject/2
[ OK ] MultiDimTriangle/TestCardiacTransfer.LinearProject/2 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.LinearProject/3
[ OK ] MultiDimTriangle/TestCardiacTransfer.LinearProject/3 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.LinearProject/4
[ OK ] MultiDimTriangle/TestCardiacTransfer.LinearProject/4 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.ConstantElongate/0
[ OK ] MultiDimTriangle/TestCardiacTransfer.ConstantElongate/0 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.ConstantElongate/1
[ OK ] MultiDimTriangle/TestCardiacTransfer.ConstantElongate/1 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.ConstantElongate/2
[ OK ] MultiDimTriangle/TestCardiacTransfer.ConstantElongate/2 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.ConstantElongate/3
[ OK ] MultiDimTriangle/TestCardiacTransfer.ConstantElongate/3 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.ConstantElongate/4
[ OK ] MultiDimTriangle/TestCardiacTransfer.ConstantElongate/4 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.LinearElongate/0
[ OK ] MultiDimTriangle/TestCardiacTransfer.LinearElongate/0 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.LinearElongate/1
[ OK ] MultiDimTriangle/TestCardiacTransfer.LinearElongate/1 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.LinearElongate/2
[ OK ] MultiDimTriangle/TestCardiacTransfer.LinearElongate/2 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.LinearElongate/3
[ OK ] MultiDimTriangle/TestCardiacTransfer.LinearElongate/3 (2 ms)
[ RUN ] MultiDimTriangle/TestCardiacTransfer.LinearElongate/4
[ OK ] MultiDimTriangle/TestCardiacTransfer.LinearElongate/4 (2 ms)
[----------] 20 tests from MultiDimTriangle/TestCardiacTransfer (49 ms total)
[----------] 20 tests from MultiDimSquare/TestCardiacTransfer
[ RUN ] MultiDimSquare/TestCardiacTransfer.ConstantProject/0
[ OK ] MultiDimSquare/TestCardiacTransfer.ConstantProject/0 (2 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.ConstantProject/1
[ OK ] MultiDimSquare/TestCardiacTransfer.ConstantProject/1 (1 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.ConstantProject/2
[ OK ] MultiDimSquare/TestCardiacTransfer.ConstantProject/2 (4 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.ConstantProject/3
[ OK ] MultiDimSquare/TestCardiacTransfer.ConstantProject/3 (2 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.ConstantProject/4
[ OK ] MultiDimSquare/TestCardiacTransfer.ConstantProject/4 (1 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.LinearProject/0
[ OK ] MultiDimSquare/TestCardiacTransfer.LinearProject/0 (1 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.LinearProject/1
[ OK ] MultiDimSquare/TestCardiacTransfer.LinearProject/1 (2 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.LinearProject/2
[ OK ] MultiDimSquare/TestCardiacTransfer.LinearProject/2 (2 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.LinearProject/3
[ OK ] MultiDimSquare/TestCardiacTransfer.LinearProject/3 (2 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.LinearProject/4
[ OK ] MultiDimSquare/TestCardiacTransfer.LinearProject/4 (1 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.ConstantElongate/0
[ OK ] MultiDimSquare/TestCardiacTransfer.ConstantElongate/0 (1 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.ConstantElongate/1
[ OK ] MultiDimSquare/TestCardiacTransfer.ConstantElongate/1 (1 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.ConstantElongate/2
[ OK ] MultiDimSquare/TestCardiacTransfer.ConstantElongate/2 (2 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.ConstantElongate/3
[ OK ] MultiDimSquare/TestCardiacTransfer.ConstantElongate/3 (2 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.ConstantElongate/4
[ OK ] MultiDimSquare/TestCardiacTransfer.ConstantElongate/4 (2 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.LinearElongate/0
[ OK ] MultiDimSquare/TestCardiacTransfer.LinearElongate/0 (1 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.LinearElongate/1
[ OK ] MultiDimSquare/TestCardiacTransfer.LinearElongate/1 (2 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.LinearElongate/2
[ OK ] MultiDimSquare/TestCardiacTransfer.LinearElongate/2 (2 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.LinearElongate/3
[ OK ] MultiDimSquare/TestCardiacTransfer.LinearElongate/3 (2 ms)
[ RUN ] MultiDimSquare/TestCardiacTransfer.LinearElongate/4
[ OK ] MultiDimSquare/TestCardiacTransfer.LinearElongate/4 (1 ms)
[----------] 20 tests from MultiDimSquare/TestCardiacTransfer (44 ms total)
[----------] 20 tests from MultiDimTetrahedron/TestCardiacTransfer
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.ConstantProject/0
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.ConstantProject/0 (9 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.ConstantProject/1
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.ConstantProject/1 (10 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.ConstantProject/2
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.ConstantProject/2 (13 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.ConstantProject/3
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.ConstantProject/3 (10 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.ConstantProject/4
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.ConstantProject/4 (9 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.LinearProject/0
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.LinearProject/0 (10 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.LinearProject/1
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.LinearProject/1 (10 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.LinearProject/2
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.LinearProject/2 (13 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.LinearProject/3
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.LinearProject/3 (10 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.LinearProject/4
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.LinearProject/4 (10 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.ConstantElongate/0
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.ConstantElongate/0 (9 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.ConstantElongate/1
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.ConstantElongate/1 (10 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.ConstantElongate/2
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.ConstantElongate/2 (13 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.ConstantElongate/3
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.ConstantElongate/3 (10 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.ConstantElongate/4
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.ConstantElongate/4 (9 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.LinearElongate/0
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.LinearElongate/0 (9 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.LinearElongate/1
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.LinearElongate/1 (10 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.LinearElongate/2
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.LinearElongate/2 (13 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.LinearElongate/3
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.LinearElongate/3 (10 ms)
[ RUN ] MultiDimTetrahedron/TestCardiacTransfer.LinearElongate/4
[ OK ] MultiDimTetrahedron/TestCardiacTransfer.LinearElongate/4 (9 ms)
[----------] 20 tests from MultiDimTetrahedron/TestCardiacTransfer (217 ms total)
[----------] 20 tests from MultiDimHexahedron/TestCardiacTransfer
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.ConstantProject/0
[ OK ] MultiDimHexahedron/TestCardiacTransfer.ConstantProject/0 (4 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.ConstantProject/1
[ OK ] MultiDimHexahedron/TestCardiacTransfer.ConstantProject/1 (4 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.ConstantProject/2
[ OK ] MultiDimHexahedron/TestCardiacTransfer.ConstantProject/2 (6 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.ConstantProject/3
[ OK ] MultiDimHexahedron/TestCardiacTransfer.ConstantProject/3 (4 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.ConstantProject/4
[ OK ] MultiDimHexahedron/TestCardiacTransfer.ConstantProject/4 (4 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.LinearProject/0
[ OK ] MultiDimHexahedron/TestCardiacTransfer.LinearProject/0 (4 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.LinearProject/1
[ OK ] MultiDimHexahedron/TestCardiacTransfer.LinearProject/1 (4 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.LinearProject/2
[ OK ] MultiDimHexahedron/TestCardiacTransfer.LinearProject/2 (6 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.LinearProject/3
[ OK ] MultiDimHexahedron/TestCardiacTransfer.LinearProject/3 (4 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.LinearProject/4
[ OK ] MultiDimHexahedron/TestCardiacTransfer.LinearProject/4 (4 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.ConstantElongate/0
[ OK ] MultiDimHexahedron/TestCardiacTransfer.ConstantElongate/0 (4 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.ConstantElongate/1
[ OK ] MultiDimHexahedron/TestCardiacTransfer.ConstantElongate/1 (4 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.ConstantElongate/2
[ OK ] MultiDimHexahedron/TestCardiacTransfer.ConstantElongate/2 (6 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.ConstantElongate/3
[ OK ] MultiDimHexahedron/TestCardiacTransfer.ConstantElongate/3 (5 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.ConstantElongate/4
[ OK ] MultiDimHexahedron/TestCardiacTransfer.ConstantElongate/4 (4 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.LinearElongate/0
[ OK ] MultiDimHexahedron/TestCardiacTransfer.LinearElongate/0 (4 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.LinearElongate/1
[ OK ] MultiDimHexahedron/TestCardiacTransfer.LinearElongate/1 (4 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.LinearElongate/2
[ OK ] MultiDimHexahedron/TestCardiacTransfer.LinearElongate/2 (6 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.LinearElongate/3
[ OK ] MultiDimHexahedron/TestCardiacTransfer.LinearElongate/3 (4 ms)
[ RUN ] MultiDimHexahedron/TestCardiacTransfer.LinearElongate/4
[ OK ] MultiDimHexahedron/TestCardiacTransfer.LinearElongate/4 (4 ms)
[----------] 20 tests from MultiDimHexahedron/TestCardiacTransfer (100 ms total)
[----------] 20 tests from VesselsTriangle/TestCardiacTransfer
[ RUN ] VesselsTriangle/TestCardiacTransfer.ConstantProject/0
[ OK ] VesselsTriangle/TestCardiacTransfer.ConstantProject/0 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.ConstantProject/1
[ OK ] VesselsTriangle/TestCardiacTransfer.ConstantProject/1 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.ConstantProject/2
[ OK ] VesselsTriangle/TestCardiacTransfer.ConstantProject/2 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.ConstantProject/3
[ OK ] VesselsTriangle/TestCardiacTransfer.ConstantProject/3 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.ConstantProject/4
[ OK ] VesselsTriangle/TestCardiacTransfer.ConstantProject/4 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.LinearProject/0
[ OK ] VesselsTriangle/TestCardiacTransfer.LinearProject/0 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.LinearProject/1
[ OK ] VesselsTriangle/TestCardiacTransfer.LinearProject/1 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.LinearProject/2
[ OK ] VesselsTriangle/TestCardiacTransfer.LinearProject/2 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.LinearProject/3
[ OK ] VesselsTriangle/TestCardiacTransfer.LinearProject/3 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.LinearProject/4
[ OK ] VesselsTriangle/TestCardiacTransfer.LinearProject/4 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.ConstantElongate/0
[ OK ] VesselsTriangle/TestCardiacTransfer.ConstantElongate/0 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.ConstantElongate/1
[ OK ] VesselsTriangle/TestCardiacTransfer.ConstantElongate/1 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.ConstantElongate/2
[ OK ] VesselsTriangle/TestCardiacTransfer.ConstantElongate/2 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.ConstantElongate/3
[ OK ] VesselsTriangle/TestCardiacTransfer.ConstantElongate/3 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.ConstantElongate/4
[ OK ] VesselsTriangle/TestCardiacTransfer.ConstantElongate/4 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.LinearElongate/0
[ OK ] VesselsTriangle/TestCardiacTransfer.LinearElongate/0 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.LinearElongate/1
[ OK ] VesselsTriangle/TestCardiacTransfer.LinearElongate/1 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.LinearElongate/2
[ OK ] VesselsTriangle/TestCardiacTransfer.LinearElongate/2 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.LinearElongate/3
[ OK ] VesselsTriangle/TestCardiacTransfer.LinearElongate/3 (2 ms)
[ RUN ] VesselsTriangle/TestCardiacTransfer.LinearElongate/4
[ OK ] VesselsTriangle/TestCardiacTransfer.LinearElongate/4 (2 ms)
[----------] 20 tests from VesselsTriangle/TestCardiacTransfer (51 ms total)
[----------] 20 tests from VesselsSquare/TestCardiacTransfer
[ RUN ] VesselsSquare/TestCardiacTransfer.ConstantProject/0
[ OK ] VesselsSquare/TestCardiacTransfer.ConstantProject/0 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.ConstantProject/1
[ OK ] VesselsSquare/TestCardiacTransfer.ConstantProject/1 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.ConstantProject/2
[ OK ] VesselsSquare/TestCardiacTransfer.ConstantProject/2 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.ConstantProject/3
[ OK ] VesselsSquare/TestCardiacTransfer.ConstantProject/3 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.ConstantProject/4
[ OK ] VesselsSquare/TestCardiacTransfer.ConstantProject/4 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.LinearProject/0
[ OK ] VesselsSquare/TestCardiacTransfer.LinearProject/0 (1 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.LinearProject/1
[ OK ] VesselsSquare/TestCardiacTransfer.LinearProject/1 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.LinearProject/2
[ OK ] VesselsSquare/TestCardiacTransfer.LinearProject/2 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.LinearProject/3
[ OK ] VesselsSquare/TestCardiacTransfer.LinearProject/3 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.LinearProject/4
[ OK ] VesselsSquare/TestCardiacTransfer.LinearProject/4 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.ConstantElongate/0
[ OK ] VesselsSquare/TestCardiacTransfer.ConstantElongate/0 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.ConstantElongate/1
[ OK ] VesselsSquare/TestCardiacTransfer.ConstantElongate/1 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.ConstantElongate/2
[ OK ] VesselsSquare/TestCardiacTransfer.ConstantElongate/2 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.ConstantElongate/3
[ OK ] VesselsSquare/TestCardiacTransfer.ConstantElongate/3 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.ConstantElongate/4
[ OK ] VesselsSquare/TestCardiacTransfer.ConstantElongate/4 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.LinearElongate/0
[ OK ] VesselsSquare/TestCardiacTransfer.LinearElongate/0 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.LinearElongate/1
[ OK ] VesselsSquare/TestCardiacTransfer.LinearElongate/1 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.LinearElongate/2
[ OK ] VesselsSquare/TestCardiacTransfer.LinearElongate/2 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.LinearElongate/3
[ OK ] VesselsSquare/TestCardiacTransfer.LinearElongate/3 (2 ms)
[ RUN ] VesselsSquare/TestCardiacTransfer.LinearElongate/4
[ OK ] VesselsSquare/TestCardiacTransfer.LinearElongate/4 (2 ms)
[----------] 20 tests from VesselsSquare/TestCardiacTransfer (43 ms total)
[----------] 20 tests from VesselsTetrahedron/TestCardiacTransfer
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.ConstantProject/0
[ OK ] VesselsTetrahedron/TestCardiacTransfer.ConstantProject/0 (11 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.ConstantProject/1
[ OK ] VesselsTetrahedron/TestCardiacTransfer.ConstantProject/1 (12 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.ConstantProject/2
[ OK ] VesselsTetrahedron/TestCardiacTransfer.ConstantProject/2 (15 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.ConstantProject/3
[ OK ] VesselsTetrahedron/TestCardiacTransfer.ConstantProject/3 (14 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.ConstantProject/4
[ OK ] VesselsTetrahedron/TestCardiacTransfer.ConstantProject/4 (12 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.LinearProject/0
[ OK ] VesselsTetrahedron/TestCardiacTransfer.LinearProject/0 (11 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.LinearProject/1
[ OK ] VesselsTetrahedron/TestCardiacTransfer.LinearProject/1 (12 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.LinearProject/2
[ OK ] VesselsTetrahedron/TestCardiacTransfer.LinearProject/2 (15 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.LinearProject/3
[ OK ] VesselsTetrahedron/TestCardiacTransfer.LinearProject/3 (13 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.LinearProject/4
[ OK ] VesselsTetrahedron/TestCardiacTransfer.LinearProject/4 (12 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.ConstantElongate/0
[ OK ] VesselsTetrahedron/TestCardiacTransfer.ConstantElongate/0 (11 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.ConstantElongate/1
[ OK ] VesselsTetrahedron/TestCardiacTransfer.ConstantElongate/1 (12 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.ConstantElongate/2
[ OK ] VesselsTetrahedron/TestCardiacTransfer.ConstantElongate/2 (15 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.ConstantElongate/3
[ OK ] VesselsTetrahedron/TestCardiacTransfer.ConstantElongate/3 (13 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.ConstantElongate/4
[ OK ] VesselsTetrahedron/TestCardiacTransfer.ConstantElongate/4 (12 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.LinearElongate/0
[ OK ] VesselsTetrahedron/TestCardiacTransfer.LinearElongate/0 (11 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.LinearElongate/1
[ OK ] VesselsTetrahedron/TestCardiacTransfer.LinearElongate/1 (12 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.LinearElongate/2
[ OK ] VesselsTetrahedron/TestCardiacTransfer.LinearElongate/2 (15 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.LinearElongate/3
[ OK ] VesselsTetrahedron/TestCardiacTransfer.LinearElongate/3 (13 ms)
[ RUN ] VesselsTetrahedron/TestCardiacTransfer.LinearElongate/4
[ OK ] VesselsTetrahedron/TestCardiacTransfer.LinearElongate/4 (12 ms)
[----------] 20 tests from VesselsTetrahedron/TestCardiacTransfer (261 ms total)
[----------] 20 tests from VesselsHexahedron/TestCardiacTransfer
[ RUN ] VesselsHexahedron/TestCardiacTransfer.ConstantProject/0
[ OK ] VesselsHexahedron/TestCardiacTransfer.ConstantProject/0 (5 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.ConstantProject/1
[ OK ] VesselsHexahedron/TestCardiacTransfer.ConstantProject/1 (5 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.ConstantProject/2
[ OK ] VesselsHexahedron/TestCardiacTransfer.ConstantProject/2 (6 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.ConstantProject/3
[ OK ] VesselsHexahedron/TestCardiacTransfer.ConstantProject/3 (6 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.ConstantProject/4
[ OK ] VesselsHexahedron/TestCardiacTransfer.ConstantProject/4 (6 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.LinearProject/0
[ OK ] VesselsHexahedron/TestCardiacTransfer.LinearProject/0 (5 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.LinearProject/1
[ OK ] VesselsHexahedron/TestCardiacTransfer.LinearProject/1 (5 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.LinearProject/2
[ OK ] VesselsHexahedron/TestCardiacTransfer.LinearProject/2 (6 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.LinearProject/3
[ OK ] VesselsHexahedron/TestCardiacTransfer.LinearProject/3 (6 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.LinearProject/4
[ OK ] VesselsHexahedron/TestCardiacTransfer.LinearProject/4 (6 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.ConstantElongate/0
[ OK ] VesselsHexahedron/TestCardiacTransfer.ConstantElongate/0 (5 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.ConstantElongate/1
[ OK ] VesselsHexahedron/TestCardiacTransfer.ConstantElongate/1 (5 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.ConstantElongate/2
[ OK ] VesselsHexahedron/TestCardiacTransfer.ConstantElongate/2 (6 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.ConstantElongate/3
[ OK ] VesselsHexahedron/TestCardiacTransfer.ConstantElongate/3 (6 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.ConstantElongate/4
[ OK ] VesselsHexahedron/TestCardiacTransfer.ConstantElongate/4 (8 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.LinearElongate/0
[ OK ] VesselsHexahedron/TestCardiacTransfer.LinearElongate/0 (5 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.LinearElongate/1
[ OK ] VesselsHexahedron/TestCardiacTransfer.LinearElongate/1 (5 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.LinearElongate/2
[ OK ] VesselsHexahedron/TestCardiacTransfer.LinearElongate/2 (6 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.LinearElongate/3
[ OK ] VesselsHexahedron/TestCardiacTransfer.LinearElongate/3 (6 ms)
[ RUN ] VesselsHexahedron/TestCardiacTransfer.LinearElongate/4
[ OK ] VesselsHexahedron/TestCardiacTransfer.LinearElongate/4 (6 ms)
[----------] 20 tests from VesselsHexahedron/TestCardiacTransfer (125 ms total)
[----------] 8 tests from FullHeart/TestCardiacTransfer
[ RUN ] FullHeart/TestCardiacTransfer.ConstantProject/0
[ OK ] FullHeart/TestCardiacTransfer.ConstantProject/0 (10713 ms)
[ RUN ] FullHeart/TestCardiacTransfer.ConstantProject/1
[ OK ] FullHeart/TestCardiacTransfer.ConstantProject/1 (3172 ms)
[ RUN ] FullHeart/TestCardiacTransfer.LinearProject/0
[ OK ] FullHeart/TestCardiacTransfer.LinearProject/0 (10493 ms)
[ RUN ] FullHeart/TestCardiacTransfer.LinearProject/1
[ OK ] FullHeart/TestCardiacTransfer.LinearProject/1 (3158 ms)
[ RUN ] FullHeart/TestCardiacTransfer.ConstantElongate/0
[ OK ] FullHeart/TestCardiacTransfer.ConstantElongate/0 (10979 ms)
[ RUN ] FullHeart/TestCardiacTransfer.ConstantElongate/1
[ OK ] FullHeart/TestCardiacTransfer.ConstantElongate/1 (3163 ms)
[ RUN ] FullHeart/TestCardiacTransfer.LinearElongate/0
[ OK ] FullHeart/TestCardiacTransfer.LinearElongate/0 (10946 ms)
[ RUN ] FullHeart/TestCardiacTransfer.LinearElongate/1
[ OK ] FullHeart/TestCardiacTransfer.LinearElongate/1 (3164 ms)
[----------] 8 tests from FullHeart/TestCardiacTransfer (55793 ms total)
[----------] Global test environment tear-down
[==========] 248 tests from 13 test suites ran. (57137 ms total)
[ PASSED ] 248 tests.
end program after 57.04 seconds on 4 procs at Tue Apr 1 13:16:36 2025 with 1 warning(s):
Warning: Changed order of points for type TETRAHEDRON
in ../../../../mpp/src/lib2_mesh/mesh/CheckOrientation.cpp:105
on line 105
[92m 9/11 Test 9: TestCardiacTransfersMPI ..................... Passed 57.65 sec[0m
Start 10: TestCoupledConsistencyMPI
================ running mpp ================
[==========] Running 2 tests from 1 test suite.
[----------] Global test environment set-up.
[----------] 2 tests from TestElphySolverConsistency/CoupledConsistencyTest
[ RUN ] TestElphySolverConsistency/CoupledConsistencyTest.CompareCellModels/0
start program on 4 procs at Tue Apr 1 13:16:37 2025
Running on: runner-83jcba7v-project-159678-concurrent-1-q04fydif
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading config: ActiveMaterial.......................... Laplace
reading default: PassiveMaterial......................... Linear
reading default: LaplaceMat_kappa........................ 1
reading config: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: LinearMat_Lambda........................ 1
reading config: LinearMat_Mu............................ 1
reading config: IntraLongitudinal....................... 0.170
reading config: IntraTransversal........................ 0.019
reading config: ExtraLongitudinal....................... 0.620
reading config: ExtraTransversal........................ 0.240
reading default: WithGerachDiffsion...................... 0
reading config: ElphyMeshPart........................... fourchamber
reading default: level................................... 0
reading config: plevel.................................. 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading default: MechMeshPart............................ fourchamber
reading config: IextInPDE............................... 1
reading default: ScaleExcitationAmplitude................ 1
reading default: RossiViscosity.......................... 12
reading default: RossiForce.............................. 6
reading config: ElphyModel.............................. SemiImplicit
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: ElphyVTK................................ 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: MatrixGraphVerbose...................... 0
reading config: ExternalCurrentSmoothingInSpace......... linear
reading config: ElphyVerbose............................ -1
reading default: IsExternalCurrentSmooth................. 0
reading default: ThresholdVForActivation................. 0
reading default: PrintVSteps............................. 1
reading config: StartTime............................... 0.0
reading default: UseTNewForIextUpdate.................... 1
reading config: SurfaceToVolumeRatio.................... 140
reading config: MembraneCapacitance..................... 0.01
reading default: MechVTK................................. 0
reading config: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: ElphyModelClass......................... MElphyModel
reading config: ElphySolverVerbose...................... -1
reading default: ElphySolverVTK.......................... -1
reading config: ElphyPreconditioner..................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: ElphySolver............................. gmres
reading default: ElphySteps.............................. 800
reading config: ElphyEpsilon............................ 1e-8
reading config: ElphyReduction.......................... 1e-12
reading default: ElphyMinimalStepNumber.................. 0
reading default: ElphyPrintSteps......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: ElphyRestart............................ 300
reading default: IonScheme............................... ExplicitEuler
reading config: PlotVTK................................. 0
reading default: PlotCalcium............................. 0
reading default: LinearImplicitVerbose................... -1
reading default: ReferenceCalculation.................... 0
reading default: EulerSteps.............................. 100000
reading default: EulerConvergence........................ 1
reading config: ElphyLinearSolverVerbose................ -1
reading default: ReassembleRHSonce....................... 1
reading default: OrderStaggeredScheme.................... wcV
reading default: deformConcentrationStretch.............. 0
[ OK ] TestElphySolverConsistency/CoupledConsistencyTest.CompareCellModels/0 (166961 ms)
[ RUN ] TestElphySolverConsistency/CoupledConsistencyTest.CompareSolvers/0
reading default: Mesh....................................
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading config: ActiveMaterial.......................... Laplace
reading default: PassiveMaterial......................... Linear
reading default: LaplaceMat_kappa........................ 1
reading config: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: LinearMat_Lambda........................ 1
reading config: LinearMat_Mu............................ 1
reading config: IntraLongitudinal....................... 0.170
reading config: IntraTransversal........................ 0.019
reading config: ExtraLongitudinal....................... 0.620
reading config: ExtraTransversal........................ 0.240
reading default: WithGerachDiffsion...................... 0
reading config: ElphyMeshPart........................... fourchamber
reading default: level................................... 0
reading config: plevel.................................. 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading default: MechMeshPart............................ fourchamber
reading config: IextInPDE............................... 1
reading default: ScaleExcitationAmplitude................ 1
reading default: RossiViscosity.......................... 12
reading default: RossiForce.............................. 6
reading config: ElphyModel.............................. SemiImplicit
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: ElphyVTK................................ 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: MatrixGraphVerbose...................... 0
reading config: ExternalCurrentSmoothingInSpace......... linear
reading config: ElphyVerbose............................ -1
reading default: IsExternalCurrentSmooth................. 0
reading default: ThresholdVForActivation................. 0
reading default: PrintVSteps............................. 1
reading config: StartTime............................... 0.0
reading default: UseTNewForIextUpdate.................... 1
reading config: SurfaceToVolumeRatio.................... 140
reading config: MembraneCapacitance..................... 0.01
reading default: MechVTK................................. 0
reading config: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
reading default: ElphyModelClass......................... MElphyModel
reading config: ElphySolverVerbose...................... -1
reading default: ElphySolverVTK.......................... -1
reading config: ElphyPreconditioner..................... GaussSeidel
reading default: PreconditionerVerbose................... 0
reading default: SHIFTspecial............................ 0
reading config: ElphySolver............................. gmres
reading default: ElphySteps.............................. 800
reading config: ElphyEpsilon............................ 1e-8
reading config: ElphyReduction.......................... 1e-12
reading default: ElphyMinimalStepNumber.................. 0
reading default: ElphyPrintSteps......................... 800
reading default: memoryLoggerInGMRES..................... 0
reading default: ElphyRestart............................ 300
reading default: IonScheme............................... ExplicitEuler
reading config: PlotVTK................................. 0
reading default: PlotCalcium............................. 0
reading default: LinearImplicitVerbose................... -1
reading default: ReferenceCalculation.................... 0
reading default: EulerSteps.............................. 100000
reading default: EulerConvergence........................ 1
reading config: ElphyLinearSolverVerbose................ -1
reading default: ReassembleRHSonce....................... 1
reading default: OrderStaggeredScheme.................... wcV
reading default: deformConcentrationStretch.............. 0
reading config: MechPreconditioner...................... GaussSeidel
reading config: MechSolver.............................. gmres
reading config: MechVerbose............................. 1
reading config: MechSteps............................... 10000
reading config: MechEpsilon............................. 1e-8
reading config: MechReduction........................... 1e-12
reading default: MechMinimalStepNumber................... 0
reading default: MechPrintSteps.......................... 800
reading default: MechRestart............................. 300
reading config: NewtonVerbose........................... 1
reading config: NewtonSteps............................. 200
reading config: NewtonLineSearchSteps................... 50
reading config: NewtonEpsilon........................... 1e-8
reading config: NewtonReduction......................... 1e-10
reading default: NewtonMinimalStepNumber................. 0
reading default: NewtonSuppressFirstLineSearch........... 0
reading default: NewtonJacobiUpdate...................... 1
reading default: NewtonDamping........................... 1
reading config: NewtonLinearizationReduction............ 1e-12
reading default: RayleighAlpha........................... 0
reading default: RayleighBeta............................ 0
reading default: CoupledSolverVerbose.................... -1
reading default: CoupledSolverVTK........................ -1
reading default: DynamicSolverVTK........................ 0
reading default: PrestressLevel.......................... 0
Dynamic Step Evaluation Info:
Time: .................................... 0
reading default: timeStepExtrapolation................... 0
Newton: d(0)= 0 rate 0
Newton: 0.006705079 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0001
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
[1;33mWarning: Accumulating already accumulated Vector![0m
in ../../../../mpp/src/lib4_fem/algebra/Vector.cpp:203
on line 203
Newton: d(0)= 0 rate 0
Newton: 0.006688763 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0002
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.006701877 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0003
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.006707319 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0004
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.006720128 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0005
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.006945062 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0006
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.006972177 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0007
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.006863601 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0008
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.007177325 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0009
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.006831353 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.001
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.006934914 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0011
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.007009461 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0012
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.006770731 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0013
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.007017881 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0014
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.006984071 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0015
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.006760061 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0016
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.006843303 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0017
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.006834801 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0018
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.006769732 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0019
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.006863624 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.002
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.007089645 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0021
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.007179842 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0022
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.006686922 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0023
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0 rate 0
Newton: 0.006769522 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0024
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 4.326364419e-08
GMRES: d(0)= 4.326364419e-08
GMRES: d(3)= 8.999140423e-09 rate=0.5925058511
GMRES: 0.001630105 seconds
Newton: d(1)= 8.99914042e-09 rate 0.2080069904
Newton: 0.04849774 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0025
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 1.27522196e-06
GMRES: d(0)= 1.27522196e-06
GMRES: d(45)= 9.954420116e-09 rate=0.8977700544
GMRES: 0.016358356 seconds
Newton: d(1)= 9.954420117e-09 rate 0.007806029405
Newton: 0.062704422 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0026
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 4.42910239e-06
GMRES: d(0)= 4.42910239e-06
GMRES: d(54)= 5.088725847e-09 rate=0.8821876784
GMRES: 0.02025433 seconds
Newton: d(1)= 5.088725846e-09 rate 0.001148929376
Newton: 0.067118694 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0027
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 9.813107156e-06
GMRES: d(0)= 9.813107156e-06
GMRES: d(55)= 5.364396562e-09 rate=0.8723398559
GMRES: 0.019851199 seconds
Newton: d(1)= 5.364396563e-09 rate 0.0005466562708
Newton: 0.067135713 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0028
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 1.803643097e-05
GMRES: d(0)= 1.803643097e-05
GMRES: d(56)= 4.506216975e-09 rate=0.8623280769
GMRES: 0.021020478 seconds
Newton: d(1)= 4.506216978e-09 rate 0.0002498397264
Newton: 0.067427616 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0029
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 2.965714584e-05
GMRES: d(0)= 2.965714584e-05
GMRES: d(56)= 7.792339067e-09 rate=0.8631041152
GMRES: 0.021299338 seconds
Newton: d(1)= 7.792339065e-09 rate 0.0002627474372
Newton: 0.068184246 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.003
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 4.521261954e-05
GMRES: d(0)= 4.521261954e-05
GMRES: d(57)= 7.459274643e-09 rate=0.8583002605
GMRES: 0.02104213 seconds
Newton: d(1)= 7.459274645e-09 rate 0.0001649821382
Newton: 0.067966237 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0031
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 6.521978463e-05
GMRES: d(0)= 6.521978463e-05
GMRES: d(58)= 5.795964899e-09 rate=0.8514336296
GMRES: 0.022162701 seconds
Newton: d(1)= 5.795964901e-09 rate 8.886820055e-05
Newton: 0.069276704 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0032
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 9.017957944e-05
GMRES: d(0)= 9.017957944e-05
GMRES: d(58)= 8.173808045e-09 rate=0.8517233541
GMRES: 0.020186617 seconds
Newton: d(1)= 8.17380805e-09 rate 9.063923452e-05
Newton: 0.066872203 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0033
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0001205476523
GMRES: d(0)= 0.0001205476523
GMRES: d(59)= 4.728672076e-09 rate=0.8420054891
GMRES: 0.022502091 seconds
Newton: d(1)= 4.728672077e-09 rate 3.922657958e-05
Newton: 0.069022821 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0034
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0001567452774
GMRES: d(0)= 0.0001567452774
GMRES: d(59)= 6.264283462e-09 rate=0.8422715888
GMRES: 0.022544814 seconds
Newton: d(1)= 6.264283459e-09 rate 3.996473491e-05
Newton: 0.070203841 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0035
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0001991401705
GMRES: d(0)= 0.0001991401705
GMRES: d(59)= 8.110634556e-09 rate=0.8425418014
GMRES: 0.023120626 seconds
Newton: d(1)= 8.110634557e-09 rate 4.072826962e-05
Newton: 0.071394028 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0036
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000248044198
GMRES: d(0)= 0.000248044198
GMRES: d(60)= 5.095777116e-09 rate=0.8353683608
GMRES: 0.023325322 seconds
Newton: d(1)= 5.095777115e-09 rate 2.054382709e-05
Newton: 0.070002356 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0037
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003037128708
GMRES: d(0)= 0.0003037128708
GMRES: d(60)= 6.334317952e-09 rate=0.8355785403
GMRES: 0.022982355 seconds
Newton: d(1)= 6.334317956e-09 rate 2.085627105e-05
Newton: 0.069942508 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0038
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003663418143
GMRES: d(0)= 0.0003663418143
GMRES: d(60)= 7.749084835e-09 rate=0.8357750433
GMRES: 0.023056141 seconds
Newton: d(1)= 7.749084835e-09 rate 2.115260812e-05
Newton: 0.070640867 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0039
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004360620433
GMRES: d(0)= 0.0004360620433
GMRES: d(60)= 9.336100582e-09 rate=0.8359435553
GMRES: 0.023195446 seconds
Newton: d(1)= 9.336100583e-09 rate 2.141002806e-05
Newton: 0.070523058 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.004
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005129364035
GMRES: d(0)= 0.0005129364035
GMRES: d(61)= 5.095367142e-09 rate=0.8279144106
GMRES: 0.023486303 seconds
Newton: d(1)= 5.095367142e-09 rate 9.933721037e-06
Newton: 0.070566922 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0041
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005969588527
GMRES: d(0)= 0.0005969588527
GMRES: d(61)= 6.007008166e-09 rate=0.828089496
GMRES: 0.023423826 seconds
Newton: d(1)= 6.00700817e-09 rate 1.006268379e-05
Newton: 0.07019413 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0042
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006880533796
GMRES: d(0)= 0.0006880533796
GMRES: d(61)= 7.018055668e-09 rate=0.8282733409
GMRES: 0.023034483 seconds
Newton: d(1)= 7.018055665e-09 rate 1.019987093e-05
Newton: 0.070174014 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0043
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007860773573
GMRES: d(0)= 0.0007860773573
GMRES: d(61)= 8.103955094e-09 rate=0.8284183317
GMRES: 0.023299642 seconds
Newton: d(1)= 8.103955094e-09 rate 1.03093608e-05
Newton: 0.070180079 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0044
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008908257614
GMRES: d(0)= 0.0008908257614
GMRES: d(61)= 9.257976389e-09 rate=0.828527522
GMRES: 0.023439167 seconds
Newton: d(1)= 9.257976387e-09 rate 1.03925782e-05
Newton: 0.070403211 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0045
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001002029645
GMRES: d(0)= 0.001002029645
GMRES: d(62)= 6.163979451e-09 rate=0.8240457051
GMRES: 0.020440226 seconds
