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ampere_research/trilinos/output/MueLu_Tpetra_maxwell4.output

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first commit
2024-10-22 00:49:37 -04:00
oasis10.umiacs.umd.edu
30 MueLu Tpetra maxwell4.xml
output/MueLu_Tpetra_maxwell4.output
output/MueLu_Tpetra_maxwell4_power.output
dt = 3.33564e-09
Loading solver config from solverMueLu.xml
Linear Solver Type = Belos [unused]
Preconditioner Type = Teko [unused]
Linear Solver Types ->
Belos ->
Solver Type = Block GMRES [unused]
Solver Types ->
Block GMRES ->
Convergence Tolerance = 1e-08 [unused]
Orthogonalization = ICGS [unused]
Output Frequency = 1 [unused]
Output Style = 1 [unused]
Verbosity = 1 [unused]
Maximum Iterations = 10 [unused]
Block Size = 1 [unused]
Num Blocks = 10 [unused]
Flexible Gmres = 1 [unused]
Timer Label = GMRES block system [unused]
Implicit Residual Scaling = Norm of Initial Residual [unused]
VerboseObject ->
Verbosity Level = medium [unused]
Preconditioner Types ->
Teko ->
Inverse Type = Maxwell [unused]
Inverse Factory Library ->
Maxwell ->
Type = Full Maxwell Preconditioner [unused]
Use as preconditioner = 0 [unused]
Debug = 0 [unused]
Dump = 0 [unused]
Use discrete curl = 1 [unused]
Simplify Faraday = 0 [unused]
dt = 3.33564e-09 [unused]
Q_B Solve ->
Type = Belos [unused]
Solver Type = Block CG [unused]
Solver Types ->
Block CG ->
Convergence Tolerance = 1e-09 [unused]
Use Single Reduction = 1 [unused]
Maximum Iterations = 100 [unused]
Timer Label = CG Q_B [unused]
Output Frequency = 10 [unused]
Output Style = 1 [unused]
Verbosity = 1 [unused]
Implicit Residual Scaling = None [unused]
VerboseObject ->
Verbosity Level = medium [unused]
Q_B Preconditioner ->
Prec Type = Ifpack2 [unused]
Prec Types ->
Ifpack2 ->
Prec Type = relaxation [unused]
Ifpack2 Settings ->
relaxation: type = Jacobi [unused]
relaxation: sweeps = 1 [unused]
S_E Solve ->
Type = Belos [unused]
Solver Type = Block CG [unused]
Solver Types ->
Block CG ->
Convergence Tolerance = 1e-09 [unused]
Use Single Reduction = 1 [unused]
Maximum Iterations = 100 [unused]
Timer Label = CG S_E [unused]
Output Frequency = 10 [unused]
Output Style = 1 [unused]
Verbosity = 1 [unused]
Implicit Residual Scaling = None [unused]
VerboseObject ->
Verbosity Level = medium [unused]
S_E Preconditioner ->
Type = MueLuRefMaxwell [unused]
Preconditioner Types ->
MueLuRefMaxwell ->
parameterlist: syntax = muelu [unused]
use kokkos refactor = 0 [unused]
verbosity = extreme [unused]
refmaxwell: use as preconditioner = 1 [unused]
refmaxwell: enable reuse = 1 [unused]
refmaxwell: mode = additive [unused]
refmaxwell: disable addon = 0 [unused]
refmaxwell: dump matrices = 0 [unused]
refmaxwell: subsolves on subcommunicators = 1 [unused]
refmaxwell: subsolves striding = 1 [unused]
fuse prolongation and update = 1 [unused]
aggregation: drop scheme = distance laplacian [unused]
aggregation: distance laplacian algo = scaled cut [unused]
aggregation: drop tol = 8 [unused]
smoother: type = CHEBYSHEV [unused]
matvec params ->
Send type = Isend [unused]
smoother: params ->
chebyshev: degree = 2 [unused]
chebyshev: ratio eigenvalue = 20 [unused]
chebyshev: eigenvalue max iterations = 100 [unused]
chebyshev: algorithm = opt_fourth [unused]
chebyshev: use native spmv = 0 [unused]
refmaxwell: 11list ->
use kokkos refactor = 0 [unused]
verbosity = extreme [unused]
coarse: max size = 2500 [unused]
number of equations = 3 [unused]
multigrid algorithm = unsmoothed [unused]
fuse prolongation and update = 1 [unused]
aggregation: type = uncoupled [unused]
aggregation: drop scheme = distance laplacian [unused]
aggregation: distance laplacian algo = scaled cut [unused]
aggregation: drop tol = 8 [unused]
coarse: type = KLU [unused]
smoother: type = CHEBYSHEV [unused]
repartition: enable = 1 [unused]
repartition: partitioner = zoltan2 [unused]
repartition: start level = 1 [unused]
repartition: target rows per thread = 3750 [unused]
repartition: min rows per thread = 250 [unused]
repartition: max imbalance = 1.1 [unused]
repartition: remap parts = 1 [unused]
repartition: rebalance P and R = 0 [unused]
repartition: print partition distribution = 1 [unused]
matvec params ->
Send type = Isend [unused]
smoother: params ->
chebyshev: degree = 2 [unused]
chebyshev: ratio eigenvalue = 5.4 [unused]
chebyshev: eigenvalue max iterations = 100 [unused]
chebyshev: algorithm = opt_fourth [unused]
chebyshev: use native spmv = 0 [unused]
repartition: params ->
algorithm = multijagged [unused]
refmaxwell: 22list ->
use kokkos refactor = 0 [unused]
verbosity = extreme [unused]
coarse: max size = 2500 [unused]
multigrid algorithm = unsmoothed [unused]
fuse prolongation and update = 1 [unused]
aggregation: type = uncoupled [unused]
aggregation: drop scheme = distance laplacian [unused]
aggregation: distance laplacian algo = scaled cut [unused]
aggregation: drop tol = 8 [unused]
coarse: type = KLU [unused]
smoother: type = CHEBYSHEV [unused]
repartition: enable = 1 [unused]
repartition: partitioner = zoltan2 [unused]
repartition: start level = 1 [unused]
repartition: target rows per thread = 15000 [unused]
repartition: min rows per thread = 1000 [unused]
repartition: max imbalance = 1.1 [unused]
repartition: remap parts = 1 [unused]
repartition: rebalance P and R = 0 [unused]
repartition: print partition distribution = 1 [unused]
matvec params ->
Send type = Isend [unused]
smoother: params ->
chebyshev: degree = 2 [unused]
chebyshev: ratio eigenvalue = 7 [unused]
chebyshev: eigenvalue max iterations = 100 [unused]
chebyshev: algorithm = opt_fourth [unused]
chebyshev: use native spmv = 0 [unused]
repartition: params ->
algorithm = multijagged [unused]
Required Parameters ->
Coordinates = AUXILIARY_NODE [unused]
Darcy ->
Type = Full Darcy Preconditioner [unused]
Use as preconditioner = 0 [unused]
Debug = 0 [unused]
Dump = 0 [unused]
Solve lower triangular = 1 [unused]
dt = 3.33564e-09 [unused]
Q_u Solve ->
Type = Belos [unused]
Solver Type = Pseudo Block CG [unused]
Solver Types ->
Pseudo Block CG ->
Convergence Tolerance = 1e-09 [unused]
Orthogonalization = ICGS [unused]
Maximum Iterations = 2000 [unused]
Timer Label = CG Q_u [unused]
Output Frequency = 10 [unused]
Output Style = 1 [unused]
Verbosity = 33 [unused]
Implicit Residual Scaling = None [unused]
VerboseObject ->
Verbosity Level = medium [unused]
Q_u Preconditioner ->
Prec Type = Ifpack2 [unused]
Prec Types ->
Ifpack2 ->
Prec Type = relaxation [unused]
Ifpack2 Settings ->
relaxation: type = Jacobi [unused]
relaxation: sweeps = 1 [unused]
S_sigma Solve ->
Type = Belos [unused]
Solver Type = Block CG [unused]
Solver Types ->
Block CG ->
Convergence Tolerance = 1e-09 [unused]
Use Single Reduction = 1 [unused]
Maximum Iterations = 100 [unused]
Timer Label = CG S_sigma [unused]
Output Frequency = 10 [unused]
Output Style = 1 [unused]
Verbosity = 33 [unused]
Implicit Residual Scaling = None [unused]
VerboseObject ->
Verbosity Level = medium [unused]
S_sigma Preconditioner ->
Type = MueLuRefMaxwell [unused]
Preconditioner Types ->
MueLuRefMaxwell ->
parameterlist: syntax = muelu [unused]
use kokkos refactor = 0 [unused]
verbosity = extreme [unused]
refmaxwell: space number = 2 [unused]
refmaxwell: use as preconditioner = 1 [unused]
refmaxwell: skip first (1,1) level = 1 [unused]
refmaxwell: enable reuse = 1 [unused]
refmaxwell: mode = additive [unused]
refmaxwell: disable addon = 1 [unused]
refmaxwell: disable addon 22 = 1 [unused]
refmaxwell: dump matrices = 0 [unused]
refmaxwell: subsolves on subcommunicators = 0 [unused]
refmaxwell: subsolves striding = 1 [unused]
aggregation: drop tol = 0.02 [unused]
aggregation: match ML phase2a = 1 [unused]
smoother: type = RELAXATION [unused]
matvec params ->
Send type = Isend [unused]
smoother: params ->
relaxation: type = Symmetric Gauss-Seidel [unused]
relaxation: sweeps = 2 [unused]
relaxation: use l1 = 1 [unused]
refmaxwell: 11list ->
use kokkos refactor = 0 [unused]
verbosity = extreme [unused]
coarse: max size = 2500 [unused]
number of equations = 3 [unused]
multigrid algorithm = unsmoothed [unused]
aggregation: type = uncoupled [unused]
aggregation: drop scheme = distance laplacian [unused]
aggregation: distance laplacian algo = scaled cut [unused]
aggregation: drop tol = 8 [unused]
coarse: type = KLU [unused]
smoother: pre type = RELAXATION [unused]
smoother: post type = RELAXATION [unused]
repartition: enable = 1 [unused]
repartition: partitioner = zoltan2 [unused]
repartition: start level = 1 [unused]
repartition: target rows per thread = 3750 [unused]
repartition: min rows per thread = 250 [unused]
repartition: max imbalance = 1.1 [unused]
repartition: remap parts = 1 [unused]
repartition: rebalance P and R = 0 [unused]
repartition: print partition distribution = 1 [unused]
matvec params ->
Send type = Isend [unused]
smoother: pre params ->
relaxation: type = Gauss-Seidel [unused]
relaxation: symmetric matrix structure = 1 [unused]
relaxation: sweeps = 2 [unused]
relaxation: use l1 = 1 [unused]
relaxation: backward mode = 0 [unused]