Newton: d(1)= 6.163979446e-09 rate 6.151494099e-06
Newton: 0.067145342 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0046
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001119358168
GMRES: d(0)= 0.001119358168
GMRES: d(62)= 6.927054246e-09 rate=0.8241252453
GMRES: 0.023820665 seconds
Newton: d(1)= 6.927054247e-09 rate 6.188416223e-06
Newton: 0.071071481 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0047
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001242420772
GMRES: d(0)= 0.001242420772
GMRES: d(62)= 7.724001079e-09 rate=0.8241862806
GMRES: 0.023655919 seconds
Newton: d(1)= 7.724001082e-09 rate 6.216896284e-06
Newton: 0.070632781 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0048
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001370767782
GMRES: d(0)= 0.001370767782
GMRES: d(62)= 8.524039484e-09 rate=0.8241895846
GMRES: 0.023815445 seconds
Newton: d(1)= 8.524039485e-09 rate 6.218441663e-06
Newton: 0.070295196 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0049
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001503889706
GMRES: d(0)= 0.001503889706
GMRES: d(62)= 9.299728975e-09 rate=0.8241152917
GMRES: 0.023704041 seconds
Newton: d(1)= 9.299728974e-09 rate 6.183783913e-06
Newton: 0.070740287 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.005
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001641223743
GMRES: d(0)= 0.001641223743
GMRES: d(63)= 5.515663582e-09 rate=0.818687079
GMRES: 0.024275162 seconds
Newton: d(1)= 5.515663579e-09 rate 3.360701795e-06
Newton: 0.071494461 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0051
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001782144003
GMRES: d(0)= 0.001782144003
GMRES: d(63)= 6.036427908e-09 rate=0.8187890376
GMRES: 0.022648455 seconds
Newton: d(1)= 6.036427911e-09 rate 3.387171801e-06
Newton: 0.069622822 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0052
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001925954102
GMRES: d(0)= 0.001925954102
GMRES: d(63)= 6.515296178e-09 rate=0.8187726086
GMRES: 0.026424455 seconds
Newton: d(1)= 6.515296174e-09 rate 3.382892752e-06
Newton: 0.074118401 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0053
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002071876376
GMRES: d(0)= 0.002071876376
GMRES: d(63)= 6.94205711e-09 rate=0.8186480125
GMRES: 0.022671738 seconds
Newton: d(1)= 6.942057114e-09 rate 3.350613575e-06
Newton: 0.071683254 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0054
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002219035885
GMRES: d(0)= 0.002219035885
GMRES: d(63)= 7.323937609e-09 rate=0.8184522336
GMRES: 0.025672747 seconds
Newton: d(1)= 7.323937612e-09 rate 3.300504359e-06
Newton: 0.075107437 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0055
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002366441001
GMRES: d(0)= 0.002366441001
GMRES: d(63)= 7.66923156e-09 rate=0.8182152285
GMRES: 0.024366797 seconds
Newton: d(1)= 7.66923156e-09 rate 3.240829395e-06
Newton: 0.071575779 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0056
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00251296111
GMRES: d(0)= 0.00251296111
GMRES: d(63)= 7.994144358e-09 rate=0.8179739328
GMRES: 0.024839288 seconds
Newton: d(1)= 7.994144357e-09 rate 3.18116517e-06
Newton: 0.07179849 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0057
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002657297711
GMRES: d(0)= 0.002657297711
GMRES: d(63)= 8.313056013e-09 rate=0.8177567447
GMRES: 0.024662609 seconds
Newton: d(1)= 8.313056016e-09 rate 3.128387151e-06
Newton: 0.071346951 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0058
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002797954147
GMRES: d(0)= 0.002797954147
GMRES: d(63)= 8.641983754e-09 rate=0.8175909527
GMRES: 0.024137173 seconds
Newton: d(1)= 8.641983759e-09 rate 3.088679551e-06
Newton: 0.071212678 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0059
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002933211071
GMRES: d(0)= 0.002933211071
GMRES: d(63)= 8.996786727e-09 rate=0.8175004525
GMRES: 0.024438858 seconds
Newton: d(1)= 8.996786719e-09 rate 3.067214224e-06
Newton: 0.07154915 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.006
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003061112563
GMRES: d(0)= 0.003061112563
GMRES: d(63)= 9.360695168e-09 rate=0.8174611537
GMRES: 0.024745528 seconds
Newton: d(1)= 9.36069517e-09 rate 3.057938895e-06
Newton: 0.071595545 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0061
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003179473617
GMRES: d(0)= 0.003179473617
GMRES: d(63)= 9.652109552e-09 rate=0.8173666933
GMRES: 0.024305393 seconds
Newton: d(1)= 9.652109548e-09 rate 3.035757082e-06
Newton: 0.07172429 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0062
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003285926243
GMRES: d(0)= 0.003285926243
GMRES: d(63)= 9.854436563e-09 rate=0.8172085851
GMRES: 0.023930885 seconds
Newton: d(1)= 9.854436566e-09 rate 2.998982886e-06
Newton: 0.071017514 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0063
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003378011699
GMRES: d(0)= 0.003378011699
GMRES: d(64)= 5.333922772e-09 rate=0.8116144574
GMRES: 0.022819129 seconds
Newton: d(1)= 5.333922766e-09 rate 1.57901252e-06
Newton: 0.071061256 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0064
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003453334929
GMRES: d(0)= 0.003453334929
GMRES: d(64)= 5.301014936e-09 rate=0.811256389
GMRES: 0.024779938 seconds
Newton: d(1)= 5.301014936e-09 rate 1.535042226e-06
Newton: 0.071624722 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0065
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003509794349
GMRES: d(0)= 0.003509794349
GMRES: d(64)= 5.230799543e-09 rate=0.8108818881
GMRES: 0.023618909 seconds
Newton: d(1)= 5.230799539e-09 rate 1.490343598e-06
Newton: 0.071559093 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0066
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003545874188
GMRES: d(0)= 0.003545874188
GMRES: d(64)= 5.116723257e-09 rate=0.8104730384
GMRES: 0.024902567 seconds
Newton: d(1)= 5.116723261e-09 rate 1.44300756e-06
Newton: 0.072533341 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0067
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003560967486
GMRES: d(0)= 0.003560967486
GMRES: d(64)= 5.130686135e-09 rate=0.8104537596
GMRES: 0.024571254 seconds
Newton: d(1)= 5.130686137e-09 rate 1.440812408e-06
Newton: 0.072072304 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0068
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003555667047
GMRES: d(0)= 0.003555667047
GMRES: d(64)= 5.484481761e-09 rate=0.8113175149
GMRES: 0.024776164 seconds
Newton: d(1)= 5.484481762e-09 rate 1.542462129e-06
Newton: 0.072650242 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0069
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003531929028
GMRES: d(0)= 0.003531929028
GMRES: d(64)= 6.153730754e-09 rate=0.8128634608
GMRES: 0.024960132 seconds
Newton: d(1)= 6.153730749e-09 rate 1.742314384e-06
Newton: 0.072814246 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.007
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003493025324
GMRES: d(0)= 0.003493025324
GMRES: d(64)= 6.939540382e-09 rate=0.8145322145
GMRES: 0.023949627 seconds
Newton: d(1)= 6.939540385e-09 rate 1.98668482e-06
Newton: 0.072583433 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0071
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00344323422
GMRES: d(0)= 0.00344323422
GMRES: d(64)= 7.594990289e-09 rate=0.8158646856
GMRES: 0.024584321 seconds
Newton: d(1)= 7.59499029e-09 rate 2.205772191e-06
Newton: 0.07180181 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0072
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003387299907
GMRES: d(0)= 0.003387299907
GMRES: d(64)= 7.992313489e-09 rate=0.8167239565
GMRES: 0.024572572 seconds
Newton: d(1)= 7.992313487e-09 rate 2.359493906e-06
Newton: 0.071826158 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0073
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003329783049
GMRES: d(0)= 0.003329783049
GMRES: d(64)= 8.531286771e-09 rate=0.8177759857
GMRES: 0.024784957 seconds
Newton: d(1)= 8.531286768e-09 rate 2.562114901e-06
Newton: 0.072425302 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0074
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003274487032
GMRES: d(0)= 0.003274487032
GMRES: d(64)= 9.489701734e-09 rate=0.8193518858
GMRES: 0.025620155 seconds
Newton: d(1)= 9.489701736e-09 rate 2.89807278e-06
Newton: 0.073066187 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0075
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003224098811
GMRES: d(0)= 0.003224098811
GMRES: d(65)= 5.843409093e-09 rate=0.8159536827
GMRES: 0.025447326 seconds
Newton: d(1)= 5.843409095e-09 rate 1.812416256e-06
Newton: 0.073324003 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0076
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003180117704
GMRES: d(0)= 0.003180117704
GMRES: d(65)= 6.457001249e-09 rate=0.8173807882
GMRES: 0.024888158 seconds
Newton: d(1)= 6.457001246e-09 rate 2.030428382e-06
Newton: 0.072413245 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0077
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003143024379
GMRES: d(0)= 0.003143024379
GMRES: d(65)= 7.190227498e-09 rate=0.8188822542
GMRES: 0.025172804 seconds
Newton: d(1)= 7.190227494e-09 rate 2.287677927e-06
Newton: 0.072474221 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0078
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003112574705
GMRES: d(0)= 0.003112574705
GMRES: d(65)= 8.105622048e-09 rate=0.8205162338
GMRES: 0.025143977 seconds
Newton: d(1)= 8.105622052e-09 rate 2.604153417e-06
Newton: 0.072486576 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0079
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003088107318
GMRES: d(0)= 0.003088107318
GMRES: d(65)= 9.235351969e-09 rate=0.8222648182
GMRES: 0.025104031 seconds
Newton: d(1)= 9.23535196e-09 rate 2.990618851e-06
Newton: 0.072350317 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.008
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003068789332
GMRES: d(0)= 0.003068789332
GMRES: d(66)= 4.951435358e-09 rate=0.8170315909
GMRES: 0.026527817 seconds
Newton: d(1)= 4.951435361e-09 rate 1.613481678e-06
Newton: 0.073580806 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0081
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003053774609
GMRES: d(0)= 0.003053774609
GMRES: d(66)= 5.554292127e-09 rate=0.8185159516
GMRES: 0.025325869 seconds
Newton: d(1)= 5.554292128e-09 rate 1.818828446e-06
Newton: 0.072371923 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0082
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003042286689
GMRES: d(0)= 0.003042286689
GMRES: d(66)= 6.125967284e-09 rate=0.8197786129
GMRES: 0.025812628 seconds
Newton: d(1)= 6.125967284e-09 rate 2.013606182e-06
Newton: 0.073120273 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0083
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003033652209
GMRES: d(0)= 0.003033652209
GMRES: d(66)= 6.64724568e-09 rate=0.8208289509
GMRES: 0.025472098 seconds
Newton: d(1)= 6.647245681e-09 rate 2.191169331e-06
Newton: 0.072698939 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0084
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003027303206
GMRES: d(0)= 0.003027303206
GMRES: d(66)= 7.125916381e-09 rate=0.8217202926
GMRES: 0.025793755 seconds
Newton: d(1)= 7.125916385e-09 rate 2.353882614e-06
Newton: 0.072789961 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0085
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00302276809
GMRES: d(0)= 0.00302276809
GMRES: d(66)= 7.547480524e-09 rate=0.8224548735
GMRES: 0.024816711 seconds
Newton: d(1)= 7.547480523e-09 rate 2.496877133e-06
Newton: 0.073700668 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0086
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003019665697
GMRES: d(0)= 0.003019665697
GMRES: d(66)= 7.950071799e-09 rate=0.8231155204
GMRES: 0.024727941 seconds
Newton: d(1)= 7.950071801e-09 rate 2.632765544e-06
Newton: 0.07241331 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0087
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003017688384
GMRES: d(0)= 0.003017688384
GMRES: d(66)= 8.384058935e-09 rate=0.8237868355
GMRES: 0.025599726 seconds
Newton: d(1)= 8.384058934e-09 rate 2.778305069e-06
Newton: 0.072995765 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0088
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003016593761
GMRES: d(0)= 0.003016593761
GMRES: d(66)= 8.814200864e-09 rate=0.8244160844
GMRES: 0.02576423 seconds
Newton: d(1)= 8.814200863e-09 rate 2.921905156e-06
Newton: 0.073847685 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0089
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003016197712
GMRES: d(0)= 0.003016197712
GMRES: d(66)= 7.598745175e-09 rate=0.8225663525
GMRES: 0.025950517 seconds
Newton: d(1)= 7.598745178e-09 rate 2.519312692e-06
Newton: 0.073866295 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.009
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003016366771
GMRES: d(0)= 0.003016366771
GMRES: d(66)= 7.877361224e-09 rate=0.8230145714
GMRES: 0.026550903 seconds
Newton: d(1)= 7.877361222e-09 rate 2.611539584e-06
Newton: 0.073818563 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0091
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003017010137
GMRES: d(0)= 0.003017010137
GMRES: d(66)= 8.845076056e-09 rate=0.8244580401
GMRES: 0.025898306 seconds
Newton: d(1)= 8.845076056e-09 rate 2.931735611e-06
Newton: 0.073392818 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0092
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003018070316
GMRES: d(0)= 0.003018070316
GMRES: d(66)= 9.373640964e-09 rate=0.8251789981
GMRES: 0.021902575 seconds
Newton: d(1)= 9.37364096e-09 rate 3.105839155e-06
Newton: 0.068958765 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0093
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003019505254
GMRES: d(0)= 0.003019505254
GMRES: d(66)= 9.803400408e-09 rate=0.8257337094
GMRES: 0.023679837 seconds
Newton: d(1)= 9.803400405e-09 rate 3.246690958e-06
Newton: 0.071103557 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0094
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003021276086
GMRES: d(0)= 0.003021276086
GMRES: d(67)= 5.079613658e-09 rate=0.8200031608
GMRES: 0.026017373 seconds
Newton: d(1)= 5.079613665e-09 rate 1.681280863e-06
Newton: 0.073474113 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0095
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003023336765
GMRES: d(0)= 0.003023336765
GMRES: d(67)= 5.276244165e-09 rate=0.8204597662
GMRES: 0.026546642 seconds
Newton: d(1)= 5.276244165e-09 rate 1.745172495e-06
Newton: 0.073816043 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0096
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003025628061
GMRES: d(0)= 0.003025628061
GMRES: d(67)= 5.483140469e-09 rate=0.8209216304
GMRES: 0.025959955 seconds
Newton: d(1)= 5.483140475e-09 rate 1.81223216e-06
Newton: 0.073103911 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0097
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003028077922
GMRES: d(0)= 0.003028077922
GMRES: d(67)= 5.653533067e-09 rate=0.8212867556
GMRES: 0.024982965 seconds
Newton: d(1)= 5.653533067e-09 rate 1.867036851e-06
Newton: 0.071661149 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0098
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003030614512
GMRES: d(0)= 0.003030614512
GMRES: d(67)= 5.772521448e-09 rate=0.8215318416
GMRES: 0.026457661 seconds
Newton: d(1)= 5.77252145e-09 rate 1.904736293e-06
Newton: 0.073703559 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0099
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003033165581
GMRES: d(0)= 0.003033165581
GMRES: d(67)= 5.848373267e-09 rate=0.821681609
GMRES: 0.026215237 seconds
Newton: d(1)= 5.84837327e-09 rate 1.928141776e-06
Newton: 0.073658132 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.01
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003035672807
GMRES: d(0)= 0.003035672807
GMRES: d(67)= 5.937462298e-09 rate=0.8218569035
GMRES: 0.026858967 seconds
Newton: d(1)= 5.937462303e-09 rate 1.95589666e-06
Newton: 0.076170016 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0101
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003038099724
GMRES: d(0)= 0.003038099724
GMRES: d(67)= 6.110308366e-09 rate=0.822199165
GMRES: 0.026040932 seconds
Newton: d(1)= 6.110308361e-09 rate 2.011227055e-06
Newton: 0.074094759 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0102
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00304043707
GMRES: d(0)= 0.00304043707
GMRES: d(67)= 6.382010446e-09 rate=0.8227237834
GMRES: 0.026422161 seconds
Newton: d(1)= 6.382010445e-09 rate 2.099043755e-06
Newton: 0.073732522 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0103
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00304269851
GMRES: d(0)= 0.00304269851
GMRES: d(67)= 6.695191678e-09 rate=0.8233031226
GMRES: 0.026113396 seconds
Newton: d(1)= 6.695191679e-09 rate 2.200412449e-06
Newton: 0.073536322 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0104
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003044911386
GMRES: d(0)= 0.003044911386
GMRES: d(67)= 6.990944429e-09 rate=0.823825521
GMRES: 0.026250772 seconds
Newton: d(1)= 6.990944434e-09 rate 2.295943477e-06
Newton: 0.073506622 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0105
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003047101492
GMRES: d(0)= 0.003047101492
GMRES: d(67)= 7.245774932e-09 rate=0.8242570217
GMRES: 0.026012566 seconds
Newton: d(1)= 7.245774929e-09 rate 2.377923725e-06
Newton: 0.07343375 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0106
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003048973685
GMRES: d(0)= 0.003048973685
GMRES: d(67)= 7.484674835e-09 rate=0.8246486345
GMRES: 0.026474085 seconds
Newton: d(1)= 7.484674838e-09 rate 2.454817788e-06
Newton: 0.073863199 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0107
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003050571229
GMRES: d(0)= 0.003050571229
GMRES: d(67)= 7.759397535e-09 rate=0.8250859779
GMRES: 0.027275284 seconds
Newton: d(1)= 7.759397528e-09 rate 2.543588379e-06
Newton: 0.074568644 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0108
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003051972252
GMRES: d(0)= 0.003051972252
GMRES: d(67)= 8.119171354e-09 rate=0.8256386533
GMRES: 0.026323252 seconds
Newton: d(1)= 8.119171358e-09 rate 2.660303138e-06
Newton: 0.075060343 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0109
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003052023994
GMRES: d(0)= 0.003052023994
GMRES: d(67)= 8.616407836e-09 rate=0.8263712484
GMRES: 0.026256482 seconds
Newton: d(1)= 8.616407841e-09 rate 2.823178277e-06
Newton: 0.074180833 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.011
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003050757381
GMRES: d(0)= 0.003050757381
GMRES: d(67)= 9.286698945e-09 rate=0.8273008833
GMRES: 0.027067694 seconds
Newton: d(1)= 9.28669895e-09 rate 3.044063421e-06
Newton: 0.0773589 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0111
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003050134561
GMRES: d(0)= 0.003050134561
GMRES: d(68)= 5.102062646e-09 rate=0.8223380655
GMRES: 0.02586559 seconds
Newton: d(1)= 5.102062644e-09 rate 1.672733626e-06
Newton: 0.073048592 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0112
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003049152753
GMRES: d(0)= 0.003049152753
GMRES: d(68)= 5.687473274e-09 rate=0.8236565932
GMRES: 0.026530251 seconds
Newton: d(1)= 5.687473265e-09 rate 1.865263477e-06
Newton: 0.074364894 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0113
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003050106491
GMRES: d(0)= 0.003050106491
GMRES: d(68)= 6.263730463e-09 rate=0.8248226145
GMRES: 0.026606334 seconds
Newton: d(1)= 6.263730463e-09 rate 2.053610417e-06
Newton: 0.074474721 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0114
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003049781577
GMRES: d(0)= 0.003049781577
GMRES: d(68)= 6.827607524e-09 rate=0.8258701358
GMRES: 0.026798368 seconds
Newton: d(1)= 6.827607525e-09 rate 2.238720168e-06
Newton: 0.074356021 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0115
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003049673919
GMRES: d(0)= 0.003049673919
GMRES: d(68)= 7.362087399e-09 rate=0.8267864425
GMRES: 0.026692904 seconds
Newton: d(1)= 7.362087395e-09 rate 2.414057237e-06
Newton: 0.074440113 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0116
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003051792168
GMRES: d(0)= 0.003051792168
GMRES: d(68)= 7.932156152e-09 rate=0.8276852956
GMRES: 0.026942496 seconds
Newton: d(1)= 7.932156151e-09 rate 2.599179667e-06
Newton: 0.074724042 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0117
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003053489558
GMRES: d(0)= 0.003053489558
GMRES: d(68)= 8.51218822e-09 rate=0.8285379839
GMRES: 0.026876203 seconds
Newton: d(1)= 8.512188216e-09 rate 2.787691936e-06
Newton: 0.07435691 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0118
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003052555964
GMRES: d(0)= 0.003052555964
GMRES: d(68)= 9.065911963e-09 rate=0.8293099582
GMRES: 0.026283501 seconds
Newton: d(1)= 9.065911965e-09 rate 2.969941279e-06
Newton: 0.073702368 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0119
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003051546764
GMRES: d(0)= 0.003051546764
GMRES: d(68)= 9.617574392e-09 rate=0.8300347173
GMRES: 0.026553285 seconds
Newton: d(1)= 9.617574392e-09 rate 3.151704737e-06
Newton: 0.07421001 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.012
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003050375999
GMRES: d(0)= 0.003050375999
GMRES: d(69)= 5.133430763e-09 rate=0.8247448798
GMRES: 0.026995639 seconds
Newton: d(1)= 5.133430765e-09 rate 1.682884591e-06
Newton: 0.074876995 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0121
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003048703181
GMRES: d(0)= 0.003048703181
GMRES: d(69)= 5.492391204e-09 rate=0.8255597244
GMRES: 0.027517294 seconds
Newton: d(1)= 5.492391198e-09 rate 1.801549994e-06
Newton: 0.074971462 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0122
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003049258699
GMRES: d(0)= 0.003049258699
GMRES: d(69)= 5.840772756e-09 rate=0.8262936882
GMRES: 0.027204077 seconds
Newton: d(1)= 5.840772768e-09 rate 1.91547302e-06
Newton: 0.074692653 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0123
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003047997439
GMRES: d(0)= 0.003047997439
GMRES: d(69)= 6.173053664e-09 rate=0.8269615103
GMRES: 0.026983595 seconds
Newton: d(1)= 6.173053655e-09 rate 2.025281772e-06
Newton: 0.075401231 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0124
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00304639868
GMRES: d(0)= 0.00304639868
GMRES: d(69)= 6.488586977e-09 rate=0.8275654823
GMRES: 0.026022815 seconds
Newton: d(1)= 6.488586976e-09 rate 2.129920492e-06
Newton: 0.073930063 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0125
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003050469084
GMRES: d(0)= 0.003050469084
GMRES: d(69)= 6.790831188e-09 rate=0.8280956936
GMRES: 0.026001671 seconds
Newton: d(1)= 6.790831183e-09 rate 2.226159648e-06
Newton: 0.074044051 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0126
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003050237726
GMRES: d(0)= 0.003050237726
GMRES: d(69)= 7.076806703e-09 rate=0.8285918028
GMRES: 0.027289619 seconds
Newton: d(1)= 7.076806695e-09 rate 2.320083656e-06
Newton: 0.074570207 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0127
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003049463535
GMRES: d(0)= 0.003049463535
GMRES: d(69)= 7.361757946e-09 rate=0.8290690388
GMRES: 0.025839815 seconds
Newton: d(1)= 7.361757945e-09 rate 2.414115749e-06
Newton: 0.073389491 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0128
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003052457274
GMRES: d(0)= 0.003052457274
GMRES: d(69)= 7.656386534e-09 rate=0.8295288808
GMRES: 0.0274881 seconds
Newton: d(1)= 7.656386542e-09 rate 2.508269847e-06
Newton: 0.076453894 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0129
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003052319301
GMRES: d(0)= 0.003052319301
GMRES: d(69)= 7.945461007e-09 rate=0.8299750935
GMRES: 0.027120876 seconds
Newton: d(1)= 7.945461005e-09 rate 2.603089723e-06
Newton: 0.077159504 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.013
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003051499047
GMRES: d(0)= 0.003051499047
GMRES: d(69)= 8.186765372e-09 rate=0.8303382789
GMRES: 0.026146791 seconds
Newton: d(1)= 8.186765372e-09 rate 2.682866764e-06
Newton: 0.073983538 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0131
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003050582096
GMRES: d(0)= 0.003050582096
GMRES: d(69)= 8.282285723e-09 rate=0.8304815023
GMRES: 0.026651008 seconds
Newton: d(1)= 8.282285731e-09 rate 2.714985361e-06
Newton: 0.074285913 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0132
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003050533783
GMRES: d(0)= 0.003050533783
GMRES: d(69)= 8.096373924e-09 rate=0.8302084891
GMRES: 0.027767124 seconds
Newton: d(1)= 8.096373921e-09 rate 2.654084333e-06
Newton: 0.075139054 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0133
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003049864112
GMRES: d(0)= 0.003049864112
GMRES: d(69)= 7.489920432e-09 rate=0.8292748666
GMRES: 0.026969542 seconds
Newton: d(1)= 7.489920434e-09 rate 2.455821033e-06
Newton: 0.074402499 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0134
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003048034815
GMRES: d(0)= 0.003048034815
GMRES: d(69)= 6.40859153e-09 rate=0.8274102721
GMRES: 0.02503992 seconds
Newton: d(1)= 6.408591524e-09 rate 2.102532259e-06
Newton: 0.072544941 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0135
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003045857764
GMRES: d(0)= 0.003045857764
GMRES: d(68)= 8.94578456e-09 rate=0.8291740806
GMRES: 0.02650279 seconds
Newton: d(1)= 8.945784555e-09 rate 2.937032931e-06
Newton: 0.074283353 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0136
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003043443517
GMRES: d(0)= 0.003043443517
GMRES: d(68)= 8.239914227e-09 rate=0.8281821099
GMRES: 0.025914054 seconds
Newton: d(1)= 8.239914215e-09 rate 2.707431293e-06
Newton: 0.073350268 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0137
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003041821522
GMRES: d(0)= 0.003041821522
GMRES: d(68)= 8.550630035e-09 rate=0.8286395403
GMRES: 0.026833302 seconds
Newton: d(1)= 8.550630038e-09 rate 2.811022927e-06
Newton: 0.074121456 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0138
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003039158473
GMRES: d(0)= 0.003039158473
GMRES: d(68)= 9.488796986e-09 rate=0.8299198349
GMRES: 0.026539661 seconds
Newton: d(1)= 9.488796984e-09 rate 3.122179073e-06
Newton: 0.074350092 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0139
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003036049117
GMRES: d(0)= 0.003036049117
GMRES: d(69)= 5.970903823e-09 rate=0.8266096164
GMRES: 0.027243416 seconds
Newton: d(1)= 5.970903827e-09 rate 1.966669048e-06
Newton: 0.075420529 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.014
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003033392566
GMRES: d(0)= 0.003033392566
GMRES: d(69)= 7.152105332e-09 rate=0.8287854261
GMRES: 0.026211131 seconds
Newton: d(1)= 7.15210532e-09 rate 2.357790877e-06
Newton: 0.07375217 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0141
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0030305785
GMRES: d(0)= 0.0030305785
GMRES: d(69)= 8.342174467e-09 rate=0.8306474205
GMRES: 0.027258249 seconds
Newton: d(1)= 8.342174465e-09 rate 2.752667342e-06
Newton: 0.075074184 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0142
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003027289717
GMRES: d(0)= 0.003027289717
GMRES: d(68)= 8.427378356e-09 rate=0.8285209748
GMRES: 0.026842861 seconds
Newton: d(1)= 8.427378362e-09 rate 2.783803054e-06
Newton: 0.074983845 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0143
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003029396084
GMRES: d(0)= 0.003029396084
GMRES: d(68)= 8.909291583e-09 rate=0.8291903177
GMRES: 0.02662783 seconds
Newton: d(1)= 8.909291586e-09 rate 2.940946426e-06
Newton: 0.073870074 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0144
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003028192642
GMRES: d(0)= 0.003028192642
GMRES: d(69)= 7.505326411e-09 rate=0.829385274
GMRES: 0.027054831 seconds
Newton: d(1)= 7.505326405e-09 rate 2.478483799e-06
Newton: 0.074001545 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0145
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00302986632
GMRES: d(0)= 0.00302986632
GMRES: d(69)= 9.01684984e-09 rate=0.8315870182
GMRES: 0.02678983 seconds
Newton: d(1)= 9.016849848e-09 rate 2.975989333e-06
Newton: 0.074849887 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0146
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003028541906
GMRES: d(0)= 0.003028541906
GMRES: d(70)= 6.029117787e-09 rate=0.8290055368
GMRES: 0.027490031 seconds
Newton: d(1)= 6.029117791e-09 rate 1.990765847e-06
Newton: 0.074994338 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0147
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003027190603
GMRES: d(0)= 0.003027190603
GMRES: d(70)= 6.47534227e-09 rate=0.8298568538
GMRES: 0.025668683 seconds
Newton: d(1)= 6.475342265e-09 rate 2.139059978e-06
Newton: 0.073502685 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0148
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003026265655
GMRES: d(0)= 0.003026265655
GMRES: d(70)= 6.763846816e-09 rate=0.8303774073
GMRES: 0.026293619 seconds
Newton: d(1)= 6.763846828e-09 rate 2.235047283e-06
Newton: 0.073829723 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0149
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003024802296
GMRES: d(0)= 0.003024802296
GMRES: d(70)= 6.949567913e-09 rate=0.8307045381
GMRES: 0.028041232 seconds
Newton: d(1)= 6.949567906e-09 rate 2.297527979e-06
Newton: 0.076434488 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.015
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0030226877
GMRES: d(0)= 0.0030226877
GMRES: d(70)= 7.264182719e-09 rate=0.8312384448
GMRES: 0.028012572 seconds
Newton: d(1)= 7.264182723e-09 rate 2.403219732e-06
Newton: 0.075846424 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0151
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003021251416
GMRES: d(0)= 0.003021251416
GMRES: d(70)= 7.98443437e-09 rate=0.8323674797
GMRES: 0.027290441 seconds
Newton: d(1)= 7.984434369e-09 rate 2.642757344e-06
Newton: 0.074878616 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0152
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003019425815
GMRES: d(0)= 0.003019425815
GMRES: d(70)= 9.238799904e-09 rate=0.8341115981
GMRES: 0.027331704 seconds
Newton: d(1)= 9.238799899e-09 rate 3.059787014e-06
Newton: 0.074915272 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0153
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00301732386
GMRES: d(0)= 0.00301732386
GMRES: d(71)= 5.873320555e-09 rate=0.8309350285
GMRES: 0.027933864 seconds
Newton: d(1)= 5.873320554e-09 rate 1.94653303e-06
Newton: 0.075374448 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0154
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003016102226
GMRES: d(0)= 0.003016102226
GMRES: d(71)= 6.445101995e-09 rate=0.8320277268
GMRES: 0.026870087 seconds
Newton: d(1)= 6.445101992e-09 rate 2.136897727e-06
Newton: 0.074051956 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0155
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003016730444
GMRES: d(0)= 0.003016730444
GMRES: d(71)= 6.944230897e-09 rate=0.8328998498
GMRES: 0.028060904 seconds
Newton: d(1)= 6.944230893e-09 rate 2.301906326e-06
Newton: 0.075889176 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0156
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003015604607
GMRES: d(0)= 0.003015604607
GMRES: d(71)= 7.35063094e-09 rate=0.8335716982
GMRES: 0.026897126 seconds
Newton: d(1)= 7.350630945e-09 rate 2.437531408e-06
Newton: 0.074117137 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0157
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003014669411
GMRES: d(0)= 0.003014669411
GMRES: d(71)= 7.649277452e-09 rate=0.8340430367
GMRES: 0.028311444 seconds
Newton: d(1)= 7.649277456e-09 rate 2.537351999e-06
Newton: 0.076497562 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0158
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00301357213
GMRES: d(0)= 0.00301357213
GMRES: d(71)= 7.80215404e-09 rate=0.8342798059
GMRES: 0.028153532 seconds
Newton: d(1)= 7.802154041e-09 rate 2.589005241e-06
Newton: 0.075492391 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0159
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003011200314
GMRES: d(0)= 0.003011200314
GMRES: d(71)= 7.77531134e-09 rate=0.8342485621
GMRES: 0.027807172 seconds
Newton: d(1)= 7.77531134e-09 rate 2.582130224e-06
Newton: 0.076741785 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.016
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00301262559
GMRES: d(0)= 0.00301262559
GMRES: d(71)= 7.573852128e-09 rate=0.833934604
GMRES: 0.027851124 seconds
Newton: d(1)= 7.573852129e-09 rate 2.514036976e-06
Newton: 0.075514642 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0161
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003009554989
GMRES: d(0)= 0.003009554989
GMRES: d(71)= 7.186357122e-09 rate=0.8333299546
GMRES: 0.026801373 seconds
Newton: d(1)= 7.186357117e-09 rate 2.387847088e-06
Newton: 0.07473423 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0162
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003010471746
GMRES: d(0)= 0.003010471746
GMRES: d(71)= 6.72451799e-09 rate=0.832547125
GMRES: 0.028284209 seconds
Newton: d(1)= 6.724517991e-09 rate 2.233709052e-06
Newton: 0.076167528 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0163
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00301003736
GMRES: d(0)= 0.00301003736
GMRES: d(71)= 6.215156738e-09 rate=0.8316256773
GMRES: 0.028825338 seconds
Newton: d(1)= 6.215156739e-09 rate 2.064810497e-06
Newton: 0.077314493 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0164
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003009210786
GMRES: d(0)= 0.003009210786
GMRES: d(71)= 5.83459628e-09 rate=0.8308891221
GMRES: 0.028015697 seconds
Newton: d(1)= 5.834596273e-09 rate 1.938912455e-06
Newton: 0.075892618 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0165
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003008274675
GMRES: d(0)= 0.003008274675
GMRES: d(70)= 9.715100622e-09 rate=0.8347549391
GMRES: 0.026123472 seconds
Newton: d(1)= 9.715100621e-09 rate 3.229459299e-06
Newton: 0.073807441 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0166
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003007278268
GMRES: d(0)= 0.003007278268
GMRES: d(70)= 9.995837775e-09 rate=0.8350986739
GMRES: 0.026653203 seconds
Newton: d(1)= 9.99583777e-09 rate 3.323881889e-06
Newton: 0.074732949 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0167
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003008496289
GMRES: d(0)= 0.003008496289
GMRES: d(71)= 6.632985964e-09 rate=0.832394129
GMRES: 0.027746011 seconds
Newton: d(1)= 6.632985961e-09 rate 2.204751253e-06
Newton: 0.075644945 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0168
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00300610729
GMRES: d(0)= 0.00300610729
GMRES: d(71)= 7.30541433e-09 rate=0.8335362894
GMRES: 0.02837636 seconds
Newton: d(1)= 7.30541433e-09 rate 2.430190817e-06
Newton: 0.076174832 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0169
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003006614003
GMRES: d(0)= 0.003006614003
GMRES: d(71)= 7.881091643e-09 rate=0.8344252673
GMRES: 0.027882389 seconds
Newton: d(1)= 7.881091633e-09 rate 2.621251556e-06
Newton: 0.075348797 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.017
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003005860154
GMRES: d(0)= 0.003005860154
GMRES: d(71)= 8.367570333e-09 rate=0.835132453
GMRES: 0.026777932 seconds
Newton: d(1)= 8.367570328e-09 rate 2.78375237e-06
Newton: 0.074688123 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0171
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003005524284
GMRES: d(0)= 0.003005524284
GMRES: d(71)= 8.72282042e-09 rate=0.8356229822
GMRES: 0.027910257 seconds
Newton: d(1)= 8.722820419e-09 rate 2.902262498e-06
Newton: 0.076699779 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0172
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003003478649
GMRES: d(0)= 0.003003478649
GMRES: d(71)= 8.924850945e-09 rate=0.835900524
GMRES: 0.028016381 seconds
Newton: d(1)= 8.924850932e-09 rate 2.971504703e-06
Newton: 0.075698261 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0173
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003002755217
GMRES: d(0)= 0.003002755217
GMRES: d(71)= 8.982959035e-09 rate=0.8359797689
GMRES: 0.028140063 seconds
Newton: d(1)= 8.982959049e-09 rate 2.991572206e-06
Newton: 0.076046248 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0174
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003001829439
GMRES: d(0)= 0.003001829439
GMRES: d(71)= 8.918514493e-09 rate=0.8358986288
GMRES: 0.028048213 seconds
Newton: d(1)= 8.918514494e-09 rate 2.971026394e-06
Newton: 0.075243425 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0175
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003000685328
GMRES: d(0)= 0.003000685328
GMRES: d(71)= 8.766994694e-09 rate=0.8357014021
GMRES: 0.028293518 seconds
Newton: d(1)= 8.766994696e-09 rate 2.921664133e-06
Newton: 0.075754649 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0176
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003000082255
GMRES: d(0)= 0.003000082255
GMRES: d(71)= 8.576025889e-09 rate=0.8354445818
GMRES: 0.028126958 seconds
Newton: d(1)= 8.576025891e-09 rate 2.858596919e-06
Newton: 0.076395513 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0177
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002999155213
GMRES: d(0)= 0.002999155213
GMRES: d(71)= 8.401013129e-09 rate=0.8352056404
GMRES: 0.027831841 seconds
Newton: d(1)= 8.401013126e-09 rate 2.801126494e-06
Newton: 0.075362228 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0178
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002998063467
GMRES: d(0)= 0.002998063467
GMRES: d(71)= 8.302918034e-09 rate=0.8350717689
GMRES: 0.028292849 seconds
Newton: d(1)= 8.302918037e-09 rate 2.769427041e-06
Newton: 0.077116425 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0179
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002997110394
GMRES: d(0)= 0.002997110394
GMRES: d(71)= 8.340700748e-09 rate=0.8351289104
GMRES: 0.028104845 seconds
Newton: d(1)= 8.340700752e-09 rate 2.782914093e-06
Newton: 0.075633926 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.018
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002997608095
GMRES: d(0)= 0.002997608095
GMRES: d(71)= 8.550002833e-09 rate=0.8354185308
GMRES: 0.028853389 seconds
Newton: d(1)= 8.550002834e-09 rate 2.852275069e-06
Newton: 0.076323352 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0181
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002996900111
GMRES: d(0)= 0.002996900111
GMRES: d(71)= 8.945382622e-09 rate=0.8359533943
GMRES: 0.028329011 seconds
Newton: d(1)= 8.945382615e-09 rate 2.98487847e-06
Newton: 0.076011089 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0182
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002997252695
GMRES: d(0)= 0.002997252695
GMRES: d(71)= 9.50804916e-09 rate=0.8366705446
GMRES: 0.025562958 seconds
Newton: d(1)= 9.508049163e-09 rate 3.172254771e-06
Newton: 0.072833265 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0183
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002998597333
GMRES: d(0)= 0.002998597333
GMRES: d(72)= 5.442570305e-09 rate=0.8322662895
GMRES: 0.02827128 seconds
Newton: d(1)= 5.442570311e-09 rate 1.815038735e-06
Newton: 0.075761589 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0184
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002995762263
GMRES: d(0)= 0.002995762263
GMRES: d(72)= 5.788026421e-09 rate=0.8329888929
GMRES: 0.02861123 seconds
Newton: d(1)= 5.788026418e-09 rate 1.932071343e-06
Newton: 0.076307073 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0185
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00299679381
GMRES: d(0)= 0.00299679381
GMRES: d(72)= 6.135975801e-09 rate=0.8336605696
GMRES: 0.028850417 seconds
Newton: d(1)= 6.135975798e-09 rate 2.047513505e-06
Newton: 0.076925872 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0186
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002997065765
GMRES: d(0)= 0.002997065765
GMRES: d(72)= 6.488360283e-09 rate=0.8343063274
GMRES: 0.028772544 seconds
Newton: d(1)= 6.48836027e-09 rate 2.164904202e-06
Newton: 0.076638056 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0187
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002996933378
GMRES: d(0)= 0.002996933378
GMRES: d(72)= 6.846199351e-09 rate=0.8349291375
GMRES: 0.028620738 seconds
Newton: d(1)= 6.846199345e-09 rate 2.28440158e-06
Newton: 0.076016308 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0188
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002996645954
GMRES: d(0)= 0.002996645954
GMRES: d(72)= 7.222337721e-09 rate=0.835550706
GMRES: 0.028384297 seconds
Newton: d(1)= 7.222337722e-09 rate 2.410140481e-06
Newton: 0.075617092 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0189
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002996219781
GMRES: d(0)= 0.002996219781
GMRES: d(72)= 7.612701763e-09 rate=0.8361634552
GMRES: 0.028402815 seconds
Newton: d(1)= 7.61270176e-09 rate 2.540768808e-06
Newton: 0.075974645 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.019
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002995648442
GMRES: d(0)= 0.002995648442
GMRES: d(72)= 8.015930223e-09 rate=0.8367652844
GMRES: 0.026069519 seconds
Newton: d(1)= 8.015930226e-09 rate 2.675858126e-06
Newton: 0.073524304 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0191
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002994918464
GMRES: d(0)= 0.002994918464
GMRES: d(72)= 8.422244388e-09 rate=0.8373429588
GMRES: 0.026795682 seconds
Newton: d(1)= 8.422244391e-09 rate 2.812178192e-06
Newton: 0.074521504 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0192
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002993997539
GMRES: d(0)= 0.002993997539
GMRES: d(72)= 8.813376073e-09 rate=0.8378746284
GMRES: 0.02875049 seconds
Newton: d(1)= 8.813376066e-09 rate 2.9436818e-06
Newton: 0.07696965 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0193
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002992910502
GMRES: d(0)= 0.002992910502
GMRES: d(72)= 9.150655852e-09 rate=0.8383160033
GMRES: 0.028366051 seconds
Newton: d(1)= 9.150655853e-09 rate 3.057443865e-06
Newton: 0.07598378 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0194
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002992064175
GMRES: d(0)= 0.002992064175
GMRES: d(72)= 9.34007286e-09 rate=0.8385578844
GMRES: 0.028341804 seconds
Newton: d(1)= 9.340072868e-09 rate 3.121615153e-06
Newton: 0.076611885 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0195
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002991076813
GMRES: d(0)= 0.002991076813
GMRES: d(72)= 9.224249312e-09 rate=0.8384164107
GMRES: 0.029080165 seconds
Newton: d(1)= 9.224249317e-09 rate 3.083922579e-06
Newton: 0.079275224 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0196
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002990011131
GMRES: d(0)= 0.002990011131
GMRES: d(72)= 8.791768596e-09 rate=0.8378615678
GMRES: 0.028397713 seconds
Newton: d(1)= 8.791768594e-09 rate 2.940379888e-06
Newton: 0.076364806 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0197
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00298854482
GMRES: d(0)= 0.00298854482
GMRES: d(72)= 8.366216148e-09 rate=0.8372901123
GMRES: 0.028476226 seconds
Newton: d(1)= 8.366216145e-09 rate 2.799428032e-06
Newton: 0.075625993 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0198
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002987770168
GMRES: d(0)= 0.002987770168
GMRES: d(72)= 8.225988979e-09 rate=0.8370965819
GMRES: 0.028746327 seconds
Newton: d(1)= 8.225988977e-09 rate 2.753220133e-06
Newton: 0.075986288 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0199
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00298729961
GMRES: d(0)= 0.00298729961
GMRES: d(72)= 8.352462859e-09 rate=0.837275826
GMRES: 0.02834176 seconds
Newton: d(1)= 8.352462856e-09 rate 2.79599101e-06
Newton: 0.075292493 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.02
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002985269528
GMRES: d(0)= 0.002985269528
GMRES: d(72)= 8.622919864e-09 rate=0.8376543965
GMRES: 0.028365107 seconds
Newton: d(1)= 8.622919859e-09 rate 2.888489558e-06
Newton: 0.076119772 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0201
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002984934064
GMRES: d(0)= 0.002984934064
GMRES: d(72)= 8.960720242e-09 rate=0.8381028853
GMRES: 0.028261099 seconds
Newton: d(1)= 8.960720247e-09 rate 3.001982641e-06
Newton: 0.076087081 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0202
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002983739646
GMRES: d(0)= 0.002983739646
GMRES: d(72)= 9.326624608e-09 rate=0.8385735516
GMRES: 0.03032269 seconds
Newton: d(1)= 9.326624611e-09 rate 3.125817168e-06
Newton: 0.078034799 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0203
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00298423977
GMRES: d(0)= 0.00298423977
GMRES: d(72)= 9.634221952e-09 rate=0.8389496053
GMRES: 0.028595409 seconds
Newton: d(1)= 9.634221947e-09 rate 3.228367253e-06
Newton: 0.076379698 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0204
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00298186127
GMRES: d(0)= 0.00298186127
GMRES: d(72)= 9.852598472e-09 rate=0.8392201055
GMRES: 0.028539468 seconds
Newton: d(1)= 9.852598468e-09 rate 3.30417735e-06
Newton: 0.075669491 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0205
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002982697228
GMRES: d(0)= 0.002982697228
GMRES: d(73)= 6.32301027e-09 rate=0.8361386209
GMRES: 0.028613472 seconds
Newton: d(1)= 6.323010266e-09 rate 2.119896786e-06
Newton: 0.075978763 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0206
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002982604448
GMRES: d(0)= 0.002982604448
GMRES: d(73)= 6.443360827e-09 rate=0.836354968
GMRES: 0.030418459 seconds
Newton: d(1)= 6.443360821e-09 rate 2.160313556e-06
Newton: 0.079221507 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0207
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00298323097
GMRES: d(0)= 0.00298323097
GMRES: d(73)= 6.475858113e-09 rate=0.8364102015
GMRES: 0.029400034 seconds
Newton: d(1)= 6.475858117e-09 rate 2.170753181e-06
Newton: 0.07750964 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0208
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002982762535
GMRES: d(0)= 0.002982762535
GMRES: d(72)= 9.944238699e-09 rate=0.8393245008
GMRES: 0.028882947 seconds
Newton: d(1)= 9.944238693e-09 rate 3.333902239e-06
Newton: 0.076512707 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0209
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002983194148
GMRES: d(0)= 0.002983194148
GMRES: d(72)= 9.772741373e-09 rate=0.8391200449
GMRES: 0.028410364 seconds
Newton: d(1)= 9.772741377e-09 rate 3.275932069e-06
Newton: 0.076665223 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.021
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002984188817
GMRES: d(0)= 0.002984188817
GMRES: d(72)= 9.578266942e-09 rate=0.8388819351
GMRES: 0.028748232 seconds
Newton: d(1)= 9.578266943e-09 rate 3.209671884e-06
Newton: 0.076897737 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0211
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002984535965
GMRES: d(0)= 0.002984535965
GMRES: d(72)= 9.492675056e-09 rate=0.8387760034
GMRES: 0.02840273 seconds
Newton: d(1)= 9.492675058e-09 rate 3.180620093e-06
Newton: 0.075933555 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0212
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002984847981
GMRES: d(0)= 0.002984847981
GMRES: d(72)= 9.59355902e-09 rate=0.8388979487
GMRES: 0.02854063 seconds
Newton: d(1)= 9.593559019e-09 rate 3.214086305e-06
Newton: 0.076885047 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0213
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002984739288
GMRES: d(0)= 0.002984739288
GMRES: d(72)= 9.956283712e-09 rate=0.8393308892
GMRES: 0.028538075 seconds
Newton: d(1)= 9.956283713e-09 rate 3.335729775e-06
Newton: 0.075637889 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0214
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002985180493
GMRES: d(0)= 0.002985180493
GMRES: d(73)= 6.273089165e-09 rate=0.8360383053
GMRES: 0.029390006 seconds
Newton: d(1)= 6.273089164e-09 rate 2.101410343e-06
Newton: 0.077890913 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0215
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002984615687
GMRES: d(0)= 0.002984615687
GMRES: d(73)= 6.671660123e-09 rate=0.8367462485
GMRES: 0.028921064 seconds
Newton: d(1)= 6.671660128e-09 rate 2.235349816e-06
Newton: 0.076224958 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0216
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002986479272
GMRES: d(0)= 0.002986479272
GMRES: d(73)= 7.078933402e-09 rate=0.8374185555
GMRES: 0.03101147 seconds
Newton: d(1)= 7.078933411e-09 rate 2.37032732e-06
Newton: 0.08213762 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0217
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002983000339
GMRES: d(0)= 0.002983000339
GMRES: d(73)= 7.479713541e-09 rate=0.838063924
GMRES: 0.029285832 seconds
Newton: d(1)= 7.479713551e-09 rate 2.50744643e-06
Newton: 0.0774672 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0218
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002985770127
GMRES: d(0)= 0.002985770127
GMRES: d(73)= 7.828097941e-09 rate=0.8385760683
GMRES: 0.028955178 seconds
Newton: d(1)= 7.828097933e-09 rate 2.621801947e-06
Newton: 0.076442961 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0219
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002981901907
GMRES: d(0)= 0.002981901907
GMRES: d(73)= 8.132107205e-09 rate=0.8390287563
GMRES: 0.029318297 seconds
Newton: d(1)= 8.13210722e-09 rate 2.727154506e-06
Newton: 0.077059644 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.022
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002984807447
GMRES: d(0)= 0.002984807447
GMRES: d(73)= 8.404129605e-09 rate=0.8393958163
GMRES: 0.027242451 seconds
Newton: d(1)= 8.404129599e-09 rate 2.81563543e-06
Newton: 0.075360306 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0221
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002982504105
GMRES: d(0)= 0.002982504105
GMRES: d(73)= 8.601098041e-09 rate=0.8396711219
GMRES: 0.027809835 seconds
Newton: d(1)= 8.601098037e-09 rate 2.883851198e-06
Newton: 0.075114992 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0222
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002982583194
GMRES: d(0)= 0.002982583194
GMRES: d(73)= 8.833404923e-09 rate=0.8399774179
GMRES: 0.02551063 seconds
Newton: d(1)= 8.833404927e-09 rate 2.961662543e-06
Newton: 0.074199943 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0223
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002984915237
GMRES: d(0)= 0.002984915237
GMRES: d(73)= 9.051978642e-09 rate=0.840249721
GMRES: 0.027114691 seconds
Newton: d(1)= 9.051978643e-09 rate 3.032574771e-06
Newton: 0.074707058 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0224
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002980945522
GMRES: d(0)= 0.002980945522
GMRES: d(73)= 9.300603254e-09 rate=0.8405769838
GMRES: 0.026843173 seconds
Newton: d(1)= 9.300603254e-09 rate 3.120017855e-06
Newton: 0.074703363 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0225
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002981935692
GMRES: d(0)= 0.002981935692
GMRES: d(73)= 9.590354409e-09 rate=0.8409264886
GMRES: 0.027645039 seconds
Newton: d(1)= 9.590354403e-09 rate 3.216150646e-06
Newton: 0.075730908 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0226
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002979267274
GMRES: d(0)= 0.002979267274
GMRES: d(73)= 9.889622182e-09 rate=0.8412908541
GMRES: 0.02894734 seconds
Newton: d(1)= 9.889622175e-09 rate 3.319481357e-06
Newton: 0.077819986 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0227
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002978286498
GMRES: d(0)= 0.002978286498
GMRES: d(74)= 5.365711698e-09 rate=0.8363225278
GMRES: 0.029778355 seconds
Newton: d(1)= 5.365711698e-09 rate 1.801610323e-06
Newton: 0.0772797 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0228
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002974741005
GMRES: d(0)= 0.002974741005
GMRES: d(74)= 5.458580303e-09 rate=0.8365299488
GMRES: 0.028597832 seconds
Newton: d(1)= 5.458580308e-09 rate 1.834976658e-06
Newton: 0.075946748 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0229
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002973800654
GMRES: d(0)= 0.002973800654
GMRES: d(74)= 5.567339452e-09 rate=0.836756574
GMRES: 0.027281146 seconds
Newton: d(1)= 5.567339457e-09 rate 1.87212934e-06
Newton: 0.075997091 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.023
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002972565426
GMRES: d(0)= 0.002972565426
GMRES: d(74)= 5.681735641e-09 rate=0.8369912937
GMRES: 0.029546376 seconds
Newton: d(1)= 5.681735655e-09 rate 1.911391287e-06
Newton: 0.076806535 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0231
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002969400612
GMRES: d(0)= 0.002969400612
GMRES: d(74)= 5.817167815e-09 rate=0.837269832
GMRES: 0.028318472 seconds
Newton: d(1)= 5.817167814e-09 rate 1.959037723e-06
Newton: 0.076026497 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0232
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002967292018
GMRES: d(0)= 0.002967292018
GMRES: d(74)= 5.937967102e-09 rate=0.8375104535
GMRES: 0.029432956 seconds
Newton: d(1)= 5.937967112e-09 rate 2.001140122e-06
Newton: 0.077512808 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0233
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002965365198
GMRES: d(0)= 0.002965365198
GMRES: d(74)= 6.025474488e-09 rate=0.8376833942
GMRES: 0.028537762 seconds
Newton: d(1)= 6.025474487e-09 rate 2.031950227e-06
Newton: 0.076041649 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0234
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002964564267
GMRES: d(0)= 0.002964564267
GMRES: d(74)= 6.208826444e-09 rate=0.838025848
GMRES: 0.029051781 seconds
Newton: d(1)= 6.208826445e-09 rate 2.094347056e-06
Newton: 0.076281778 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0235
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002961155504
GMRES: d(0)= 0.002961155504
GMRES: d(74)= 6.695662234e-09 rate=0.8388942035
GMRES: 0.031632511 seconds
Newton: d(1)= 6.695662247e-09 rate 2.261165359e-06
Newton: 0.081608275 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0236
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002959942577
GMRES: d(0)= 0.002959942577
GMRES: d(74)= 7.414198919e-09 rate=0.8400552506
GMRES: 0.027268576 seconds
Newton: d(1)= 7.414198919e-09 rate 2.504845525e-06
Newton: 0.074825749 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0237
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002958805313
GMRES: d(0)= 0.002958805313
GMRES: d(74)= 8.042347934e-09 rate=0.840983325
GMRES: 0.025707328 seconds
Newton: d(1)= 8.042347929e-09 rate 2.718106492e-06
Newton: 0.07345435 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0238
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002959130738
GMRES: d(0)= 0.002959130738
GMRES: d(74)= 8.440252273e-09 rate=0.8415310647
GMRES: 0.029650599 seconds
Newton: d(1)= 8.440252276e-09 rate 2.852274205e-06
Newton: 0.077394988 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0239
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002962038534
GMRES: d(0)= 0.002962038534
GMRES: d(74)= 8.679643404e-09 rate=0.8418380074
GMRES: 0.02973969 seconds
Newton: d(1)= 8.679643409e-09 rate 2.930293887e-06
Newton: 0.077416414 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.024
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00296381211
GMRES: d(0)= 0.00296381211
GMRES: d(74)= 8.866876861e-09 rate=0.8420740236
GMRES: 0.028355949 seconds
Newton: d(1)= 8.866876855e-09 rate 2.991713552e-06
Newton: 0.075777498 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0241
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002968955224
GMRES: d(0)= 0.002968955224
GMRES: d(74)= 9.067465894e-09 rate=0.8423088857
GMRES: 0.029483547 seconds
Newton: d(1)= 9.067465891e-09 rate 3.054093177e-06
Newton: 0.076911285 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0242
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002975532765
GMRES: d(0)= 0.002975532765
GMRES: d(74)= 9.295616797e-09 rate=0.8425665938
GMRES: 0.029934075 seconds
Newton: d(1)= 9.295616804e-09 rate 3.124017626e-06
Newton: 0.07717145 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0243
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002984643807
GMRES: d(0)= 0.002984643807
GMRES: d(74)= 9.53448884e-09 rate=0.8428207154
GMRES: 0.029680448 seconds
Newton: d(1)= 9.534488843e-09 rate 3.194514809e-06
Newton: 0.077092512 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0244
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002994288892
GMRES: d(0)= 0.002994288892
GMRES: d(74)= 9.80626654e-09 rate=0.8431041289
GMRES: 0.029886273 seconds
Newton: d(1)= 9.806266536e-09 rate 3.27499012e-06
Newton: 0.077346252 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0245
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003004372759
GMRES: d(0)= 0.003004372759
GMRES: d(75)= 4.778210022e-09 rate=0.8369255356
GMRES: 0.029968584 seconds
Newton: d(1)= 4.778210023e-09 rate 1.590418502e-06
Newton: 0.078064081 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0246
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003017112637
GMRES: d(0)= 0.003017112637
GMRES: d(75)= 5.30939221e-09 rate=0.8380553646
GMRES: 0.02991779 seconds
Newton: d(1)= 5.309392213e-09 rate 1.759759364e-06
Newton: 0.077710066 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0247
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003031980427
GMRES: d(0)= 0.003031980427
GMRES: d(75)= 6.004511643e-09 rate=0.8393762639
GMRES: 0.030418266 seconds
Newton: d(1)= 6.004511634e-09 rate 1.980392611e-06
Newton: 0.078808248 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0248
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003044257136
GMRES: d(0)= 0.003044257136
GMRES: d(75)= 6.771259231e-09 rate=0.8406770174
GMRES: 0.030137339 seconds
Newton: d(1)= 6.771259228e-09 rate 2.224273091e-06
Newton: 0.07754829 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0249
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003058246429
GMRES: d(0)= 0.003058246429
GMRES: d(75)= 7.569197071e-09 rate=0.8418751643
GMRES: 0.030147218 seconds
Newton: d(1)= 7.569197074e-09 rate 2.475012152e-06
Newton: 0.078549651 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.025
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003070650994
GMRES: d(0)= 0.003070650994
GMRES: d(75)= 8.50766438e-09 rate=0.8431426631
GMRES: 0.030533344 seconds
Newton: d(1)= 8.507664387e-09 rate 2.770638671e-06
Newton: 0.079940442 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0251
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003082185542
GMRES: d(0)= 0.003082185542
GMRES: d(75)= 9.54395443e-09 rate=0.8443935898
GMRES: 0.030360863 seconds
Newton: d(1)= 9.543954419e-09 rate 3.096489257e-06
Newton: 0.077987739 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0252
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003089037514
GMRES: d(0)= 0.003089037514
GMRES: d(76)= 5.527408626e-09 rate=0.8401901976
GMRES: 0.031188009 seconds
Newton: d(1)= 5.52740863e-09 rate 1.78936274e-06
Newton: 0.078558607 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0253
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003093254824
GMRES: d(0)= 0.003093254824
GMRES: d(76)= 6.104022267e-09 rate=0.8412727999
GMRES: 0.030447872 seconds
Newton: d(1)= 6.104022264e-09 rate 1.973333143e-06
Newton: 0.077911067 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0254
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003089670916
GMRES: d(0)= 0.003089670916
GMRES: d(76)= 6.65365266e-09 rate=0.8422405689
GMRES: 0.030216999 seconds
Newton: d(1)= 6.653652662e-09 rate 2.153515e-06
Newton: 0.077612215 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0255
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003083659817
GMRES: d(0)= 0.003083659817
GMRES: d(76)= 7.159891262e-09 rate=0.8430752021
GMRES: 0.028918391 seconds
Newton: d(1)= 7.159891258e-09 rate 2.321881039e-06
Newton: 0.076543843 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0256
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003065242978
GMRES: d(0)= 0.003065242978
GMRES: d(76)= 7.593321415e-09 rate=0.8437939483
GMRES: 0.029299098 seconds
Newton: d(1)= 7.5933214e-09 rate 2.477233111e-06
Newton: 0.0767548 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0257
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.003039648665
GMRES: d(0)= 0.003039648665
GMRES: d(76)= 7.979619208e-09 rate=0.8444382142
GMRES: 0.030869447 seconds
Newton: d(1)= 7.979619205e-09 rate 2.625178132e-06
Newton: 0.078322688 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0258
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00299881114
GMRES: d(0)= 0.00299881114
GMRES: d(76)= 8.245545004e-09 rate=0.8449529048
GMRES: 0.030647353 seconds
Newton: d(1)= 8.245545004e-09 rate 2.749604633e-06
Newton: 0.078294133 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0259
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00294614444
GMRES: d(0)= 0.00294614444
GMRES: d(76)= 8.446598819e-09 rate=0.845417861
GMRES: 0.030212118 seconds
Newton: d(1)= 8.446598826e-09 rate 2.867000922e-06
Newton: 0.077388637 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.026
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002879330682
GMRES: d(0)= 0.002879330682
GMRES: d(76)= 8.529891223e-09 rate=0.8457822727
GMRES: 0.030142449 seconds
Newton: d(1)= 8.529891218e-09 rate 2.962456265e-06
Newton: 0.077504709 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0261
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002795188222
GMRES: d(0)= 0.002795188222
GMRES: d(76)= 8.525058792e-09 rate=0.8461060882
GMRES: 0.030555978 seconds
Newton: d(1)= 8.525058791e-09 rate 3.049905092e-06
Newton: 0.077693338 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0262
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002689305157
GMRES: d(0)= 0.002689305157
GMRES: d(76)= 8.389814279e-09 rate=0.8463580099
GMRES: 0.030367199 seconds
Newton: d(1)= 8.389814272e-09 rate 3.1196959e-06
Newton: 0.078005153 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0263
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002571345943
GMRES: d(0)= 0.002571345943
GMRES: d(76)= 8.18509528e-09 rate=0.8465824342
GMRES: 0.030393443 seconds
Newton: d(1)= 8.185095278e-09 rate 3.183194895e-06
Newton: 0.07777823 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0264
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002434517027
GMRES: d(0)= 0.002434517027
GMRES: d(76)= 7.855917164e-09 rate=0.846734312
GMRES: 0.030397339 seconds
Newton: d(1)= 7.855917169e-09 rate 3.226889392e-06
Newton: 0.078287854 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0265
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002284977272
GMRES: d(0)= 0.002284977272
GMRES: d(76)= 7.473266369e-09 rate=0.846884258
GMRES: 0.03286116 seconds
Newton: d(1)= 7.473266365e-09 rate 3.270608621e-06
Newton: 0.080947866 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0266
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.002122667046
GMRES: d(0)= 0.002122667046
GMRES: d(76)= 6.997473574e-09 rate=0.8469722911
GMRES: 0.028957544 seconds
Newton: d(1)= 6.997473576e-09 rate 3.296547892e-06
Newton: 0.079334018 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0267
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001964359226
GMRES: d(0)= 0.001964359226
GMRES: d(76)= 6.50689311e-09 rate=0.8470260105
GMRES: 0.030667681 seconds
Newton: d(1)= 6.50689311e-09 rate 3.312476163e-06
Newton: 0.07890556 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0268
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001792896993
GMRES: d(0)= 0.001792896993
GMRES: d(75)= 9.759720738e-09 rate=0.8507692034
GMRES: 0.030375752 seconds
Newton: d(1)= 9.759720738e-09 rate 5.443547942e-06
Newton: 0.077393328 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0269
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001632719454
GMRES: d(0)= 0.001632719454
GMRES: d(75)= 8.878154028e-09 rate=0.8507569026
GMRES: 0.030656593 seconds
Newton: d(1)= 8.87815404e-09 rate 5.437648224e-06
Newton: 0.078268983 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.027
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001486039154
GMRES: d(0)= 0.001486039154
GMRES: d(75)= 8.033883174e-09 rate=0.8506911932
GMRES: 0.030473664 seconds
Newton: d(1)= 8.033883168e-09 rate 5.406239227e-06
Newton: 0.077653868 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0271
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001341761101
GMRES: d(0)= 0.001341761101
GMRES: d(75)= 7.238039132e-09 rate=0.8506663945
GMRES: 0.03006937 seconds
Newton: d(1)= 7.238039132e-09 rate 5.394432082e-06
Newton: 0.077645957 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0272
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001215211152
GMRES: d(0)= 0.001215211152
GMRES: d(74)= 9.971239906e-09 rate=0.8536337684
GMRES: 0.029479845 seconds
Newton: d(1)= 9.971239892e-09 rate 8.205355811e-06
Newton: 0.076656848 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0273
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001111037134
GMRES: d(0)= 0.001111037134
GMRES: d(74)= 8.957160818e-09 rate=0.8534304464
GMRES: 0.029636449 seconds
Newton: d(1)= 8.957160831e-09 rate 8.061981513e-06
Newton: 0.077423353 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0274
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001012366775
GMRES: d(0)= 0.001012366775
GMRES: d(74)= 8.081630938e-09 rate=0.8533167793
GMRES: 0.029996033 seconds
Newton: d(1)= 8.081630941e-09 rate 7.982908112e-06
Newton: 0.077844219 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0275
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0009416261978
GMRES: d(0)= 0.0009416261978
GMRES: d(74)= 7.278848778e-09 rate=0.8529457462
GMRES: 0.029661726 seconds
Newton: d(1)= 7.27884878e-09 rate 7.730083124e-06
Newton: 0.076922184 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0276
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008667132225
GMRES: d(0)= 0.0008667132225
GMRES: d(73)= 9.176105698e-09 rate=0.8547642352
GMRES: 0.029161057 seconds
Newton: d(1)= 9.176105698e-09 rate 1.058724554e-05
Newton: 0.076371209 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0277
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008079527356
GMRES: d(0)= 0.0008079527356
GMRES: d(73)= 8.2921741e-09 rate=0.8544003223
GMRES: 0.029210065 seconds
Newton: d(1)= 8.292174085e-09 rate 1.026319204e-05
Newton: 0.076185544 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0278
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007542270787
GMRES: d(0)= 0.0007542270787
GMRES: d(73)= 7.593441003e-09 rate=0.8541754308
GMRES: 0.029559518 seconds
Newton: d(1)= 7.593440997e-09 rate 1.006784457e-05
Newton: 0.077677377 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0279
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007223721845
GMRES: d(0)= 0.0007223721845
GMRES: d(73)= 6.903039492e-09 rate=0.8535652055
GMRES: 0.028954568 seconds
Newton: d(1)= 6.903039491e-09 rate 9.556070456e-06
Newton: 0.076240764 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.028
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006837083887
GMRES: d(0)= 0.0006837083887
GMRES: d(72)= 9.500329781e-09 rate=0.8561302258
GMRES: 0.02862607 seconds
Newton: d(1)= 9.500329776e-09 rate 1.389529503e-05
Newton: 0.075990765 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0281
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006497388898
GMRES: d(0)= 0.0006497388898
GMRES: d(72)= 8.689709523e-09 rate=0.8556758117
GMRES: 0.028425511 seconds
Newton: d(1)= 8.689709522e-09 rate 1.337415639e-05
Newton: 0.075817405 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0282
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006293523594
GMRES: d(0)= 0.0006293523594
GMRES: d(72)= 8.008173303e-09 rate=0.8550842031
GMRES: 0.028339733 seconds
Newton: d(1)= 8.008173299e-09 rate 1.272446695e-05
Newton: 0.076588494 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0283
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006101311435
GMRES: d(0)= 0.0006101311435
GMRES: d(72)= 7.346863839e-09 rate=0.8544292246
GMRES: 0.02939842 seconds
Newton: d(1)= 7.34686384e-09 rate 1.20414503e-05
Newton: 0.077410219 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0284
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005856992477
GMRES: d(0)= 0.0005856992477
GMRES: d(72)= 6.81589967e-09 rate=0.8540240843
GMRES: 0.028207694 seconds
Newton: d(1)= 6.815899657e-09 rate 1.163720063e-05
Newton: 0.075930492 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0285
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005672896455
GMRES: d(0)= 0.0005672896455
GMRES: d(72)= 6.300827228e-09 rate=0.853471037
GMRES: 0.028335315 seconds
Newton: d(1)= 6.300827225e-09 rate 1.110689623e-05
Newton: 0.075837149 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0286
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005454748441
GMRES: d(0)= 0.0005454748441
GMRES: d(71)= 9.285371465e-09 rate=0.8567050595
GMRES: 0.027844753 seconds
Newton: d(1)= 9.28537147e-09 rate 1.702254755e-05
Newton: 0.075200993 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0287
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005578127302
GMRES: d(0)= 0.0005578127302
GMRES: d(71)= 8.571822489e-09 rate=0.8554712506
GMRES: 0.027883245 seconds
Newton: d(1)= 8.571822485e-09 rate 1.536684629e-05
Newton: 0.075529069 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0288
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005177610277
GMRES: d(0)= 0.0005177610277
GMRES: d(71)= 7.99436955e-09 rate=0.8555286849
GMRES: 0.02806974 seconds
Newton: d(1)= 7.994369541e-09 rate 1.544026899e-05
Newton: 0.075480461 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0289
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005144154889
GMRES: d(0)= 0.0005144154889
GMRES: d(71)= 7.439596207e-09 rate=0.8547405351
GMRES: 0.027849947 seconds
Newton: d(1)= 7.439596221e-09 rate 1.446223215e-05
Newton: 0.075028081 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.029
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005128120049
GMRES: d(0)= 0.0005128120049
GMRES: d(71)= 6.871753187e-09 rate=0.85382278
GMRES: 0.028260209 seconds
Newton: d(1)= 6.871753196e-09 rate 1.340014105e-05
Newton: 0.076152905 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0291
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004980286381
GMRES: d(0)= 0.0004980286381
GMRES: d(71)= 6.474111944e-09 rate=0.8534578056
GMRES: 0.025819816 seconds
Newton: d(1)= 6.47411195e-09 rate 1.299947725e-05
Newton: 0.073055493 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0292
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004947592789
GMRES: d(0)= 0.0004947592789
GMRES: d(71)= 5.923301509e-09 rate=0.8524687141
GMRES: 0.028179951 seconds
Newton: d(1)= 5.92330151e-09 rate 1.197208777e-05
Newton: 0.075877867 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0293
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004758700087
GMRES: d(0)= 0.0004758700087
GMRES: d(71)= 5.623474454e-09 rate=0.8523124305
GMRES: 0.028421487 seconds
Newton: d(1)= 5.623474449e-09 rate 1.181724914e-05
Newton: 0.076010462 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0294
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004873568955
GMRES: d(0)= 0.0004873568955
GMRES: d(70)= 9.593304199e-09 rate=0.8565903127
GMRES: 0.027495714 seconds
Newton: d(1)= 9.593304211e-09 rate 1.968435103e-05
Newton: 0.07512305 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0295
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004695771806
GMRES: d(0)= 0.0004695771806
GMRES: d(70)= 9.012896366e-09 rate=0.8562814468
GMRES: 0.027474936 seconds
Newton: d(1)= 9.012896373e-09 rate 1.919364217e-05
Newton: 0.074954351 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0296
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004677948085
GMRES: d(0)= 0.0004677948085
GMRES: d(70)= 8.52761751e-09 rate=0.8556511677
GMRES: 0.027334795 seconds
Newton: d(1)= 8.527617504e-09 rate 1.822939748e-05
Newton: 0.074968795 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0297
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004646379936
GMRES: d(0)= 0.0004646379936
GMRES: d(70)= 7.884467575e-09 rate=0.854775867
GMRES: 0.027458569 seconds
Newton: d(1)= 7.884467588e-09 rate 1.696905483e-05
Newton: 0.075025339 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0298
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004586964088
GMRES: d(0)= 0.0004586964088
GMRES: d(70)= 7.464786067e-09 rate=0.8542652556
GMRES: 0.028100428 seconds
Newton: d(1)= 7.46478607e-09 rate 1.627391435e-05
Newton: 0.077998229 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0299
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004539302322
GMRES: d(0)= 0.0004539302322
GMRES: d(70)= 6.96379118e-09 rate=0.8535451979
GMRES: 0.02779619 seconds
Newton: d(1)= 6.963791186e-09 rate 1.534110463e-05
Newton: 0.075882922 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.03
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004416429003
GMRES: d(0)= 0.0004416429003
GMRES: d(70)= 6.575578031e-09 rate=0.8531804502
GMRES: 0.027520788 seconds
Newton: d(1)= 6.575578011e-09 rate 1.488890234e-05
Newton: 0.075078634 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0301
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00045642027
GMRES: d(0)= 0.00045642027
GMRES: d(70)= 6.224173615e-09 rate=0.8521105727
GMRES: 0.027962803 seconds
Newton: d(1)= 6.224173614e-09 rate 1.363693513e-05
Newton: 0.075169196 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0302
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004363569415
GMRES: d(0)= 0.0004363569415
GMRES: d(70)= 5.779560856e-09 rate=0.8517556874
GMRES: 0.025406035 seconds
Newton: d(1)= 5.779560845e-09 rate 1.324503015e-05
Newton: 0.07314043 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0303
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004354057889
GMRES: d(0)= 0.0004354057889
GMRES: d(70)= 5.456853599e-09 rate=0.8510833919
GMRES: 0.027764436 seconds
Newton: d(1)= 5.456853611e-09 rate 1.253279986e-05
Newton: 0.075949923 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0304
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004308682524
GMRES: d(0)= 0.0004308682524
GMRES: d(70)= 5.163492635e-09 rate=0.8505390786
GMRES: 0.027344317 seconds
Newton: d(1)= 5.163492648e-09 rate 1.19839246e-05
Newton: 0.074643277 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0305
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004500301483
GMRES: d(0)= 0.0004500301483
GMRES: d(69)= 9.448870976e-09 rate=0.8554702343
GMRES: 0.025330864 seconds
Newton: d(1)= 9.448870983e-09 rate 2.099608442e-05
Newton: 0.073315939 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0306
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004224504303
GMRES: d(0)= 0.0004224504303
GMRES: d(69)= 8.870333052e-09 rate=0.8554709725
GMRES: 0.02745798 seconds
Newton: d(1)= 8.87033305e-09 rate 2.099733463e-05
Newton: 0.074513602 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0307
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004240515852
GMRES: d(0)= 0.0004240515852
GMRES: d(69)= 8.429454e-09 rate=0.8547922789
GMRES: 0.026954699 seconds
Newton: d(1)= 8.429453999e-09 rate 1.987836927e-05
Newton: 0.074738633 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0308
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004193295555
GMRES: d(0)= 0.0004193295555
GMRES: d(69)= 7.822538928e-09 rate=0.8540056764
GMRES: 0.02596854 seconds
Newton: d(1)= 7.822538923e-09 rate 1.865487138e-05
Newton: 0.073011947 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0309
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000442261919
GMRES: d(0)= 0.000442261919
GMRES: d(69)= 7.229181899e-09 rate=0.8523719015
GMRES: 0.027368712 seconds
Newton: d(1)= 7.229181872e-09 rate 1.634592887e-05
Newton: 0.074764693 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.031
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003943987222
GMRES: d(0)= 0.0003943987222
GMRES: d(69)= 6.916359167e-09 rate=0.8532408187
GMRES: 0.027597412 seconds
Newton: d(1)= 6.91635916e-09 rate 1.753646442e-05
Newton: 0.075691627 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0311
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003979862894
GMRES: d(0)= 0.0003979862894
GMRES: d(69)= 6.575133231e-09 rate=0.852503519
GMRES: 0.026034042 seconds
Newton: d(1)= 6.575133222e-09 rate 1.652100436e-05
Newton: 0.073894298 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0312
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004229713415
GMRES: d(0)= 0.0004229713415
GMRES: d(69)= 6.511473156e-09 rate=0.8516314961
GMRES: 0.025076324 seconds
Newton: d(1)= 6.511473163e-09 rate 1.539459657e-05
Newton: 0.072791484 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0313
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004129525335
GMRES: d(0)= 0.0004129525335
GMRES: d(69)= 6.188727476e-09 rate=0.8512999864
GMRES: 0.024874299 seconds
Newton: d(1)= 6.188727472e-09 rate 1.49865347e-05
Newton: 0.072043739 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0314
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004162975809
GMRES: d(0)= 0.0004162975809
GMRES: d(68)= 9.868740621e-09 rate=0.8550336438
GMRES: 0.026633478 seconds
Newton: d(1)= 9.868740608e-09 rate 2.370597635e-05
Newton: 0.074371319 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0315
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003836402939
GMRES: d(0)= 0.0003836402939
GMRES: d(68)= 7.659566788e-09 rate=0.8528771331
GMRES: 0.026806563 seconds
Newton: d(1)= 7.6595668e-09 rate 1.996549091e-05
Newton: 0.074030141 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0316
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004147487829
GMRES: d(0)= 0.0004147487829
GMRES: d(68)= 8.824666954e-09 rate=0.8536755465
GMRES: 0.027091685 seconds
Newton: d(1)= 8.824666929e-09 rate 2.127713762e-05
Newton: 0.074578211 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0317
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003760561103
GMRES: d(0)= 0.0003760561103
GMRES: d(67)= 9.763152951e-09 rate=0.8541954923
GMRES: 0.025900883 seconds
Newton: d(1)= 9.763152929e-09 rate 2.596195797e-05
Newton: 0.073373775 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0318
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003964091102
GMRES: d(0)= 0.0003964091102
GMRES: d(68)= 7.415985133e-09 rate=0.852061533
GMRES: 0.024534019 seconds
Newton: d(1)= 7.415985136e-09 rate 1.870790793e-05
Newton: 0.072052222 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0319
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003897110097
GMRES: d(0)= 0.0003897110097
GMRES: d(67)= 9.3258618e-09 rate=0.8531571784
GMRES: 0.024540554 seconds
Newton: d(1)= 9.325861798e-09 rate 2.393019845e-05
Newton: 0.071882901 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.032
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004046764358
GMRES: d(0)= 0.0004046764358
GMRES: d(68)= 7.094152883e-09 rate=0.851247352
GMRES: 0.026742534 seconds
Newton: d(1)= 7.094152876e-09 rate 1.753043234e-05
Newton: 0.074980177 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0321
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003800853744
GMRES: d(0)= 0.0003800853744
GMRES: d(67)= 7.273075188e-09 rate=0.8503146381
GMRES: 0.02630035 seconds
Newton: d(1)= 7.273075184e-09 rate 1.91353724e-05
Newton: 0.074305132 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0322
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004133756256
GMRES: d(0)= 0.0004133756256
GMRES: d(67)= 8.817079366e-09 rate=0.8516934001
GMRES: 0.026137733 seconds
Newton: d(1)= 8.817079378e-09 rate 2.132946122e-05
Newton: 0.073797889 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0323
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003794966227
GMRES: d(0)= 0.0003794966227
GMRES: d(66)= 9.176450355e-09 rate=0.8512409884
GMRES: 0.025794501 seconds
Newton: d(1)= 9.17645036e-09 rate 2.418058504e-05
Newton: 0.07321336 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0324
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004124872862
GMRES: d(0)= 0.0004124872862
GMRES: d(67)= 9.823859535e-09 rate=0.8530963489
GMRES: 0.027189349 seconds
Newton: d(1)= 9.823859541e-09 rate 2.381615111e-05
Newton: 0.076007646 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0325
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003793605745
GMRES: d(0)= 0.0003793605745
GMRES: d(66)= 8.236365127e-09 rate=0.8498527574
GMRES: 0.025468686 seconds
Newton: d(1)= 8.236365129e-09 rate 2.171117845e-05
Newton: 0.072830641 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0326
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004084157998
GMRES: d(0)= 0.0004084157998
GMRES: d(67)= 7.102656717e-09 rate=0.8491022163
GMRES: 0.025707737 seconds
Newton: d(1)= 7.102656707e-09 rate 1.739074911e-05
Newton: 0.073046295 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0327
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00038216605
GMRES: d(0)= 0.00038216605
GMRES: d(66)= 7.421926217e-09 rate=0.8484183804
GMRES: 0.025570526 seconds
Newton: d(1)= 7.42192622e-09 rate 1.942068433e-05
Newton: 0.073757806 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0328
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003978376618
GMRES: d(0)= 0.0003978376618
GMRES: d(66)= 8.560432374e-09 rate=0.8497373227
GMRES: 0.025964433 seconds
Newton: d(1)= 8.560432365e-09 rate 2.151740065e-05
Newton: 0.075268202 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0329
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003824052674
GMRES: d(0)= 0.0003824052674
GMRES: d(66)= 6.701777477e-09 rate=0.8470993245
GMRES: 0.025631692 seconds
Newton: d(1)= 6.701777473e-09 rate 1.75253273e-05
Newton: 0.073356971 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.033
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004048145086
GMRES: d(0)= 0.0004048145086
GMRES: d(66)= 9.161561036e-09 rate=0.850387504
GMRES: 0.0253914 seconds
Newton: d(1)= 9.161561043e-09 rate 2.263150369e-05
Newton: 0.073027087 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0331
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003969987392
GMRES: d(0)= 0.0003969987392
GMRES: d(66)= 5.987032177e-09 rate=0.845173351
GMRES: 0.023661083 seconds
Newton: d(1)= 5.987032172e-09 rate 1.508073346e-05
Newton: 0.07108703 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0332
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003989883487
GMRES: d(0)= 0.0003989883487
GMRES: d(66)= 8.657353275e-09 rate=0.8498450939
GMRES: 0.026069472 seconds