smoother: post params ->
relaxation: type = Gauss-Seidel [unused]
relaxation: symmetric matrix structure = 1 [unused]
relaxation: sweeps = 2 [unused]
relaxation: use l1 = 1 [unused]
relaxation: backward mode = 1 [unused]
repartition: params ->
algorithm = multijagged [unused]
refmaxwell: 22list ->
use kokkos refactor = 0 [unused]
verbosity = extreme [unused]
coarse: max size = 2500 [unused]
number of equations = 3 [unused]
multigrid algorithm = unsmoothed [unused]
aggregation: type = uncoupled [unused]
aggregation: drop scheme = distance laplacian [unused]
aggregation: distance laplacian algo = scaled cut [unused]
aggregation: drop tol = 8 [unused]
coarse: type = KLU [unused]
smoother: pre type = RELAXATION [unused]
smoother: post type = RELAXATION [unused]
repartition: enable = 1 [unused]
repartition: partitioner = zoltan2 [unused]
repartition: start level = 1 [unused]
repartition: target rows per thread = 15000 [unused]
repartition: min rows per thread = 1000 [unused]
repartition: max imbalance = 1.1 [unused]
repartition: remap parts = 1 [unused]
repartition: rebalance P and R = 0 [unused]
repartition: print partition distribution = 1 [unused]
matvec params ->
Send type = Isend [unused]
smoother: pre params ->
relaxation: type = Gauss-Seidel [unused]
relaxation: symmetric matrix structure = 1 [unused]
relaxation: sweeps = 2 [unused]
relaxation: use l1 = 1 [unused]
relaxation: backward mode = 0 [unused]
smoother: post params ->
relaxation: type = Gauss-Seidel [unused]
relaxation: symmetric matrix structure = 1 [unused]
relaxation: sweeps = 2 [unused]
relaxation: use l1 = 1 [unused]
relaxation: backward mode = 1 [unused]
repartition: params ->
algorithm = multijagged [unused]
Required Parameters ->
Coordinates = AUXILIARY_NODE [unused]
p=0 | CubeHexMesh: Building sub cells
Entering Thyra::BelosLinearOpWithSolveFactory<double>::initializeOpImpl(...) ...
Entering Thyra::BelosLinearOpWithSolveFactory<double>::initializeOpImpl(...) ...
Leaving Thyra::BelosLinearOpWithSolveFactory<double>::initializeOpImpl(...) ...
parameterlist: syntax = muelu
use kokkos refactor = 0 [unused]
verbosity = extreme
refmaxwell: use as preconditioner = 1 [unused]
refmaxwell: enable reuse = 1 [unused]
refmaxwell: mode = additive [unused]
refmaxwell: disable addon = 0 [unused]
refmaxwell: dump matrices = 0 [unused]
refmaxwell: subsolves on subcommunicators = 1 [unused]
refmaxwell: subsolves striding = 1 [unused]
fuse prolongation and update = 1 [unused]
aggregation: drop scheme = distance laplacian [unused]
aggregation: distance laplacian algo = scaled cut [unused]
aggregation: drop tol = 8 [unused]
smoother: type = CHEBYSHEV [unused]
half precision = 0 [default]
refmaxwell: space number = 1 [default]
Dk_1 = Teuchos::RCP<Xpetra::Matrix<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> > >{ptr=0,node=0,strong_count=0,weak_count=0} [default]
Dk_2 = Teuchos::RCP<Xpetra::Matrix<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> > >{ptr=0,node=0,strong_count=0,weak_count=0} [default]
D0 = Teuchos::RCP<Xpetra::Matrix<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> > >{ptr=0,node=0,strong_count=0,weak_count=0} [default]
M1_beta = Teuchos::RCP<Xpetra::Matrix<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> > >{ptr=0,node=0,strong_count=0,weak_count=0} [default]
M1_alpha = Teuchos::RCP<Xpetra::Matrix<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> > >{ptr=0,node=0,strong_count=0,weak_count=0} [default]
Ms = Teuchos::RCP<Xpetra::Matrix<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> > >{ptr=0,node=0,strong_count=0,weak_count=0} [default]
Mk_one = Teuchos::RCP<Xpetra::Matrix<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> > >{ptr=0,node=0,strong_count=0,weak_count=0} [default]
Mk_1_one = Teuchos::RCP<Xpetra::Matrix<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> > >{ptr=0,node=0,strong_count=0,weak_count=0} [default]
M1 = Teuchos::RCP<Xpetra::Matrix<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> > >{ptr=0,node=0,strong_count=0,weak_count=0} [default]
invMk_1_invBeta = Teuchos::RCP<Xpetra::Matrix<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> > >{ptr=0,node=0,strong_count=0,weak_count=0} [default]
invMk_2_invAlpha = Teuchos::RCP<Xpetra::Matrix<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> > >{ptr=0,node=0,strong_count=0,weak_count=0} [default]
M0inv = Teuchos::RCP<Xpetra::Matrix<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> > >{ptr=0,node=0,strong_count=0,weak_count=0} [default]
Nullspace = Teuchos::RCP<Xpetra::MultiVector<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> > >{ptr=0,node=0,strong_count=0,weak_count=0} [default]
Coordinates = Teuchos::RCP<Xpetra::MultiVector<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> > >{ptr=0,node=0,strong_count=0,weak_count=0} [default]
output filename = [default]
print initial parameters = 1 [default]
refmaxwell: disable addon 22 = 1 [default]
refmaxwell: skip first (1,1) level = 1 [default]
refmaxwell: skip first (2,2) level = 0 [default]
multigrid algorithm = unsmoothed [default]
transpose: use implicit = 0 [default]
rap: triple product = 0 [default]
rap: fix zero diagonals = 1 [default]
rap: fix zero diagonals threshold = 0 [default]
refmaxwell: row sum drop tol (1,1) = -1 [default]
sync timers = 0 [default]
refmaxwell: num iters coarse 11 = 1 [default]
refmaxwell: num iters 22 = 1 [default]
refmaxwell: apply BCs to Anodal = 0 [default]
refmaxwell: apply BCs to coarse 11 = 1 [default]
refmaxwell: apply BCs to 22 = 1 [default]
refmaxwell: max coarse size = 1 [default]
smoother: pre type = NONE [default]
smoother: post type = NONE [default]
aggregation: type = uncoupled [default]
aggregation: min agg size = 2 [default]
aggregation: max agg size = -1 [default]
aggregation: match ML phase1 = 0 [default]
aggregation: match ML phase2a = 0 [default]
aggregation: match ML phase2b = 0 [default]
aggregation: export visualization data = 0 [default]
matvec params ->
Send type = Isend [unused]
smoother: params ->
chebyshev: degree = 2 [unused]
chebyshev: ratio eigenvalue = 20 [unused]
chebyshev: eigenvalue max iterations = 100 [unused]
chebyshev: algorithm = opt_fourth [unused]
chebyshev: use native spmv = 0 [unused]
refmaxwell: 11list ->
use kokkos refactor = 0 [unused]
verbosity = extreme [unused]
coarse: max size = 2500 [unused]
number of equations = 3 [unused]
multigrid algorithm = unsmoothed [unused]
fuse prolongation and update = 1 [unused]
aggregation: type = uncoupled [unused]
aggregation: drop scheme = distance laplacian [unused]
aggregation: distance laplacian algo = scaled cut [unused]
aggregation: drop tol = 8 [unused]
coarse: type = KLU [unused]
smoother: type = CHEBYSHEV [unused]
repartition: enable = 1 [unused]
repartition: partitioner = zoltan2 [unused]
repartition: start level = 1 [unused]
repartition: target rows per thread = 3750 [unused]
repartition: min rows per thread = 250 [unused]
repartition: max imbalance = 1.1 [unused]
repartition: remap parts = 1 [unused]
repartition: rebalance P and R = 0 [unused]
repartition: print partition distribution = 1 [unused]
matvec params ->
Send type = Isend [unused]
smoother: params ->
chebyshev: degree = 2 [unused]
chebyshev: ratio eigenvalue = 5.4 [unused]
chebyshev: eigenvalue max iterations = 100 [unused]
chebyshev: algorithm = opt_fourth [unused]
chebyshev: use native spmv = 0 [unused]
repartition: params ->
algorithm = multijagged [unused]
refmaxwell: 22list ->
use kokkos refactor = 0 [unused]
verbosity = extreme [unused]
coarse: max size = 2500 [unused]
multigrid algorithm = unsmoothed [unused]
fuse prolongation and update = 1 [unused]
aggregation: type = uncoupled [unused]
aggregation: drop scheme = distance laplacian [unused]
aggregation: distance laplacian algo = scaled cut [unused]
aggregation: drop tol = 8 [unused]
coarse: type = KLU [unused]
smoother: type = CHEBYSHEV [unused]
repartition: enable = 1 [unused]
repartition: partitioner = zoltan2 [unused]
repartition: start level = 1 [unused]
repartition: target rows per thread = 15000 [unused]
repartition: min rows per thread = 1000 [unused]
repartition: max imbalance = 1.1 [unused]
repartition: remap parts = 1 [unused]
repartition: rebalance P and R = 0 [unused]
repartition: print partition distribution = 1 [unused]
matvec params ->
Send type = Isend [unused]
smoother: params ->
chebyshev: degree = 2 [unused]
chebyshev: ratio eigenvalue = 7 [unused]
chebyshev: eigenvalue max iterations = 100 [unused]
chebyshev: algorithm = opt_fourth [unused]
chebyshev: use native spmv = 0 [unused]
repartition: params ->
algorithm = multijagged [unused]
smoother: pre params ->
[empty list]
smoother: post params ->
[empty list]
SM_Matrix size = 300 x 300, nnz = 7020
SM_Matrix Load balancing info
SM_Matrix # active processes: 1/1
SM_Matrix # rows per proc : avg = 3.00e+02, dev = 0.0%, min = 0.0% ( 300 on 0), max = 0.0% ( 300 on 0)
SM_Matrix # nnz per proc : avg = 7.02e+03, dev = 0.0%, min = 0.0% ( 7020 on 0), max = 0.0% ( 7020 on 0)
RefMaxwell::compute(): Detected 0 BC rows and 0 BC columns.
RefMaxwell::compute(): building edge nullspace
Edge length (min/mean/max): 0.125 / 0.125 / 0.125
D0^T*M1_beta*D0: Computing Ac (MueLu::RAPFactory)
D0^T*M1_beta*D0: MxM: A x P
D0^T*M1_beta*D0: MxM: P' x (AP) (implicit)
******* WARNING *******
CheckRepairMainDiagonal: repaired 0 too small entries (threshold = 0) on main diagonal of Ac.
Ac size = 125 x 125, nnz = 2197
Ac Load balancing info
Ac # active processes: 1/1
Ac # rows per proc : avg = 1.25e+02, dev = 0.0%, min = 0.0% ( 125 on 0), max = 0.0% ( 125 on 0)
Ac # nnz per proc : avg = 2.20e+03, dev = 0.0%, min = 0.0% ( 2197 on 0), max = 0.0% ( 2197 on 0)
Level::Set: Not storing "AP reuse data" generated by factory RAPFactory[1] on level 1, as it has not been requested and no keep flags were set for it
Level::Set: Not storing "RAP reuse data" generated by factory RAPFactory[1] on level 1, as it has not been requested and no keep flags were set for it
RefMaxwell::compute(): building special edge prolongator
RefMaxwell::compute(): building edge projection
RefMaxwell::compute(): building nodal prolongator
RefMaxwell (1,1) A_nodal: Build (MueLu::TentativePFactory)
RefMaxwell (1,1) A_nodal: Build (MueLu::UncoupledAggregationFactory)
RefMaxwell (1,1) A_nodal: Build (MueLu::CoalesceDropFactory)
RefMaxwell (1,1) A_nodal: Build (MueLu::AmalgamationFactory)
AmalagamationFactory::Build(): found fullblocksize=1 and stridedblocksize=1 from strided maps. offset=0
lightweight wrap = 1
algorithm = "distance laplacian" distance laplacian algorithm = "scaled cut": threshold = 8, blocksize = 1
Level::Set: Not storing "Filtering" generated by factory CoalesceDropFactory[6] on level 0, as it has not been requested and no keep flags were set for it
RefMaxwell (1,1) A_nodal: Import construction
******* WARNING *******
Constructing new importer instance
RefMaxwell (1,1) A_nodal: Coordinate import
RefMaxwell (1,1) A_nodal: Laplacian local diagonal
RefMaxwell (1,1) A_nodal: Laplacian distributed diagonal
RefMaxwell (1,1) A_nodal: Laplacian dropping
RefMaxwell (1,1) A_nodal: Build amalgamated graph
Detected 0 agglomerated Dirichlet nodes using threshold 0
Level::Set: Not storing "DofsPerNode" generated by factory CoalesceDropFactory[6] on level 0, as it has not been requested and no keep flags were set for it
Number of dropped entries in unamalgamated matrix graph: 0/2197 (0%)
RefMaxwell (1,1) A_nodal: Algo "Phase - (Dirichlet)"
BuildAggregatesNonKokkos (Phase - (Dirichlet))
aggregated : 0 (phase), 0/125 [0.00%] (total)
remaining : 125
aggregates : 0 (phase), 0 (total)
RefMaxwell (1,1) A_nodal: Algo "Phase 1 (main)"
BuildAggregatesNonKokkos (Phase 1 (main))
aggregated : 125 (phase), 125/125 [100.00%] (total)
remaining : 0
aggregates : 8 (phase), 8 (total)
RefMaxwell (1,1) A_nodal: Algo "Phase 2a (secondary)"
BuildAggregatesNonKokkos (Phase 2a (secondary))
aggregated : 0 (phase), 125/125 [100.00%] (total)
remaining : 0
aggregates : 0 (phase), 8 (total)
RefMaxwell (1,1) A_nodal: Algo "Phase 2b (expansion)"
BuildAggregatesNonKokkos (Phase 2b (expansion))
aggregated : 0 (phase), 125/125 [100.00%] (total)
remaining : 0
aggregates : 0 (phase), 8 (total)
RefMaxwell (1,1) A_nodal: Algo "Phase 3 (cleanup)"
BuildAggregatesNonKokkos (Phase 3 (cleanup))
aggregated : 0 (phase), 125/125 [100.00%] (total)
remaining : 0
aggregates : 0 (phase), 8 (total)
RefMaxwell (1,1) A_nodal: Build (MueLu::CoarseMapFactory)
domainGIDOffset: 0 block size: 1 stridedBlockId: -1
Column map is consistent with the row map, good.
TentativePFactory : aggregates do not cross process boundaries
Level::Set: Not storing "Coordinates" generated by factory TentativePFactory[7] on level 1, as it has not been requested and no keep flags were set for it
Ptent size = 125 x 8
Ptent Load balancing info
Ptent # active processes: 1/1
Ptent # rows per proc : avg = 1.25e+02, dev = 0.0%, min = 0.0% ( 125 on 0), max = 0.0% ( 125 on 0)
Ptent # nnz per proc : avg = 1.25e+02, dev = 0.0%, min = 0.0% ( 125 on 0), max = 0.0% ( 125 on 0)
RefMaxwell (1,1) A_nodal: Build (MueLu::CoordinatesTransferFactory)
Transferring coordinates
RefMaxwell (1,1) A_nodal: AverageCoords
RefMaxwell::compute(): building vectorial nodal prolongator
******* WARNING *******
CheckRepairMainDiagonal: repaired 0 too small entries (threshold = 0.00) on main diagonal of Ac.
coarseA11 size = 24 x 24, nnz = 576
coarseA11 Load balancing info
coarseA11 # active processes: 1/1
coarseA11 # rows per proc : avg = 2.40e+01, dev = 0.0%, min = 0.0% ( 24 on 0), max = 0.0% ( 24 on 0)
coarseA11 # nnz per proc : avg = 5.76e+02, dev = 0.0%, min = 0.0% ( 576 on 0), max = 0.0% ( 576 on 0)
use kokkos refactor = 0
verbosity = extreme
coarse: max size = 2500
number of equations = 3
multigrid algorithm = unsmoothed
fuse prolongation and update = 1
aggregation: type = uncoupled
aggregation: drop scheme = distance laplacian
aggregation: distance laplacian algo = scaled cut
aggregation: drop tol = 8.00
coarse: type = KLU
smoother: type = CHEBYSHEV
repartition: enable = 1
repartition: partitioner = zoltan2
repartition: start level = 1
repartition: target rows per thread = 3750
repartition: min rows per thread = 250
repartition: max imbalance = 1.10
repartition: remap parts = 1
repartition: rebalance P and R = 0
repartition: print partition distribution = 1
reuse: type = full
max levels = 10 [default]
rap: algorithm = galerkin [default]
rap: triple product = 1 [unused]
matvec params ->
Send type = Isend [unused]
smoother: params ->
chebyshev: degree = 2 [unused]
chebyshev: ratio eigenvalue = 5.40 [unused]
chebyshev: eigenvalue max iterations = 100 [unused]
chebyshev: algorithm = opt_fourth [unused]
chebyshev: use native spmv = 0 [unused]
repartition: params ->
algorithm = multijagged
******* WARNING *******
The following parameters were not used:
rap: triple product = 1 [unused]
A0 size = 24 x 24, nnz = 576
A0 Load balancing info
A0 # active processes: 1/1
A0 # rows per proc : avg = 2.40e+01, dev = 0.0%, min = 0.0% ( 24 on 0), max = 0.0% ( 24 on 0)
A0 # nnz per proc : avg = 5.76e+02, dev = 0.0%, min = 0.0% ( 576 on 0), max = 0.0% ( 576 on 0)
Clearing old data (if any)
Replacing coordinate map
Using default factory (AmalgamationFactory[285]) for building 'UnAmalgamationInfo'.