Newton: d(1)= 8.657353267e-09 rate 2.169826085e-05
Newton: 0.073650953 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0333
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003956632698
GMRES: d(0)= 0.0003956632698
GMRES: d(66)= 5.820055381e-09 rate=0.8448543395
GMRES: 0.027234924 seconds
Newton: d(1)= 5.820055379e-09 rate 1.470961755e-05
Newton: 0.075812683 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0334
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004092581277
GMRES: d(0)= 0.0004092581277
GMRES: d(65)= 9.361501767e-09 rate=0.8484091762
GMRES: 0.02570567 seconds
Newton: d(1)= 9.361501771e-09 rate 2.287432097e-05
Newton: 0.073614595 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0335
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004016914817
GMRES: d(0)= 0.0004016914817
GMRES: d(65)= 8.565466524e-09 rate=0.8474933187
GMRES: 0.025505806 seconds
Newton: d(1)= 8.565466529e-09 rate 2.132349557e-05
Newton: 0.072899384 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0336
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003946387153
GMRES: d(0)= 0.0003946387153
GMRES: d(66)= 7.000138044e-09 rate=0.847254221
GMRES: 0.025684492 seconds
Newton: d(1)= 7.000138059e-09 rate 1.773809256e-05
Newton: 0.073356953 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0337
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000388748281
GMRES: d(0)= 0.000388748281
GMRES: d(65)= 9.00795742e-09 rate=0.8485777869
GMRES: 0.023122361 seconds
Newton: d(1)= 9.007957432e-09 rate 2.317169714e-05
Newton: 0.071175045 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0338
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004002582328
GMRES: d(0)= 0.0004002582328
GMRES: d(65)= 7.886221441e-09 rate=0.8464633011
GMRES: 0.022984785 seconds
Newton: d(1)= 7.886221416e-09 rate 1.970283375e-05
Newton: 0.070480247 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0339
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003902864222
GMRES: d(0)= 0.0003902864222
GMRES: d(65)= 7.523292066e-09 rate=0.846178361
GMRES: 0.025684464 seconds
Newton: d(1)= 7.523292065e-09 rate 1.927633563e-05
Newton: 0.073172957 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.034
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004010310919
GMRES: d(0)= 0.0004010310919
GMRES: d(65)= 7.582604036e-09 rate=0.8459270806
GMRES: 0.023726636 seconds
Newton: d(1)= 7.582604043e-09 rate 1.890777098e-05
Newton: 0.071623703 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0341
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004067237707
GMRES: d(0)= 0.0004067237707
GMRES: d(65)= 8.765258553e-09 rate=0.8476316343
GMRES: 0.025072605 seconds
Newton: d(1)= 8.76525854e-09 rate 2.155088827e-05
Newton: 0.073297145 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0342
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004029972559
GMRES: d(0)= 0.0004029972559
GMRES: d(65)= 7.853843855e-09 rate=0.8463209266
GMRES: 0.025020466 seconds
Newton: d(1)= 7.853843831e-09 rate 1.948857893e-05
Newton: 0.072695803 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0343
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003994455296
GMRES: d(0)= 0.0003994455296
GMRES: d(65)= 6.28329079e-09 rate=0.8435358258
GMRES: 0.023984051 seconds
Newton: d(1)= 6.283290783e-09 rate 1.573003155e-05
Newton: 0.071633686 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0344
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003987675995
GMRES: d(0)= 0.0003987675995
GMRES: d(65)= 7.447268809e-09 rate=0.8457663808
GMRES: 0.025133871 seconds
Newton: d(1)= 7.447268783e-09 rate 1.867571185e-05
Newton: 0.072625863 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0345
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003987190347
GMRES: d(0)= 0.0003987190347
GMRES: d(65)= 6.932403594e-09 rate=0.8448363026
GMRES: 0.025335067 seconds
Newton: d(1)= 6.932403604e-09 rate 1.738668837e-05
Newton: 0.073214063 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0346
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000411172543
GMRES: d(0)= 0.000411172543
GMRES: d(65)= 5.900475958e-09 rate=0.8423453816
GMRES: 0.025074165 seconds
Newton: d(1)= 5.900475958e-09 rate 1.435036473e-05
Newton: 0.072359659 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0347
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003982580665
GMRES: d(0)= 0.0003982580665
GMRES: d(65)= 6.537454804e-09 rate=0.8440892534
GMRES: 0.025248783 seconds
Newton: d(1)= 6.537454809e-09 rate 1.641512215e-05
Newton: 0.072751086 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0348
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003988398494
GMRES: d(0)= 0.0003988398494
GMRES: d(65)= 7.632125831e-09 rate=0.8460831196
GMRES: 0.02541274 seconds
Newton: d(1)= 7.632125831e-09 rate 1.913581564e-05
Newton: 0.072848792 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0349
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004091157675
GMRES: d(0)= 0.0004091157675
GMRES: d(65)= 6.324042267e-09 rate=0.8433093213
GMRES: 0.025214454 seconds
Newton: d(1)= 6.324042266e-09 rate 1.545783069e-05
Newton: 0.072617415 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.035
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003913327556
GMRES: d(0)= 0.0003913327556
GMRES: d(65)= 8.524086243e-09 rate=0.8477708639
GMRES: 0.02549324 seconds
Newton: d(1)= 8.52408624e-09 rate 2.178219461e-05
Newton: 0.074622449 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0351
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003992102338
GMRES: d(0)= 0.0003992102338
GMRES: d(65)= 7.585514518e-09 rate=0.8459913024
GMRES: 0.025219867 seconds
Newton: d(1)= 7.585514518e-09 rate 1.900130276e-05
Newton: 0.072946452 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0352
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004084470267
GMRES: d(0)= 0.0004084470267
GMRES: d(65)= 6.944808361e-09 rate=0.8445462819
GMRES: 0.024051368 seconds
Newton: d(1)= 6.944808357e-09 rate 1.700295976e-05
Newton: 0.071537198 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0353
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000392436195
GMRES: d(0)= 0.000392436195
GMRES: d(65)= 7.813587735e-09 rate=0.8465998281
GMRES: 0.025252562 seconds
Newton: d(1)= 7.813587738e-09 rate 1.991046656e-05
Newton: 0.072839842 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0354
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003906017244
GMRES: d(0)= 0.0003906017244
GMRES: d(65)= 7.608705402e-09 rate=0.8463148238
GMRES: 0.024641091 seconds
Newton: d(1)= 7.608705406e-09 rate 1.947944653e-05
Newton: 0.071806656 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0355
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000398563633
GMRES: d(0)= 0.000398563633
GMRES: d(65)= 5.853784316e-09 rate=0.842646102
GMRES: 0.025336716 seconds
Newton: d(1)= 5.853784315e-09 rate 1.468720132e-05
Newton: 0.072608146 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0356
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004055779763
GMRES: d(0)= 0.0004055779763
GMRES: d(64)= 9.303999897e-09 rate=0.8462706947
GMRES: 0.025029384 seconds
Newton: d(1)= 9.303999892e-09 rate 2.294010137e-05
Newton: 0.072548838 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0357
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004019669164
GMRES: d(0)= 0.0004019669164
GMRES: d(65)= 7.117145837e-09 rate=0.845072726
GMRES: 0.023377558 seconds
Newton: d(1)= 7.11714583e-09 rate 1.77058e-05
Newton: 0.072707511 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0358
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003999985932
GMRES: d(0)= 0.0003999985932
GMRES: d(65)= 6.726844209e-09 rate=0.8444035388
GMRES: 0.02475704 seconds
Newton: d(1)= 6.726844218e-09 rate 1.681716969e-05
Newton: 0.074881001 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0359
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003963907822
GMRES: d(0)= 0.0003963907822
GMRES: d(64)= 9.033259248e-09 rate=0.8461831821
GMRES: 0.024291488 seconds
Newton: d(1)= 9.033259238e-09 rate 2.27887722e-05
Newton: 0.071764552 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.036
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004026602875
GMRES: d(0)= 0.0004026602875
GMRES: d(64)= 8.647967882e-09 rate=0.8453997471
GMRES: 0.024585504 seconds
Newton: d(1)= 8.647967881e-09 rate 2.147708167e-05
Newton: 0.072207625 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0361
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003861441917
GMRES: d(0)= 0.0003861441917
GMRES: d(65)= 7.026578397e-09 rate=0.8454284078
GMRES: 0.025301556 seconds
Newton: d(1)= 7.026578406e-09 rate 1.819677353e-05
Newton: 0.072520786 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0362
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004030960897
GMRES: d(0)= 0.0004030960897
GMRES: d(64)= 9.485574006e-09 rate=0.8466074968
GMRES: 0.024259384 seconds
Newton: d(1)= 9.485574003e-09 rate 2.353179365e-05
Newton: 0.07245622 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0363
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003906234737
GMRES: d(0)= 0.0003906234737
GMRES: d(65)= 6.724941599e-09 rate=0.8447080211
GMRES: 0.024358822 seconds
Newton: d(1)= 6.724941589e-09 rate 1.721591774e-05
Newton: 0.071421538 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0364
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003903567411
GMRES: d(0)= 0.0003903567411
GMRES: d(64)= 8.749523236e-09 rate=0.8459640686
GMRES: 0.023888119 seconds
Newton: d(1)= 8.74952323e-09 rate 2.241417224e-05
Newton: 0.072235824 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0365
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003914929126
GMRES: d(0)= 0.0003914929126
GMRES: d(64)= 9.057398318e-09 rate=0.8463828761
GMRES: 0.025153382 seconds
Newton: d(1)= 9.057398319e-09 rate 2.313553586e-05
Newton: 0.073183263 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0366
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004296862884
GMRES: d(0)= 0.0004296862884
GMRES: d(65)= 5.80474933e-09 rate=0.8415630245
GMRES: 0.021455923 seconds
Newton: d(1)= 5.804749337e-09 rate 1.350927291e-05
Newton: 0.072777588 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0367
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003747350385
GMRES: d(0)= 0.0003747350385
GMRES: d(65)= 6.693811231e-09 rate=0.8451874973
GMRES: 0.023153462 seconds
Newton: d(1)= 6.693811236e-09 rate 1.78627845e-05
Newton: 0.070657365 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0368
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003864622459
GMRES: d(0)= 0.0003864622459
GMRES: d(65)= 7.197395527e-09 rate=0.8457301629
GMRES: 0.025527164 seconds
Newton: d(1)= 7.197395527e-09 rate 1.862379987e-05
Newton: 0.072825061 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0369
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003780380621
GMRES: d(0)= 0.0003780380621
GMRES: d(64)= 8.793073847e-09 rate=0.8464536969
GMRES: 0.025131131 seconds
Newton: d(1)= 8.793073846e-09 rate 2.325975802e-05
Newton: 0.073124427 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.037
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003874315653
GMRES: d(0)= 0.0003874315653
GMRES: d(65)= 7.635503965e-09 rate=0.8464667198
GMRES: 0.025088641 seconds
Newton: d(1)= 7.635503957e-09 rate 1.970800689e-05
Newton: 0.072601667 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0371
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003972702089
GMRES: d(0)= 0.0003972702089
GMRES: d(64)= 9.742577989e-09 rate=0.8471538928
GMRES: 0.024816379 seconds
Newton: d(1)= 9.742577987e-09 rate 2.452380715e-05
Newton: 0.07317957 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0372
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003635803098
GMRES: d(0)= 0.0003635803098
GMRES: d(64)= 9.828397573e-09 rate=0.8484439592
GMRES: 0.024889769 seconds
Newton: d(1)= 9.828397567e-09 rate 2.703226028e-05
Newton: 0.072227735 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0373
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003893495845
GMRES: d(0)= 0.0003893495845
GMRES: d(65)= 7.019096537e-09 rate=0.8453070374
GMRES: 0.025223736 seconds
Newton: d(1)= 7.019096528e-09 rate 1.802774886e-05
Newton: 0.073301411 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0374
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003788422988
GMRES: d(0)= 0.0003788422988
GMRES: d(64)= 8.728601648e-09 rate=0.8463282683
GMRES: 0.026883643 seconds
Newton: d(1)= 8.728601648e-09 rate 2.304019819e-05
Newton: 0.075112227 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0375
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003715947621
GMRES: d(0)= 0.0003715947621
GMRES: d(64)= 9.882095889e-09 rate=0.8482271698
GMRES: 0.025107085 seconds
Newton: d(1)= 9.88209588e-09 rate 2.659374374e-05
Newton: 0.074184721 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0376
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003867886759
GMRES: d(0)= 0.0003867886759
GMRES: d(64)= 8.712673379e-09 rate=0.8460296601
GMRES: 0.026068934 seconds
Newton: d(1)= 8.712673387e-09 rate 2.252566822e-05
Newton: 0.073654992 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0377
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003476479354
GMRES: d(0)= 0.0003476479354
GMRES: d(65)= 6.71334849e-09 rate=0.8462015939
GMRES: 0.024134017 seconds
Newton: d(1)= 6.713348475e-09 rate 1.931076757e-05
Newton: 0.071666432 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0378
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003672711487
GMRES: d(0)= 0.0003672711487
GMRES: d(64)= 6.622697095e-09 rate=0.8430935198
GMRES: 0.024842865 seconds
Newton: d(1)= 6.622697104e-09 rate 1.803217358e-05
Newton: 0.073341495 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0379
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003578641253
GMRES: d(0)= 0.0003578641253
GMRES: d(64)= 8.731496938e-09 rate=0.8470863133
GMRES: 0.025058034 seconds
Newton: d(1)= 8.73149694e-09 rate 2.439891658e-05
Newton: 0.07249966 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.038
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003455121754
GMRES: d(0)= 0.0003455121754
GMRES: d(64)= 8.702577308e-09 rate=0.8475074184
GMRES: 0.026053214 seconds
Newton: d(1)= 8.702577311e-09 rate 2.51874693e-05
Newton: 0.073353673 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0381
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003721429523
GMRES: d(0)= 0.0003721429523
GMRES: d(64)= 6.822585344e-09 rate=0.8433116737
GMRES: 0.024553837 seconds
Newton: d(1)= 6.822585338e-09 rate 1.833323806e-05
Newton: 0.071902203 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0382
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003587034794
GMRES: d(0)= 0.0003587034794
GMRES: d(64)= 8.290083061e-09 rate=0.8463689822
GMRES: 0.024602477 seconds
Newton: d(1)= 8.290083047e-09 rate 2.311124236e-05
Newton: 0.072996445 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0383
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003946453575
GMRES: d(0)= 0.0003946453575
GMRES: d(64)= 8.623812109e-09 rate=0.8456284134
GMRES: 0.025034038 seconds
Newton: d(1)= 8.623812098e-09 rate 2.18520551e-05
Newton: 0.07271975 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0384
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003441862352
GMRES: d(0)= 0.0003441862352
GMRES: d(64)= 8.827863569e-09 rate=0.8477476519
GMRES: 0.024865062 seconds
Newton: d(1)= 8.827863567e-09 rate 2.564850847e-05
Newton: 0.072665648 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0385
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003649724292
GMRES: d(0)= 0.0003649724292
GMRES: d(64)= 8.929950338e-09 rate=0.8471234478
GMRES: 0.024975726 seconds
Newton: d(1)= 8.929950348e-09 rate 2.446746558e-05
Newton: 0.072278418 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0386
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003661249841
GMRES: d(0)= 0.0003661249841
GMRES: d(64)= 8.900274064e-09 rate=0.8470376583
GMRES: 0.02459465 seconds
Newton: d(1)= 8.900274074e-09 rate 2.43093874e-05
Newton: 0.072227861 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0387
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003821982962
GMRES: d(0)= 0.0003821982962
GMRES: d(64)= 9.603023689e-09 rate=0.847474937
GMRES: 0.024759885 seconds
Newton: d(1)= 9.603023694e-09 rate 2.51257627e-05
Newton: 0.072469334 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0388
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000349656843
GMRES: d(0)= 0.000349656843
GMRES: d(64)= 9.218505125e-09 rate=0.8481124012
GMRES: 0.026079624 seconds
Newton: d(1)= 9.218505128e-09 rate 2.636443505e-05
Newton: 0.074665459 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0389
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003893603464
GMRES: d(0)= 0.0003893603464
GMRES: d(65)= 5.912521617e-09 rate=0.843078503
GMRES: 0.025696405 seconds
Newton: d(1)= 5.912521613e-09 rate 1.518521767e-05
Newton: 0.072896186 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.039
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003647992033
GMRES: d(0)= 0.0003647992033
GMRES: d(64)= 6.476727965e-09 rate=0.8428889108
GMRES: 0.0250684 seconds
Newton: d(1)= 6.476727967e-09 rate 1.775422728e-05
Newton: 0.072781399 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0391
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003735740475
GMRES: d(0)= 0.0003735740475
GMRES: d(64)= 8.837282866e-09 rate=0.8466771605
GMRES: 0.024898995 seconds
Newton: d(1)= 8.837282885e-09 rate 2.365604073e-05
Newton: 0.072540609 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0392
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003602037546
GMRES: d(0)= 0.0003602037546
GMRES: d(64)= 7.260240687e-09 rate=0.8445615264
GMRES: 0.023596273 seconds
Newton: d(1)= 7.260240678e-09 rate 2.015592726e-05
Newton: 0.072313096 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0393
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003827141028
GMRES: d(0)= 0.0003827141028
GMRES: d(64)= 9.231354283e-09 rate=0.846934567
GMRES: 0.026089841 seconds
Newton: d(1)= 9.231354287e-09 rate 2.412075808e-05
Newton: 0.073966447 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0394
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003543905041
GMRES: d(0)= 0.0003543905041
GMRES: d(64)= 7.44131008e-09 rate=0.8451014843
GMRES: 0.024814927 seconds
Newton: d(1)= 7.441310098e-09 rate 2.099748727e-05
Newton: 0.072269653 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0395
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003802628192
GMRES: d(0)= 0.0003802628192
GMRES: d(64)= 8.790712493e-09 rate=0.8463725425
GMRES: 0.024933667 seconds
Newton: d(1)= 8.790712503e-09 rate 2.311746523e-05
Newton: 0.072962316 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0396
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003610766004
GMRES: d(0)= 0.0003610766004
GMRES: d(64)= 7.614861483e-09 rate=0.8451591139
GMRES: 0.025050738 seconds
Newton: d(1)= 7.614861482e-09 rate 2.108932419e-05
Newton: 0.072835885 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0397
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000367788419
GMRES: d(0)= 0.000367788419
GMRES: d(64)= 8.592002546e-09 rate=0.8465112914
GMRES: 0.024693212 seconds
Newton: d(1)= 8.592002536e-09 rate 2.33612645e-05
Newton: 0.071964122 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0398
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003774537429
GMRES: d(0)= 0.0003774537429
GMRES: d(64)= 6.476544534e-09 rate=0.8424395434
GMRES: 0.024665012 seconds
Newton: d(1)= 6.476544539e-09 rate 1.71585119e-05
Newton: 0.071965616 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0399
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003452930177
GMRES: d(0)= 0.0003452930177
GMRES: d(63)= 9.288663169e-09 rate=0.8461679933
GMRES: 0.020866876 seconds
Newton: d(1)= 9.288663176e-09 rate 2.69008138e-05
Newton: 0.067898892 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.04
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003506351118
GMRES: d(0)= 0.0003506351118
GMRES: d(64)= 8.266600625e-09 rate=0.8466323677
GMRES: 0.024018827 seconds
Newton: d(1)= 8.266600638e-09 rate 2.357607769e-05
Newton: 0.071500917 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0401
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003353755786
GMRES: d(0)= 0.0003353755786
GMRES: d(64)= 6.568125869e-09 rate=0.8441820127
GMRES: 0.024622709 seconds
Newton: d(1)= 6.568125861e-09 rate 1.958438921e-05
Newton: 0.071924564 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0402
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004219127731
GMRES: d(0)= 0.0004219127731
GMRES: d(64)= 8.465084517e-09 rate=0.844500935
GMRES: 0.022785808 seconds
Newton: d(1)= 8.465084521e-09 rate 2.006358911e-05
Newton: 0.070181718 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0403
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003496523097
GMRES: d(0)= 0.0003496523097
GMRES: d(64)= 6.770928067e-09 rate=0.8440332572
GMRES: 0.023649993 seconds
Newton: d(1)= 6.770928065e-09 rate 1.936474571e-05
Newton: 0.071645483 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0404
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003367411856
GMRES: d(0)= 0.0003367411856
GMRES: d(64)= 8.898002669e-09 rate=0.8481422385
GMRES: 0.024543161 seconds
Newton: d(1)= 8.898002658e-09 rate 2.642386212e-05
Newton: 0.07155161 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0405
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003904891368
GMRES: d(0)= 0.0003904891368
GMRES: d(64)= 6.770023197e-09 rate=0.8425759937
GMRES: 0.024803351 seconds
Newton: d(1)= 6.770023207e-09 rate 1.733728949e-05
Newton: 0.071946384 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0406
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003211187343
GMRES: d(0)= 0.0003211187343
GMRES: d(64)= 9.179105482e-09 rate=0.8491845909
GMRES: 0.024812651 seconds
Newton: d(1)= 9.179105482e-09 rate 2.858477099e-05
Newton: 0.072283803 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0407
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003841540968
GMRES: d(0)= 0.0003841540968
GMRES: d(64)= 6.74517683e-09 rate=0.8427429401
GMRES: 0.02535967 seconds
Newton: d(1)= 6.745176848e-09 rate 1.755851859e-05
Newton: 0.072616171 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0408
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003334462255
GMRES: d(0)= 0.0003334462255
GMRES: d(64)= 9.518721944e-09 rate=0.8491668135
GMRES: 0.024999608 seconds
Newton: d(1)= 9.518721944e-09 rate 2.85464978e-05
Newton: 0.072923815 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0409
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003813753962
GMRES: d(0)= 0.0003813753962
GMRES: d(64)= 7.146748833e-09 rate=0.8436004643
GMRES: 0.024569249 seconds
Newton: d(1)= 7.146748834e-09 rate 1.873940717e-05
Newton: 0.072832746 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.041
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003275325444
GMRES: d(0)= 0.0003275325444
GMRES: d(64)= 8.595304266e-09 rate=0.8480510207
GMRES: 0.025016686 seconds
Newton: d(1)= 8.595304277e-09 rate 2.624259611e-05
Newton: 0.072133817 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0411
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003555290794
GMRES: d(0)= 0.0003555290794
GMRES: d(64)= 9.714711609e-09 rate=0.8485865979
GMRES: 0.025471497 seconds
Newton: d(1)= 9.714711612e-09 rate 2.732466112e-05
Newton: 0.072727208 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0412
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003934110174
GMRES: d(0)= 0.0003934110174
GMRES: d(64)= 7.316000466e-09 rate=0.8434994429
GMRES: 0.02370476 seconds
Newton: d(1)= 7.316000467e-09 rate 1.859632838e-05
Newton: 0.071215889 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0413
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003433743864
GMRES: d(0)= 0.0003433743864
GMRES: d(64)= 7.686615404e-09 rate=0.8459471631
GMRES: 0.022661467 seconds
Newton: d(1)= 7.686615406e-09 rate 2.238552353e-05
Newton: 0.071127616 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0414
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003399298939
GMRES: d(0)= 0.0003399298939
GMRES: d(64)= 7.721334946e-09 rate=0.846140017
GMRES: 0.024881589 seconds
Newton: d(1)= 7.721334952e-09 rate 2.271449228e-05
Newton: 0.073299768 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0415
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003783303066
GMRES: d(0)= 0.0003783303066
GMRES: d(64)= 7.419450023e-09 rate=0.844199949
GMRES: 0.02454062 seconds
Newton: d(1)= 7.419450029e-09 rate 1.961103803e-05
Newton: 0.071901597 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0416
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003390150874
GMRES: d(0)= 0.0003390150874
GMRES: d(64)= 7.746699675e-09 rate=0.8462190082
GMRES: 0.02479433 seconds
Newton: d(1)= 7.746699666e-09 rate 2.285060446e-05
Newton: 0.072326385 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0417
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003528915036
GMRES: d(0)= 0.0003528915036
GMRES: d(64)= 6.924913008e-09 rate=0.8442082267
GMRES: 0.024661795 seconds
Newton: d(1)= 6.924913007e-09 rate 1.962334864e-05
Newton: 0.072472484 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0418
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003459695919
GMRES: d(0)= 0.0003459695919
GMRES: d(64)= 7.655473531e-09 rate=0.8457939918
GMRES: 0.025025428 seconds
Newton: d(1)= 7.65547353e-09 rate 2.212759072e-05
Newton: 0.072486018 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0419
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003516292857
GMRES: d(0)= 0.0003516292857
GMRES: d(63)= 9.984662912e-09 rate=0.8468945522
GMRES: 0.024225291 seconds
Newton: d(1)= 9.984662907e-09 rate 2.83954247e-05
Newton: 0.071627824 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.042
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003371195631
GMRES: d(0)= 0.0003371195631
GMRES: d(64)= 8.706275951e-09 rate=0.8478387412
GMRES: 0.025676097 seconds
Newton: d(1)= 8.706275949e-09 rate 2.58254842e-05
Newton: 0.074152454 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0421
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003748885224
GMRES: d(0)= 0.0003748885224
GMRES: d(64)= 7.701153376e-09 rate=0.8448122701
GMRES: 0.025031992 seconds
Newton: d(1)= 7.701153378e-09 rate 2.054251575e-05
Newton: 0.072600208 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0422
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003430383155
GMRES: d(0)= 0.0003430383155
GMRES: d(64)= 9.170331948e-09 rate=0.8482962319
GMRES: 0.025014785 seconds
Newton: d(1)= 9.170331953e-09 rate 2.673267544e-05
Newton: 0.072101058 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0423
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003388672063
GMRES: d(0)= 0.0003388672063
GMRES: d(64)= 7.538717003e-09 rate=0.8458650111
GMRES: 0.024754185 seconds
Newton: d(1)= 7.538717002e-09 rate 2.224681782e-05
Newton: 0.07227414 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0424
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003743816505
GMRES: d(0)= 0.0003743816505
GMRES: d(64)= 8.619797881e-09 rate=0.8463190215
GMRES: 0.025424872 seconds
Newton: d(1)= 8.619797885e-09 rate 2.302409285e-05
Newton: 0.074160777 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0425
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003397274084
GMRES: d(0)= 0.0003397274084
GMRES: d(65)= 6.463705749e-09 rate=0.8460083133
GMRES: 0.025502603 seconds
Newton: d(1)= 6.463705761e-09 rate 1.902615333e-05
Newton: 0.0739699 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0426
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003915061128
GMRES: d(0)= 0.0003915061128
GMRES: d(64)= 8.984542522e-09 rate=0.8462756299
GMRES: 0.022577632 seconds
Newton: d(1)= 8.984542533e-09 rate 2.294866476e-05
Newton: 0.070227604 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0427
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003293198388
GMRES: d(0)= 0.0003293198388
GMRES: d(65)= 6.386999474e-09 rate=0.8462579345
GMRES: 0.025105426 seconds
Newton: d(1)= 6.386999474e-09 rate 1.93945178e-05
Newton: 0.072805224 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0428
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003397188187
GMRES: d(0)= 0.0003397188187
GMRES: d(64)= 7.376292078e-09 rate=0.8455440281
GMRES: 0.023707598 seconds
Newton: d(1)= 7.376292071e-09 rate 2.171293336e-05
Newton: 0.071255629 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0429
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003610014815
GMRES: d(0)= 0.0003610014815
GMRES: d(64)= 6.166074328e-09 rate=0.8423795379
GMRES: 0.025213969 seconds
Newton: d(1)= 6.16607433e-09 rate 1.708046821e-05
Newton: 0.072746672 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.043
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003340745835
GMRES: d(0)= 0.0003340745835
GMRES: d(64)= 8.225650196e-09 rate=0.8472068943
GMRES: 0.024862277 seconds
Newton: d(1)= 8.225650206e-09 rate 2.4622197e-05
Newton: 0.072633002 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0431
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003531101189
GMRES: d(0)= 0.0003531101189
GMRES: d(64)= 6.498898839e-09 rate=0.843362964
GMRES: 0.023848069 seconds
Newton: d(1)= 6.498898835e-09 rate 1.84047369e-05
Newton: 0.07221278 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0432
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003575106664
GMRES: d(0)= 0.0003575106664
GMRES: d(64)= 6.655166129e-09 rate=0.8435128775
GMRES: 0.024867765 seconds
Newton: d(1)= 6.655166127e-09 rate 1.86152939e-05
Newton: 0.072500567 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0433
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003143513152
GMRES: d(0)= 0.0003143513152
GMRES: d(64)= 7.182502428e-09 rate=0.8462178759
GMRES: 0.02501014 seconds
Newton: d(1)= 7.182502435e-09 rate 2.284864764e-05
Newton: 0.072824942 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0434
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004193459912
GMRES: d(0)= 0.0004193459912
GMRES: d(64)= 7.282606617e-09 rate=0.842598219
GMRES: 0.026570941 seconds
Newton: d(1)= 7.28260661e-09 rate 1.736658216e-05
Newton: 0.074000084 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0435
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000319332583
GMRES: d(0)= 0.000319332583
GMRES: d(64)= 8.936714286e-09 rate=0.8489035578
GMRES: 0.024432019 seconds
Newton: d(1)= 8.936714287e-09 rate 2.798560111e-05
Newton: 0.072261327 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0436
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003653821117
GMRES: d(0)= 0.0003653821117
GMRES: d(63)= 7.637354407e-09 rate=0.8427861529
GMRES: 0.024497052 seconds
Newton: d(1)= 7.637354412e-09 rate 2.090237636e-05
Newton: 0.071938475 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0437
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003225609782
GMRES: d(0)= 0.0003225609782
GMRES: d(64)= 7.777406104e-09 rate=0.8469294478
GMRES: 0.024785605 seconds
Newton: d(1)= 7.777406108e-09 rate 2.411142895e-05
Newton: 0.072370827 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0438
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003812091325
GMRES: d(0)= 0.0003812091325
GMRES: d(64)= 5.878161887e-09 rate=0.8410343282
GMRES: 0.024766063 seconds
Newton: d(1)= 5.878161872e-09 rate 1.54197824e-05
Newton: 0.072448481 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0439
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003393520432
GMRES: d(0)= 0.0003393520432
GMRES: d(64)= 7.455575825e-09 rate=0.8456995608
GMRES: 0.024608699 seconds
Newton: d(1)= 7.455575839e-09 rate 2.197003374e-05
Newton: 0.072344427 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.044
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003762646685
GMRES: d(0)= 0.0003762646685
GMRES: d(64)= 6.405401934e-09 rate=0.8423356901
GMRES: 0.024830027 seconds
Newton: d(1)= 6.40540194e-09 rate 1.702366041e-05
Newton: 0.072190986 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0441
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003535244586
GMRES: d(0)= 0.0003535244586
GMRES: d(64)= 7.100244126e-09 rate=0.8445144615
GMRES: 0.024711302 seconds
Newton: d(1)= 7.100244114e-09 rate 2.008416657e-05
Newton: 0.072231904 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0442
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003726771146
GMRES: d(0)= 0.0003726771146
GMRES: d(64)= 6.160312125e-09 rate=0.8419483858
GMRES: 0.022914455 seconds
Newton: d(1)= 6.160312132e-09 rate 1.652989113e-05
Newton: 0.070684109 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0443
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003464235613
GMRES: d(0)= 0.0003464235613
GMRES: d(63)= 9.535629532e-09 rate=0.8464765894
GMRES: 0.022387631 seconds
Newton: d(1)= 9.535629526e-09 rate 2.752592662e-05
Newton: 0.070053766 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0444
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000371987208
GMRES: d(0)= 0.000371987208
GMRES: d(64)= 8.72844211e-09 rate=0.8465695364
GMRES: 0.023158989 seconds
Newton: d(1)= 8.728442116e-09 rate 2.346436095e-05
Newton: 0.070545322 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0445
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003531130054
GMRES: d(0)= 0.0003531130054
GMRES: d(64)= 8.691682718e-09 rate=0.8472027291
GMRES: 0.024745087 seconds
Newton: d(1)= 8.691682719e-09 rate 2.461445086e-05
Newton: 0.072614934 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0446
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000381837828
GMRES: d(0)= 0.000381837828
GMRES: d(64)= 8.102534288e-09 rate=0.8452405863
GMRES: 0.024584516 seconds
Newton: d(1)= 8.102534278e-09 rate 2.121983126e-05
Newton: 0.072148964 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0447
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003468426548
GMRES: d(0)= 0.0003468426548
GMRES: d(64)= 8.531362287e-09 rate=0.8471934549
GMRES: 0.024526334 seconds
Newton: d(1)= 8.531362286e-09 rate 2.459721193e-05
Newton: 0.072093894 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0448
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003889081365
GMRES: d(0)= 0.0003889081365
GMRES: d(64)= 7.08569258e-09 rate=0.8432296397
GMRES: 0.02503864 seconds
Newton: d(1)= 7.085692574e-09 rate 1.821945058e-05
Newton: 0.073062513 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0449
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003247303718
GMRES: d(0)= 0.0003247303718
GMRES: d(64)= 8.211207019e-09 rate=0.8475592421
GMRES: 0.022789841 seconds
Newton: d(1)= 8.21120701e-09 rate 2.528623043e-05
Newton: 0.071278419 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.045
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004060297803
GMRES: d(0)= 0.0004060297803
GMRES: d(64)= 6.177612827e-09 rate=0.840858379
GMRES: 0.024776769 seconds
Newton: d(1)= 6.17761283e-09 rate 1.521467914e-05
Newton: 0.072726149 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0451
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003466944393
GMRES: d(0)= 0.0003466944393
GMRES: d(64)= 8.063296034e-09 rate=0.8464524951
GMRES: 0.024926277 seconds
Newton: d(1)= 8.063296026e-09 rate 2.325764452e-05
Newton: 0.073084127 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0452
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004421944063
GMRES: d(0)= 0.0004421944063
GMRES: d(64)= 8.571734224e-09 rate=0.8440467296
GMRES: 0.024757148 seconds
Newton: d(1)= 8.571734216e-09 rate 1.938453787e-05
Newton: 0.0725162 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0453
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003238098459
GMRES: d(0)= 0.0003238098459
GMRES: d(64)= 9.549950873e-09 rate=0.8495994757
GMRES: 0.025865774 seconds
Newton: d(1)= 9.549950877e-09 rate 2.949246602e-05
Newton: 0.076227589 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0454
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003583975226
GMRES: d(0)= 0.0003583975226
GMRES: d(64)= 6.573624195e-09 rate=0.8433177629
GMRES: 0.024838606 seconds
Newton: d(1)= 6.573624196e-09 rate 1.834171215e-05
Newton: 0.072370057 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0455
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003882403152
GMRES: d(0)= 0.0003882403152
GMRES: d(64)= 8.825387274e-09 rate=0.8461500663
GMRES: 0.025324605 seconds
Newton: d(1)= 8.825387287e-09 rate 2.273176417e-05
Newton: 0.072626547 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0456
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003929964799
GMRES: d(0)= 0.0003929964799
GMRES: d(64)= 9.762076036e-09 rate=0.8473235436
GMRES: 0.024690698 seconds
Newton: d(1)= 9.762076034e-09 rate 2.484011062e-05
Newton: 0.072497316 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0457
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003367297515
GMRES: d(0)= 0.0003367297515
GMRES: d(64)= 9.037862799e-09 rate=0.848349394
GMRES: 0.025070121 seconds
Newton: d(1)= 9.037862796e-09 rate 2.68401077e-05
Newton: 0.072891287 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0458
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003525104683
GMRES: d(0)= 0.0003525104683
GMRES: d(64)= 7.998073097e-09 rate=0.8461251101
GMRES: 0.024697956 seconds
Newton: d(1)= 7.998073088e-09 rate 2.268889525e-05
Newton: 0.071854193 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0459
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003754634414
GMRES: d(0)= 0.0003754634414
GMRES: d(63)= 9.608058965e-09 rate=0.8454972328
GMRES: 0.024569201 seconds
Newton: d(1)= 9.608058961e-09 rate 2.558986549e-05
Newton: 0.072078101 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.046
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003406019561
GMRES: d(0)= 0.0003406019561
GMRES: d(64)= 7.554706666e-09 rate=0.8458255281
GMRES: 0.022819535 seconds
Newton: d(1)= 7.554706655e-09 rate 2.218045587e-05
Newton: 0.070345051 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0461
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003771647896
GMRES: d(0)= 0.0003771647896
GMRES: d(64)= 7.397648644e-09 rate=0.8442018314
GMRES: 0.024769427 seconds
Newton: d(1)= 7.397648649e-09 rate 1.961383685e-05
Newton: 0.072483552 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0462
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003508613418
GMRES: d(0)= 0.0003508613418
GMRES: d(65)= 6.948917669e-09 rate=0.8465308595
GMRES: 0.025448506 seconds
Newton: d(1)= 6.948917682e-09 rate 1.980531012e-05
Newton: 0.07305355 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0463
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004156253085
GMRES: d(0)= 0.0004156253085
GMRES: d(64)= 9.181034839e-09 rate=0.8457713377
GMRES: 0.022564675 seconds
Newton: d(1)= 9.181034842e-09 rate 2.208969149e-05
Newton: 0.070306218 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0464
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003651642113
GMRES: d(0)= 0.0003651642113
GMRES: d(65)= 6.714707371e-09 rate=0.8455645208
GMRES: 0.025237868 seconds
Newton: d(1)= 6.714707376e-09 rate 1.838818583e-05
Newton: 0.072939807 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0465
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003594292327
GMRES: d(0)= 0.0003594292327
GMRES: d(64)= 7.656427667e-09 rate=0.8452913987
GMRES: 0.023319388 seconds
Newton: d(1)= 7.656427669e-09 rate 2.130162762e-05
Newton: 0.070793819 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0466
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000333059265
GMRES: d(0)= 0.000333059265
GMRES: d(64)= 8.693245788e-09 rate=0.8479794338
GMRES: 0.024950454 seconds
Newton: d(1)= 8.693245784e-09 rate 2.610119789e-05
Newton: 0.072751018 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0467
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004405836948
GMRES: d(0)= 0.0004405836948
GMRES: d(64)= 6.176012393e-09 rate=0.839782598
GMRES: 0.024639951 seconds
Newton: d(1)= 6.176012405e-09 rate 1.401779612e-05
Newton: 0.072135122 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0468
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003188002207
GMRES: d(0)= 0.0003188002207
GMRES: d(64)= 9.903549902e-09 rate=0.8502893791
GMRES: 0.024901467 seconds
Newton: d(1)= 9.903549902e-09 rate 3.106506601e-05
Newton: 0.073445776 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0469
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003865098231
GMRES: d(0)= 0.0003865098231
GMRES: d(64)= 8.824903691e-09 rate=0.8462084056
GMRES: 0.023073644 seconds
Newton: d(1)= 8.824903697e-09 rate 2.283228826e-05
Newton: 0.070855203 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.047
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003377288433
GMRES: d(0)= 0.0003377288433
GMRES: d(65)= 7.213916631e-09 rate=0.8475156723
GMRES: 0.026133159 seconds
Newton: d(1)= 7.21391663e-09 rate 2.13600845e-05
Newton: 0.074107564 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0471
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003763043801
GMRES: d(0)= 0.0003763043801
GMRES: d(64)= 8.807351316e-09 rate=0.8465359517
GMRES: 0.023031019 seconds
Newton: d(1)= 8.807351305e-09 rate 2.340485992e-05
Newton: 0.071694394 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0472
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000354883482
GMRES: d(0)= 0.000354883482
GMRES: d(65)= 7.040994663e-09 rate=0.846553848
GMRES: 0.025012749 seconds
Newton: d(1)= 7.040994667e-09 rate 1.984029977e-05
Newton: 0.072499908 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0473
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004173351523
GMRES: d(0)= 0.0004173351523
GMRES: d(64)= 8.187951117e-09 rate=0.8442057105
GMRES: 0.0246649 seconds
Newton: d(1)= 8.187951106e-09 rate 1.961960564e-05
Newton: 0.07390386 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0474
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003389860001
GMRES: d(0)= 0.0003389860001
GMRES: d(65)= 6.876243982e-09 rate=0.8468424266
GMRES: 0.023439591 seconds
Newton: d(1)= 6.87624399e-09 rate 2.028474329e-05
Newton: 0.071225002 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0475
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003527790996
GMRES: d(0)= 0.0003527790996
GMRES: d(63)= 8.537968649e-09 rate=0.8447492306
GMRES: 0.023550978 seconds
Newton: d(1)= 8.537968642e-09 rate 2.420202516e-05
Newton: 0.071215688 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0476
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003766924967
GMRES: d(0)= 0.0003766924967
GMRES: d(64)= 8.127067699e-09 rate=0.845459718
GMRES: 0.024876657 seconds
Newton: d(1)= 8.127067704e-09 rate 2.157480644e-05
Newton: 0.072547607 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0477
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004349656456
GMRES: d(0)= 0.0004349656456
GMRES: d(64)= 7.009232161e-09 rate=0.8416135945
GMRES: 0.024716923 seconds
Newton: d(1)= 7.009232171e-09 rate 1.611445005e-05
Newton: 0.072094457 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0478
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0002957773827
GMRES: d(0)= 0.0002957773827
GMRES: d(64)= 9.716214744e-09 rate=0.8510318516
GMRES: 0.024812428 seconds
Newton: d(1)= 9.716214742e-09 rate 3.284975563e-05
Newton: 0.072329322 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0479
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004327164842
GMRES: d(0)= 0.0004327164842
GMRES: d(65)= 5.945676721e-09 rate=0.8417826436
GMRES: 0.025127816 seconds
Newton: d(1)= 5.945676742e-09 rate 1.374035185e-05
Newton: 0.072404178 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.048
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003154821982
GMRES: d(0)= 0.0003154821982
GMRES: d(65)= 7.035272756e-09 rate=0.8480773768
GMRES: 0.025245814 seconds
Newton: d(1)= 7.035272753e-09 rate 2.230006255e-05
Newton: 0.073125911 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0481
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003349602542
GMRES: d(0)= 0.0003349602542
GMRES: d(63)= 8.94752226e-09 rate=0.8460734899
GMRES: 0.024306585 seconds
Newton: d(1)= 8.947522258e-09 rate 2.671219091e-05
Newton: 0.071820681 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0482
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004070282634
GMRES: d(0)= 0.0004070282634
GMRES: d(63)= 9.894699854e-09 rate=0.8448087082
GMRES: 0.024344088 seconds
Newton: d(1)= 9.894699841e-09 rate 2.430961368e-05
Newton: 0.071877726 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0483
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003740915799
GMRES: d(0)= 0.0003740915799
GMRES: d(63)= 7.78465561e-09 rate=0.8427265762
GMRES: 0.024369632 seconds
Newton: d(1)= 7.784655621e-09 rate 2.080949168e-05
Newton: 0.071903909 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0484
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003587376127
GMRES: d(0)= 0.0003587376127
GMRES: d(64)= 7.668966763e-09 rate=0.8453384517
GMRES: 0.024691022 seconds
Newton: d(1)= 7.668966761e-09 rate 2.137764898e-05
Newton: 0.073108948 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0485
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003449640664
GMRES: d(0)= 0.0003449640664
GMRES: d(64)= 8.073228765e-09 rate=0.8465349574
GMRES: 0.024815398 seconds
Newton: d(1)= 8.073228767e-09 rate 2.340310065e-05
Newton: 0.071842732 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0486
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003735543191
GMRES: d(0)= 0.0003735543191
GMRES: d(63)= 8.953637699e-09 rate=0.844619383
GMRES: 0.023251364 seconds
Newton: d(1)= 8.9536377e-09 rate 2.396877038e-05
Newton: 0.071228389 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0487
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003271185289
GMRES: d(0)= 0.0003271185289
GMRES: d(64)= 6.598401226e-09 rate=0.8445715778
GMRES: 0.024980471 seconds
Newton: d(1)= 6.598401233e-09 rate 2.017128548e-05
Newton: 0.072583445 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0488
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004227626104
GMRES: d(0)= 0.0004227626104
GMRES: d(65)= 6.149151367e-09 rate=0.8425201305
GMRES: 0.025044583 seconds
Newton: d(1)= 6.149151373e-09 rate 1.45451637e-05
Newton: 0.073681438 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0489
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004009173479
GMRES: d(0)= 0.0004009173479
GMRES: d(63)= 8.978703277e-09 rate=0.843709611
GMRES: 0.024444561 seconds
Newton: d(1)= 8.978703278e-09 rate 2.239539727e-05
Newton: 0.071693392 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.049
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003365638946
GMRES: d(0)= 0.0003365638946
GMRES: d(64)= 8.356805006e-09 rate=0.8473180326
GMRES: 0.024792244 seconds
Newton: d(1)= 8.356805008e-09 rate 2.482977272e-05
Newton: 0.072729057 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0491
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003933677049
GMRES: d(0)= 0.0003933677049
GMRES: d(63)= 9.485203909e-09 rate=0.8446997171
GMRES: 0.024441586 seconds
Newton: d(1)= 9.485203919e-09 rate 2.411281811e-05
Newton: 0.072943242 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0492
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00031504111
GMRES: d(0)= 0.00031504111
GMRES: d(64)= 9.143858415e-09 rate=0.849387099
GMRES: 0.024799936 seconds
Newton: d(1)= 9.143858422e-09 rate 2.902433407e-05
Newton: 0.072410702 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0493
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004347969622
GMRES: d(0)= 0.0004347969622
GMRES: d(64)= 8.621614147e-09 rate=0.8443457953
GMRES: 0.024801856 seconds
Newton: d(1)= 8.621614145e-09 rate 1.982905792e-05
Newton: 0.072345778 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0494
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004117195025
GMRES: d(0)= 0.0004117195025
GMRES: d(63)= 9.734319778e-09 rate=0.8444359863
GMRES: 0.024307092 seconds
Newton: d(1)= 9.73431978e-09 rate 2.364308642e-05
Newton: 0.072652946 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0495
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003646643331
GMRES: d(0)= 0.0003646643331
GMRES: d(64)= 6.775450774e-09 rate=0.8434878412
GMRES: 0.024689177 seconds
Newton: d(1)= 6.77545077e-09 rate 1.857996562e-05
Newton: 0.072912576 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0496
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003578257788
GMRES: d(0)= 0.0003578257788
GMRES: d(64)= 7.790274155e-09 rate=0.8455793967
GMRES: 0.024760733 seconds
Newton: d(1)= 7.790274161e-09 rate 2.17711373e-05
Newton: 0.072322326 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0497
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003544125044
GMRES: d(0)= 0.0003544125044
GMRES: d(63)= 9.165154191e-09 rate=0.8456382424
GMRES: 0.024889837 seconds
Newton: d(1)= 9.165154188e-09 rate 2.586013212e-05
Newton: 0.07259505 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0498
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004000705061
GMRES: d(0)= 0.0004000705061
GMRES: d(63)= 8.313906785e-09 rate=0.8427083159
GMRES: 0.024282621 seconds
Newton: d(1)= 8.31390678e-09 rate 2.078110396e-05
Newton: 0.072359203 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0499
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004168947616
GMRES: d(0)= 0.0004168947616
GMRES: d(64)= 6.495777332e-09 rate=0.8411713034
GMRES: 0.025126163 seconds
Newton: d(1)= 6.495777347e-09 rate 1.558133598e-05
Newton: 0.073197499 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.05
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003584781256
GMRES: d(0)= 0.0003584781256
GMRES: d(64)= 8.04619749e-09 rate=0.8459824924
GMRES: 0.023095739 seconds
Newton: d(1)= 8.046197481e-09 rate 2.244543504e-05
Newton: 0.070768604 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0501
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004747491055
GMRES: d(0)= 0.0004747491055
GMRES: d(64)= 7.227948752e-09 rate=0.8408670951
GMRES: 0.024800907 seconds
Newton: d(1)= 7.227948765e-09 rate 1.522477595e-05
Newton: 0.072684277 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0502
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003259366532
GMRES: d(0)= 0.0003259366532
GMRES: d(64)= 7.474941769e-09 rate=0.8462670191
GMRES: 0.024756404 seconds
Newton: d(1)= 7.474941763e-09 rate 2.293372558e-05
Newton: 0.072670738 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0503
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003789078342
GMRES: d(0)= 0.0003789078342
GMRES: d(64)= 6.608687485e-09 rate=0.8426548271
GMRES: 0.02504543 seconds
Newton: d(1)= 6.608687482e-09 rate 1.744141157e-05
Newton: 0.074338276 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0504
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000387346947
GMRES: d(0)= 0.000387346947
GMRES: d(64)= 7.538480283e-09 rate=0.8440992119
GMRES: 0.02499564 seconds
Newton: d(1)= 7.538480281e-09 rate 1.946182961e-05
Newton: 0.072608644 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0505
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003337716007
GMRES: d(0)= 0.0003337716007
GMRES: d(64)= 8.1017726e-09 rate=0.8470180528
GMRES: 0.024867496 seconds
Newton: d(1)= 8.101772612e-09 rate 2.427340312e-05
Newton: 0.072240808 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0506
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004402600232
GMRES: d(0)= 0.0004402600232
GMRES: d(65)= 5.776206403e-09 rate=0.8411845431
GMRES: 0.025048244 seconds
Newton: d(1)= 5.776206401e-09 rate 1.311998841e-05
Newton: 0.072360354 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0507
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003478264276
GMRES: d(0)= 0.0003478264276
GMRES: d(65)= 6.293653698e-09 rate=0.845354913
GMRES: 0.024276665 seconds
Newton: d(1)= 6.293653713e-09 rate 1.809423671e-05
Newton: 0.071592457 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0508
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003546589079
GMRES: d(0)= 0.0003546589079
GMRES: d(63)= 8.589033582e-09 rate=0.8447579287
GMRES: 0.021230049 seconds
Newton: d(1)= 8.589033586e-09 rate 2.421772976e-05
Newton: 0.068356935 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0509
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003376327576
GMRES: d(0)= 0.0003376327576
GMRES: d(64)= 7.089197565e-09 rate=0.8451010336
GMRES: 0.0237781 seconds
Newton: d(1)= 7.089197564e-09 rate 2.099677062e-05
Newton: 0.070948968 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.051
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004700954744
GMRES: d(0)= 0.0004700954744
GMRES: d(63)= 6.988283568e-09 rate=0.8382392782
GMRES: 0.024453273 seconds
Newton: d(1)= 6.988283582e-09 rate 1.48656687e-05
Newton: 0.072336594 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0511
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003422058875
GMRES: d(0)= 0.0003422058875
GMRES: d(64)= 9.052978234e-09 rate=0.8481577309
GMRES: 0.021229827 seconds
Newton: d(1)= 9.052978226e-09 rate 2.645477053e-05
Newton: 0.068954842 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0512
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003921717419
GMRES: d(0)= 0.0003921717419
GMRES: d(63)= 9.567971857e-09 rate=0.8448570484
GMRES: 0.024430289 seconds
Newton: d(1)= 9.567971859e-09 rate 2.439740255e-05
Newton: 0.07334282 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0513
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000308395279
GMRES: d(0)= 0.000308395279
GMRES: d(64)= 8.182704924e-09 rate=0.8481969486
GMRES: 0.025029667 seconds
Newton: d(1)= 8.182704935e-09 rate 2.653317185e-05
Newton: 0.072727067 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0514
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004983800939
GMRES: d(0)= 0.0004983800939
GMRES: d(64)= 9.181676597e-09 rate=0.8433760627
GMRES: 0.024706606 seconds
Newton: d(1)= 9.181676589e-09 rate 1.842304037e-05
Newton: 0.072411534 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0515
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0002885680853
GMRES: d(0)= 0.0002885680853
GMRES: d(64)= 9.916292615e-09 rate=0.8516312294
GMRES: 0.022814514 seconds
Newton: d(1)= 9.916292606e-09 rate 3.436378834e-05
Newton: 0.070088924 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0516
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004197285931
GMRES: d(0)= 0.0004197285931
GMRES: d(63)= 9.52840299e-09 rate=0.8438913449
GMRES: 0.024536299 seconds
Newton: d(1)= 9.528402992e-09 rate 2.270134355e-05
Newton: 0.071854777 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0517
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003032579029
GMRES: d(0)= 0.0003032579029
GMRES: d(63)= 9.569846922e-09 rate=0.848314772
GMRES: 0.024400649 seconds
Newton: d(1)= 9.569846926e-09 rate 3.15567932e-05
Newton: 0.072366981 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0518
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004214016556
GMRES: d(0)= 0.0004214016556
GMRES: d(63)= 9.193626868e-09 rate=0.8433591279
GMRES: 0.024892671 seconds
Newton: d(1)= 9.193626873e-09 rate 2.18167792e-05
Newton: 0.072468879 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0519
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003352634406
GMRES: d(0)= 0.0003352634406
GMRES: d(65)= 5.950824114e-09 rate=0.8451049189
GMRES: 0.023887538 seconds
Newton: d(1)= 5.950824113e-09 rate 1.774969589e-05
Newton: 0.071065566 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.052
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004249513625
GMRES: d(0)= 0.0004249513625
GMRES: d(64)= 6.4655072e-09 rate=0.8408583964
GMRES: 0.023856197 seconds
Newton: d(1)= 6.465507204e-09 rate 1.521469931e-05
Newton: 0.072027989 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0521
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003309773942
GMRES: d(0)= 0.0003309773942
GMRES: d(64)= 9.63779478e-09 rate=0.8494304048
GMRES: 0.021145118 seconds
Newton: d(1)= 9.637794788e-09 rate 2.911919351e-05
Newton: 0.068828075 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0522
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003546204977
GMRES: d(0)= 0.0003546204977
GMRES: d(63)= 9.944175873e-09 rate=0.8467260785
GMRES: 0.024314083 seconds
Newton: d(1)= 9.944175869e-09 rate 2.804174021e-05
Newton: 0.072049692 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0523
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004174878929
GMRES: d(0)= 0.0004174878929
GMRES: d(63)= 8.40707571e-09 rate=0.8422874591
GMRES: 0.024065615 seconds
Newton: d(1)= 8.407075716e-09 rate 2.013729226e-05
Newton: 0.072220487 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0524
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000333912156
GMRES: d(0)= 0.000333912156
GMRES: d(63)= 8.596356497e-09 rate=0.8455780203
GMRES: 0.024313699 seconds
Newton: d(1)= 8.596356487e-09 rate 2.57443652e-05
Newton: 0.07149709 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0525
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000386346985
GMRES: d(0)= 0.000386346985
GMRES: d(63)= 9.322490351e-09 rate=0.844709178
GMRES: 0.024274248 seconds
Newton: d(1)= 9.322490355e-09 rate 2.41298385e-05
Newton: 0.072314058 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0526
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004629801119
GMRES: d(0)= 0.0004629801119
GMRES: d(63)= 8.261537216e-09 rate=0.8406727317
GMRES: 0.024437641 seconds
Newton: d(1)= 8.261537229e-09 rate 1.784425943e-05
Newton: 0.071962578 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0527
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0002976291735
GMRES: d(0)= 0.0002976291735
GMRES: d(64)= 7.744434714e-09 rate=0.8479383638
GMRES: 0.02477518 seconds
Newton: d(1)= 7.744434723e-09 rate 2.602041538e-05
Newton: 0.071926185 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0528
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004119783205
GMRES: d(0)= 0.0004119783205
GMRES: d(63)= 9.127230314e-09 rate=0.8435648721
GMRES: 0.024873236 seconds
Newton: d(1)= 9.127230318e-09 rate 2.215463743e-05
Newton: 0.072845582 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0529
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003482334936
GMRES: d(0)= 0.0003482334936
GMRES: d(64)= 7.222032742e-09 rate=0.8449379696
GMRES: 0.024542897 seconds
Newton: d(1)= 7.22203274e-09 rate 2.07390526e-05
Newton: 0.071768423 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.053
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003842895548
GMRES: d(0)= 0.0003842895548
GMRES: d(63)= 9.121216936e-09 rate=0.844488148
GMRES: 0.024324637 seconds
Newton: d(1)= 9.121216923e-09 rate 2.373527151e-05
Newton: 0.075846478 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0531
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003939030203
GMRES: d(0)= 0.0003939030203
GMRES: d(63)= 8.882295267e-09 rate=0.8438014208
GMRES: 0.024161361 seconds
Newton: d(1)= 8.88229528e-09 rate 2.254944701e-05
Newton: 0.072083884 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0532
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000433680486
GMRES: d(0)= 0.000433680486
GMRES: d(64)= 9.348487026e-09 rate=0.8454482974
GMRES: 0.02493782 seconds
Newton: d(1)= 9.348487034e-09 rate 2.155616251e-05
Newton: 0.072626003 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0533
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004387074523
GMRES: d(0)= 0.0004387074523
GMRES: d(64)= 6.153750251e-09 rate=0.8397912124
GMRES: 0.025431731 seconds
Newton: d(1)= 6.153750255e-09 rate 1.402700187e-05
Newton: 0.073374817 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0534
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003684962022
GMRES: d(0)= 0.0003684962022
GMRES: d(64)= 8.59935274e-09 rate=0.8464971723
GMRES: 0.025045722 seconds
Newton: d(1)= 8.599352724e-09 rate 2.333634016e-05
Newton: 0.07389029 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0535
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003815861827
GMRES: d(0)= 0.0003815861827
GMRES: d(63)= 9.651248019e-09 rate=0.8453403524
GMRES: 0.024523408 seconds
Newton: d(1)= 9.651248012e-09 rate 2.529244624e-05
Newton: 0.072362687 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0536
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004294293514
GMRES: d(0)= 0.0004294293514
GMRES: d(64)= 6.491843671e-09 rate=0.8407740861
GMRES: 0.024531102 seconds
Newton: d(1)= 6.491843676e-09 rate 1.511737299e-05
Newton: 0.072156294 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0537
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003499367108
GMRES: d(0)= 0.0003499367108
GMRES: d(64)= 8.22781825e-09 rate=0.8465965362
GMRES: 0.025012305 seconds
Newton: d(1)= 8.227818256e-09 rate 2.35123038e-05
Newton: 0.072513357 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0538
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003748743985
GMRES: d(0)= 0.0003748743985
GMRES: d(64)= 8.244215211e-09 rate=0.84571273
GMRES: 0.024483282 seconds
Newton: d(1)= 8.244215211e-09 rate 2.199193982e-05
Newton: 0.072362514 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0539
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004975181846
GMRES: d(0)= 0.0004975181846
GMRES: d(65)= 5.845267885e-09 rate=0.8397572777
GMRES: 0.023240846 seconds
Newton: d(1)= 5.845267878e-09 rate 1.174885272e-05
Newton: 0.070693544 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.054
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003431734848
GMRES: d(0)= 0.0003431734848
GMRES: d(64)= 8.036191751e-09 rate=0.8465429726
GMRES: 0.024782585 seconds
Newton: d(1)= 8.036191747e-09 rate 2.341728631e-05
Newton: 0.072400032 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0541
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004657340306
GMRES: d(0)= 0.0004657340306
GMRES: d(64)= 6.638079947e-09 rate=0.8400009126
GMRES: 0.026054045 seconds
Newton: d(1)= 6.638079946e-09 rate 1.425294162e-05
Newton: 0.074463803 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0542
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003304482217
GMRES: d(0)= 0.0003304482217
GMRES: d(65)= 6.409939341e-09 rate=0.8462600783
GMRES: 0.024458037 seconds
Newton: d(1)= 6.409939348e-09 rate 1.939771174e-05
Newton: 0.071680235 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0543
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004926375449
GMRES: d(0)= 0.0004926375449
GMRES: d(64)= 7.5240676e-09 rate=0.8409086715
GMRES: 0.024599191 seconds
Newton: d(1)= 7.52406761e-09 rate 1.52730292e-05
Newton: 0.072129979 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0544
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003470920451
GMRES: d(0)= 0.0003470920451
GMRES: d(65)= 7.708934151e-09 rate=0.8480246114
GMRES: 0.025365876 seconds
Newton: d(1)= 7.708934158e-09 rate 2.221005715e-05
Newton: 0.072924189 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0545
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004492839218
GMRES: d(0)= 0.0004492839218
GMRES: d(63)= 8.116238323e-09 rate=0.8408366813
GMRES: 0.024629485 seconds
Newton: d(1)= 8.116238316e-09 rate 1.806483144e-05
Newton: 0.072840834 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0546
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003358640855
GMRES: d(0)= 0.0003358640855
GMRES: d(64)= 6.455025577e-09 rate=0.8439337399
GMRES: 0.024908328 seconds
Newton: d(1)= 6.455025579e-09 rate 1.921915995e-05
Newton: 0.07254592 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0547
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005001887214
GMRES: d(0)= 0.0005001887214
GMRES: d(65)= 7.462957089e-09 rate=0.8428502426
GMRES: 0.024603856 seconds
Newton: d(1)= 7.462957087e-09 rate 1.492028262e-05
Newton: 0.072341427 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0548
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003327486868
GMRES: d(0)= 0.0003327486868
GMRES: d(64)= 7.38501346e-09 rate=0.8458335763
GMRES: 0.025254218 seconds
Newton: d(1)= 7.385013476e-09 rate 2.219396731e-05
Newton: 0.072707958 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0549
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004800346111
GMRES: d(0)= 0.0004800346111
GMRES: d(63)= 7.844610996e-09 rate=0.8394998383
GMRES: 0.024324682 seconds
Newton: d(1)= 7.844610995e-09 rate 1.634176123e-05
Newton: 0.072015543 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.055
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003301813904
GMRES: d(0)= 0.0003301813904
GMRES: d(64)= 7.836898656e-09 rate=0.8467213183
GMRES: 0.024533114 seconds
Newton: d(1)= 7.836898657e-09 rate 2.373513131e-05
Newton: 0.071921799 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0551
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004246169817
GMRES: d(0)= 0.0004246169817
GMRES: d(63)= 7.795073151e-09 rate=0.8410514903
GMRES: 0.0241035 seconds
Newton: d(1)= 7.795073151e-09 rate 1.835789308e-05
Newton: 0.071263208 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0552
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003735320213
GMRES: d(0)= 0.0003735320213
GMRES: d(64)= 7.309935114e-09 rate=0.8441721617
GMRES: 0.025073822 seconds
Newton: d(1)= 7.309935108e-09 rate 1.95697683e-05
Newton: 0.072278977 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0553
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000406590744
GMRES: d(0)= 0.000406590744
GMRES: d(64)= 7.624851495e-09 rate=0.8436101177
GMRES: 0.02469977 seconds
Newton: d(1)= 7.624851497e-09 rate 1.875313595e-05
Newton: 0.073288025 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0554
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004277900941
GMRES: d(0)= 0.0004277900941
GMRES: d(64)= 6.957138471e-09 rate=0.8417342498
GMRES: 0.024855821 seconds
Newton: d(1)= 6.95713848e-09 rate 1.626297237e-05
Newton: 0.072350728 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0555
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004152453719
GMRES: d(0)= 0.0004152453719
GMRES: d(63)= 9.462533187e-09 rate=0.8439422705
GMRES: 0.024544538 seconds
Newton: d(1)= 9.462533182e-09 rate 2.278781131e-05
Newton: 0.072131954 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0556
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004279688536
GMRES: d(0)= 0.0004279688536
GMRES: d(63)= 9.743443321e-09 rate=0.8439298611
GMRES: 0.024239291 seconds
Newton: d(1)= 9.743443325e-09 rate 2.276671128e-05
Newton: 0.071930681 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0557
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003723315476
GMRES: d(0)= 0.0003723315476
GMRES: d(64)= 6.523490697e-09 rate=0.8427145106
GMRES: 0.024780323 seconds
Newton: d(1)= 6.523490698e-09 rate 1.752064992e-05
Newton: 0.07212107 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0558
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004281394337
GMRES: d(0)= 0.0004281394337
GMRES: d(64)= 8.255446865e-09 rate=0.8439768854
GMRES: 0.025443531 seconds
Newton: d(1)= 8.255446876e-09 rate 1.928214555e-05
Newton: 0.073454211 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0559
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004533657135
GMRES: d(0)= 0.0004533657135
GMRES: d(65)= 5.883325908e-09 rate=0.8410427378
GMRES: 0.024299336 seconds
Newton: d(1)= 5.883325906e-09 rate 1.297699789e-05
Newton: 0.071918338 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.056
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004557235807
GMRES: d(0)= 0.0004557235807
GMRES: d(64)= 7.00056403e-09 rate=0.8409845023
GMRES: 0.022607576 seconds
Newton: d(1)= 7.000564032e-09 rate 1.536142593e-05
Newton: 0.070479311 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0561
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004082262805
GMRES: d(0)= 0.0004082262805
GMRES: d(63)= 9.818394773e-09 rate=0.844665497
GMRES: 0.02332826 seconds
Newton: d(1)= 9.818394747e-09 rate 2.405135391e-05
Newton: 0.071166704 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0562
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003801966264
GMRES: d(0)= 0.0003801966264
GMRES: d(64)= 9.53158483e-09 rate=0.8474455937
GMRES: 0.023980047 seconds
Newton: d(1)= 9.531584834e-09 rate 2.507014574e-05
Newton: 0.071488887 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0563
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004141099542
GMRES: d(0)= 0.0004141099542
GMRES: d(64)= 7.308355267e-09 rate=0.8428101354
GMRES: 0.024172576 seconds
Newton: d(1)= 7.308355265e-09 rate 1.764834482e-05
Newton: 0.07488226 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0564
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005116458066
GMRES: d(0)= 0.0005116458066
GMRES: d(64)= 9.27183096e-09 rate=0.8431586772
GMRES: 0.024566625 seconds
Newton: d(1)= 9.271830946e-09 rate 1.812158103e-05
Newton: 0.07210577 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0565
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003246639267
GMRES: d(0)= 0.0003246639267
GMRES: d(64)= 7.418833256e-09 rate=0.8462191263
GMRES: 0.024157632 seconds
Newton: d(1)= 7.418833251e-09 rate 2.285080861e-05
Newton: 0.07133398 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0566
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004815634871
GMRES: d(0)= 0.0004815634871
GMRES: d(64)= 9.191893793e-09 rate=0.8438431734
GMRES: 0.024537495 seconds
Newton: d(1)= 9.191893784e-09 rate 1.908760533e-05
Newton: 0.071600101 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0567
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003935122093
GMRES: d(0)= 0.0003935122093
GMRES: d(65)= 7.039256144e-09 rate=0.8452060424
GMRES: 0.025522476 seconds
Newton: d(1)= 7.039256145e-09 rate 1.788827888e-05
Newton: 0.073701312 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0568
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005397719029
GMRES: d(0)= 0.0005397719029
GMRES: d(65)= 9.300085383e-09 rate=0.8447183891
GMRES: 0.024314628 seconds
Newton: d(1)= 9.300085377e-09 rate 1.722965817e-05
Newton: 0.07188479 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0569
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003350445538
GMRES: d(0)= 0.0003350445538
GMRES: d(65)= 7.987822596e-09 rate=0.8489496549
GMRES: 0.024980368 seconds
Newton: d(1)= 7.987822592e-09 rate 2.384107576e-05
Newton: 0.072732815 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.057
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004873590977
GMRES: d(0)= 0.0004873590977
GMRES: d(65)= 8.718676489e-09 rate=0.8452070283
GMRES: 0.024308778 seconds
Newton: d(1)= 8.718676487e-09 rate 1.788963523e-05
Newton: 0.07162335 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0571
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003710841455
GMRES: d(0)= 0.0003710841455
GMRES: d(65)= 8.099610391e-09 rate=0.8477975954
GMRES: 0.025242062 seconds
Newton: d(1)= 8.099610388e-09 rate 2.182688343e-05
Newton: 0.073034834 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0572
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000494855714
GMRES: d(0)= 0.000494855714
GMRES: d(64)= 9.947052171e-09 rate=0.8445254603
GMRES: 0.024812339 seconds
Newton: d(1)= 9.947052185e-09 rate 2.010091407e-05
Newton: 0.072838197 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0573
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003822763388
GMRES: d(0)= 0.0003822763388
GMRES: d(65)= 8.40826714e-09 rate=0.8478978311
GMRES: 0.0258947 seconds
Newton: d(1)= 8.408267142e-09 rate 2.199525916e-05
Newton: 0.074311826 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0574
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005219087954
GMRES: d(0)= 0.0005219087954
GMRES: d(65)= 8.629555832e-09 rate=0.8441834392
GMRES: 0.025628274 seconds
Newton: d(1)= 8.629555833e-09 rate 1.65346051e-05
Newton: 0.072746099 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0575
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003188553533
GMRES: d(0)= 0.0003188553533
GMRES: d(65)= 6.245235493e-09 rate=0.8463861344
GMRES: 0.026519583 seconds
Newton: d(1)= 6.245235485e-09 rate 1.958642193e-05
Newton: 0.074199657 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0576
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004892768184
GMRES: d(0)= 0.0004892768184
GMRES: d(65)= 8.068584624e-09 rate=0.8441490164
GMRES: 0.025350459 seconds
Newton: d(1)= 8.068584624e-09 rate 1.649083774e-05
Newton: 0.07378591 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0577
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003919336773
GMRES: d(0)= 0.0003919336773
GMRES: d(65)= 7.798299653e-09 rate=0.846591008
GMRES: 0.025440034 seconds
Newton: d(1)= 7.798299657e-09 rate 1.989698796e-05
Newton: 0.072774065 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0578
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004515779325
GMRES: d(0)= 0.0004515779325
GMRES: d(64)= 7.550371402e-09 rate=0.8420988152
GMRES: 0.023211085 seconds
Newton: d(1)= 7.550371393e-09 rate 1.671997423e-05
Newton: 0.072333229 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0579
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004568883262
GMRES: d(0)= 0.0004568883262
GMRES: d(64)= 7.758736248e-09 rate=0.8423032026
GMRES: 0.024653512 seconds
Newton: d(1)= 7.758736257e-09 rate 1.698169074e-05
Newton: 0.072355338 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.058
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003971806235
GMRES: d(0)= 0.0003971806235
GMRES: d(64)= 9.120021309e-09 rate=0.8462832532
GMRES: 0.024886216 seconds
Newton: d(1)= 9.120021306e-09 rate 2.296189886e-05
Newton: 0.072247585 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0581
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004173356264
GMRES: d(0)= 0.0004173356264
GMRES: d(64)= 6.714004619e-09 rate=0.8415918144
GMRES: 0.025188761 seconds
Newton: d(1)= 6.714004623e-09 rate 1.608778211e-05
Newton: 0.074316345 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0582
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004842487796
GMRES: d(0)= 0.0004842487796
GMRES: d(64)= 8.921160592e-09 rate=0.8433758053
GMRES: 0.024849136 seconds
Newton: d(1)= 8.921160583e-09 rate 1.842268057e-05
Newton: 0.07189523 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0583
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003984661891
GMRES: d(0)= 0.0003984661891
GMRES: d(64)= 8.336948641e-09 rate=0.8450543069
GMRES: 0.024754335 seconds
Newton: d(1)= 8.336948657e-09 rate 2.092259992e-05
Newton: 0.073327963 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0584
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000442004683
GMRES: d(0)= 0.000442004683
GMRES: d(64)= 7.071551424e-09 rate=0.8415188961
GMRES: 0.02467391 seconds
Newton: d(1)= 7.071551404e-09 rate 1.599881557e-05
Newton: 0.071693896 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0585
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004896487288
GMRES: d(0)= 0.0004896487288
GMRES: d(64)= 8.338951163e-09 rate=0.8423409588
GMRES: 0.024710838 seconds
Newton: d(1)= 8.338951166e-09 rate 1.703047649e-05
Newton: 0.072026279 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0586
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004526404344
GMRES: d(0)= 0.0004526404344
GMRES: d(65)= 6.16602762e-09 rate=0.8416709546
GMRES: 0.025483862 seconds
Newton: d(1)= 6.166027622e-09 rate 1.362235265e-05
Newton: 0.072691641 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0587
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003682990985
GMRES: d(0)= 0.0003682990985
GMRES: d(64)= 9.302358514e-09 rate=0.8475442494
GMRES: 0.024917058 seconds
Newton: d(1)= 9.30235852e-09 rate 2.525761958e-05
Newton: 0.072336187 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0588
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005118095818
GMRES: d(0)= 0.0005118095818
GMRES: d(64)= 9.71530513e-09 rate=0.8437702097
GMRES: 0.025011166 seconds
Newton: d(1)= 9.715305147e-09 rate 1.898226507e-05
Newton: 0.072684198 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0589
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004022069571
GMRES: d(0)= 0.0004022069571
GMRES: d(65)= 6.508435555e-09 rate=0.8439033746
GMRES: 0.025543222 seconds
Newton: d(1)= 6.508435567e-09 rate 1.618180753e-05
Newton: 0.073075353 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.059
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003920458104
GMRES: d(0)= 0.0003920458104
GMRES: d(64)= 9.814283945e-09 rate=0.8474262315
GMRES: 0.024985125 seconds
Newton: d(1)= 9.81428395e-09 rate 2.503351315e-05
Newton: 0.07229054 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0591
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005029451075
GMRES: d(0)= 0.0005029451075
GMRES: d(64)= 9.428462911e-09 rate=0.8436054559
GMRES: 0.025132606 seconds
Newton: d(1)= 9.42846292e-09 rate 1.87465049e-05
Newton: 0.072315888 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0592
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004413043174
GMRES: d(0)= 0.0004413043174
GMRES: d(65)= 6.572070149e-09 rate=0.8428259678
GMRES: 0.025127508 seconds
Newton: d(1)= 6.572070144e-09 rate 1.489237672e-05
Newton: 0.072563346 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0593
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004294881286
GMRES: d(0)= 0.0004294881286
GMRES: d(65)= 7.433772168e-09 rate=0.8447776824
GMRES: 0.023224563 seconds
Newton: d(1)= 7.433772168e-09 rate 1.73084462e-05
Newton: 0.071677439 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0594
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004986609695
GMRES: d(0)= 0.0004986609695
GMRES: d(64)= 8.92320442e-09 rate=0.8429924386
GMRES: 0.025034994 seconds
Newton: d(1)= 8.923204413e-09 rate 1.789433094e-05
Newton: 0.074661151 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0595
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003841688408
GMRES: d(0)= 0.0003841688408
GMRES: d(65)= 6.613337725e-09 rate=0.8447070751
GMRES: 0.025661276 seconds
Newton: d(1)= 6.613337719e-09 rate 1.721466453e-05
Newton: 0.072851999 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0596
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004854728054
GMRES: d(0)= 0.0004854728054
GMRES: d(64)= 8.240467251e-09 rate=0.8422973237
GMRES: 0.024928133 seconds
Newton: d(1)= 8.240467256e-09 rate 1.697410682e-05
Newton: 0.072737665 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0597
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003494007039
GMRES: d(0)= 0.0003494007039
GMRES: d(64)= 9.800771807e-09 rate=0.848934157
GMRES: 0.02469514 seconds
Newton: d(1)= 9.800771805e-09 rate 2.805023486e-05
Newton: 0.072165351 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0598
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005795204
GMRES: d(0)= 0.0005795204
GMRES: d(66)= 7.155171274e-09 rate=0.8426157357
GMRES: 0.02629645 seconds
Newton: d(1)= 7.155171274e-09 rate 1.234671165e-05
Newton: 0.074155359 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0599
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003687382182
GMRES: d(0)= 0.0003687382182
GMRES: d(64)= 9.233051579e-09 rate=0.8474294422
GMRES: 0.024508698 seconds
Newton: d(1)= 9.233051576e-09 rate 2.503958397e-05
Newton: 0.071941466 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.06
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003975362303
GMRES: d(0)= 0.0003975362303
GMRES: d(65)= 6.257432659e-09 rate=0.8435444878
GMRES: 0.025406111 seconds
Newton: d(1)= 6.257432662e-09 rate 1.574053428e-05
Newton: 0.073405853 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0601
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005352273864
GMRES: d(0)= 0.0005352273864
GMRES: d(65)= 9.831308261e-09 rate=0.8455505656
GMRES: 0.025177965 seconds
Newton: d(1)= 9.831308257e-09 rate 1.836847012e-05
Newton: 0.072385517 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0602
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004220934634
GMRES: d(0)= 0.0004220934634
GMRES: d(65)= 7.110828424e-09 rate=0.8444262327
GMRES: 0.025208058 seconds
Newton: d(1)= 7.110828427e-09 rate 1.68465732e-05
Newton: 0.072327201 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0603
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004585914781
GMRES: d(0)= 0.0004585914781
GMRES: d(63)= 7.126997109e-09 rate=0.8388306587
GMRES: 0.024414546 seconds
Newton: d(1)= 7.126997116e-09 rate 1.554105878e-05
Newton: 0.072092903 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0604
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003552276417
GMRES: d(0)= 0.0003552276417
GMRES: d(64)= 9.712953773e-09 rate=0.8485954452
GMRES: 0.023402593 seconds
Newton: d(1)= 9.712953776e-09 rate 2.734289969e-05
Newton: 0.071985122 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0605
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006399369086
GMRES: d(0)= 0.0006399369086
GMRES: d(65)= 9.214028317e-09 rate=0.8423886335
GMRES: 0.025834999 seconds
Newton: d(1)= 9.214028309e-09 rate 1.439833863e-05
Newton: 0.074476636 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0606
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000452983485
GMRES: d(0)= 0.000452983485
GMRES: d(64)= 9.08776758e-09 rate=0.8444999086
GMRES: 0.024599498 seconds
Newton: d(1)= 9.087767574e-09 rate 2.006202847e-05
Newton: 0.072073103 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0607
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003322006249
GMRES: d(0)= 0.0003322006249
GMRES: d(65)= 6.969219428e-09 rate=0.847280949
GMRES: 0.025446801 seconds
Newton: d(1)= 6.969219431e-09 rate 2.097894738e-05
Newton: 0.073535195 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0608
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004913137963
GMRES: d(0)= 0.0004913137963
GMRES: d(65)= 6.463492492e-09 rate=0.8412195522
GMRES: 0.023884778 seconds
Newton: d(1)= 6.463492488e-09 rate 1.315552817e-05
Newton: 0.073282135 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0609
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003961211916
GMRES: d(0)= 0.0003961211916
GMRES: d(64)= 9.858188482e-09 rate=0.8473484049
GMRES: 0.025100532 seconds
Newton: d(1)= 9.858188492e-09 rate 2.488679904e-05
Newton: 0.073044301 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.061
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005495803418
GMRES: d(0)= 0.0005495803418
GMRES: d(64)= 8.687737403e-09 rate=0.8413611018
GMRES: 0.023796041 seconds
Newton: d(1)= 8.687737411e-09 rate 1.58079479e-05
Newton: 0.071702748 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0611
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003991329397
GMRES: d(0)= 0.0003991329397
GMRES: d(64)= 8.727526903e-09 rate=0.8456369729
GMRES: 0.021152629 seconds
Newton: d(1)= 8.727526905e-09 rate 2.186621558e-05
Newton: 0.068637744 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0612
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004770789044
GMRES: d(0)= 0.0004770789044
GMRES: d(64)= 7.34093719e-09 rate=0.8410065829
GMRES: 0.024031103 seconds
Newton: d(1)= 7.340937184e-09 rate 1.538726009e-05
Newton: 0.072522364 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0613
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004866779684
GMRES: d(0)= 0.0004866779684
GMRES: d(64)= 8.615783271e-09 rate=0.8428510445
GMRES: 0.026701338 seconds
Newton: d(1)= 8.61578326e-09 rate 1.770325311e-05
Newton: 0.074431153 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0614
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003943270488
GMRES: d(0)= 0.0003943270488
GMRES: d(64)= 9.229053906e-09 rate=0.8465357863
GMRES: 0.024436428 seconds
Newton: d(1)= 9.229053903e-09 rate 2.340456718e-05
Newton: 0.072156816 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0615
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004970517135
GMRES: d(0)= 0.0004970517135
GMRES: d(65)= 5.982776846e-09 rate=0.8400698603
GMRES: 0.023451316 seconds
Newton: d(1)= 5.98277684e-09 rate 1.203652795e-05
Newton: 0.071371761 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0616
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004320138716
GMRES: d(0)= 0.0004320138716
GMRES: d(65)= 6.496729374e-09 rate=0.8429523623
GMRES: 0.025513571 seconds
Newton: d(1)= 6.496729375e-09 rate 1.503824253e-05
Newton: 0.073012243 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0617
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004348777609
GMRES: d(0)= 0.0004348777609
GMRES: d(64)= 7.021540029e-09 rate=0.8416393231
GMRES: 0.02458224 seconds
Newton: d(1)= 7.021540032e-09 rate 1.614600852e-05
Newton: 0.072160867 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0618
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004618942168
GMRES: d(0)= 0.0004618942168
GMRES: d(64)= 7.327835653e-09 rate=0.8414082553
GMRES: 0.021465376 seconds
Newton: d(1)= 7.327835647e-09 rate 1.586474864e-05