Level 0
Max coarse size (<= 2500) achieved
RefMaxwell coarse (1,1): Setup Smoother (MueLu::Amesos2Smoother{type = Klu})
Level::Set: Not storing "PostSmoother" generated by factory SmootherFactory[38] on level 0, as it has not been requested and no keep flags were set for it
Level::Set: Not storing "PostSmoother data" generated by factory SmootherFactory[38] on level 0, as it has not been requested and no keep flags were set for it
--------------------------------------------------------------------------------
--- Multigrid Summary RefMaxwell coarse (1,1) ---
--------------------------------------------------------------------------------
Scalar = double
Number of levels = 1
Operator complexity = 1.00
Smoother complexity = 1.04
Cycle type = V
level rows nnz nnz/row c ratio procs
0 24 576 24.00 1
Smoother (level 0) pre : KLU2 solver interface
Smoother (level 0) post : no smoother
================================================================================
TimeMonitor results over 1 processor
Timer Name Global time (num calls)
--------------------------------------------------------------------------------
MueLu setup time (RefMaxwell coarse (1,1)) 0.0118 (1)
================================================================================
RefMaxwell::compute(): nuking BC columns of Dk_1
RefMaxwell::compute(): building MG for (2,2)-block
RefMaxwell (2,2): Computing Ac (MueLu::RAPFactory)
RefMaxwell (2,2): MxM: A x P
RefMaxwell (2,2): MxM: P' x (AP) (implicit)
******* WARNING *******
CheckRepairMainDiagonal: repaired 0 too small entries (threshold = 0.00) on main diagonal of Ac.
Ac size = 125 x 125, nnz = 2197
Ac Load balancing info
Ac # active processes: 1/1
Ac # rows per proc : avg = 1.25e+02, dev = 0.0%, min = 0.0% ( 125 on 0), max = 0.0% ( 125 on 0)
Ac # nnz per proc : avg = 2.20e+03, dev = 0.0%, min = 0.0% ( 2197 on 0), max = 0.0% ( 2197 on 0)
A22 size = 125 x 125, nnz = 2197
A22 Load balancing info
A22 # active processes: 1/1
A22 # rows per proc : avg = 1.25e+02, dev = 0.0%, min = 0.0% ( 125 on 0), max = 0.0% ( 125 on 0)
A22 # nnz per proc : avg = 2.20e+03, dev = 0.0%, min = 0.0% ( 2197 on 0), max = 0.0% ( 2197 on 0)
use kokkos refactor = 0
verbosity = extreme
coarse: max size = 2500
multigrid algorithm = unsmoothed
fuse prolongation and update = 1
aggregation: type = uncoupled
aggregation: drop scheme = distance laplacian
aggregation: distance laplacian algo = scaled cut
aggregation: drop tol = 8.00
coarse: type = KLU
smoother: type = CHEBYSHEV
repartition: enable = 1
repartition: partitioner = zoltan2
repartition: start level = 1
repartition: target rows per thread = 15000
repartition: min rows per thread = 1000
repartition: max imbalance = 1.10
repartition: remap parts = 1
repartition: rebalance P and R = 0
repartition: print partition distribution = 1
reuse: type = full
max levels = 10 [default]
number of equations = 1 [default]
rap: algorithm = galerkin [default]
rap: triple product = 1 [unused]
matvec params ->
Send type = Isend [unused]
smoother: params ->
chebyshev: degree = 2 [unused]
chebyshev: ratio eigenvalue = 7.00 [unused]
chebyshev: eigenvalue max iterations = 100 [unused]
chebyshev: algorithm = opt_fourth [unused]
chebyshev: use native spmv = 0 [unused]
repartition: params ->
algorithm = multijagged
coarse: params ->
fix nullspace = 1 [unused]
******* WARNING *******
The following parameters were not used:
rap: triple product = 1 [unused]
A0 size = 125 x 125, nnz = 2197
A0 Load balancing info
A0 # active processes: 1/1
A0 # rows per proc : avg = 1.25e+02, dev = 0.0%, min = 0.0% ( 125 on 0), max = 0.0% ( 125 on 0)
A0 # nnz per proc : avg = 2.20e+03, dev = 0.0%, min = 0.0% ( 2197 on 0), max = 0.0% ( 2197 on 0)
Clearing old data (if any)
Hierarchy::ReplaceCoordinateMap: matrix and coordinates maps are same, skipping...
Using default factory (AmalgamationFactory[567]) for building 'UnAmalgamationInfo'.
Level 0
Max coarse size (<= 2500) achieved
RefMaxwell (2,2): Setup Smoother (MueLu::Amesos2Smoother{type = Klu})
MueLu::Amesos2Smoother::Setup(): fixing nullspace
RefMaxwell (2,2): Nullspace factory (MueLu::NullspaceFactory)
Generating canonical nullspace: dimension = 1
Level::Set: Not storing "PostSmoother" generated by factory SmootherFactory[320] on level 0, as it has not been requested and no keep flags were set for it
Level::Set: Not storing "PostSmoother data" generated by factory SmootherFactory[320] on level 0, as it has not been requested and no keep flags were set for it
--------------------------------------------------------------------------------
--- Multigrid Summary RefMaxwell (2,2) ---
--------------------------------------------------------------------------------
Scalar = double
Number of levels = 1
Operator complexity = 1.00
Smoother complexity = 7.17
Cycle type = V
level rows nnz nnz/row c ratio procs
0 125 2197 17.58 1
Smoother (level 0) pre : KLU2 solver interface
Smoother (level 0) post : no smoother
================================================================================
TimeMonitor results over 1 processor
Timer Name Global time (num calls)
--------------------------------------------------------------------------------
MueLu setup time (RefMaxwell (2,2)) 0.0141 (1)
================================================================================
RefMaxwell::compute(): nuking BC rows of Dk_1
RefMaxwell (1,1): Setup Smoother (MueLu::Ifpack2Smoother{type = CHEBYSHEV})
chebyshev: ratio eigenvalue (computed) = 20.00
RefMaxwell (1,1): Preconditioner init
RefMaxwell (1,1): Preconditioner compute
chebyshev: max eigenvalue (calculated by Ifpack2) = 2.98
"Ifpack2::Chebyshev": {Initialized: true, Computed: true, "Ifpack2::Details::Chebyshev":{degree: 2, lambdaMax: 2.9768, alpha: 20, lambdaMin: 0.14884, boost factor: 1.1, algorithm: opt_fourth}, Global matrix dimensions: [300, 300], Global nnz: 7020}
Level::Set: Not storing "PostSmoother" generated by factory SmootherFactory[575] on level 0, as it has not been requested and no keep flags were set for it
Level::Set: Not storing "PostSmoother data" generated by factory SmootherFactory[575] on level 0, as it has not been requested and no keep flags were set for it
--------------------------------------------------------------------------------
--- RefMaxwell Summary ---
--------------------------------------------------------------------------------
block rows nnz nnz/row
(1, 1) 300 7020 23.4
(2, 2) 125 2197 17.576
Smoother 11 both : "Ifpack2::Chebyshev": {Initialized: true, Computed: true, "Ifpack2::Details::Chebyshev":{degree: 2, lambdaMax: 2.9768, alpha: 20, lambdaMin: 0.14884, boost factor: 1.1, algorithm: opt_fourth}, Global matrix dimensions: [300, 300], Global nnz: 7020}
--------------------------------------------------------------------------------
--- Multigrid Summary RefMaxwell coarse (1,1) ---
--------------------------------------------------------------------------------
Scalar = double
Number of levels = 1
Operator complexity = 1.00
Smoother complexity = 1.04
Cycle type = V
level rows nnz nnz/row c ratio procs
0 24 576 24.00 1
Smoother (level 0) pre : KLU2 solver interface
Smoother (level 0) post : no smoother
--------------------------------------------------------------------------------
--- Multigrid Summary RefMaxwell (2,2) ---
--------------------------------------------------------------------------------
Scalar = double
Number of levels = 1
Operator complexity = 1.00
Smoother complexity = 7.17
Cycle type = V
level rows nnz nnz/row c ratio procs
0 125 2197 17.58 1
Smoother (level 0) pre : KLU2 solver interface
Smoother (level 0) post : no smoother
Sub-solver distribution over ranks
( (1,1) block only is indicated by '1', (2,2) block only by '2', and both blocks by 'B' and none by '.')
B 0:0
Entering Thyra::BelosLinearOpWithSolveFactory<double>::initializeOpImpl(...) ...
Leaving Thyra::BelosLinearOpWithSolveFactory<double>::initializeOpImpl(...) ...
Leaving Thyra::BelosLinearOpWithSolveFactory<double>::initializeOpImpl(...) ...
**************************************************
* starting time step 1
Starting iterations with Belos:
Using forward operator = Thyra::DefaultBlockedLinearOp<double>{rangeDim=540,domainDim=540,numRowBlocks=2,numColBlocks=2}
Constituent LinearOpBase objects for M = [ Op[0,0] ... ; ... ; ... Op[numRowBlocks-1,numColBlocks-1] ]:
Op[0,0] = Thyra::TpetraLinearOp<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> >{rangeDim=240,domainDim=240}
Op[0,1] = Thyra::TpetraLinearOp<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> >{rangeDim=240,domainDim=300}
Op[1,0] = Thyra::TpetraLinearOp<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> >{rangeDim=300,domainDim=240}
Op[1,1] = Thyra::TpetraLinearOp<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> >{rangeDim=300,domainDim=300}
Using iterative solver = "Belos::BlockGmresSolMgr":
Template parameters:
ScalarType: double
MV: Thyra::MultiVectorBase<double>
OP: Thyra::LinearOpBase<double>
Flexible: true
Num Blocks: 10
Maximum Iterations: 10
Maximum Restarts: 20
Convergence Tolerance: 1e-08
With #Eqns=540, #RHSs=1 ...