Newton: 0.071018894 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0619
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004388010498
GMRES: d(0)= 0.0004388010498
GMRES: d(64)= 9.357928405e-09 rate=0.8453065826
GMRES: 0.024687939 seconds
Newton: d(1)= 9.357928407e-09 rate 2.13261304e-05
Newton: 0.071939978 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.062
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004726011091
GMRES: d(0)= 0.0004726011091
GMRES: d(64)= 7.756828292e-09 rate=0.8418550764
GMRES: 0.024674781 seconds
Newton: d(1)= 7.756828292e-09 rate 1.641305563e-05
Newton: 0.071869816 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0621
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004766401251
GMRES: d(0)= 0.0004766401251
GMRES: d(64)= 8.681568568e-09 rate=0.8432257663
GMRES: 0.025068861 seconds
Newton: d(1)= 8.681568568e-09 rate 1.82140951e-05
Newton: 0.072928598 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0622
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004650958879
GMRES: d(0)= 0.0004650958879
GMRES: d(65)= 6.074717147e-09 rate=0.8411264414
GMRES: 0.025417771 seconds
Newton: d(1)= 6.074717154e-09 rate 1.30612145e-05
Newton: 0.072809492 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0623
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000442207845
GMRES: d(0)= 0.000442207845
GMRES: d(64)= 9.973789416e-09 rate=0.8460465861
GMRES: 0.025331567 seconds
Newton: d(1)= 9.973789398e-09 rate 2.25545284e-05
Newton: 0.073107209 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0624
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004640856168
GMRES: d(0)= 0.0004640856168
GMRES: d(63)= 9.165925616e-09 rate=0.8420282037
GMRES: 0.024224511 seconds
Newton: d(1)= 9.16592561e-09 rate 1.975050568e-05
Newton: 0.07160342 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0625
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005118384798
GMRES: d(0)= 0.0005118384798
GMRES: d(64)= 9.684183018e-09 rate=0.8437271651
GMRES: 0.024845344 seconds
Newton: d(1)= 9.684183011e-09 rate 1.892038874e-05
Newton: 0.072360815 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0626
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004363366754
GMRES: d(0)= 0.0004363366754
GMRES: d(65)= 6.484427943e-09 rate=0.8427986774
GMRES: 0.025761473 seconds
Newton: d(1)= 6.484427934e-09 rate 1.486106555e-05
Newton: 0.07339277 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0627
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004167600109
GMRES: d(0)= 0.0004167600109
GMRES: d(64)= 7.974620761e-09 rate=0.8438757364
GMRES: 0.024760083 seconds
Newton: d(1)= 7.974620761e-09 rate 1.913480313e-05
Newton: 0.072250239 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0628
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004915613291
GMRES: d(0)= 0.0004915613291
GMRES: d(64)= 8.994616654e-09 rate=0.8432863631
GMRES: 0.024859875 seconds
Newton: d(1)= 8.994616652e-09 rate 1.829805585e-05
Newton: 0.072365887 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0629
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003612000246
GMRES: d(0)= 0.0003612000246
GMRES: d(64)= 9.476927354e-09 rate=0.8480483657
GMRES: 0.02596481 seconds
Newton: d(1)= 9.476927344e-09 rate 2.623733859e-05
Newton: 0.074239325 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.063
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005330863647
GMRES: d(0)= 0.0005330863647
GMRES: d(65)= 6.40501667e-09 rate=0.8400466921
GMRES: 0.025274553 seconds
Newton: d(1)= 6.405016669e-09 rate 1.201496998e-05
Newton: 0.072701445 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0631
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000338565548
GMRES: d(0)= 0.000338565548
GMRES: d(65)= 6.719225437e-09 rate=0.8465576932
GMRES: 0.024892792 seconds
Newton: d(1)= 6.719225435e-09 rate 1.984615823e-05
Newton: 0.071919768 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0632
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006429432257
GMRES: d(0)= 0.0006429432257
GMRES: d(67)= 5.386509213e-09 rate=0.8398967336
GMRES: 0.025361957 seconds
Newton: d(1)= 5.386509216e-09 rate 8.377892481e-06
Newton: 0.072181349 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0633
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000343087275
GMRES: d(0)= 0.000343087275
GMRES: d(65)= 8.467612853e-09 rate=0.8494017964
GMRES: 0.024027322 seconds
Newton: d(1)= 8.467612848e-09 rate 2.468063803e-05
Newton: 0.071637708 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0634
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005643137567
GMRES: d(0)= 0.0005643137567
GMRES: d(65)= 8.896940718e-09 rate=0.8435654231
GMRES: 0.025149298 seconds
Newton: d(1)= 8.896940719e-09 rate 1.576594689e-05
Newton: 0.073123902 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0635
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000341280109
GMRES: d(0)= 0.000341280109
GMRES: d(64)= 9.866300968e-09 rate=0.849334573
GMRES: 0.02504026 seconds
Newton: d(1)= 9.866300966e-09 rate 2.890968652e-05
Newton: 0.07217669 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0636
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005529075154
GMRES: d(0)= 0.0005529075154
GMRES: d(64)= 6.970155832e-09 rate=0.8383912144
GMRES: 0.025058659 seconds
Newton: d(1)= 6.970155831e-09 rate 1.26063684e-05
Newton: 0.072192306 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0637
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004098469783
GMRES: d(0)= 0.0004098469783
GMRES: d(65)= 8.643467202e-09 rate=0.8473494613
GMRES: 0.025905519 seconds
Newton: d(1)= 8.6434672e-09 rate 2.108949842e-05
Newton: 0.073534909 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0638
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000541283578
GMRES: d(0)= 0.000541283578
GMRES: d(66)= 8.110442839e-09 rate=0.8450907129
GMRES: 0.025611984 seconds
Newton: d(1)= 8.110442832e-09 rate 1.498372233e-05
Newton: 0.073664033 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0639
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003655575286
GMRES: d(0)= 0.0003655575286
GMRES: d(65)= 9.549412122e-09 rate=0.8501442647
GMRES: 0.02309189 seconds
Newton: d(1)= 9.549412124e-09 rate 2.612287089e-05
Newton: 0.070984522 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.064
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004906066749
GMRES: d(0)= 0.0004906066749
GMRES: d(64)= 7.77571839e-09 rate=0.8413953557
GMRES: 0.024652784 seconds
Newton: d(1)= 7.775718368e-09 rate 1.584918992e-05
Newton: 0.072013558 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0641
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004525101089
GMRES: d(0)= 0.0004525101089
GMRES: d(64)= 6.8588106e-09 rate=0.8408086979
GMRES: 0.026162567 seconds
Newton: d(1)= 6.858810603e-09 rate 1.515725388e-05
Newton: 0.073641666 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0642
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004215151475
GMRES: d(0)= 0.0004215151475
GMRES: d(64)= 8.619880242e-09 rate=0.8447525292
GMRES: 0.024531669 seconds
Newton: d(1)= 8.619880246e-09 rate 2.044975204e-05
Newton: 0.071758431 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0643
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005436397079
GMRES: d(0)= 0.0005436397079
GMRES: d(66)= 7.060327215e-09 rate=0.8432616079
GMRES: 0.025919814 seconds
Newton: d(1)= 7.060327217e-09 rate 1.298714408e-05
Newton: 0.073159359 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0644
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004124592312
GMRES: d(0)= 0.0004124592312
GMRES: d(65)= 7.826811018e-09 rate=0.845973934
GMRES: 0.025590077 seconds
Newton: d(1)= 7.826811013e-09 rate 1.897596276e-05
Newton: 0.072555252 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0645
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004431513884
GMRES: d(0)= 0.0004431513884
GMRES: d(65)= 6.495500581e-09 rate=0.8426198779
GMRES: 0.023337534 seconds
Newton: d(1)= 6.495500582e-09 rate 1.465752055e-05
Newton: 0.071020112 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0646
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005592445985
GMRES: d(0)= 0.0005592445985
GMRES: d(66)= 6.676096917e-09 rate=0.8421857552
GMRES: 0.026583439 seconds
Newton: d(1)= 6.676096905e-09 rate 1.193770476e-05
Newton: 0.074813571 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0647
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003302124401
GMRES: d(0)= 0.0003302124401
GMRES: d(65)= 7.476835779e-09 rate=0.8482762321
GMRES: 0.025320584 seconds
Newton: d(1)= 7.476835778e-09 rate 2.264250183e-05
Newton: 0.072753746 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0648
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005908004488
GMRES: d(0)= 0.0005908004488
GMRES: d(65)= 9.839447629e-09 rate=0.8442772277
GMRES: 0.025172091 seconds
Newton: d(1)= 9.83944764e-09 rate 1.665443495e-05
Newton: 0.073171041 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0649
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003652761971
GMRES: d(0)= 0.0003652761971
GMRES: d(65)= 6.498402651e-09 rate=0.8451346869
GMRES: 0.023055147 seconds
Newton: d(1)= 6.498402644e-09 rate 1.77903808e-05
Newton: 0.070712622 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.065
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005153141789
GMRES: d(0)= 0.0005153141789
GMRES: d(65)= 8.230059748e-09 rate=0.8437331072
GMRES: 0.025388883 seconds
Newton: d(1)= 8.23005976e-09 rate 1.597095539e-05
Newton: 0.073899718 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0651
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004127652457
GMRES: d(0)= 0.0004127652457
GMRES: d(65)= 8.109353091e-09 rate=0.8464259518
GMRES: 0.025402745 seconds
Newton: d(1)= 8.1093531e-09 rate 1.964640479e-05
Newton: 0.072960046 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0652
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004630762482
GMRES: d(0)= 0.0004630762482
GMRES: d(64)= 7.480603152e-09 rate=0.8416459525
GMRES: 0.025163542 seconds
Newton: d(1)= 7.480603144e-09 rate 1.615414993e-05
Newton: 0.072738893 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0653
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000474442506
GMRES: d(0)= 0.000474442506
GMRES: d(65)= 7.983569248e-09 rate=0.844411334
GMRES: 0.02527489 seconds
Newton: d(1)= 7.983569249e-09 rate 1.682726389e-05
Newton: 0.072490543 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0654
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004390847495
GMRES: d(0)= 0.0004390847495
GMRES: d(64)= 9.801173737e-09 rate=0.8459094995
GMRES: 0.024434965 seconds
Newton: d(1)= 9.801173749e-09 rate 2.232182685e-05
Newton: 0.071791141 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0655
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000466084322
GMRES: d(0)= 0.000466084322
GMRES: d(64)= 8.05166485e-09 rate=0.8425287049
GMRES: 0.025063793 seconds
Newton: d(1)= 8.05166485e-09 rate 1.727512484e-05
Newton: 0.072933543 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0656
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005847275384
GMRES: d(0)= 0.0005847275384
GMRES: d(66)= 9.947159506e-09 rate=0.846717564
GMRES: 0.025446214 seconds
Newton: d(1)= 9.947159517e-09 rate 1.701161458e-05
Newton: 0.072838568 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0657
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003894974031
GMRES: d(0)= 0.0003894974031
GMRES: d(66)= 6.494279895e-09 rate=0.8464600411
GMRES: 0.02553181 seconds
Newton: d(1)= 6.494279894e-09 rate 1.667348702e-05
Newton: 0.073313734 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0658
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004961636919
GMRES: d(0)= 0.0004961636919
GMRES: d(65)= 6.72980252e-09 rate=0.8416150587
GMRES: 0.024618355 seconds
Newton: d(1)= 6.729802518e-09 rate 1.35636739e-05
Newton: 0.072540616 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0659
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005268998889
GMRES: d(0)= 0.0005268998889
GMRES: d(65)= 7.966006702e-09 rate=0.8430215077
GMRES: 0.025106372 seconds
Newton: d(1)= 7.966006692e-09 rate 1.511863422e-05
Newton: 0.072349967 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.066
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003857198184
GMRES: d(0)= 0.0003857198184
GMRES: d(65)= 7.798359145e-09 rate=0.8467992822
GMRES: 0.025170019 seconds
Newton: d(1)= 7.798359148e-09 rate 2.021767816e-05
Newton: 0.073026519 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0661
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004427628269
GMRES: d(0)= 0.0004427628269
GMRES: d(63)= 9.030287201e-09 rate=0.8424576955
GMRES: 0.024276798 seconds
Newton: d(1)= 9.030287201e-09 rate 2.039531472e-05
Newton: 0.072145277 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0662
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004282985278
GMRES: d(0)= 0.0004282985278
GMRES: d(65)= 8.206064085e-09 rate=0.8460993449
GMRES: 0.025282951 seconds
Newton: d(1)= 8.206064095e-09 rate 1.915968317e-05
Newton: 0.072600658 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0663
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006344391784
GMRES: d(0)= 0.0006344391784
GMRES: d(66)= 7.878324838e-09 rate=0.8426890131
GMRES: 0.025559577 seconds
Newton: d(1)= 7.87832485e-09 rate 1.241777797e-05
Newton: 0.075169813 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0664
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004548499773
GMRES: d(0)= 0.0004548499773
GMRES: d(65)= 9.596832311e-09 rate=0.8473552689
GMRES: 0.025279241 seconds
Newton: d(1)= 9.596832317e-09 rate 2.109889589e-05
Newton: 0.073550351 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0665
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003730014396
GMRES: d(0)= 0.0003730014396
GMRES: d(65)= 8.359299458e-09 rate=0.8481420699
GMRES: 0.024312854 seconds
Newton: d(1)= 8.359299451e-09 rate 2.241090399e-05
Newton: 0.071585722 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0666
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005210987316
GMRES: d(0)= 0.0005210987316
GMRES: d(65)= 8.173030344e-09 rate=0.8434979814
GMRES: 0.023973424 seconds
Newton: d(1)= 8.173030336e-09 rate 1.568422612e-05
Newton: 0.070895685 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0667
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005038441808
GMRES: d(0)= 0.0005038441808
GMRES: d(65)= 8.826347026e-09 rate=0.8449341088
GMRES: 0.022690537 seconds
Newton: d(1)= 8.826347011e-09 rate 1.751800923e-05
Newton: 0.070126044 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0668
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005855353784
GMRES: d(0)= 0.0005855353784
GMRES: d(66)= 7.850479976e-09 rate=0.8436685593
GMRES: 0.025682641 seconds
Newton: d(1)= 7.850479972e-09 rate 1.340735379e-05
Newton: 0.073567794 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0669
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003939880913
GMRES: d(0)= 0.0003939880913
GMRES: d(66)= 6.313629266e-09 rate=0.8459513614
GMRES: 0.025417464 seconds
Newton: d(1)= 6.31362927e-09 rate 1.602492413e-05
Newton: 0.072632081 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.067
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005138915268
GMRES: d(0)= 0.0005138915268
GMRES: d(65)= 8.744836018e-09 rate=0.8445569232
GMRES: 0.025482638 seconds
Newton: d(1)= 8.744836023e-09 rate 1.701689086e-05
Newton: 0.073113342 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0671
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005366702682
GMRES: d(0)= 0.0005366702682
GMRES: d(64)= 7.983839212e-09 rate=0.8405632121
GMRES: 0.025087315 seconds
Newton: d(1)= 7.983839201e-09 rate 1.487661917e-05
Newton: 0.073226493 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0672
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004834656163
GMRES: d(0)= 0.0004834656163
GMRES: d(65)= 8.041607306e-09 rate=0.8442606997
GMRES: 0.025506428 seconds
Newton: d(1)= 8.041607301e-09 rate 1.663325587e-05
Newton: 0.074351664 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0673
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004984896833
GMRES: d(0)= 0.0004984896833
GMRES: d(64)= 9.107012444e-09 rate=0.8432655748
GMRES: 0.024812216 seconds
Newton: d(1)= 9.107012448e-09 rate 1.826920948e-05
Newton: 0.073064252 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0674
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004906175264
GMRES: d(0)= 0.0004906175264
GMRES: d(64)= 8.102400954e-09 rate=0.8419362899
GMRES: 0.025016792 seconds
Newton: d(1)= 8.102400966e-09 rate 1.651469939e-05
Newton: 0.07325638 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0675
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004689353265
GMRES: d(0)= 0.0004689353265
GMRES: d(65)= 8.353163255e-09 rate=0.8451512362
GMRES: 0.025689737 seconds
Newton: d(1)= 8.353163273e-09 rate 1.781303903e-05
Newton: 0.07381908 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0676
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004642798134
GMRES: d(0)= 0.0004642798134
GMRES: d(64)= 9.396967708e-09 rate=0.8446163787
GMRES: 0.024395336 seconds
Newton: d(1)= 9.396967695e-09 rate 2.023987997e-05
Newton: 0.071772017 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0677
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005299161832
GMRES: d(0)= 0.0005299161832
GMRES: d(64)= 7.990826145e-09 rate=0.8407410597
GMRES: 0.024790588 seconds
Newton: d(1)= 7.990826143e-09 rate 1.507941519e-05
Newton: 0.072248596 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0678
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004043074099
GMRES: d(0)= 0.0004043074099
GMRES: d(65)= 8.828552926e-09 rate=0.8478031844
GMRES: 0.025645977 seconds
Newton: d(1)= 8.828552936e-09 rate 2.183623827e-05
Newton: 0.07372238 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0679
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005711906027
GMRES: d(0)= 0.0005711906027
GMRES: d(65)= 9.583651975e-09 rate=0.8443735393
GMRES: 0.025193426 seconds
Newton: d(1)= 9.583651981e-09 rate 1.677837824e-05
Newton: 0.072332818 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.068
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003975845794
GMRES: d(0)= 0.0003975845794
GMRES: d(65)= 9.156809378e-09 rate=0.8484983351
GMRES: 0.023032586 seconds
Newton: d(1)= 9.156809361e-09 rate 2.303109787e-05
Newton: 0.070486345 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0681
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004378173216
GMRES: d(0)= 0.0004378173216
GMRES: d(65)= 8.115445332e-09 rate=0.8456687818
GMRES: 0.024852878 seconds
Newton: d(1)= 8.115445345e-09 rate 1.853614497e-05
Newton: 0.072252884 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0682
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006027895798
GMRES: d(0)= 0.0006027895798
GMRES: d(66)= 8.6169355e-09 rate=0.8444885081
GMRES: 0.025614489 seconds
Newton: d(1)= 8.616935497e-09 rate 1.429509697e-05
Newton: 0.072622887 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0683
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003604754619
GMRES: d(0)= 0.0003604754619
GMRES: d(66)= 7.54115093e-09 rate=0.8493749003
GMRES: 0.023835206 seconds
Newton: d(1)= 7.541150916e-09 rate 2.09200118e-05
Newton: 0.071531382 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0684
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005076641973
GMRES: d(0)= 0.0005076641973
GMRES: d(65)= 6.840140068e-09 rate=0.8415289349
GMRES: 0.025539693 seconds
Newton: d(1)= 6.840140068e-09 rate 1.347374919e-05
Newton: 0.073088708 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0685
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005282344642
GMRES: d(0)= 0.0005282344642
GMRES: d(65)= 6.599028251e-09 rate=0.8405506653
GMRES: 0.025160192 seconds
Newton: d(1)= 6.599028253e-09 rate 1.249261209e-05
Newton: 0.072857986 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0686
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004633555738
GMRES: d(0)= 0.0004633555738
GMRES: d(65)= 9.160086777e-09 rate=0.8465069761
GMRES: 0.026119885 seconds
Newton: d(1)= 9.160086773e-09 rate 1.976902252e-05
Newton: 0.074061793 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0687
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005522761035
GMRES: d(0)= 0.0005522761035
GMRES: d(65)= 7.611954931e-09 rate=0.8418226656
GMRES: 0.025123846 seconds
Newton: d(1)= 7.611954935e-09 rate 1.378287941e-05
Newton: 0.072968381 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0688
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003557312567
GMRES: d(0)= 0.0003557312567
GMRES: d(65)= 9.468587802e-09 rate=0.8503895116
GMRES: 0.025138534 seconds
Newton: d(1)= 9.468587796e-09 rate 2.661725001e-05
Newton: 0.072846178 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0689
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005976059014
GMRES: d(0)= 0.0005976059014
GMRES: d(66)= 9.943365124e-09 rate=0.8464332295
GMRES: 0.02544097 seconds
Newton: d(1)= 9.943365131e-09 rate 1.663866623e-05
Newton: 0.072813344 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.069
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003628941534
GMRES: d(0)= 0.0003628941534
GMRES: d(65)= 7.932975492e-09 rate=0.8478175497
GMRES: 0.024518228 seconds
Newton: d(1)= 7.93297549e-09 rate 2.186030118e-05
Newton: 0.071718522 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0691
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005131158151
GMRES: d(0)= 0.0005131158151
GMRES: d(66)= 7.518614241e-09 rate=0.844804853
GMRES: 0.024861104 seconds
Newton: d(1)= 7.51861424e-09 rate 1.465286007e-05
Newton: 0.072189881 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0692
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004448202412
GMRES: d(0)= 0.0004448202412
GMRES: d(65)= 8.533366466e-09 rate=0.846115756
GMRES: 0.025610976 seconds
Newton: d(1)= 8.533366468e-09 rate 1.918385378e-05
Newton: 0.07318322 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0693
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005460761658
GMRES: d(0)= 0.0005460761658
GMRES: d(65)= 6.305573143e-09 rate=0.839533481
GMRES: 0.025433706 seconds
Newton: d(1)= 6.30557314e-09 rate 1.154705796e-05
Newton: 0.073872451 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0694
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004224948964
GMRES: d(0)= 0.0004224948964
GMRES: d(65)= 8.517118279e-09 rate=0.8467614844
GMRES: 0.025352219 seconds
Newton: d(1)= 8.517118282e-09 rate 2.015910335e-05
Newton: 0.073326348 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0695
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005578660974
GMRES: d(0)= 0.0005578660974
GMRES: d(64)= 9.091828504e-09 rate=0.8417621521
GMRES: 0.02398059 seconds
Newton: d(1)= 9.091828499e-09 rate 1.629751035e-05
Newton: 0.070956124 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0696
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004319934125
GMRES: d(0)= 0.0004319934125
GMRES: d(65)= 9.51667546e-09 rate=0.8479182275
GMRES: 0.025301466 seconds
Newton: d(1)= 9.516675475e-09 rate 2.202967731e-05
Newton: 0.072594006 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0697
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005531618439
GMRES: d(0)= 0.0005531618439
GMRES: d(66)= 6.824666915e-09 rate=0.8426062682
GMRES: 0.02573271 seconds
Newton: d(1)= 6.824666926e-09 rate 1.233755907e-05
Newton: 0.073425861 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0698
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004044423452
GMRES: d(0)= 0.0004044423452
GMRES: d(65)= 6.982898651e-09 rate=0.8447453943
GMRES: 0.021619732 seconds
Newton: d(1)= 6.982898658e-09 rate 1.726549839e-05
Newton: 0.068918093 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0699
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006304763779
GMRES: d(0)= 0.0006304763779
GMRES: d(65)= 8.124155957e-09 rate=0.8409514318
GMRES: 0.023168716 seconds
Newton: d(1)= 8.124155953e-09 rate 1.288574202e-05
Newton: 0.070549101 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.07
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004656666737
GMRES: d(0)= 0.0004656666737
GMRES: d(66)= 6.206454846e-09 rate=0.8435927821
GMRES: 0.025583832 seconds
Newton: d(1)= 6.206454859e-09 rate 1.332810615e-05
Newton: 0.074275021 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0701
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004903800963
GMRES: d(0)= 0.0004903800963
GMRES: d(64)= 9.111571215e-09 rate=0.8434883126
GMRES: 0.025026926 seconds
Newton: d(1)= 9.111571209e-09 rate 1.858063016e-05
Newton: 0.072673995 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0702
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003943358927
GMRES: d(0)= 0.0003943358927
GMRES: d(65)= 8.881262518e-09 rate=0.8482066395
GMRES: 0.025891397 seconds
Newton: d(1)= 8.881262511e-09 rate 2.25220749e-05
Newton: 0.073523742 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0703
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006534355798
GMRES: d(0)= 0.0006534355798
GMRES: d(66)= 8.592659122e-09 rate=0.8434208157
GMRES: 0.025851815 seconds
Newton: d(1)= 8.592659128e-09 rate 1.314997131e-05
Newton: 0.073269603 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0704
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0003387818989
GMRES: d(0)= 0.0003387818989
GMRES: d(65)= 8.857782233e-09 rate=0.8501558261
GMRES: 0.025419484 seconds
Newton: d(1)= 8.857782233e-09 rate 2.614597256e-05
Newton: 0.073968428 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0705
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006568444933
GMRES: d(0)= 0.0006568444933
GMRES: d(66)= 8.824779952e-09 rate=0.8436949985
GMRES: 0.025821469 seconds
Newton: d(1)= 8.824779955e-09 rate 1.343511295e-05
Newton: 0.073398775 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0706
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004065833685
GMRES: d(0)= 0.0004065833685
GMRES: d(66)= 7.266027994e-09 rate=0.8473500126
GMRES: 0.02397579 seconds
Newton: d(1)= 7.266027992e-09 rate 1.787094248e-05
Newton: 0.071639112 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0707
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004565059387
GMRES: d(0)= 0.0004565059387
GMRES: d(65)= 6.190919277e-09 rate=0.8416130126
GMRES: 0.025214688 seconds
Newton: d(1)= 6.190919281e-09 rate 1.356153065e-05
Newton: 0.072815377 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0708
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005636735616
GMRES: d(0)= 0.0005636735616
GMRES: d(64)= 9.61116196e-09 rate=0.8423567612
GMRES: 0.024472093 seconds
Newton: d(1)= 9.611161962e-09 rate 1.705093624e-05
Newton: 0.0719122 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0709
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005595588039
GMRES: d(0)= 0.0005595588039
GMRES: d(65)= 7.164066979e-09 rate=0.8408681566
GMRES: 0.025517326 seconds
Newton: d(1)= 7.16406697e-09 rate 1.280306363e-05
Newton: 0.073754971 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.071
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000417170872
GMRES: d(0)= 0.000417170872
GMRES: d(65)= 9.464227533e-09 rate=0.848301678
GMRES: 0.025258285 seconds
Newton: d(1)= 9.464227534e-09 rate 2.268669308e-05
Newton: 0.072924377 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0711
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005057328397
GMRES: d(0)= 0.0005057328397
GMRES: d(65)= 6.955955068e-09 rate=0.8417956976
GMRES: 0.0255637 seconds
Newton: d(1)= 6.955955064e-09 rate 1.375420878e-05
Newton: 0.072960261 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0712
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005668725831
GMRES: d(0)= 0.0005668725831
GMRES: d(65)= 8.900719466e-09 rate=0.8435122215
GMRES: 0.025480222 seconds
Newton: d(1)= 8.900719463e-09 rate 1.570144637e-05
Newton: 0.073908088 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0713
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004591546943
GMRES: d(0)= 0.0004591546943
GMRES: d(64)= 9.401716011e-09 rate=0.8447695507
GMRES: 0.024966447 seconds
Newton: d(1)= 9.401716011e-09 rate 2.047614045e-05
Newton: 0.072317504 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0714
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005796430867
GMRES: d(0)= 0.0005796430867
GMRES: d(66)= 6.551428119e-09 rate=0.8414883561
GMRES: 0.025483298 seconds
Newton: d(1)= 6.551428121e-09 rate 1.130252093e-05
Newton: 0.07319293 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0715
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004440382067
GMRES: d(0)= 0.0004440382067
GMRES: d(65)= 9.181759252e-09 rate=0.8470925355
GMRES: 0.025297694 seconds
Newton: d(1)= 9.181759261e-09 rate 2.067785862e-05
Newton: 0.07299164 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0716
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005899445596
GMRES: d(0)= 0.0005899445596
GMRES: d(66)= 8.339419026e-09 rate=0.8443452599
GMRES: 0.025483422 seconds
Newton: d(1)= 8.339419025e-09 rate 1.413593683e-05
Newton: 0.073342913 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0717
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004807751266
GMRES: d(0)= 0.0004807751266
GMRES: d(65)= 7.532148411e-09 rate=0.8434834532
GMRES: 0.026917275 seconds
Newton: d(1)= 7.532148428e-09 rate 1.56666766e-05
Newton: 0.074549996 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0718
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004772994278
GMRES: d(0)= 0.0004772994278
GMRES: d(65)= 8.86309354e-09 rate=0.8456919991
GMRES: 0.0236434 seconds
Newton: d(1)= 8.863093524e-09 rate 1.856925236e-05
Newton: 0.071610994 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0719
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000561104162
GMRES: d(0)= 0.000561104162
GMRES: d(66)= 8.405073312e-09 rate=0.8450871247
GMRES: 0.025866152 seconds
Newton: d(1)= 8.405073309e-09 rate 1.497952409e-05
Newton: 0.073361314 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.072
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005590232332
GMRES: d(0)= 0.0005590232332
GMRES: d(66)= 6.894858017e-09 rate=0.8426023356
GMRES: 0.025768916 seconds
Newton: d(1)= 6.894858016e-09 rate 1.233375933e-05
Newton: 0.073273396 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0721
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004426499376
GMRES: d(0)= 0.0004426499376
GMRES: d(65)= 7.639894365e-09 rate=0.8447408406
GMRES: 0.025242587 seconds
Newton: d(1)= 7.639894356e-09 rate 1.725944975e-05
Newton: 0.072875777 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0722
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005769851089
GMRES: d(0)= 0.0005769851089
GMRES: d(64)= 9.41459703e-09 rate=0.8417777751
GMRES: 0.022963827 seconds
Newton: d(1)= 9.414597025e-09 rate 1.631688042e-05
Newton: 0.070467011 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0723
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005019715784
GMRES: d(0)= 0.0005019715784
GMRES: d(65)= 8.584797323e-09 rate=0.8446218686
GMRES: 0.025613548 seconds
Newton: d(1)= 8.584797326e-09 rate 1.710215816e-05
Newton: 0.074750415 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0724
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005450490038
GMRES: d(0)= 0.0005450490038
GMRES: d(65)= 7.201062071e-09 rate=0.8412747643
GMRES: 0.025060048 seconds
Newton: d(1)= 7.201062069e-09 rate 1.321176998e-05
Newton: 0.07257033 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0725
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004325579997
GMRES: d(0)= 0.0004325579997
GMRES: d(65)= 9.914595582e-09 rate=0.8484356979
GMRES: 0.025246148 seconds
Newton: d(1)= 9.914595598e-09 rate 2.29208467e-05
Newton: 0.072907546 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0726
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005576990306
GMRES: d(0)= 0.0005576990306
GMRES: d(65)= 6.253408285e-09 rate=0.8391542499
GMRES: 0.025024997 seconds
Newton: d(1)= 6.253408284e-09 rate 1.121287279e-05
Newton: 0.073311546 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0727
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000463011369
GMRES: d(0)= 0.000463011369
GMRES: d(65)= 8.434959405e-09 rate=0.8454432911
GMRES: 0.025740211 seconds
Newton: d(1)= 8.434959416e-09 rate 1.821760756e-05
Newton: 0.073225268 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0728
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005027897451
GMRES: d(0)= 0.0005027897451
GMRES: d(66)= 7.985184058e-09 rate=0.8458363424
GMRES: 0.02571488 seconds
Newton: d(1)= 7.985184054e-09 rate 1.588175601e-05
Newton: 0.073305541 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0729
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006634174932
GMRES: d(0)= 0.0006634174932
GMRES: d(66)= 7.353472252e-09 rate=0.8412397408
GMRES: 0.025794094 seconds
Newton: d(1)= 7.353472269e-09 rate 1.108423028e-05
Newton: 0.073119493 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.073
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004505197815
GMRES: d(0)= 0.0004505197815
GMRES: d(66)= 8.026025305e-09 rate=0.8473097856
GMRES: 0.025775767 seconds
Newton: d(1)= 8.026025299e-09 rate 1.781503417e-05
Newton: 0.073610777 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0731
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004321522491
GMRES: d(0)= 0.0004321522491
GMRES: d(65)= 8.487636698e-09 rate=0.8464219615
GMRES: 0.025513723 seconds
Newton: d(1)= 8.48763671e-09 rate 1.964038537e-05
Newton: 0.073304108 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0732
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000671447433
GMRES: d(0)= 0.000671447433
GMRES: d(66)= 9.850099056e-09 rate=0.8448197719
GMRES: 0.025645075 seconds
Newton: d(1)= 9.850099067e-09 rate 1.466994821e-05
Newton: 0.073156594 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0733
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004798708932
GMRES: d(0)= 0.0004798708932
GMRES: d(66)= 5.946826193e-09 rate=0.8426630522
GMRES: 0.025269798 seconds
Newton: d(1)= 5.94682619e-09 rate 1.239255449e-05
Newton: 0.07278467 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0734
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004963766883
GMRES: d(0)= 0.0004963766883
GMRES: d(65)= 9.288226741e-09 rate=0.845791676
GMRES: 0.02528078 seconds
Newton: d(1)= 9.288226738e-09 rate 1.871205267e-05
Newton: 0.073402091 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0735
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005530389536
GMRES: d(0)= 0.0005530389536
GMRES: d(65)= 7.028136936e-09 rate=0.8407719669
GMRES: 0.025250466 seconds
Newton: d(1)= 7.028136933e-09 rate 1.27082132e-05
Newton: 0.072593526 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0736
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004400321248
GMRES: d(0)= 0.0004400321248
GMRES: d(65)= 9.663335009e-09 rate=0.8478772135
GMRES: 0.025350216 seconds
Newton: d(1)= 9.66333501e-09 rate 2.196052167e-05
Newton: 0.072703923 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0737
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007288276616
GMRES: d(0)= 0.0007288276616
GMRES: d(67)= 8.981807599e-09 rate=0.8447485331
GMRES: 0.02602083 seconds
Newton: d(1)= 8.981807611e-09 rate 1.23236371e-05
Newton: 0.073313873 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0738
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004454552303
GMRES: d(0)= 0.0004454552303
GMRES: d(66)= 9.600819347e-09 rate=0.8497585025
GMRES: 0.02568677 seconds
Newton: d(1)= 9.600819344e-09 rate 2.155282662e-05
Newton: 0.073147103 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0739
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004958154653
GMRES: d(0)= 0.0004958154653
GMRES: d(66)= 7.962998835e-09 rate=0.8459797123
GMRES: 0.022040699 seconds
Newton: d(1)= 7.962998839e-09 rate 1.606040835e-05
Newton: 0.069496686 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.074
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006081659621
GMRES: d(0)= 0.0006081659621
GMRES: d(66)= 8.228718241e-09 rate=0.8437853309
GMRES: 0.023769455 seconds
Newton: d(1)= 8.228718241e-09 rate 1.353038275e-05
Newton: 0.071215249 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0741
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005495178958
GMRES: d(0)= 0.0005495178958
GMRES: d(65)= 8.333651694e-09 rate=0.843061554
GMRES: 0.024769994 seconds
Newton: d(1)= 8.333651683e-09 rate 1.516538723e-05
Newton: 0.072001343 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0742
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005510593365
GMRES: d(0)= 0.0005510593365
GMRES: d(66)= 7.757959795e-09 rate=0.8442929621
GMRES: 0.027023634 seconds
Newton: d(1)= 7.757959797e-09 rate 1.407826578e-05
Newton: 0.074696121 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0743
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004449992687
GMRES: d(0)= 0.0004449992687
GMRES: d(66)= 8.559906456e-09 rate=0.8482954098
GMRES: 0.024721515 seconds
Newton: d(1)= 8.559906454e-09 rate 1.923577645e-05
Newton: 0.072350866 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0744
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006123123131
GMRES: d(0)= 0.0006123123131
GMRES: d(67)= 6.939603169e-09 rate=0.8436931094
GMRES: 0.026415171 seconds
Newton: d(1)= 6.939603176e-09 rate 1.133343725e-05
Newton: 0.075139536 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0745
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004584024531
GMRES: d(0)= 0.0004584024531
GMRES: d(66)= 9.583641991e-09 rate=0.8493666543
GMRES: 0.025838616 seconds
Newton: d(1)= 9.583641991e-09 rate 2.090661149e-05
Newton: 0.074064197 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0746
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005794903707
GMRES: d(0)= 0.0005794903707
GMRES: d(66)= 9.116415419e-09 rate=0.8457147543
GMRES: 0.025838038 seconds
Newton: d(1)= 9.116415417e-09 rate 1.573178068e-05
Newton: 0.073907872 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0747
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000612643617
GMRES: d(0)= 0.000612643617
GMRES: d(66)= 7.712721458e-09 rate=0.8428641298
GMRES: 0.025512426 seconds
Newton: d(1)= 7.712721458e-09 rate 1.258924641e-05
Newton: 0.072568642 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0748
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004757927299
GMRES: d(0)= 0.0004757927299
GMRES: d(66)= 8.13338143e-09 rate=0.8467798308
GMRES: 0.023646849 seconds
Newton: d(1)= 8.133381425e-09 rate 1.709437937e-05
Newton: 0.070733671 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0749
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006673104256
GMRES: d(0)= 0.0006673104256
GMRES: d(66)= 6.017156718e-09 rate=0.8386129544
GMRES: 0.026059082 seconds
Newton: d(1)= 6.017156721e-09 rate 9.017027893e-06
Newton: 0.073494094 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.075
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005152520227
GMRES: d(0)= 0.0005152520227
GMRES: d(66)= 8.178245469e-09 rate=0.8458287266
GMRES: 0.025596237 seconds
Newton: d(1)= 8.178245476e-09 rate 1.587232095e-05
Newton: 0.073002496 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0751
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005119706196
GMRES: d(0)= 0.0005119706196
GMRES: d(66)= 7.3102577e-09 rate=0.8444737931
GMRES: 0.023662628 seconds
Newton: d(1)= 7.310257696e-09 rate 1.427866642e-05
Newton: 0.071090643 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0752
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005200687886
GMRES: d(0)= 0.0005200687886
GMRES: d(66)= 7.245656567e-09 rate=0.8441594748
GMRES: 0.026318249 seconds
Newton: d(1)= 7.245656563e-09 rate 1.393211191e-05
Newton: 0.073986932 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0753
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006403657643
GMRES: d(0)= 0.0006403657643
GMRES: d(67)= 6.361022203e-09 rate=0.8420343974
GMRES: 0.026395311 seconds
Newton: d(1)= 6.361022196e-09 rate 9.933420165e-06
Newton: 0.073382894 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0754
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004930856958
GMRES: d(0)= 0.0004930856958
GMRES: d(66)= 8.806503068e-09 rate=0.8473421382
GMRES: 0.023822081 seconds
Newton: d(1)= 8.806503063e-09 rate 1.785998486e-05
Newton: 0.071192579 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0755
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005565348434
GMRES: d(0)= 0.0005565348434
GMRES: d(66)= 6.408217529e-09 rate=0.8417252922
GMRES: 0.025934036 seconds
Newton: d(1)= 6.408217529e-09 rate 1.151449474e-05
Newton: 0.073723336 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0756
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006875869024
GMRES: d(0)= 0.0006875869024
GMRES: d(66)= 7.784124843e-09 rate=0.8415091086
GMRES: 0.026020474 seconds
Newton: d(1)= 7.784124852e-09 rate 1.132093242e-05
Newton: 0.073489874 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0757
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004540971289
GMRES: d(0)= 0.0004540971289
GMRES: d(65)= 9.400798342e-09 rate=0.8471078522
GMRES: 0.023080599 seconds
Newton: d(1)= 9.40079834e-09 rate 2.070217524e-05
Newton: 0.070516656 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0758
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005089550076
GMRES: d(0)= 0.0005089550076
GMRES: d(66)= 9.267464947e-09 rate=0.8475905075
GMRES: 0.025818185 seconds
Newton: d(1)= 9.267464946e-09 rate 1.820880983e-05
Newton: 0.073248013 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0759
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007010751713
GMRES: d(0)= 0.0007010751713
GMRES: d(67)= 7.406362759e-09 rate=0.842808605
GMRES: 0.024099971 seconds
Newton: d(1)= 7.406362743e-09 rate 1.056429189e-05
Newton: 0.072423338 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.076
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000524127702
GMRES: d(0)= 0.000524127702
GMRES: d(66)= 8.772673576e-09 rate=0.8465093126
GMRES: 0.025940297 seconds
Newton: d(1)= 8.772673583e-09 rate 1.673766441e-05
Newton: 0.073121266 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0761
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005609852719
GMRES: d(0)= 0.0005609852719
GMRES: d(67)= 6.962406771e-09 rate=0.8448376362
GMRES: 0.026448617 seconds
Newton: d(1)= 6.962406762e-09 rate 1.241103307e-05