Starting iterations with Belos:
Using forward operator = Thyra::TpetraLinearOp<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> >{rangeDim=240,domainDim=240}
Using iterative solver = Belos::BlockCGSolMgr<...,double>{Ortho Type='ICGS', Block Size=1}
With #Eqns=240, #RHSs=1 ...
The Belos solver "CG Q_B" of type "Belos::BlockCGSolMgr<...,double>{Ortho Type='ICGS', Block Size=1}" returned a solve status of "SOLVE_STATUS_CONVERGED" in 0 iterations with total CPU time of 0.000399399 sec
Starting iterations with Belos:
Using forward operator = Thyra::TpetraLinearOp<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> >{rangeDim=300,domainDim=300}
Using iterative solver = Belos::BlockCGSolMgr<...,double>{Ortho Type='ICGS', Block Size=1}
With #Eqns=300, #RHSs=1 ...
The Belos solver "CG S_E" of type "Belos::BlockCGSolMgr<...,double>{Ortho Type='ICGS', Block Size=1}" returned a solve status of "SOLVE_STATUS_CONVERGED" in 8 iterations with total CPU time of 0.00329952 sec
The Belos solver "GMRES block system" of type ""Belos::BlockGmresSolMgr": {Flexible: true, Num Blocks: 10, Maximum Iterations: 10, Maximum Restarts: 20, Convergence Tolerance: 1e-08}" returned a solve status of "SOLVE_STATUS_CONVERGED" in 1 iterations with total CPU time of 0.00514204 sec
Electromagnetic Energy = 4.82269e-07
Electromagnetic Energy/dt^2 = 4.33442e+10
* finished time step 1, t = 3.33564e-09
**************************************************
*** Teuchos::StackedTimer::report() - Remainder for a level will be ***
*** incorrect if a timer in the level does not exist on every rank ***
*** of the MPI Communicator. ***
Mini-EM: 0.244213 [1]
| Mini-EM: Total Time: 0.244148 - 99.9733% [1]
| | Mini-EM: build mesh: 0.00062056 - 0.254174% [1]
| | | panzer::CubeHexMeshFactory::buildUncomittedMesh(): 0.00029236 - 47.1123% [1]
| | | Remainder: 0.0003282 - 52.8877%
| | Mini-EM: build physics blocks: 0.00084112 - 0.344512% [1]
| | Mini-EM: build auxiliary physics blocks: 0.00082432 - 0.337631% [1]
| | panzer::CubeHexMeshFactory::completeMeshConstruction(): 0.0101023 - 4.13777% [1]
| | panzer::DOFManager::buildGlobalUnknowns: 0.00386272 - 1.58212% [4]
| | | panzer::DOFManager::buildTaggedMultiVector: 0.00105956 - 27.4304% [4]
| | | | panzer::DOFManager::builderOverlapMapFromElements: 0.0008158 - 76.9942% [4]
| | | | panzer::DOFManager::buildTaggedMultiVector::allocate_tagged_multivector: 0.00010328 - 9.74744% [4]
| | | | panzer::DOFManager::buildTaggedMultiVector::fill_tagged_multivector: 9.432e-05 - 8.90181% [4]
| | | | Remainder: 4.616e-05 - 4.35653%
| | | panzer::DOFManager::buildGlobalUnknowns_GUN: 0.00173244 - 44.8503% [4]
| | | | panzer::DOFManager::buildGlobalUnknowns_GUN::line_04 createOneToOne: 0.00017936 - 10.353% [4]
| | | | panzer::DOFManager::buildGlobalUnknowns_GUN::line_05 alloc_unique_mv: 1.664e-05 - 0.960496% [4]
| | | | panzer::DOFManager::buildGlobalUnknowns_GUN::line_06 export: 0.000194159 - 11.2073% [4]
| | | | panzer::DOFManager::buildGlobalUnknowns_GUN::line_07-09 local_count: 3.556e-05 - 2.0526% [4]
| | | | panzer::DOFManager::buildGlobalUnknowns_GUN::line_10 prefix_sum: 0.00120652 - 69.6429% [4]
| | | | panzer::DOFManager::buildGlobalUnknowns_GUN::line_13-21 gid_assignment: 2.108e-05 - 1.21678% [4]
| | | | panzer::DOFManager::buildGlobalUnknowns_GUN::line_23 final_import: 2.608e-05 - 1.50539% [4]
| | | | Remainder: 5.304e-05 - 3.06158%
| | | panzer::DOFManager::buildGlobalUnknowns::build_owned_vector: 0.000269 - 6.96401% [4]
| | | panzer::DOFManager::buildGlobalUnknowns::build_ghosted_array: 7.672e-05 - 1.98617% [4]
| | | panzer::DOFManager::buildGlobalUnknowns::build_orientation: 0.000233239 - 6.03821% [4]
| | | panzer::DOFManager::buildGlobalUnknowns::build_local_ids: 0.00012028 - 3.11387% [4]
| | | Remainder: 0.00037148 - 9.61706%
| | panzer::WorksetContainer::applyOrientations(ugi): 7.344e-05 - 0.0300801% [2]
| | Mini-EM: setup physics model evaluator: 0.0661093 - 27.0776% [1]
| | | panzer::ModelEvaluator::setupModel(): 0.0660934 - 99.976% [1]
| | | | allocate FieldManagerBuilder: 2.6e-06 - 0.00393383% [1]
| | | | fmb->setWorksetContainer(): 5.6e-07 - 0.000847286% [1]
| | | | fmb->setupVolumeFieldManagers(): 0.0582416 - 88.1202% [1]
| | | | | panzer::FieldManagerBuilder::setupVolumeFieldManagers: 0.0582257 - 99.9727% [1]
| | | | | | getWorksets(): 0.0308767 - 53.0293% [1]
| | | | | | | panzer::WorksetContainer::getWorksets(): 0.0308738 - 99.9905% [1]
| | | | | | | | panzer_stk::WorksetFactory::getWorksets: 0.0189771 - 61.4666% [1]
| | | | | | | | | panzer::integrationValues2::setupArrays(): 0.00371604 - 19.5817% [1]
| | | | | | | | | panzer::integrationValues2::evaluateValues(with virtual cells): 0.00370312 - 19.5136% [1]
| | | | | | | | | | panzer::integrationValues2::setup(): 0.0002766 - 7.46938% [1]
| | | | | | | | | | panzer::integrationValues2::evaluateEverything(): 0.00341796 - 92.2995% [1]
| | | | | | | | | | | panzer::integrationValues2::getUniformCubaturePointsRef(): 0.00011604 - 3.39501% [1]
| | | | | | | | | | | panzer::integrationValues2::getUniformCubatureWeightRef(): 3.156e-05 - 0.923358% [1]
| | | | | | | | | | | panzer::integrationValues2::getCubaturePointsRef(): 0.00022268 - 6.515% [1]
| | | | | | | | | | | panzer::integrationValues2::getCubaturePoints(): 0.00026668 - 7.80232% [1]
| | | | | | | | | | | panzer::integrationValues2::getJacobian(): 0.00059216 - 17.325% [1]
| | | | | | | | | | | panzer::integrationValues2::getJacobianDeterminant(): 7.996e-05 - 2.33941% [1]
| | | | | | | | | | | panzer::integrationValues2::getJacobianInverse(): 0.000539959 - 15.7977% [1]
| | | | | | | | | | | panzer::integrationValues2::getWeightedMeasure(): 6.436e-05 - 1.883% [1]
| | | | | | | | | | | panzer::integrationValues2::getContravarientMatrix(): 0.00094376 - 27.6118% [1]
| | | | | | | | | | | | panzer::integrationValues2::getCovariantMatrix(): 0.00036464 - 38.6369% [1]
| | | | | | | | | | | | Remainder: 0.00057912 - 61.3631%
| | | | | | | | | | | panzer::integrationValues2::getCovariantMatrix(): 0.00049044 - 14.3489% [1]
| | | | | | | | | | | panzer::integrationValues2::getNormContravarientMatrix(): 2.244e-05 - 0.656532% [1]
| | | | | | | | | | | Remainder: 4.792e-05 - 1.40201%
| | | | | | | | | | Remainder: 8.56e-06 - 0.231156%
| | | | | | | | | panzer::basisValues2::evaluateValues(8 arg, uniform cub pts): 0.00802736 - 42.3003% [2]
| | | | | | | | | | panzer::basisValues2::evaluateValues(5 arg): 0.004147 - 51.6608% [2]
| | | | | | | | | | | panzer::basisValues2::getVectorBasisValuesRef(): 3.948e-05 - 0.952014% [2]
| | | | | | | | | | | panzer::basisValues2::getCurlVectorBasisRef(): 1.016e-05 - 0.244997% [1]
| | | | | | | | | | | panzer::basisValues2::getVectorBasisValues(): 0.00210076 - 50.6573% [2]
| | | | | | | | | | | panzer::basisValues2::getCurlVectorBasis(): 0.0015806 - 38.1143% [1]
| | | | | | | | | | | panzer::basisValues2::getDivVectorBasisRef(): 9.92e-06 - 0.239209% [1]