Newton: 0.073598604 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0762
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006556737328
GMRES: d(0)= 0.0006556737328
GMRES: d(66)= 6.316684752e-09 rate=0.8394541707
GMRES: 0.025927274 seconds
Newton: d(1)= 6.31668475e-09 rate 9.633884102e-06
Newton: 0.074788243 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0763
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000501234476
GMRES: d(0)= 0.000501234476
GMRES: d(67)= 6.998897068e-09 rate=0.8463249502
GMRES: 0.026050128 seconds
Newton: d(1)= 6.998897069e-09 rate 1.396331937e-05
Newton: 0.074058987 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0764
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005735287665
GMRES: d(0)= 0.0005735287665
GMRES: d(65)= 9.310740119e-09 rate=0.8439452872
GMRES: 0.02664982 seconds
Newton: d(1)= 9.310740119e-09 rate 1.623412924e-05
Newton: 0.075576794 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0765
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005115854339
GMRES: d(0)= 0.0005115854339
GMRES: d(66)= 9.703263219e-09 rate=0.848114601
GMRES: 0.024974061 seconds
Newton: d(1)= 9.703263223e-09 rate 1.896704359e-05
Newton: 0.072192319 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0766
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006699812027
GMRES: d(0)= 0.0006699812027
GMRES: d(66)= 7.24260106e-09 rate=0.8409206735
GMRES: 0.025718036 seconds
Newton: d(1)= 7.242601061e-09 rate 1.081015562e-05
Newton: 0.073458375 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0767
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005174359387
GMRES: d(0)= 0.0005174359387
GMRES: d(66)= 9.309643851e-09 rate=0.8474366049
GMRES: 0.026500411 seconds
Newton: d(1)= 9.309643836e-09 rate 1.799187714e-05
Newton: 0.07813529 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0768
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006132150132
GMRES: d(0)= 0.0006132150132
GMRES: d(67)= 7.795122294e-09 rate=0.8451397133
GMRES: 0.026102617 seconds
Newton: d(1)= 7.795122295e-09 rate 1.271189082e-05
Newton: 0.073406026 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0769
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005294818419
GMRES: d(0)= 0.0005294818419
GMRES: d(67)= 6.558712864e-09 rate=0.8448132363
GMRES: 0.025926728 seconds
Newton: d(1)= 6.558712872e-09 rate 1.238704022e-05
Newton: 0.073812002 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.077
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007125935719
GMRES: d(0)= 0.0007125935719
GMRES: d(68)= 6.125690441e-09 rate=0.8423733236
GMRES: 0.024859668 seconds
Newton: d(1)= 6.125690433e-09 rate 8.59633131e-06
Newton: 0.072928764 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0771
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004690811818
GMRES: d(0)= 0.0004690811818
GMRES: d(67)= 7.369101592e-09 rate=0.8478147988
GMRES: 0.026108831 seconds
Newton: d(1)= 7.36910159e-09 rate 1.570965086e-05
Newton: 0.073840789 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0772
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000634069502
GMRES: d(0)= 0.000634069502
GMRES: d(66)= 9.03093395e-09 rate=0.8444416261
GMRES: 0.025823997 seconds
Newton: d(1)= 9.030933954e-09 rate 1.424281396e-05
Newton: 0.073109382 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0773
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005120886411
GMRES: d(0)= 0.0005120886411
GMRES: d(67)= 7.605755336e-09 rate=0.8471050519
GMRES: 0.025275709 seconds
Newton: d(1)= 7.605755329e-09 rate 1.485241952e-05
Newton: 0.072602916 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0774
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007212120462
GMRES: d(0)= 0.0007212120462
GMRES: d(67)= 8.99601455e-09 rate=0.8449009117
GMRES: 0.02408246 seconds
Newton: d(1)= 8.996014556e-09 rate 1.247346686e-05
Newton: 0.072164905 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0775
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004619278191
GMRES: d(0)= 0.0004619278191
GMRES: d(67)= 9.011962753e-09 rate=0.8505603885
GMRES: 0.022715901 seconds
Newton: d(1)= 9.011962753e-09 rate 1.950946096e-05
Newton: 0.069738368 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0776
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005710337188
GMRES: d(0)= 0.0005710337188
GMRES: d(66)= 7.146424357e-09 rate=0.8427884819
GMRES: 0.024929072 seconds
Newton: d(1)= 7.146424358e-09 rate 1.251489032e-05
Newton: 0.072052602 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0777
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005666891661
GMRES: d(0)= 0.0005666891661
GMRES: d(66)= 7.78960676e-09 rate=0.8439873135
GMRES: 0.025576071 seconds
Newton: d(1)= 7.789606771e-09 rate 1.374581911e-05
Newton: 0.073947158 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0778
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006515819725
GMRES: d(0)= 0.0006515819725
GMRES: d(66)= 8.588341134e-09 rate=0.843450695
GMRES: 0.0262587 seconds
Newton: d(1)= 8.588341136e-09 rate 1.318075315e-05
Newton: 0.074089487 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0779
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005411259002
GMRES: d(0)= 0.0005411259002
GMRES: d(67)= 7.341287257e-09 rate=0.8459610287
GMRES: 0.026159433 seconds
Newton: d(1)= 7.341287254e-09 rate 1.356668984e-05
Newton: 0.073694446 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.078
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006052367681
GMRES: d(0)= 0.0006052367681
GMRES: d(66)= 6.848450311e-09 rate=0.8415027909
GMRES: 0.025711219 seconds
Newton: d(1)= 6.848450306e-09 rate 1.13153243e-05
Newton: 0.073399685 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0781
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006187558177
GMRES: d(0)= 0.0006187558177
GMRES: d(67)= 7.869022715e-09 rate=0.845145271
GMRES: 0.026076604 seconds
Newton: d(1)= 7.869022736e-09 rate 1.271749293e-05
Newton: 0.074047688 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0782
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005718393904
GMRES: d(0)= 0.0005718393904
GMRES: d(67)= 9.220805782e-09 rate=0.8481449328
GMRES: 0.02627366 seconds
Newton: d(1)= 9.220805778e-09 rate 1.612481745e-05
Newton: 0.073327937 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0783
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005224964565
GMRES: d(0)= 0.0005224964565
GMRES: d(67)= 7.114841278e-09 rate=0.8460077787
GMRES: 0.026056266 seconds
Newton: d(1)= 7.114841266e-09 rate 1.361701343e-05
Newton: 0.073306613 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0784
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006555580178
GMRES: d(0)= 0.0006555580178
GMRES: d(66)= 7.711334125e-09 rate=0.8419976602
GMRES: 0.025776387 seconds
Newton: d(1)= 7.711334122e-09 rate 1.176300787e-05
Newton: 0.073334377 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0785
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005968422817
GMRES: d(0)= 0.0005968422817
GMRES: d(67)= 8.188769784e-09 rate=0.8461030681
GMRES: 0.02672367 seconds
Newton: d(1)= 8.188769781e-09 rate 1.372015695e-05
Newton: 0.074772945 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0786
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006525222252
GMRES: d(0)= 0.0006525222252
GMRES: d(66)= 7.673691015e-09 rate=0.8419944469
GMRES: 0.025944956 seconds
Newton: d(1)= 7.673691005e-09 rate 1.176004542e-05
Newton: 0.073268468 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0787
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000490777457
GMRES: d(0)= 0.000490777457
GMRES: d(68)= 7.497921396e-09 rate=0.8495272188
GMRES: 0.02654282 seconds
Newton: d(1)= 7.497921398e-09 rate 1.527764018e-05
Newton: 0.078731965 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0788
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008597706166
GMRES: d(0)= 0.0008597706166
GMRES: d(68)= 8.904599094e-09 rate=0.8446846166
GMRES: 0.026512156 seconds
Newton: d(1)= 8.904599114e-09 rate 1.035694747e-05
Newton: 0.073702239 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0789
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000422116229
GMRES: d(0)= 0.000422116229
GMRES: d(68)= 7.659194542e-09 rate=0.851678631
GMRES: 0.027427381 seconds
Newton: d(1)= 7.659194547e-09 rate 1.814475261e-05
Newton: 0.076748665 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.079
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006253267496
GMRES: d(0)= 0.0006253267496
GMRES: d(67)= 7.190517307e-09 rate=0.8438755517
GMRES: 0.026205965 seconds
Newton: d(1)= 7.190517301e-09 rate 1.149881611e-05
Newton: 0.07371258 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0791
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007415217971
GMRES: d(0)= 0.0007415217971
GMRES: d(67)= 9.71561191e-09 rate=0.8455213352
GMRES: 0.025788216 seconds
Newton: d(1)= 9.715611907e-09 rate 1.310226071e-05
Newton: 0.073490546 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0792
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004386011685
GMRES: d(0)= 0.0004386011685
GMRES: d(67)= 9.852675211e-09 rate=0.8523523638
GMRES: 0.024094522 seconds
Newton: d(1)= 9.852675209e-09 rate 2.246385992e-05
Newton: 0.07250137 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0793
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006578046133
GMRES: d(0)= 0.0006578046133
GMRES: d(67)= 9.229062481e-09 rate=0.8463852177
GMRES: 0.026528222 seconds
Newton: d(1)= 9.229062486e-09 rate 1.403009693e-05
Newton: 0.074137517 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0794
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004726309164
GMRES: d(0)= 0.0004726309164
GMRES: d(67)= 9.350254448e-09 rate=0.8507374318
GMRES: 0.026362454 seconds
Newton: d(1)= 9.350254452e-09 rate 1.978341688e-05
Newton: 0.074228379 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0795
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008271369418
GMRES: d(0)= 0.0008271369418
GMRES: d(68)= 8.112499032e-09 rate=0.8440083128
GMRES: 0.02647162 seconds
Newton: d(1)= 8.112499028e-09 rate 9.807927343e-06
Newton: 0.0742063 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0796
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000475949254
GMRES: d(0)= 0.000475949254
GMRES: d(67)= 9.320581262e-09 rate=0.8506082435
GMRES: 0.024412506 seconds
Newton: d(1)= 9.320581257e-09 rate 1.958314081e-05
Newton: 0.072361973 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0797
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006075810952
GMRES: d(0)= 0.0006075810952
GMRES: d(66)= 9.727437322e-09 rate=0.8459395032
GMRES: 0.023786751 seconds
Newton: d(1)= 9.72743733e-09 rate 1.601010533e-05
Newton: 0.071397156 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0798
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006071507865
GMRES: d(0)= 0.0006071507865
GMRES: d(67)= 7.676869084e-09 rate=0.8450722569
GMRES: 0.025876586 seconds
Newton: d(1)= 7.676869085e-09 rate 1.264408983e-05
Newton: 0.073308111 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0799
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000761570154
GMRES: d(0)= 0.000761570154
GMRES: d(68)= 9.258554701e-09 rate=0.8466777295
GMRES: 0.027024578 seconds
Newton: d(1)= 9.258554697e-09 rate 1.215719215e-05
Newton: 0.074840231 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.08
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006416912701
GMRES: d(0)= 0.0006416912701
GMRES: d(68)= 7.876112585e-09 rate=0.8467967894
GMRES: 0.02464449 seconds
Newton: d(1)= 7.876112584e-09 rate 1.227399055e-05
Newton: 0.072490708 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0801
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004939534798
GMRES: d(0)= 0.0004939534798
GMRES: d(68)= 6.498292417e-09 rate=0.8476610991
GMRES: 0.026691027 seconds
Newton: d(1)= 6.498292427e-09 rate 1.315567699e-05
Newton: 0.074366157 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0802
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000848591753
GMRES: d(0)= 0.000848591753
GMRES: d(68)= 7.769398371e-09 rate=0.8431545443
GMRES: 0.026549064 seconds
Newton: d(1)= 7.769398387e-09 rate 9.155637394e-06
Newton: 0.074251171 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0803
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0004883883897
GMRES: d(0)= 0.0004883883897
GMRES: d(68)= 6.768756816e-09 rate=0.8483109104
GMRES: 0.026408692 seconds
Newton: d(1)= 6.768756827e-09 rate 1.385937293e-05
Newton: 0.074396022 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0804
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006187906421
GMRES: d(0)= 0.0006187906421
GMRES: d(68)= 5.14093132e-09 rate=0.8419508433
GMRES: 0.02651284 seconds
Newton: d(1)= 5.140931334e-09 rate 8.308030187e-06
Newton: 0.073934772 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0805
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007438864804
GMRES: d(0)= 0.0007438864804
GMRES: d(69)= 6.564060259e-09 rate=0.8447900325
GMRES: 0.027164332 seconds
Newton: d(1)= 6.56406026e-09 rate 8.824008008e-06
Newton: 0.075125259 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0806
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005254879674
GMRES: d(0)= 0.0005254879674
GMRES: d(68)= 8.36334123e-09 rate=0.850038284
GMRES: 0.026932241 seconds
Newton: d(1)= 8.363341219e-09 rate 1.591538101e-05
Newton: 0.074791105 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0807
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005772379986
GMRES: d(0)= 0.0005772379986
GMRES: d(68)= 7.773961697e-09 rate=0.847953183
GMRES: 0.026624515 seconds
Newton: d(1)= 7.773961694e-09 rate 1.34675155e-05
Newton: 0.074085005 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0808
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006714605245
GMRES: d(0)= 0.0006714605245
GMRES: d(66)= 9.137086028e-09 rate=0.8438582555
GMRES: 0.025675492 seconds
Newton: d(1)= 9.137086019e-09 rate 1.36077784e-05
Newton: 0.073209531 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0809
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005144630267
GMRES: d(0)= 0.0005144630267
GMRES: d(68)= 6.947010251e-09 rate=0.8479863842
GMRES: 0.026507052 seconds
Newton: d(1)= 6.947010239e-09 rate 1.350341984e-05
Newton: 0.074160683 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.081
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008134337907
GMRES: d(0)= 0.0008134337907
GMRES: d(68)= 8.234330063e-09 rate=0.8444007659
GMRES: 0.026519474 seconds
Newton: d(1)= 8.234330074e-09 rate 1.012292601e-05
Newton: 0.074747493 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0811
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006222526342
GMRES: d(0)= 0.0006222526342
GMRES: d(68)= 7.174639558e-09 rate=0.8460185822
GMRES: 0.026584798 seconds
Newton: d(1)= 7.174639545e-09 rate 1.153010715e-05
Newton: 0.074399728 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0812
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005514938309
GMRES: d(0)= 0.0005514938309
GMRES: d(67)= 8.393260587e-09 rate=0.8474134911
GMRES: 0.026659444 seconds
Newton: d(1)= 8.393260577e-09 rate 1.521913774e-05
Newton: 0.074591175 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0813
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005796452406
GMRES: d(0)= 0.0005796452406
GMRES: d(68)= 6.513943299e-09 rate=0.8456991758
GMRES: 0.026696203 seconds
Newton: d(1)= 6.513943304e-09 rate 1.123781038e-05
Newton: 0.073944677 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0814
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007853570228
GMRES: d(0)= 0.0007853570228
GMRES: d(68)= 8.921812524e-09 rate=0.845833901
GMRES: 0.026910499 seconds
Newton: d(1)= 8.921812527e-09 rate 1.136019959e-05
Newton: 0.075652517 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0815
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006116897134
GMRES: d(0)= 0.0006116897134
GMRES: d(68)= 8.144752308e-09 rate=0.8478113303
GMRES: 0.026822363 seconds
Newton: d(1)= 8.144752308e-09 rate 1.331516965e-05
Newton: 0.074153883 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0816
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007663932454
GMRES: d(0)= 0.0007663932454
GMRES: d(67)= 8.165544577e-09 rate=0.8429155814
GMRES: 0.02645727 seconds
Newton: d(1)= 8.16554457e-09 rate 1.06545101e-05
Newton: 0.074105391 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0817
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005483480462
GMRES: d(0)= 0.0005483480462
GMRES: d(68)= 8.824782456e-09 rate=0.8501773394
GMRES: 0.024431888 seconds
Newton: d(1)= 8.824782459e-09 rate 1.609339637e-05
Newton: 0.072294628 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0818
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006808295094
GMRES: d(0)= 0.0006808295094
GMRES: d(67)= 7.494822763e-09 rate=0.8433267294
GMRES: 0.025128313 seconds
Newton: d(1)= 7.494822764e-09 rate 1.100836944e-05
Newton: 0.072637281 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0819
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006737814019
GMRES: d(0)= 0.0006737814019
GMRES: d(67)= 8.417728842e-09 rate=0.8449209106
GMRES: 0.026407002 seconds
Newton: d(1)= 8.417728831e-09 rate 1.249326385e-05
Newton: 0.073865985 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.082
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005911988932
GMRES: d(0)= 0.0005911988932
GMRES: d(68)= 6.703796388e-09 rate=0.8458110239
GMRES: 0.025989232 seconds
Newton: d(1)= 6.703796389e-09 rate 1.1339325e-05
Newton: 0.073278953 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0821
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006658101311
GMRES: d(0)= 0.0006658101311
GMRES: d(67)= 9.05647062e-09 rate=0.8459940182
GMRES: 0.026050866 seconds
Newton: d(1)= 9.05647063e-09 rate 1.360218207e-05
Newton: 0.073246271 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0822
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007642207873
GMRES: d(0)= 0.0007642207873
GMRES: d(68)= 9.298956048e-09 rate=0.8466886833
GMRES: 0.026641786 seconds
Newton: d(1)= 9.298956048e-09 rate 1.216789206e-05
Newton: 0.075085563 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0823
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006894487579
GMRES: d(0)= 0.0006894487579
GMRES: d(67)= 5.709433664e-09 rate=0.8397511601
GMRES: 0.025213461 seconds
Newton: d(1)= 5.709433672e-09 rate 8.281157383e-06
Newton: 0.072798634 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0824
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005755901657
GMRES: d(0)= 0.0005755901657
GMRES: d(68)= 7.044578626e-09 rate=0.8467611161
GMRES: 0.027032214 seconds
Newton: d(1)= 7.044578635e-09 rate 1.223887942e-05
Newton: 0.074942637 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0825
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007139278469
GMRES: d(0)= 0.0007139278469
GMRES: d(67)= 9.645986745e-09 rate=0.8459092349
GMRES: 0.026431871 seconds
Newton: d(1)= 9.64598675e-09 rate 1.351115073e-05
Newton: 0.074080623 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0826
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006093289896
GMRES: d(0)= 0.0006093289896
GMRES: d(68)= 7.071294073e-09 rate=0.8460991919
GMRES: 0.026499056 seconds
Newton: d(1)= 7.071294065e-09 rate 1.160505111e-05
Newton: 0.074122193 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0827
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007397842886
GMRES: d(0)= 0.0007397842886
GMRES: d(68)= 8.708545844e-09 rate=0.8462766551
GMRES: 0.026802474 seconds
Newton: d(1)= 8.708545844e-09 rate 1.177173668e-05
Newton: 0.076031403 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0828
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006971615045
GMRES: d(0)= 0.0006971615045
GMRES: d(69)= 4.818948824e-09 rate=0.8418057121
GMRES: 0.027339575 seconds
Newton: d(1)= 4.818948825e-09 rate 6.912241703e-06
Newton: 0.074863045 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0829
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000620985211
GMRES: d(0)= 0.000620985211
GMRES: d(68)= 6.931008185e-09 rate=0.8456142281
GMRES: 0.024565319 seconds
Newton: d(1)= 6.931008175e-09 rate 1.116130956e-05
Newton: 0.072170319 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.083
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006803802875
GMRES: d(0)= 0.0006803802875
GMRES: d(68)= 6.818788202e-09 rate=0.8442763801
GMRES: 0.026625352 seconds
Newton: d(1)= 6.818788195e-09 rate 1.002202492e-05
Newton: 0.074289528 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0831
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000784166077
GMRES: d(0)= 0.000784166077
GMRES: d(68)= 8.449266476e-09 rate=0.8451761242
GMRES: 0.024523855 seconds
Newton: d(1)= 8.449266481e-09 rate 1.077484315e-05
Newton: 0.072557444 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0832
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005829500112
GMRES: d(0)= 0.0005829500112
GMRES: d(68)= 8.780763047e-09 rate=0.849350171
GMRES: 0.026705092 seconds
Newton: d(1)= 8.780763052e-09 rate 1.506263467e-05
Newton: 0.074230488 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0833
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007011487976
GMRES: d(0)= 0.0007011487976
GMRES: d(68)= 8.511017735e-09 rate=0.8466587509
GMRES: 0.026576711 seconds
Newton: d(1)= 8.51101775e-09 rate 1.213867553e-05
Newton: 0.074297797 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0834
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000623732461
GMRES: d(0)= 0.000623732461
GMRES: d(68)= 7.129994254e-09 rate=0.8459113754
GMRES: 0.02437422 seconds
Newton: d(1)= 7.129994265e-09 rate 1.143117396e-05
Newton: 0.071514347 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0835
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008336746794
GMRES: d(0)= 0.0008336746794
GMRES: d(68)= 7.268076566e-09 rate=0.8425476161
GMRES: 0.026761142 seconds
Newton: d(1)= 7.268076574e-09 rate 8.718120814e-06
Newton: 0.075183737 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0836
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006465017007
GMRES: d(0)= 0.0006465017007
GMRES: d(68)= 7.108723074e-09 rate=0.8454283226
GMRES: 0.024794177 seconds
Newton: d(1)= 7.108723073e-09 rate 1.099567575e-05
Newton: 0.072561581 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0837
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005959274515
GMRES: d(0)= 0.0005959274515
GMRES: d(68)= 9.974180257e-09 rate=0.8506679219
GMRES: 0.026883745 seconds
Newton: d(1)= 9.974180245e-09 rate 1.673723911e-05
Newton: 0.074383643 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0838
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006845182455
GMRES: d(0)= 0.0006845182455
GMRES: d(67)= 9.568706642e-09 rate=0.846338898
GMRES: 0.026022826 seconds
Newton: d(1)= 9.568706646e-09 rate 1.397874594e-05
Newton: 0.07391012 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0839
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008088873916
GMRES: d(0)= 0.0008088873916
GMRES: d(69)= 5.803927085e-09 rate=0.8422613418
GMRES: 0.025186857 seconds
Newton: d(1)= 5.803927094e-09 rate 7.175197876e-06
Newton: 0.073050591 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.084
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006504821016
GMRES: d(0)= 0.0006504821016
GMRES: d(69)= 6.443151212e-09 rate=0.8462063402
GMRES: 0.027647674 seconds
Newton: d(1)= 6.443151221e-09 rate 9.90519371e-06
Newton: 0.075325325 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0841
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006079439643
GMRES: d(0)= 0.0006079439643
GMRES: d(68)= 8.747284018e-09 rate=0.8487782847
GMRES: 0.024378404 seconds
Newton: d(1)= 8.747284014e-09 rate 1.438830637e-05
Newton: 0.071801524 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0842
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000597519478
GMRES: d(0)= 0.000597519478
GMRES: d(68)= 8.868668035e-09 rate=0.8491662799
GMRES: 0.026357423 seconds
Newton: d(1)= 8.868668031e-09 rate 1.48424752e-05
Newton: 0.073942988 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0843
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008453801464
GMRES: d(0)= 0.0008453801464
GMRES: d(69)= 6.899265325e-09 rate=0.8438344622
GMRES: 0.025046956 seconds
Newton: d(1)= 6.899265325e-09 rate 8.161139523e-06
Newton: 0.07264159 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0844
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005979043572
GMRES: d(0)= 0.0005979043572
GMRES: d(69)= 6.438894681e-09 rate=0.847232492
GMRES: 0.028019788 seconds
Newton: d(1)= 6.438894687e-09 rate 1.076910481e-05
Newton: 0.076210486 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0845
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007408955002
GMRES: d(0)= 0.0007408955002
GMRES: d(67)= 9.90636805e-09 rate=0.8457774115
GMRES: 0.023997866 seconds
Newton: d(1)= 9.906368051e-09 rate 1.337080337e-05
Newton: 0.071604694 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0846
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007346291914
GMRES: d(0)= 0.0007346291914
GMRES: d(69)= 6.684939553e-09 rate=0.8451668486
GMRES: 0.027160387 seconds
Newton: d(1)= 6.684939551e-09 rate 9.099746687e-06
Newton: 0.074324663 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0847
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007564706832
GMRES: d(0)= 0.0007564706832
GMRES: d(68)= 8.381813881e-09 rate=0.8455234855
GMRES: 0.026340523 seconds
Newton: d(1)= 8.381813879e-09 rate 1.108015692e-05
Newton: 0.073834367 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0848
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000651554678
GMRES: d(0)= 0.000651554678
GMRES: d(68)= 8.00684523e-09 rate=0.846811837
GMRES: 0.027613761 seconds
Newton: d(1)= 8.006845234e-09 rate 1.228883086e-05
Newton: 0.077357533 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0849
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007808652119
GMRES: d(0)= 0.0007808652119
GMRES: d(70)= 6.183972725e-09 rate=0.8455205437
GMRES: 0.027269182 seconds
Newton: d(1)= 6.183972723e-09 rate 7.919385611e-06
Newton: 0.075715909 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.085
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006835230967
GMRES: d(0)= 0.0006835230967
GMRES: d(68)= 7.585111136e-09 rate=0.8455424633
GMRES: 0.026867524 seconds
Newton: d(1)= 7.58511114e-09 rate 1.109708096e-05
Newton: 0.07414142 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0851
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007249145537
GMRES: d(0)= 0.0007249145537
GMRES: d(69)= 8.214130249e-09 rate=0.847857415
GMRES: 0.027004352 seconds
Newton: d(1)= 8.214130253e-09 rate 1.133117029e-05
Newton: 0.074765539 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0852
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007090573942
GMRES: d(0)= 0.0007090573942
GMRES: d(68)= 8.922934031e-09 rate=0.8471076855
GMRES: 0.026563918 seconds
Newton: d(1)= 8.922934027e-09 rate 1.25842197e-05
Newton: 0.075032385 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0853
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006151676321
GMRES: d(0)= 0.0006151676321
GMRES: d(69)= 6.026541897e-09 rate=0.8460711371
GMRES: 0.027032457 seconds
Newton: d(1)= 6.026541912e-09 rate 9.796584861e-06
Newton: 0.074495948 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0854
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008241967674
GMRES: d(0)= 0.0008241967674
GMRES: d(70)= 8.237029452e-09 rate=0.8483356348
GMRES: 0.027760361 seconds
Newton: d(1)= 8.237029466e-09 rate 9.99400846e-06
Newton: 0.07584687 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0855
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007646342378
GMRES: d(0)= 0.0007646342378
GMRES: d(68)= 9.888423884e-09 rate=0.8474475787
GMRES: 0.026562142 seconds
Newton: d(1)= 9.888423876e-09 rate 1.293222744e-05
Newton: 0.073940908 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0856
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005142333416
GMRES: d(0)= 0.0005142333416
GMRES: d(69)= 7.327786803e-09 rate=0.8506783889
GMRES: 0.027168211 seconds
Newton: d(1)= 7.327786809e-09 rate 1.42499255e-05
Newton: 0.074509128 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0857
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000757173861
GMRES: d(0)= 0.000757173861
GMRES: d(68)= 6.912481715e-09 rate=0.8431188512
GMRES: 0.026713068 seconds
Newton: d(1)= 6.912481712e-09 rate 9.129318996e-06
Newton: 0.074068035 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0858
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007274072496
GMRES: d(0)= 0.0007274072496
GMRES: d(68)= 9.436196274e-09 rate=0.8474862044
GMRES: 0.026526271 seconds
Newton: d(1)= 9.436196267e-09 rate 1.297237039e-05
Newton: 0.073344159 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0859
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006543365745
GMRES: d(0)= 0.0006543365745
GMRES: d(69)= 7.599110426e-09 rate=0.8481598377
GMRES: 0.027075889 seconds
Newton: d(1)= 7.599110409e-09 rate 1.161345813e-05
Newton: 0.074496513 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.086
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008681942115
GMRES: d(0)= 0.0008681942115
GMRES: d(69)= 9.868677762e-09 rate=0.8478961023
GMRES: 0.027414855 seconds
Newton: d(1)= 9.868677752e-09 rate 1.136690112e-05
Newton: 0.074947014 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0861
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005763815564
GMRES: d(0)= 0.0005763815564
GMRES: d(69)= 8.228802904e-09 rate=0.8507014967
GMRES: 0.027158598 seconds
Newton: d(1)= 8.228802913e-09 rate 1.427665896e-05
Newton: 0.074202753 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0862
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006846420693
GMRES: d(0)= 0.0006846420693
GMRES: d(67)= 9.721937744e-09 rate=0.8465373187
GMRES: 0.026764164 seconds
Newton: d(1)= 9.721937732e-09 rate 1.420002972e-05
Newton: 0.074205004 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0863
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008428861247
GMRES: d(0)= 0.0008428861247
GMRES: d(69)= 7.648260837e-09 rate=0.845132003
GMRES: 0.025061662 seconds
Newton: d(1)= 7.648260832e-09 rate 9.073895759e-06
Newton: 0.072464229 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0864
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006744752041
GMRES: d(0)= 0.0006744752041
GMRES: d(69)= 9.181109064e-09 rate=0.8501141288
GMRES: 0.027282434 seconds
Newton: d(1)= 9.181109068e-09 rate 1.361222624e-05
Newton: 0.074794446 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0865
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00066256817
GMRES: d(0)= 0.00066256817
GMRES: d(68)= 8.344489348e-09 rate=0.8471175215
GMRES: 0.026705999 seconds
Newton: d(1)= 8.344489354e-09 rate 1.259415971e-05
Newton: 0.074339515 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0866
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007112660403
GMRES: d(0)= 0.0007112660403
GMRES: d(69)= 9.119351142e-09 rate=0.8493769318
GMRES: 0.027087685 seconds
Newton: d(1)= 9.119351142e-09 rate 1.282129418e-05
Newton: 0.074336123 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0867
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007548875928
GMRES: d(0)= 0.0007548875928
GMRES: d(69)= 8.127872458e-09 rate=0.8472300885
GMRES: 0.02804148 seconds
Newton: d(1)= 8.127872458e-09 rate 1.076699701e-05
Newton: 0.077272054 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0868
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006862763594
GMRES: d(0)= 0.0006862763594
GMRES: d(69)= 7.717235737e-09 rate=0.8477637105
GMRES: 0.025957578 seconds
Newton: d(1)= 7.717235733e-09 rate 1.124508462e-05
Newton: 0.073604697 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0869
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007128197363
GMRES: d(0)= 0.0007128197363
GMRES: d(68)= 7.912950765e-09 rate=0.8455467579
GMRES: 0.027214264 seconds
Newton: d(1)= 7.912950774e-09 rate 1.110091426e-05
Newton: 0.074804021 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.087
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008111084118
GMRES: d(0)= 0.0008111084118
GMRES: d(69)= 7.24302851e-09 rate=0.8449359463
GMRES: 0.027524736 seconds
Newton: d(1)= 7.243028491e-09 rate 8.92979087e-06
Newton: 0.075016732 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0871
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007175813418
GMRES: d(0)= 0.0007175813418
GMRES: d(69)= 7.946943863e-09 rate=0.8475760596
GMRES: 0.027034212 seconds
Newton: d(1)= 7.946943854e-09 rate 1.107462442e-05
Newton: 0.07448836 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0872
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006559445346
GMRES: d(0)= 0.0006559445346
GMRES: d(69)= 6.573038879e-09 rate=0.8463485648
GMRES: 0.027141932 seconds
Newton: d(1)= 6.573038889e-09 rate 1.002072362e-05
Newton: 0.074794832 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0873
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008273935084
GMRES: d(0)= 0.0008273935084
GMRES: d(70)= 5.332753469e-09 rate=0.8430363038
GMRES: 0.025292428 seconds
Newton: d(1)= 5.332753464e-09 rate 6.445244506e-06
Newton: 0.072843262 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0874
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007013716099
GMRES: d(0)= 0.0007013716099
GMRES: d(69)= 8.125328579e-09 rate=0.8481295869
GMRES: 0.02725169 seconds
Newton: d(1)= 8.125328572e-09 rate 1.158491227e-05
Newton: 0.074612302 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0875
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007062411588
GMRES: d(0)= 0.0007062411588
GMRES: d(68)= 8.669446838e-09 rate=0.846798297
GMRES: 0.026472897 seconds
Newton: d(1)= 8.669446837e-09 rate 1.227547663e-05
Newton: 0.073739395 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0876
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007183704712
GMRES: d(0)= 0.0007183704712
GMRES: d(69)= 7.845518277e-09 rate=0.8474047918
GMRES: 0.027296958 seconds
Newton: d(1)= 7.845518276e-09 rate 1.092127056e-05
Newton: 0.074788913 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0877
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008202485883
GMRES: d(0)= 0.0008202485883
GMRES: d(70)= 8.769267143e-09 rate=0.8491530399
GMRES: 0.027762368 seconds
Newton: d(1)= 8.769267158e-09 rate 1.06909872e-05
Newton: 0.075308079 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0878
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007133323467
GMRES: d(0)= 0.0007133323467
GMRES: d(69)= 7.454449912e-09 rate=0.8468634447
GMRES: 0.027243229 seconds
Newton: d(1)= 7.454449914e-09 rate 1.045017788e-05
Newton: 0.075044747 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0879
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006966070679
GMRES: d(0)= 0.0006966070679
GMRES: d(70)= 4.506135374e-09 rate=0.8430800355
GMRES: 0.026896085 seconds
Newton: d(1)= 4.506135359e-09 rate 6.468690266e-06
Newton: 0.073887714 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.088
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008249376184
GMRES: d(0)= 0.0008249376184
GMRES: d(68)= 8.754691982e-09 rate=0.8449875121
GMRES: 0.026879984 seconds
Newton: d(1)= 8.754691991e-09 rate 1.061255033e-05
Newton: 0.07493473 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0881
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000756676902
GMRES: d(0)= 0.000756676902
GMRES: d(69)= 7.402765447e-09 rate=0.8460544455
GMRES: 0.027098902 seconds
Newton: d(1)= 7.402765437e-09 rate 9.783258109e-06
Newton: 0.074965154 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0882
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007770389139
GMRES: d(0)= 0.0007770389139
GMRES: d(69)= 9.35785631e-09 rate=0.8486063635
GMRES: 0.027066268 seconds
Newton: d(1)= 9.357856305e-09 rate 1.204296997e-05
Newton: 0.074810529 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0883
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000685484173
GMRES: d(0)= 0.000685484173
GMRES: d(69)= 7.309694926e-09 rate=0.8471115556
GMRES: 0.025019652 seconds
Newton: d(1)= 7.309694924e-09 rate 1.066355025e-05
Newton: 0.074413319 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0884
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006407683413
GMRES: d(0)= 0.0006407683413
GMRES: d(69)= 6.744534833e-09 rate=0.8469518276
GMRES: 0.027150008 seconds
Newton: d(1)= 6.744534822e-09 rate 1.052569921e-05
Newton: 0.075132767 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0885
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000899804183
GMRES: d(0)= 0.000899804183
GMRES: d(70)= 9.368704278e-09 rate=0.8488322644
GMRES: 0.026976109 seconds
Newton: d(1)= 9.368704279e-09 rate 1.041193679e-05
Newton: 0.073744718 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0886
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007027504243
GMRES: d(0)= 0.0007027504243
GMRES: d(69)= 9.894050319e-09 rate=0.8505296613
GMRES: 0.027248099 seconds
Newton: d(1)= 9.894050321e-09 rate 1.407903856e-05
Newton: 0.074764176 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0887
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000653202578
GMRES: d(0)= 0.000653202578
GMRES: d(69)= 8.55384808e-09 rate=0.8496372235
GMRES: 0.027291204 seconds
Newton: d(1)= 8.553848097e-09 rate 1.309524546e-05
Newton: 0.0753765 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0888
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008429479271
GMRES: d(0)= 0.0008429479271
GMRES: d(69)= 8.19722787e-09 rate=0.8459805545
GMRES: 0.027014425 seconds
Newton: d(1)= 8.197227864e-09 rate 9.72447716e-06
Newton: 0.074936758 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0889
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008964846559
GMRES: d(0)= 0.0008964846559
GMRES: d(68)= 8.998183615e-09 rate=0.844295149
GMRES: 0.026920863 seconds
Newton: d(1)= 8.998183629e-09 rate 1.003718644e-05
Newton: 0.074691214 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.089
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006617149772
GMRES: d(0)= 0.0006617149772
GMRES: d(70)= 7.915059315e-09 rate=0.8505162531
GMRES: 0.026132999 seconds
Newton: d(1)= 7.9150593e-09 rate 1.19614329e-05
Newton: 0.073837727 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0891
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007867629382
GMRES: d(0)= 0.0007867629382
GMRES: d(68)= 7.515106033e-09 rate=0.8436801128
GMRES: 0.026423707 seconds
Newton: d(1)= 7.515106011e-09 rate 9.551931904e-06
Newton: 0.074425247 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0892
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000654205586
GMRES: d(0)= 0.000654205586
GMRES: d(70)= 6.661017052e-09 rate=0.8485613227
GMRES: 0.027378133 seconds
Newton: d(1)= 6.661017046e-09 rate 1.018184068e-05
Newton: 0.075106315 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0893
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008789613974
GMRES: d(0)= 0.0008789613974
GMRES: d(71)= 8.010676528e-09 rate=0.8491997363
GMRES: 0.029164266 seconds
Newton: d(1)= 8.010676524e-09 rate 9.113797885e-06
Newton: 0.07696987 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0894
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007851890122
GMRES: d(0)= 0.0007851890122
GMRES: d(70)= 7.663722273e-09 rate=0.8480489804
GMRES: 0.027674543 seconds
Newton: d(1)= 7.663722291e-09 rate 9.760353459e-06
Newton: 0.075318721 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0895
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007232449961
GMRES: d(0)= 0.0007232449961
GMRES: d(70)= 6.371648313e-09 rate=0.8468085488
GMRES: 0.027394557 seconds
Newton: d(1)= 6.371648317e-09 rate 8.809806292e-06
Newton: 0.075093652 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0896
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006960777241
GMRES: d(0)= 0.0006960777241
GMRES: d(70)= 7.187910688e-09 rate=0.8487321273
GMRES: 0.027506117 seconds
Newton: d(1)= 7.187910686e-09 rate 1.032630472e-05
Newton: 0.075651556 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0897
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0009150227031
GMRES: d(0)= 0.0009150227031
GMRES: d(70)= 8.19070474e-09 rate=0.847001412
GMRES: 0.027557975 seconds
Newton: d(1)= 8.190704732e-09 rate 8.951367769e-06
Newton: 0.075304482 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0898
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005890829265
GMRES: d(0)= 0.0005890829265
GMRES: d(69)= 8.837772005e-09 rate=0.8513132002
GMRES: 0.027268938 seconds
Newton: d(1)= 8.837772001e-09 rate 1.500259404e-05
Newton: 0.075080142 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0899
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008630837192
GMRES: d(0)= 0.0008630837192
GMRES: d(70)= 8.589292141e-09 rate=0.848284423
GMRES: 0.027673468 seconds
Newton: d(1)= 8.589292139e-09 rate 9.9518644e-06
Newton: 0.076721033 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.09
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000672016798
GMRES: d(0)= 0.000672016798
GMRES: d(69)= 9.410643071e-09 rate=0.8504634232
GMRES: 0.027161177 seconds
Newton: d(1)= 9.410643071e-09 rate 1.400358309e-05
Newton: 0.077188668 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0901
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008918302233
GMRES: d(0)= 0.0008918302233
GMRES: d(70)= 6.649837593e-09 rate=0.8447932053
GMRES: 0.027684508 seconds
Newton: d(1)= 6.649837602e-09 rate 7.456394085e-06
Newton: 0.074994541 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0902
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007737623227
GMRES: d(0)= 0.0007737623227
GMRES: d(70)= 9.232040483e-09 rate=0.8504856724
GMRES: 0.027776342 seconds
Newton: d(1)= 9.232040486e-09 rate 1.193136473e-05
Newton: 0.075126024 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0903
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007345678444
GMRES: d(0)= 0.0007345678444
GMRES: d(70)= 5.871790526e-09 rate=0.845633113
GMRES: 0.027656345 seconds
Newton: d(1)= 5.871790538e-09 rate 7.993530595e-06
Newton: 0.075234437 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0904
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006410293391
GMRES: d(0)= 0.0006410293391
GMRES: d(69)= 5.54503166e-09 rate=0.8445465011
GMRES: 0.025056657 seconds
Newton: d(1)= 5.54503165e-09 rate 8.650199471e-06