| | | | | | | | | | | panzer::basisValues2::getDevVectorBasis(): 0.00011096 - 2.67567% [1]
| | | | | | | | | | | Remainder: 0.00029512 - 7.11647%
| | | | | | | | | | panzer::basisValues2::getVectorBasisValues(): 0.00197464 - 24.5989% [2]
| | | | | | | | | | panzer::basisValues2::getCurlVectorBasis(): 0.00155628 - 19.3872% [1]
| | | | | | | | | | panzer::basisValues2::getBasisCoordinatesRef(): 5.76e-05 - 0.717546% [2]
| | | | | | | | | | panzer::basisValues2::getBasisCoordinates(): 0.00015168 - 1.88954% [2]
| | | | | | | | | | panzer::basisValues2::getDevVectorBasis(): 0.0001014 - 1.26318% [1]
| | | | | | | | | | Remainder: 3.876e-05 - 0.482849%
| | | | | | | | | Remainder: 0.00353056 - 18.6043%
| | | | | | | | panzer::WorksetContainer::applyOrientations(eBlock,worksets): 0.0118782 - 38.4735% [1]
| | | | | | | | | panzer::basisValues2::applyOrientations(): 0.0118599 - 99.8454% [2]
| | | | | | | | | Remainder: 1.836e-05 - 0.154568%
| | | | | | | | Remainder: 1.848e-05 - 0.0598566%
| | | | | | | Remainder: 2.92e-06 - 0.00945697%
| | | | | | getOrientations(): 6.2e-06 - 0.0106482% [1]
| | | | | | pb->buildAndRegisterEquationSetEvaluators(): 0.00067196 - 1.15406% [1]
| | | | | | pb->buildAndRegisterGatherAndOrientationEvaluators(): 0.00074364 - 1.27717% [1]
| | | | | | pb->buildAndRegisterDOFProjectionsToIPEvaluators(): 0.00035932 - 0.617115% [1]
| | | | | | pb->buildAndRegisterScatterEvaluators(): 0.00011916 - 0.204652% [1]
| | | | | | pb->buildAndRegisterClosureModelEvaluators(): closureModelByEBlock==false: 0.000832799 - 1.43029% [1]
| | | | | | Phalanx::SortAndOrderEvaluators: 7.6e-07 - 0.00130526% [2]
| | | | | | Remainder: 0.0246152 - 42.2754%
| | | | | Remainder: 1.588e-05 - 0.0272657%
| | | | fmb->setupBCFieldManagers(): 7.96e-06 - 0.0120436% [1]
| | | | AssemblyEngine_TemplateBuilder::buildObjects(): 1.432e-05 - 0.0216663% [1]
| | | | build response library: 0.0078074 - 11.8127% [1]
| | | | | panzer::FieldManagerBuilder::setupVolumeFieldManagers: 0.00770628 - 98.7048% [1]
| | | | | | getWorksets(): 3.28e-06 - 0.0425627% [1]
| | | | | | | panzer::WorksetContainer::getWorksets(): 2.28e-06 - 69.5122% [1]
| | | | | | | Remainder: 1e-06 - 30.4878%
| | | | | | getOrientations(): 4.4e-07 - 0.00570963% [1]
| | | | | | pb->buildAndRegisterEquationSetEvaluators(): 0.00072372 - 9.39131% [1]
| | | | | | pb->buildAndRegisterGatherAndOrientationEvaluators(): 0.00088328 - 11.4618% [1]
| | | | | | pb->buildAndRegisterDOFProjectionsToIPEvaluators(): 0.000430079 - 5.58089% [1]
| | | | | | pb->buildAndRegisterClosureModelEvaluators(): closureModelByEBlock==false: 0.001389 - 18.0243% [1]
| | | | | | Phalanx::SortAndOrderEvaluators: 1.52e-06 - 0.0197242% [3]
| | | | | | Remainder: 0.00427496 - 55.4737%
| | | | | Remainder: 0.00010112 - 1.29518%
| | | | Remainder: 1.896e-05 - 0.0286867%
| | | Remainder: 1.588e-05 - 0.0240208%
| | Mini-EM: setup auxiliary physics model evaluator: 0.0564909 - 23.138% [1]
| | | panzer::ModelEvaluator::setupModel(): 0.0564815 - 99.9832% [1]
| | | | allocate FieldManagerBuilder: 6.8e-07 - 0.00120393% [1]
| | | | fmb->setWorksetContainer(): 5.2e-07 - 0.000920656% [1]
| | | | fmb->setupVolumeFieldManagers(): 0.0564372 - 99.9217% [1]
| | | | | panzer::FieldManagerBuilder::setupVolumeFieldManagers: 0.0564339 - 99.994% [1]
| | | | | | getWorksets(): 0.0191824 - 33.9909% [1]
| | | | | | | panzer::WorksetContainer::getWorksets(): 0.0191815 - 99.9954% [1]
| | | | | | | | panzer_stk::WorksetFactory::getWorksets: 0.018582 - 96.8749% [1]
| | | | | | | | | panzer::integrationValues2::setupArrays(): 0.00275408 - 14.8212% [1]
| | | | | | | | | panzer::integrationValues2::evaluateValues(with virtual cells): 0.00275148 - 14.8072% [1]
| | | | | | | | | | panzer::integrationValues2::setup(): 0.00016708 - 6.07237% [1]
| | | | | | | | | | panzer::integrationValues2::evaluateEverything(): 0.00258208 - 93.8433% [1]
| | | | | | | | | | | panzer::integrationValues2::getUniformCubaturePointsRef(): 5.248e-05 - 2.03247% [1]
| | | | | | | | | | | panzer::integrationValues2::getUniformCubatureWeightRef(): 3.004e-05 - 1.1634% [1]
| | | | | | | | | | | panzer::integrationValues2::getCubaturePointsRef(): 0.00015832 - 6.13149% [1]
| | | | | | | | | | | panzer::integrationValues2::getCubaturePoints(): 0.0001884 - 7.29645% [1]
| | | | | | | | | | | panzer::integrationValues2::getJacobian(): 0.0004334 - 16.7849% [1]
| | | | | | | | | | | panzer::integrationValues2::getJacobianDeterminant(): 2.8e-05 - 1.0844% [1]
| | | | | | | | | | | panzer::integrationValues2::getJacobianInverse(): 0.0004162 - 16.1188% [1]
| | | | | | | | | | | panzer::integrationValues2::getWeightedMeasure(): 1.936e-05 - 0.749783% [1]
| | | | | | | | | | | panzer::integrationValues2::getContravarientMatrix(): 0.000814999 - 31.5637% [1]
| | | | | | | | | | | | panzer::integrationValues2::getCovariantMatrix(): 0.000403079 - 49.4576% [1]
| | | | | | | | | | | | Remainder: 0.00041192 - 50.5424%
| | | | | | | | | | | panzer::integrationValues2::getCovariantMatrix(): 0.00040796 - 15.7997% [1]
| | | | | | | | | | | panzer::integrationValues2::getNormContravarientMatrix(): 2.02e-05 - 0.782315% [1]
| | | | | | | | | | | Remainder: 1.272e-05 - 0.492626%
| | | | | | | | | | Remainder: 2.32e-06 - 0.0843183%
| | | | | | | | | panzer::basisValues2::evaluateValues(8 arg, uniform cub pts): 0.00897584 - 48.3038% [2]
| | | | | | | | | | panzer::basisValues2::evaluateValues(5 arg): 0.0044108 - 49.1408% [2]
| | | | | | | | | | | panzer::basisValues2::getVectorBasisValuesRef(): 1.388e-05 - 0.314682% [1]
| | | | | | | | | | | panzer::basisValues2::getCurlVectorBasisRef(): 7.84e-06 - 0.177746% [1]
| | | | | | | | | | | panzer::basisValues2::getVectorBasisValues(): 0.00166332 - 37.7102% [1]
| | | | | | | | | | | panzer::basisValues2::getCurlVectorBasis(): 0.00120304 - 27.2749% [1]
| | | | | | | | | | | panzer::basisValues2::getBasisValuesRef(): 1.016e-05 - 0.230344% [1]
| | | | | | | | | | | panzer::basisValues2::getGradBasisValuesRef(): 8.6e-06 - 0.194976% [1]
| | | | | | | | | | | panzer::basisValues2::getBasisValues(): 0.00015908 - 3.6066% [1]
| | | | | | | | | | | panzer::basisValues2::getGradBasisValues(): 0.00128 - 29.0197% [1]
| | | | | | | | | | | Remainder: 6.488e-05 - 1.47094%
| | | | | | | | | | panzer::basisValues2::getVectorBasisValues(): 0.00150116 - 16.7244% [1]
| | | | | | | | | | panzer::basisValues2::getCurlVectorBasis(): 0.00150044 - 16.7164% [1]
| | | | | | | | | | panzer::basisValues2::getBasisCoordinatesRef(): 3.16e-05 - 0.352056% [2]
| | | | | | | | | | panzer::basisValues2::getBasisCoordinates(): 0.00015784 - 1.7585% [2]
| | | | | | | | | | panzer::basisValues2::getBasisValues(): 0.00013392 - 1.49201% [1]
| | | | | | | | | | panzer::basisValues2::getGradBasisValues(): 0.000860599 - 9.58795% [1]
| | | | | | | | | | Remainder: 0.000379479 - 4.22778%
| | | | | | | | | Remainder: 0.00410064 - 22.0678%
| | | | | | | | panzer::WorksetContainer::applyOrientations(eBlock,worksets): 0.00059296 - 3.09132% [1]
| | | | | | | | | panzer::basisValues2::applyOrientations(): 0.00058084 - 97.956% [1]
| | | | | | | | | Remainder: 1.212e-05 - 2.04398%
| | | | | | | | Remainder: 6.48e-06 - 0.0337826%
| | | | | | | Remainder: 8.8e-07 - 0.00458755%
| | | | | | getOrientations(): 5.6e-06 - 0.00992312% [1]
| | | | | | pb->buildAndRegisterEquationSetEvaluators(): 0.000843 - 1.49378% [1]
| | | | | | pb->buildAndRegisterGatherAndOrientationEvaluators(): 0.00108964 - 1.93082% [1]
| | | | | | pb->buildAndRegisterDOFProjectionsToIPEvaluators(): 0.00066028 - 1.17001% [1]
| | | | | | pb->buildAndRegisterScatterEvaluators(): 0.00439616 - 7.78993% [1]
| | | | | | | mini_em::AuxEqSet_SchurComplement::buildAndRegisterScatterEvaluators(): 0.0017462 - 39.721% [1]
| | | | | | | Remainder: 0.00264996 - 60.279%
| | | | | | pb->buildAndRegisterClosureModelEvaluators(): closureModelByEBlock==false: 0.00241584 - 4.28083% [1]
| | | | | | Phalanx::SortAndOrderEvaluators: 4.8e-07 - 0.000850553% [2]
| | | | | | Remainder: 0.0278405 - 49.333%
| | | | | Remainder: 3.36e-06 - 0.00595352%
| | | | fmb->setupBCFieldManagers(): 3.72e-06 - 0.00658623% [1]
| | | | AssemblyEngine_TemplateBuilder::buildObjects(): 1.492e-05 - 0.0264157% [1]
| | | | build response library: 1.92e-05 - 0.0339935% [1]
| | | | | panzer::FieldManagerBuilder::setupVolumeFieldManagers: 2.4e-07 - 1.25% [1]
| | | | | Remainder: 1.896e-05 - 98.75%
| | | | Remainder: 5.2e-06 - 0.00920656%
| | | Remainder: 9.48e-06 - 0.0167815%
| | Mini-EM: eval auxiliary physics model evaluator: 0.0133778 - 5.47936% [1]
| | | panzer::ModelEvaluator::create_W_op: 0.00343884 - 25.7057% [1]
| | | panzer::ModelEvaluator::evalModel(J): 0.00947208 - 70.8047% [1]
| | | | panzer::AssemblyEngine::evaluate_gather(panzer::Traits::Jacobian): 9.348e-05 - 0.986901% [1]
| | | | panzer::AssemblyEngine::evaluate_volume(panzer::Traits::Jacobian): 0.00707612 - 74.705% [1]
| | | | | panzer::WorksetContainer::getWorksets(): 1.52e-06 - 0.0214807% [1]
| | | | | Phalanx: Evaluator 315: [panzer::Traits::Jacobian] Constant: 1/mu: 3.2e-06 - 0.0452225% [1]
| | | | | Phalanx: Evaluator 318: [panzer::Traits::Jacobian] Constant: dt: 9.6e-07 - 0.0135668% [1]
| | | | | Phalanx: Evaluator 235: [panzer::Traits::Jacobian] GatherSolution (BlockedTpetra): AUXILIARY_EDGE (panzer::Traits::Jacobian) : 3.804e-05 - 0.537583% [1]
| | | | | Phalanx: Evaluator 270: [panzer::Traits::Jacobian] DOFCurl: Curl_AUXILIARY_EDGE (Jacobian): 0.00010512 - 1.48556% [1]
| | | | | Phalanx: Evaluator 218: [panzer::Traits::Jacobian] Integrator_CurlBasisDotVector (EVALUATES): AUX_SCHURCOMPLEMENT_RESIDUAL_CURLCURL_AUXILIARY_EDGE: 0.00026808 - 3.78852% [1]
| | | | | Phalanx: Evaluator 236: [panzer::Traits::Jacobian] GatherBasisCoordinates: Basis_HCurl:1 BasisCoordinates: 2.804e-05 - 0.396263% [1]
| | | | | Phalanx: Evaluator 314: [panzer::Traits::Jacobian] TensorConductivity: 0.000229999 - 3.25036% [1]
| | | | | Phalanx: Evaluator 269: [panzer::Traits::Jacobian] DOF: AUXILIARY_EDGE accel_jac (panzer::Traits::Jacobian): 0.00023356 - 3.30068% [1]
| | | | | Phalanx: Evaluator 217: [panzer::Traits::Jacobian] Integrator_BasisTimesTensorTimesVector (Eval, panzer::Traits::Jacobian): AUX_SCHURCOMPLEMENT_RESIDUAL_CONDUCTIVITY_AUXILIARY_EDGE: 0.00032484 - 4.59065% [1]
| | | | | Phalanx: Evaluator 308: [panzer::Traits::Jacobian] Constant: epsilon: 8.4e-07 - 0.0118709% [1]
| | | | | Phalanx: Evaluator 321: [panzer::Traits::Jacobian] Constant: 1/dt: 5.6e-07 - 0.00791394% [1]
| | | | | Phalanx: Evaluator 216: [panzer::Traits::Jacobian] Integrator_BasisTimesVector<2>(Eval, panzer::Traits::Jacobian): AUX_SCHURCOMPLEMENT_RESIDUAL_TIME_OP_AUXILIARY_EDGE: 0.0005032 - 7.11124% [1]
| | | | | Phalanx: Evaluator 219: [panzer::Traits::Jacobian] SumStatic Rank 2 Evaluator: 0.00238312 - 33.6783% [1]
| | | | | Phalanx: Evaluator 284: [panzer::Traits::Jacobian] ScatterReordered_ Reorder AD Values: 4.016e-05 - 0.567543% [1]
| | | | | Phalanx: Evaluator 285: [panzer::Traits::Jacobian] AUX_AUXILIARY_EDGE_SchurComplement Scatter Residual (Jacobian): 0.00015892 - 2.24586% [1]
| | | | | Phalanx: Evaluator 244: [panzer::Traits::Jacobian] GatherSolution (BlockedTpetra): AUXILIARY_NODE (panzer::Traits::Jacobian) : 3.212e-05 - 0.453921% [1]
| | | | | Phalanx: Evaluator 276: [panzer::Traits::Jacobian] DOFGradient: Grad_AUXILIARY_NODE (panzer::Traits::Jacobian): 0.0001996 - 2.82076% [1]
| | | | | Phalanx: Evaluator 224: [panzer::Traits::Jacobian] Integrator_GradBasisDotTensorTimesVector (EVALUATES): AUX_PROJECTEDSCHURCOMPLEMENT_RESIDUAL_CONDUCTIVITY_AUXILIARY_NODE: 0.00025708 - 3.63307% [1]
| | | | | Phalanx: Evaluator 223: [panzer::Traits::Jacobian] Integrator_GradBasisDotVector (EVALUATES): AUX_PROJECTEDSCHURCOMPLEMENT_RESIDUAL_TIME_OP_AUXILIARY_NODE: 0.00034092 - 4.8179% [1]
| | | | | Phalanx: Evaluator 225: [panzer::Traits::Jacobian] SumStatic Rank 2 Evaluator: 0.001125 - 15.8985% [1]
| | | | | Phalanx: Evaluator 286: [panzer::Traits::Jacobian] ScatterReordered_ Reorder AD Values: 1.992e-05 - 0.28151% [1]
| | | | | Phalanx: Evaluator 287: [panzer::Traits::Jacobian] AUX_AUXILIARY_NODE_ProjectedSchurComplement Scatter Residual (Jacobian): 8.204e-05 - 1.15939% [1]
| | | | | Phalanx: Evaluator 227: [panzer::Traits::Jacobian] Integrator_BasisTimesVector<0>(Eval, panzer::Traits::Jacobian): AUX_MASS_RESIDUAL_AUXILIARY_EDGE: 0.00022632 - 3.19836% [1]
| | | | | Phalanx: Evaluator 288: [panzer::Traits::Jacobian] ScatterReordered_ Reorder AD Values: 3.008e-05 - 0.425092% [1]
| | | | | Phalanx: Evaluator 289: [panzer::Traits::Jacobian] AUX_AUXILIARY_EDGE_MassMatrix Scatter Residual (Jacobian): 0.00014068 - 1.9881% [1]
| | | | | Phalanx: Evaluator 311: [panzer::Traits::Jacobian] Constant: mu: 8e-07 - 0.0113056% [1]
| | | | | Phalanx: Evaluator 275: [panzer::Traits::Jacobian] DOF: AUXILIARY_NODE accel_jac (panzer::Traits::Jacobian): 5.856e-05 - 0.827573% [1]
| | | | | Phalanx: Evaluator 229: [panzer::Traits::Jacobian] Integrator_BasisTimesScalar (EVALUATES): AUX_MASS_RESIDUAL_AUXILIARY_NODE: 0.00010268 - 1.45108% [1]
| | | | | Phalanx: Evaluator 290: [panzer::Traits::Jacobian] ScatterReordered_ Reorder AD Values: 1.592e-05 - 0.224982% [1]
| | | | | Phalanx: Evaluator 291: [panzer::Traits::Jacobian] AUX_AUXILIARY_NODE_MassMatrix Scatter Residual (Jacobian): 7.696e-05 - 1.0876% [1]
| | | | | Remainder: 4.728e-05 - 0.668163%
| | | | panzer::AssemblyEngine::evaluate_neumannbcs(panzer::Traits::Jacobian): 1.204e-05 - 0.12711% [1]
| | | | panzer::AssemblyEngine::evaluate_interfacebcs(panzer::Traits::Jacobian): 2.36e-06 - 0.0249153% [1]
| | | | panzer::AssemblyEngine::evaluate_dirichletbcs(panzer::Traits::Jacobian): 0.0001388 - 1.46536% [1]
| | | | panzer::AssemblyEngine::evaluate_scatter(panzer::Traits::Jacobian): 0.0020684 - 21.8368% [1]
| | | | | panzer::AssemblyEngine::lof->ghostToGlobalContainer(panzer::Traits::Jacobian): 0.0010612 - 51.3054% [1]