Newton: 0.072223765 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0905
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000957483204
GMRES: d(0)= 0.000957483204
GMRES: d(71)= 6.146687555e-09 rate=0.8450187346
GMRES: 0.028208114 seconds
Newton: d(1)= 6.146687547e-09 rate 6.41962963e-06
Newton: 0.075405545 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0906
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005592642238
GMRES: d(0)= 0.0005592642238
GMRES: d(69)= 8.65390576e-09 rate=0.8516947836
GMRES: 0.027323984 seconds
Newton: d(1)= 8.653905752e-09 rate 1.547373385e-05
Newton: 0.074969438 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0907
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0009306607463
GMRES: d(0)= 0.0009306607463
GMRES: d(71)= 5.757642362e-09 rate=0.8445788219
GMRES: 0.025821879 seconds
Newton: d(1)= 5.757642361e-09 rate 6.186617824e-06
Newton: 0.073416746 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0908
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007391981461
GMRES: d(0)= 0.0007391981461
GMRES: d(70)= 8.011893304e-09 rate=0.8493194332
GMRES: 0.025873959 seconds
Newton: d(1)= 8.011893299e-09 rate 1.083862743e-05
Newton: 0.074775965 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0909
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008271348746
GMRES: d(0)= 0.0008271348746
GMRES: d(71)= 8.033714709e-09 rate=0.8499613076
GMRES: 0.028358747 seconds
Newton: d(1)= 8.033714718e-09 rate 9.712702202e-06
Newton: 0.076207811 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.091
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007422387247
GMRES: d(0)= 0.0007422387247
GMRES: d(70)= 7.859165016e-09 rate=0.8490361518
GMRES: 0.027525224 seconds
Newton: d(1)= 7.859165029e-09 rate 1.058845997e-05
Newton: 0.075093362 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0911
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008317307915
GMRES: d(0)= 0.0008317307915
GMRES: d(70)= 8.798997264e-09 rate=0.8490254723
GMRES: 0.02544478 seconds
Newton: d(1)= 8.798997275e-09 rate 1.057914095e-05
Newton: 0.072577216 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0912
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007041144369
GMRES: d(0)= 0.0007041144369
GMRES: d(72)= 5.076809654e-09 rate=0.8483647323
GMRES: 0.028605999 seconds
Newton: d(1)= 5.076809638e-09 rate 7.21020529e-06
Newton: 0.079224906 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0913
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008900731673
GMRES: d(0)= 0.0008900731673
GMRES: d(70)= 6.894775171e-09 rate=0.8452536656
GMRES: 0.026040394 seconds
Newton: d(1)= 6.89477517e-09 rate 7.746301566e-06
Newton: 0.074301662 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0914
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007459329824
GMRES: d(0)= 0.0007459329824
GMRES: d(70)= 9.926973164e-09 rate=0.8518135204
GMRES: 0.027527797 seconds
Newton: d(1)= 9.926973159e-09 rate 1.330813008e-05
Newton: 0.075944227 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0915
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008623049516
GMRES: d(0)= 0.0008623049516
GMRES: d(70)= 8.587277284e-09 rate=0.8482925194
GMRES: 0.027895837 seconds
Newton: d(1)= 8.587277278e-09 rate 9.958515559e-06
Newton: 0.075725173 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0916
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008026412195
GMRES: d(0)= 0.0008026412195
GMRES: d(70)= 6.928028453e-09 rate=0.846561284
GMRES: 0.028063193 seconds
Newton: d(1)= 6.928028458e-09 rate 8.631538338e-06
Newton: 0.075539471 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0917
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007287034453
GMRES: d(0)= 0.0007287034453
GMRES: d(70)= 8.910412579e-09 rate=0.8507838606
GMRES: 0.027701802 seconds
Newton: d(1)= 8.910412586e-09 rate 1.22277624e-05
Newton: 0.075161363 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0918
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007886791127
GMRES: d(0)= 0.0007886791127
GMRES: d(70)= 8.081976272e-09 rate=0.8486392287
GMRES: 0.027461273 seconds
Newton: d(1)= 8.081976262e-09 rate 1.024748359e-05
Newton: 0.075242189 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0919
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006870271637
GMRES: d(0)= 0.0006870271637
GMRES: d(70)= 6.519358051e-09 rate=0.8477077548
GMRES: 0.027566944 seconds
Newton: d(1)= 6.519358044e-09 rate 9.48922894e-06
Newton: 0.0748882 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.092
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007764398263
GMRES: d(0)= 0.0007764398263
GMRES: d(70)= 8.30594124e-09 rate=0.8491603929
GMRES: 0.025533524 seconds
Newton: d(1)= 8.305941239e-09 rate 1.069746934e-05
Newton: 0.072535026 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0921
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008752998361
GMRES: d(0)= 0.0008752998361
GMRES: d(71)= 8.335905051e-09 rate=0.8497258212
GMRES: 0.028550913 seconds
Newton: d(1)= 8.33590505e-09 rate 9.523485218e-06
Newton: 0.075858347 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0922
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006775681711
GMRES: d(0)= 0.0006775681711
GMRES: d(69)= 8.302008151e-09 rate=0.8488186825
GMRES: 0.026818717 seconds
Newton: d(1)= 8.302008154e-09 rate 1.225265369e-05
Newton: 0.074370159 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0923
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008687465866
GMRES: d(0)= 0.0008687465866
GMRES: d(69)= 8.995895463e-09 rate=0.8467511902
GMRES: 0.025076812 seconds
Newton: d(1)= 8.99589545e-09 rate 1.035502825e-05
Newton: 0.072431562 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0924
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006876566365
GMRES: d(0)= 0.0006876566365
GMRES: d(70)= 7.10859732e-09 rate=0.8487451746
GMRES: 0.026031322 seconds
Newton: d(1)= 7.108597323e-09 rate 1.03374227e-05
Newton: 0.073967461 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0925
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0009324555307
GMRES: d(0)= 0.0009324555307
GMRES: d(70)= 9.881312118e-09 rate=0.8490460298
GMRES: 0.02807151 seconds
Newton: d(1)= 9.881312109e-09 rate 1.059708671e-05
Newton: 0.075871142 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0926
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006905106712
GMRES: d(0)= 0.0006905106712
GMRES: d(70)= 6.986189557e-09 rate=0.8484843899
GMRES: 0.027717278 seconds
Newton: d(1)= 6.986189546e-09 rate 1.011742445e-05
Newton: 0.075393948 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0927
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007852363487
GMRES: d(0)= 0.0007852363487
GMRES: d(70)= 6.414601757e-09 rate=0.84589548
GMRES: 0.028326799 seconds
Newton: d(1)= 6.414601754e-09 rate 8.169007669e-06
Newton: 0.076438884 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0928
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008416784748
GMRES: d(0)= 0.0008416784748
GMRES: d(71)= 9.949368545e-09 rate=0.8523161042
GMRES: 0.028182699 seconds
Newton: d(1)= 9.949368539e-09 rate 1.182086609e-05
Newton: 0.075962025 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0929
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007852646224
GMRES: d(0)= 0.0007852646224
GMRES: d(70)= 9.652404872e-09 rate=0.8508474608
GMRES: 0.027850622 seconds
Newton: d(1)= 9.652404861e-09 rate 1.229191356e-05
Newton: 0.075123131 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.093
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006924202702
GMRES: d(0)= 0.0006924202702
GMRES: d(70)= 8.854262847e-09 rate=0.8513279556
GMRES: 0.027706346 seconds
Newton: d(1)= 8.854262857e-09 rate 1.27874114e-05
Newton: 0.075477871 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0931
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007918409079
GMRES: d(0)= 0.0007918409079
GMRES: d(70)= 8.357480244e-09 rate=0.8489971824
GMRES: 0.027964491 seconds
Newton: d(1)= 8.357480256e-09 rate 1.055449418e-05
Newton: 0.075738132 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0932
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007802004726
GMRES: d(0)= 0.0007802004726
GMRES: d(70)= 8.710841677e-09 rate=0.8496793349
GMRES: 0.027430893 seconds
Newton: d(1)= 8.710841675e-09 rate 1.116487618e-05
Newton: 0.074837923 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0933
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0009018908286
GMRES: d(0)= 0.0009018908286
GMRES: d(71)= 7.390243166e-09 rate=0.847928479
GMRES: 0.026263012 seconds
Newton: d(1)= 7.390243164e-09 rate 8.194166e-06
Newton: 0.073389146 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0934
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006389359086
GMRES: d(0)= 0.0006389359086
GMRES: d(70)= 5.606236717e-09 rate=0.846759742
GMRES: 0.025609497 seconds
Newton: d(1)= 5.606236721e-09 rate 8.774333459e-06
Newton: 0.072777209 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0935
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008587183806
GMRES: d(0)= 0.0008587183806
GMRES: d(72)= 6.998756355e-09 rate=0.8498099411
GMRES: 0.028724353 seconds
Newton: d(1)= 6.998756348e-09 rate 8.150234706e-06
Newton: 0.076553885 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0936
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007820693477
GMRES: d(0)= 0.0007820693477
GMRES: d(70)= 8.256738952e-09 rate=0.8490006974
GMRES: 0.027320714 seconds
Newton: d(1)= 8.256738944e-09 rate 1.055755346e-05
Newton: 0.074618707 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0937
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006722377413
GMRES: d(0)= 0.0006722377413
GMRES: d(70)= 7.668416701e-09 rate=0.8499401122
GMRES: 0.028450209 seconds
Newton: d(1)= 7.668416705e-09 rate 1.140729869e-05
Newton: 0.0767884 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0938
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008955734405
GMRES: d(0)= 0.0008955734405
GMRES: d(70)= 6.885817476e-09 rate=0.8451635833
GMRES: 0.027863752 seconds
Newton: d(1)= 6.885817469e-09 rate 7.688724517e-06
Newton: 0.076210237 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0939
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006122124925
GMRES: d(0)= 0.0006122124925
GMRES: d(70)= 7.669283301e-09 rate=0.8510779185
GMRES: 0.027924142 seconds
Newton: d(1)= 7.669283292e-09 rate 1.252715909e-05
Newton: 0.075483374 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.094
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001019192557
GMRES: d(0)= 0.001019192557
GMRES: d(74)= 6.291335946e-09 rate=0.8503567643
GMRES: 0.029641547 seconds
Newton: d(1)= 6.291335933e-09 rate 6.172862909e-06
Newton: 0.076790117 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0941
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006063201361
GMRES: d(0)= 0.0006063201361
GMRES: d(70)= 8.170875384e-09 rate=0.8519662286
GMRES: 0.027777118 seconds
Newton: d(1)= 8.170875376e-09 rate 1.347617354e-05
Newton: 0.075558264 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0942
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008583935075
GMRES: d(0)= 0.0008583935075
GMRES: d(70)= 8.456136264e-09 rate=0.848161129
GMRES: 0.028367351 seconds
Newton: d(1)= 8.456136266e-09 rate 9.851118621e-06
Newton: 0.076225033 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0943
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005861701438
GMRES: d(0)= 0.0005861701438
GMRES: d(69)= 9.358828145e-09 rate=0.8520814824
GMRES: 0.027161053 seconds
Newton: d(1)= 9.358828141e-09 rate 1.596606077e-05
Newton: 0.075096666 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0944
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000843373487
GMRES: d(0)= 0.000843373487
GMRES: d(70)= 8.769149401e-09 rate=0.8488156792
GMRES: 0.027307573 seconds
Newton: d(1)= 8.769149385e-09 rate 1.039770579e-05
Newton: 0.075197768 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0945
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008076299098
GMRES: d(0)= 0.0008076299098
GMRES: d(71)= 8.334979016e-09 rate=0.8506880096
GMRES: 0.027913347 seconds
Newton: d(1)= 8.334979012e-09 rate 1.032029511e-05
Newton: 0.075965508 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0946
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008448470433
GMRES: d(0)= 0.0008448470433
GMRES: d(70)= 6.669867833e-09 rate=0.8454829321
GMRES: 0.027796231 seconds
Newton: d(1)= 6.669867833e-09 rate 7.894763775e-06
Newton: 0.075262113 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0947
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000685222493
GMRES: d(0)= 0.000685222493
GMRES: d(71)= 5.436206568e-09 rate=0.8475424697
GMRES: 0.027912111 seconds
Newton: d(1)= 5.436206569e-09 rate 7.933491128e-06
Newton: 0.075270798 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0948
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001011585728
GMRES: d(0)= 0.001011585728
GMRES: d(71)= 6.939093775e-09 rate=0.8458080843
GMRES: 0.028763474 seconds
Newton: d(1)= 6.939093763e-09 rate 6.859620071e-06
Newton: 0.07637932 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0949
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005366654585
GMRES: d(0)= 0.0005366654585
GMRES: d(69)= 7.827302976e-09 rate=0.850965038
GMRES: 0.026911308 seconds
Newton: d(1)= 7.827302973e-09 rate 1.458506943e-05
Newton: 0.074565178 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.095
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0009241657834
GMRES: d(0)= 0.0009241657834
GMRES: d(71)= 5.196504471e-09 rate=0.8434431096
GMRES: 0.028522208 seconds
Newton: d(1)= 5.196504475e-09 rate 5.622913733e-06
Newton: 0.075954016 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0951
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005811615163
GMRES: d(0)= 0.0005811615163
GMRES: d(70)= 6.675726386e-09 rate=0.8500245179
GMRES: 0.027442911 seconds
Newton: d(1)= 6.67572639e-09 rate 1.148686932e-05
Newton: 0.075973122 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0952
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008089915202
GMRES: d(0)= 0.0008089915202
GMRES: d(70)= 6.513241196e-09 rate=0.8457197528
GMRES: 0.027585694 seconds
Newton: d(1)= 6.513241204e-09 rate 8.051062392e-06
Newton: 0.074766861 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0953
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000744780523
GMRES: d(0)= 0.000744780523
GMRES: d(71)= 6.343948308e-09 rate=0.8483913186
GMRES: 0.027788978 seconds
Newton: d(1)= 6.343948305e-09 rate 8.517876219e-06
Newton: 0.075342289 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0954
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007820406456
GMRES: d(0)= 0.0007820406456
GMRES: d(71)= 5.923703159e-09 rate=0.8469901615
GMRES: 0.028508672 seconds
Newton: d(1)= 5.923703159e-09 rate 7.574674274e-06
Newton: 0.076170964 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0955
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000909267476
GMRES: d(0)= 0.000909267476
GMRES: d(71)= 6.816155073e-09 rate=0.8468661183
GMRES: 0.028013188 seconds
Newton: d(1)= 6.81615507e-09 rate 7.496314616e-06
Newton: 0.075961517 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0956
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006967299638
GMRES: d(0)= 0.0006967299638
GMRES: d(71)= 5.598420679e-09 rate=0.8476946677
GMRES: 0.026039779 seconds
Newton: d(1)= 5.598420673e-09 rate 8.035280473e-06
Newton: 0.073923438 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0957
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008387031883
GMRES: d(0)= 0.0008387031883
GMRES: d(71)= 6.369623678e-09 rate=0.8470215179
GMRES: 0.028210112 seconds
Newton: d(1)= 6.369623678e-09 rate 7.594610068e-06
Newton: 0.076246429 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0958
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007115663872
GMRES: d(0)= 0.0007115663872
GMRES: d(70)= 6.609174553e-09 rate=0.8474484923
GMRES: 0.025511281 seconds
Newton: d(1)= 6.609174551e-09 rate 9.288205107e-06
Newton: 0.073268646 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0959
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0009314164778
GMRES: d(0)= 0.0009314164778
GMRES: d(70)= 9.637265911e-09 rate=0.8487562766
GMRES: 0.027561397 seconds
Newton: d(1)= 9.637265917e-09 rate 1.034689223e-05
Newton: 0.074663943 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.096
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005644113874
GMRES: d(0)= 0.0005644113874
GMRES: d(70)= 5.874451297e-09 rate=0.8488277975
GMRES: 0.025312194 seconds
Newton: d(1)= 5.874451301e-09 rate 1.040810202e-05
Newton: 0.073190319 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0961
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0009351194483
GMRES: d(0)= 0.0009351194483
GMRES: d(70)= 9.313893822e-09 rate=0.8482944612
GMRES: 0.027856732 seconds
Newton: d(1)= 9.313893816e-09 rate 9.960111334e-06
Newton: 0.076790198 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0962
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007824228201
GMRES: d(0)= 0.0007824228201
GMRES: d(72)= 5.991199037e-09 rate=0.8490738152
GMRES: 0.028874437 seconds
Newton: d(1)= 5.991199038e-09 rate 7.657239645e-06
Newton: 0.076744433 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0963
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007406251049
GMRES: d(0)= 0.0007406251049
GMRES: d(70)= 7.21637776e-09 rate=0.8480282063
GMRES: 0.027499608 seconds
Newton: d(1)= 7.216377753e-09 rate 9.743631029e-06
Newton: 0.075231392 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0964
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006256484022
GMRES: d(0)= 0.0006256484022
GMRES: d(70)= 7.189495057e-09 rate=0.8500291697
GMRES: 0.027508926 seconds
Newton: d(1)= 7.189495043e-09 rate 1.149127052e-05
Newton: 0.076168994 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0965
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008421450747
GMRES: d(0)= 0.0008421450747
GMRES: d(70)= 7.431539271e-09 rate=0.846828758
GMRES: 0.026569833 seconds
Newton: d(1)= 7.431539272e-09 rate 8.824535695e-06
Newton: 0.07364929 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0966
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0009242386029
GMRES: d(0)= 0.0009242386029
GMRES: d(71)= 6.479559779e-09 rate=0.8460676506
GMRES: 0.028090315 seconds
Newton: d(1)= 6.47955978e-09 rate 7.010700223e-06
Newton: 0.075551477 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0967
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007263163632
GMRES: d(0)= 0.0007263163632
GMRES: d(70)= 7.071756061e-09 rate=0.848019297
GMRES: 0.027577082 seconds
Newton: d(1)= 7.071756065e-09 rate 9.736468051e-06
Newton: 0.075159775 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0968
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008020109807
GMRES: d(0)= 0.0008020109807
GMRES: d(71)= 9.093624854e-09 rate=0.851816149
GMRES: 0.028175017 seconds
Newton: d(1)= 9.093624847e-09 rate 1.133852911e-05
Newton: 0.076647581 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0969
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008107533062
GMRES: d(0)= 0.0008107533062
GMRES: d(69)= 9.422940154e-09 rate=0.8481693519
GMRES: 0.027055804 seconds
Newton: d(1)= 9.422940156e-09 rate 1.162245048e-05
Newton: 0.074436001 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.097
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007383341227
GMRES: d(0)= 0.0007383341227
GMRES: d(70)= 7.988804261e-09 rate=0.8492986075
GMRES: 0.027763212 seconds
Newton: d(1)= 7.988804258e-09 rate 1.082003935e-05
Newton: 0.075294782 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0971
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.00065918567
GMRES: d(0)= 0.00065918567
GMRES: d(70)= 6.697990806e-09 rate=0.8485364946
GMRES: 0.027643829 seconds
Newton: d(1)= 6.697990821e-09 rate 1.016100793e-05
Newton: 0.074991258 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0972
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0009027997959
GMRES: d(0)= 0.0009027997959
GMRES: d(71)= 8.068305525e-09 rate=0.8489654425
GMRES: 0.028883511 seconds
Newton: d(1)= 8.06830554e-09 rate 8.936982016e-06
Newton: 0.077568174 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0973
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0005434532527
GMRES: d(0)= 0.0005434532527
GMRES: d(70)= 6.397945542e-09 rate=0.8503230981
GMRES: 0.02768572 seconds
Newton: d(1)= 6.397945544e-09 rate 1.177276153e-05
Newton: 0.075174502 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0974
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.001020780472
GMRES: d(0)= 0.001020780472
GMRES: d(71)= 7.098591906e-09 rate=0.8459710298
GMRES: 0.027050154 seconds
Newton: d(1)= 7.098591904e-09 rate 6.954082783e-06
Newton: 0.074656458 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0975
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007147501526
GMRES: d(0)= 0.0007147501526
GMRES: d(70)= 7.894988912e-09 rate=0.8495491944
GMRES: 0.027575533 seconds
Newton: d(1)= 7.894988913e-09 rate 1.104580235e-05
Newton: 0.074950997 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0976
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006826058841
GMRES: d(0)= 0.0006826058841
GMRES: d(71)= 6.461402501e-09 rate=0.8496530967
GMRES: 0.028217111 seconds
Newton: d(1)= 6.461402494e-09 rate 9.465787865e-06
Newton: 0.075746208 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0977
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008467850603
GMRES: d(0)= 0.0008467850603
GMRES: d(70)= 9.748675414e-09 rate=0.850051661
GMRES: 0.027647369 seconds
Newton: d(1)= 9.748675423e-09 rate 1.151257371e-05
Newton: 0.075372328 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0978
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007583601118
GMRES: d(0)= 0.0007583601118
GMRES: d(70)= 8.063950265e-09 rate=0.8490875291
GMRES: 0.028139729 seconds
Newton: d(1)= 8.06395026e-09 rate 1.063340507e-05
Newton: 0.076325471 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0979
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000970542474
GMRES: d(0)= 0.000970542474
GMRES: d(71)= 6.127987952e-09 rate=0.8448212632
GMRES: 0.027117575 seconds
Newton: d(1)= 6.12798796e-09 rate 6.313982257e-06
Newton: 0.074655534 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.098
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006880916005
GMRES: d(0)= 0.0006880916005
GMRES: d(70)= 7.882757705e-09 rate=0.8499918112
GMRES: 0.027549004 seconds
Newton: d(1)= 7.88275771e-09 rate 1.145597142e-05
Newton: 0.07585974 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0981
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007127926938
GMRES: d(0)= 0.0007127926938
GMRES: d(71)= 7.991584525e-09 rate=0.8516811543
GMRES: 0.027981978 seconds
Newton: d(1)= 7.991584513e-09 rate 1.121165324e-05
Newton: 0.074993206 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0982
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008335449677
GMRES: d(0)= 0.0008335449677
GMRES: d(71)= 6.116512226e-09 rate=0.8466114783
GMRES: 0.028508446 seconds
Newton: d(1)= 6.116512227e-09 rate 7.337951117e-06
Newton: 0.075540331 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0983
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008646305982
GMRES: d(0)= 0.0008646305982
GMRES: d(71)= 6.952247722e-09 rate=0.8477027391
GMRES: 0.026638724 seconds
Newton: d(1)= 6.952247737e-09 rate 8.040714441e-06
Newton: 0.073655311 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0984
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006206493885
GMRES: d(0)= 0.0006206493885
GMRES: d(69)= 7.892655471e-09 rate=0.849276172
GMRES: 0.027147261 seconds
Newton: d(1)= 7.892655468e-09 rate 1.271676991e-05
Newton: 0.074346257 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0985
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008908538358
GMRES: d(0)= 0.0008908538358
GMRES: d(69)= 9.101205185e-09 rate=0.8465856546
GMRES: 0.027331673 seconds
Newton: d(1)= 9.101205181e-09 rate 1.021627209e-05
Newton: 0.074715127 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0986
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006999779792
GMRES: d(0)= 0.0006999779792
GMRES: d(70)= 7.071653235e-09 rate=0.848466712
GMRES: 0.027736639 seconds
Newton: d(1)= 7.071653247e-09 rate 1.010267959e-05
Newton: 0.074894967 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0987
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008450053719
GMRES: d(0)= 0.0008450053719
GMRES: d(71)= 9.947002201e-09 rate=0.8522658938
GMRES: 0.024193392 seconds
Newton: d(1)= 9.947002205e-09 rate 1.177152541e-05
Newton: 0.071841009 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0988
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008691398406
GMRES: d(0)= 0.0008691398406
GMRES: d(70)= 7.737675359e-09 rate=0.8469354235
GMRES: 0.027783707 seconds
Newton: d(1)= 7.73767537e-09 rate 8.902681719e-06
Newton: 0.075112398 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0989
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007356113177
GMRES: d(0)= 0.0007356113177
GMRES: d(70)= 7.459068851e-09 rate=0.8485113582
GMRES: 0.027649552 seconds
Newton: d(1)= 7.459068854e-09 rate 1.013995934e-05
Newton: 0.075352426 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.099
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008417825011
GMRES: d(0)= 0.0008417825011
GMRES: d(70)= 7.82962722e-09 rate=0.84746548
GMRES: 0.027906689 seconds
Newton: d(1)= 7.829627218e-09 rate 9.301247303e-06
Newton: 0.075517288 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0991
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.000689954159
GMRES: d(0)= 0.000689954159
GMRES: d(70)= 6.227168298e-09 rate=0.8471011883
GMRES: 0.026175519 seconds
Newton: d(1)= 6.2271683e-09 rate 9.025481213e-06
Newton: 0.073704509 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0992
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008446123382
GMRES: d(0)= 0.0008446123382
GMRES: d(70)= 8.29741426e-09 rate=0.8481276448
GMRES: 0.027538952 seconds
Newton: d(1)= 8.297414268e-09 rate 9.823932108e-06
Newton: 0.07716603 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0993
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008045359177
GMRES: d(0)= 0.0008045359177
GMRES: d(70)= 9.41119368e-09 rate=0.8502453694
GMRES: 0.027524019 seconds
Newton: d(1)= 9.411193685e-09 rate 1.169766753e-05
Newton: 0.075135729 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0994
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008520804712
GMRES: d(0)= 0.0008520804712
GMRES: d(72)= 6.626597009e-09 rate=0.8492567885
GMRES: 0.029063731 seconds
Newton: d(1)= 6.62659702e-09 rate 7.776961501e-06
Newton: 0.076741903 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0995
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007499555135
GMRES: d(0)= 0.0007499555135
GMRES: d(70)= 7.74101953e-09 rate=0.8487270385
GMRES: 0.025326994 seconds
Newton: d(1)= 7.741019523e-09 rate 1.032197162e-05
Newton: 0.072493393 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0996
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008927019205
GMRES: d(0)= 0.0008927019205
GMRES: d(71)= 9.147940831e-09 rate=0.8506031727
GMRES: 0.028734527 seconds
Newton: d(1)= 9.147940811e-09 rate 1.024747522e-05
Newton: 0.076128121 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0997
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0007023964675
GMRES: d(0)= 0.0007023964675
GMRES: d(70)= 8.252686115e-09 rate=0.8502988944
GMRES: 0.027685558 seconds
Newton: d(1)= 8.252686116e-09 rate 1.174932748e-05
Newton: 0.075410097 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0998
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0008563438972
GMRES: d(0)= 0.0008563438972
GMRES: d(70)= 8.269526505e-09 rate=0.8479197461
GMRES: 0.026572138 seconds
Newton: d(1)= 8.269526493e-09 rate 9.656782188e-06
Newton: 0.074117833 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.0999
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
Newton: d(0)= 0.0006593847361
GMRES: d(0)= 0.0006593847361
GMRES: d(70)= 6.150289856e-09 rate=0.8474993648
GMRES: 0.027655541 seconds
Newton: d(1)= 6.150289853e-09 rate 9.327316082e-06
Newton: 0.075370408 seconds
Dynamic Step Evaluation Info:
Time: .................................... 0.1
disp (86.75, -44.2302, 1.74331) = (0, 0, 0) -- norm( disp 0): 0
disp (48.4428, -35.0794, 33.8927) = (0, 0, 0) -- norm( disp 1): 0
disp (22.5562, -16.1836, 51.2538) = (0, 0, 0) -- norm( disp 2): 0
disp (55.1275, -62.8303, -2.31392) = (0, 0, 0) -- norm( disp 3): 0
[ OK ] TestElphySolverConsistency/CoupledConsistencyTest.CompareSolvers/0 (274154 ms)
[----------] 2 tests from TestElphySolverConsistency/CoupledConsistencyTest (441115 ms total)
[----------] Global test environment tear-down
[==========] 2 tests from 1 test suite ran. (441115 ms total)
[ PASSED ] 2 tests.
end program after 7:20.40 minutes on 4 procs at Tue Apr 1 13:23:58 2025 with 1 warning(s):
Warning: Accumulating already accumulated Vector!
in ../../../../mpp/src/lib4_fem/algebra/Vector.cpp:203
on line 203
[92m 10/11 Test 10: TestCoupledConsistencyMPI ................... Passed 441.53 sec[0m
Start 11: TestDeformedDiffusionMPI
================ running mpp ================
[==========] Running 4 tests from 1 test suite.
[----------] Global test environment set-up.
[----------] 4 tests from DeformedDiffusionTest
[ RUN ] DeformedDiffusionTest.CheckReference
start program on 4 procs at Tue Apr 1 13:23:58 2025
Running on: runner-83jcba7v-project-159678-concurrent-1-q04fydif
reading config: Mesh.................................... UnitBlock3DTet
reading default: level................................... 0
reading config: plevel.................................. 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
[1;33mWarning: Changed order of points for type TETRAHEDRON[0m
in ../../../../mpp/src/lib2_mesh/mesh/CheckOrientation.cpp:105
on line 105
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: ActiveMaterial.......................... Linear
reading default: PassiveMaterial......................... Linear
reading default: LinearMat_Lambda........................ 1
reading default: LinearMat_Mu............................ 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ConstantPressure........................ 0
reading default: LVPressure.............................. 0
reading default: RVPressure.............................. 0
reading default: LAPressure.............................. 0
reading default: RAPressure.............................. 0
reading default: IntraLongitudinal....................... 0.17
reading default: IntraTransversal........................ 0.019
reading default: ExtraLongitudinal....................... 0.62
reading default: ExtraTransversal........................ 0.24
reading default: WithGerachDiffsion...................... 0
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading config: ElphyMeshPart........................... fourchamber
reading default: MechMeshPart............................ fourchamber
reading default: deformFibersInConductivity.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: ElphyVTK................................ 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: MatrixGraphVerbose...................... 0
reading config: ExternalCurrentSmoothingInSpace......... discrete
reading config: ElphyVerbose............................ -1
reading default: IsExternalCurrentSmooth................. 0
reading default: ThresholdVForActivation................. 0
reading default: PrintVSteps............................. 1
reading config: StartTime............................... 0.0
reading default: UseTNewForIextUpdate.................... 1
reading config: IextInPDE............................... 0
reading config: CrankNicolsonTheta...................... 0
reading config: SurfaceToVolumeRatio.................... 1
reading config: MembraneCapacitance..................... 1
reading default: MechVTK................................. 0
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
[ OK ] DeformedDiffusionTest.CheckReference (17 ms)
[ RUN ] DeformedDiffusionTest.NoDeformation
reading config: Mesh.................................... UnitBlock3DTet
reading default: level................................... 0
reading config: plevel.................................. 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: ActiveMaterial.......................... Linear
reading default: PassiveMaterial......................... Linear
reading default: LinearMat_Lambda........................ 1
reading default: LinearMat_Mu............................ 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ConstantPressure........................ 0
reading default: LVPressure.............................. 0
reading default: RVPressure.............................. 0
reading default: LAPressure.............................. 0
reading default: RAPressure.............................. 0
reading default: IntraLongitudinal....................... 0.17
reading default: IntraTransversal........................ 0.019
reading default: ExtraLongitudinal....................... 0.62
reading default: ExtraTransversal........................ 0.24
reading default: WithGerachDiffsion...................... 0
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading config: ElphyMeshPart........................... fourchamber
reading default: MechMeshPart............................ fourchamber
reading default: deformFibersInConductivity.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: ElphyVTK................................ 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: MatrixGraphVerbose...................... 0
reading config: ExternalCurrentSmoothingInSpace......... discrete
reading config: ElphyVerbose............................ -1
reading default: IsExternalCurrentSmooth................. 0
reading default: ThresholdVForActivation................. 0
reading default: PrintVSteps............................. 1
reading config: StartTime............................... 0.0
reading default: UseTNewForIextUpdate.................... 1
reading config: IextInPDE............................... 0
reading config: CrankNicolsonTheta...................... 0
reading config: SurfaceToVolumeRatio.................... 1
reading config: MembraneCapacitance..................... 1
reading default: MechVTK................................. 0
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
[ OK ] DeformedDiffusionTest.NoDeformation (15 ms)
[ RUN ] DeformedDiffusionTest.WithDeformation
reading config: Mesh.................................... UnitBlock3DTet
reading default: level................................... 0
reading config: plevel.................................. 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: ActiveMaterial.......................... Linear
reading default: PassiveMaterial......................... Linear
reading default: LinearMat_Lambda........................ 1
reading default: LinearMat_Mu............................ 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ConstantPressure........................ 0
reading default: LVPressure.............................. 0
reading default: RVPressure.............................. 0
reading default: LAPressure.............................. 0
reading default: RAPressure.............................. 0
reading default: IntraLongitudinal....................... 0.17
reading default: IntraTransversal........................ 0.019
reading default: ExtraLongitudinal....................... 0.62
reading default: ExtraTransversal........................ 0.24
reading default: WithGerachDiffsion...................... 0
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading config: ElphyMeshPart........................... fourchamber
reading default: MechMeshPart............................ fourchamber
reading default: deformFibersInConductivity.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: ElphyVTK................................ 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: MatrixGraphVerbose...................... 0
reading config: ExternalCurrentSmoothingInSpace......... discrete
reading config: ElphyVerbose............................ -1
reading default: IsExternalCurrentSmooth................. 0
reading default: ThresholdVForActivation................. 0
reading default: PrintVSteps............................. 1
reading config: StartTime............................... 0.0
reading default: UseTNewForIextUpdate.................... 1
reading config: IextInPDE............................... 0
reading config: CrankNicolsonTheta...................... 0
reading config: SurfaceToVolumeRatio.................... 1
reading config: MembraneCapacitance..................... 1
reading default: MechVTK................................. 0
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
[ OK ] DeformedDiffusionTest.WithDeformation (14 ms)
[ RUN ] DeformedDiffusionTest.StretchAlongFiber
reading config: Mesh.................................... UnitBlock3DTet
reading default: level................................... 0
reading config: plevel.................................. 0
reading default: clevel.................................. 0
reading default: Distribution............................ RCB
reading default: Scales.................................. 0
reading default: MeshesVerbose........................... 1
reading default: MeshVerbose............................. 1
reading default: DistributionVerbose..................... 0
reading default: ClearDistribution....................... 1
reading default: MakeCommunicatorConsistent.............. 0
reading default: ProblemVerbose.......................... 1
reading default: MechDiscretization...................... Conforming
reading default: Static.................................. 0
reading default: VolumetricSplit......................... 0
reading default: MechProblemVerbose...................... 1
reading default: ActiveMaterial.......................... Linear
reading default: PassiveMaterial......................... Linear
reading default: LinearMat_Lambda........................ 1
reading default: LinearMat_Mu............................ 1
reading default: QuasiCompressiblePenalty................ None
reading default: ViscoelasticDamping..................... None
reading default: ConstantPressure........................ 0
reading default: LVPressure.............................. 0
reading default: RVPressure.............................. 0
reading default: LAPressure.............................. 0
reading default: RAPressure.............................. 0
reading default: IntraLongitudinal....................... 0.17
reading default: IntraTransversal........................ 0.019
reading default: ExtraLongitudinal....................... 0.62
reading default: ExtraTransversal........................ 0.24
reading default: WithGerachDiffsion...................... 0
reading config: ProblemDimension........................ 3
reading config: ProblemGeometry......................... Tet
reading config: ElphyMeshPart........................... fourchamber
reading default: MechMeshPart............................ fourchamber
reading default: deformFibersInConductivity.............. 0
reading config: AssembleVerbose......................... 1
reading default: startTime............................... 0
reading default: t0...................................... 0
reading default: endTime................................. 1
reading default: T....................................... 1
reading default: maxStepSize............................. 1e+100
reading default: stepSize................................ 0
reading default: dt...................................... 0
reading default: minStepSize............................. 0
reading default: dt_min.................................. 0
reading default: maxSteps................................ 0
reading default: steps................................... 0
reading default: K....................................... 0
reading default: tEps.................................... 1e-15
reading default: tTol.................................... 1e-06
reading default: ElphyVTK................................ 0
reading default: PlotFibres.............................. 1
reading config: PlottingSteps........................... 1
reading default: MatrixGraphVerbose...................... 0
reading config: ExternalCurrentSmoothingInSpace......... discrete
reading config: ElphyVerbose............................ -1
reading default: IsExternalCurrentSmooth................. 0
reading default: ThresholdVForActivation................. 0
reading default: PrintVSteps............................. 1
reading config: StartTime............................... 0.0
reading default: UseTNewForIextUpdate.................... 1
reading config: IextInPDE............................... 0
reading config: CrankNicolsonTheta...................... 0
reading config: SurfaceToVolumeRatio.................... 1
reading config: MembraneCapacitance..................... 1
reading default: MechVTK................................. 0
reading default: Density................................. 0
reading default: StretchFactorSheet...................... 1
reading default: StretchFactorNormal..................... 1
reading default: withPressure............................ 1
reading default: activeDeformation.......................
[ OK ] DeformedDiffusionTest.StretchAlongFiber (14 ms)
[----------] 4 tests from DeformedDiffusionTest (62 ms total)
[----------] Global test environment tear-down
[==========] 4 tests from 1 test suite ran. (62 ms total)
[ PASSED ] 4 tests.
end program after 0.07 seconds on 4 procs at Tue Apr 1 13:23:58 2025 with 1 warning(s):
Warning: Changed order of points for type TETRAHEDRON
in ../../../../mpp/src/lib2_mesh/mesh/CheckOrientation.cpp:105
on line 105
[92m 11/11 Test 11: TestDeformedDiffusionMPI .................... Passed 0.46 sec[0m
section_end:1743513839:step_script
[0Ksection_start:1743513839:archive_cache
[0K[0K[36;1mSaving cache for successful job[0;m[0;m
[32;1mNot uploading cache build-cardmech-ubuntu24.04:feature-3-protected due to policy[0;m
section_end:1743513839:archive_cache
[0Ksection_start:1743513839:cleanup_file_variables
[0K[0K[36;1mCleaning up project directory and file based variables[0;m[0;m
section_end:1743513840:cleanup_file_variables
[0K[32;1mJob succeeded[0;m