| | | | | panzer::AssemblyEngine::gedc.ghostToGlobal(panzer::Traits::Jacobian): 0.000991239 - 47.923% [1]
| | | | | Remainder: 1.596e-05 - 0.771611%
| | | | Remainder: 8.088e-05 - 0.853878%
| | | Remainder: 0.00046684 - 3.48967%
| | panzer::FieldManagerBuilder::setupVolumeFieldManagers: 0.00438008 - 1.79403% [1]
| | | getWorksets(): 2.52e-06 - 0.0575332% [1]
| | | | panzer::WorksetContainer::getWorksets(): 1.4e-06 - 55.5556% [1]
| | | | Remainder: 1.12e-06 - 44.4444%
| | | getOrientations(): 1e-06 - 0.0228306% [1]
| | | pb->buildAndRegisterEquationSetEvaluators(): 0.00070492 - 16.0938% [1]
| | | pb->buildAndRegisterGatherAndOrientationEvaluators(): 0.00085748 - 19.5768% [1]
| | | pb->buildAndRegisterDOFProjectionsToIPEvaluators(): 0.000388959 - 8.88018% [1]
| | | pb->buildAndRegisterClosureModelEvaluators(): closureModelByEBlock==false: 0.00118384 - 27.0278% [1]
| | | Phalanx::SortAndOrderEvaluators: 1.36e-06 - 0.0310497% [3]
| | | Remainder: 0.00124 - 28.31%
| | panzer::ModelEvaluator::create_W_op: 0.00393392 - 1.61128% [1]
| | panzer::ModelEvaluator::evalModel(J): 0.00754408 - 3.08996% [1]
| | | panzer::AssemblyEngine::evaluate_gather(panzer::Traits::Jacobian): 4.192e-05 - 0.555668% [1]
| | | panzer::AssemblyEngine::evaluate_volume(panzer::Traits::Jacobian): 0.00641812 - 85.0749% [1]
| | | | panzer::WorksetContainer::getWorksets(): 9.2e-07 - 0.0143344% [1]
| | | | Phalanx: Evaluator 25: [panzer::Traits::Jacobian] GatherSolution (BlockedTpetra): E_edge (panzer::Traits::Jacobian) : 2.82e-05 - 0.439381% [1]
| | | | Phalanx: Evaluator 41: [panzer::Traits::Jacobian] DOFCurl: CURL_E_edge (Jacobian): 9.072e-05 - 1.4135% [1]
| | | | Phalanx: Evaluator 14: [panzer::Traits::Jacobian] Integrator_BasisTimesVector<0>(Eval, panzer::Traits::Jacobian): RESIDUAL_B_face_CURLE_OP: 0.00010696 - 1.66653% [1]
| | | | Phalanx: Evaluator 31: [panzer::Traits::Jacobian] GatherSolution (BlockedTpetra): DXDT_B_face (panzer::Traits::Jacobian) : 1.776e-05 - 0.276717% [1]
| | | | Phalanx: Evaluator 42: [panzer::Traits::Jacobian] DOF: DXDT_B_face accel_jac (panzer::Traits::Jacobian): 0.00011636 - 1.81299% [1]
| | | | Phalanx: Evaluator 13: [panzer::Traits::Jacobian] Integrator_BasisTimesVector<0>(Eval, panzer::Traits::Jacobian): RESIDUAL_B_face_TIME_OP: 0.000103 - 1.60483% [1]
| | | | Phalanx: Evaluator 15: [panzer::Traits::Jacobian] SumStatic Rank 2 Evaluator: 0.000709879 - 11.0605% [1]
| | | | Phalanx: Evaluator 46: [panzer::Traits::Jacobian] SCATTER_B_face Scatter Residual (Jacobian): 0.000172 - 2.67991% [1]
| | | | Phalanx: Evaluator 78: [panzer::Traits::Jacobian] Constant: 1/mu: 9.2e-07 - 0.0143344% [1]
| | | | Phalanx: Evaluator 66: [panzer::Traits::Jacobian] Random Forcing: 0.0010354 - 16.1325% [1]
| | | | Phalanx: Evaluator 11: [panzer::Traits::Jacobian] Integrator_BasisTimesVector<0>(Eval, panzer::Traits::Jacobian): RESIDUAL_E_edge_CURRENT_SOURCE: 0.00020964 - 3.26638% [1]
| | | | Phalanx: Evaluator 27: [panzer::Traits::Jacobian] GatherBasisCoordinates: Basis_HCurl:1 BasisCoordinates: 3.36e-05 - 0.523518% [1]
| | | | Phalanx: Evaluator 70: [panzer::Traits::Jacobian] TensorConductivity: 0.00019344 - 3.01397% [1]
| | | | Phalanx: Evaluator 40: [panzer::Traits::Jacobian] DOF: E_edge accel_jac (panzer::Traits::Jacobian): 0.00021408 - 3.33556% [1]
| | | | Phalanx: Evaluator 9: [panzer::Traits::Jacobian] Integrator_BasisTimesTensorTimesVector (Eval, panzer::Traits::Jacobian): RESIDUAL_E_edge_CONDUCTIVITY: 0.00029208 - 4.55087% [1]
| | | | Phalanx: Evaluator 67: [panzer::Traits::Jacobian] Constant: epsilon: 3.52e-06 - 0.0548447% [1]
| | | | Phalanx: Evaluator 30: [panzer::Traits::Jacobian] GatherSolution (BlockedTpetra): DXDT_E_edge (panzer::Traits::Jacobian) : 3.032e-05 - 0.472413% [1]
| | | | Phalanx: Evaluator 43: [panzer::Traits::Jacobian] DOF: DXDT_E_edge accel_jac (panzer::Traits::Jacobian): 0.00020324 - 3.16666% [1]
| | | | Phalanx: Evaluator 8: [panzer::Traits::Jacobian] Integrator_BasisTimesVector<1>(Eval, panzer::Traits::Jacobian): RESIDUAL_E_edge_TIME_OP: 0.000339319 - 5.28689% [1]
| | | | Phalanx: Evaluator 12: [panzer::Traits::Jacobian] SumStatic Rank 2 Evaluator: 0.00188716 - 29.4036% [1]
| | | | Phalanx: Evaluator 26: [panzer::Traits::Jacobian] GatherSolution (BlockedTpetra): B_face (panzer::Traits::Jacobian) : 2.44e-05 - 0.380174% [1]
| | | | Phalanx: Evaluator 39: [panzer::Traits::Jacobian] DOF: B_face accel_jac (panzer::Traits::Jacobian): 0.00011732 - 1.82795% [1]
| | | | Phalanx: Evaluator 10: [panzer::Traits::Jacobian] Integrator_CurlBasisDotVector (CONTRIBUTES): RESIDUAL_E_edge: 0.000222 - 3.45896% [1]
| | | | Phalanx: Evaluator 47: [panzer::Traits::Jacobian] SCATTER_E_edge Scatter Residual (Jacobian): 0.0002344 - 3.65216% [1]
| | | | Remainder: 3.148e-05 - 0.490486%
| | | panzer::AssemblyEngine::evaluate_neumannbcs(panzer::Traits::Jacobian): 6.44e-06 - 0.085365% [1]
| | | panzer::AssemblyEngine::evaluate_interfacebcs(panzer::Traits::Jacobian): 1.04e-06 - 0.0137856% [1]
| | | panzer::AssemblyEngine::evaluate_dirichletbcs(panzer::Traits::Jacobian): 0.000105559 - 1.39923% [1]
| | | panzer::AssemblyEngine::evaluate_scatter(panzer::Traits::Jacobian): 0.00093864 - 12.4421% [1]
| | | | panzer::AssemblyEngine::lof->ghostToGlobalContainer(panzer::Traits::Jacobian): 0.000923 - 98.3338% [1]
| | | | panzer::AssemblyEngine::gedc.ghostToGlobal(panzer::Traits::Jacobian): 8.72e-06 - 0.929004% [1]
| | | | Remainder: 6.92e-06 - 0.737237%
| | | Remainder: 3.236e-05 - 0.428946%
| | Mini-EM: assemble Discrete Gradient: 0.0020346 - 0.833347% [1]
| | MaxwellPreconditioner::build: 0.0431871 - 17.6889% [1]
| | | Mini-EM: assemble Discrete Curl: 0.00147992 - 3.42676% [1]
| | | MaxwellPreconditioner: Schur complement: 6.8e-06 - 0.0157454% [1]
| | | MaxwellPreconditioner: Inverse Q_B: 0.000921199 - 2.13304% [1]
| | | | Ifpack2::Relaxation::initialize: 2.92e-06 - 0.316978% [1]
| | | | Ifpack2::Relaxation::compute: 6.428e-05 - 6.97786% [1]
| | | | Remainder: 0.000853999 - 92.7052%
| | | MaxwellPreconditioner: Solver S_E: 0.0404292 - 93.614% [1]
| | | | MaxwellPreconditioner: Build S_E preconditioner: 0.0393871 - 97.4226% [1]
| | | | | ThyraMueLuRefMaxwell::initializePrec: 0.0390736 - 99.2039% [1]
| | | | | | MueLu RefMaxwell: compute: 0.0367707 - 94.1062% [1]
| | | | | | | MueLu RefMaxwell: nullspace edge: 0.0001146 - 0.311661% [1]
| | | | | | | MueLu: D0^T*M1_beta*D0: RAPFactory: Computing Ac (total): 0.00099244 - 2.699% [1]
| | | | | | | | MueLu: D0^T*M1_beta*D0: RAPFactory: MxM: A x P (sub, total): 0.0004482 - 45.1614% [1]
| | | | | | | | MueLu: D0^T*M1_beta*D0: RAPFactory: MxM: P' x (AP) (implicit) (sub, total): 0.00023972 - 24.1546% [1]
| | | | | | | | Remainder: 0.00030452 - 30.684%
| | | | | | | MueLu RefMaxwell: special prolongator edge: 0.00375896 - 10.2227% [1]
| | | | | | | | MueLu RefMaxwell: projection edge: 0.000137 - 3.64463% [1]
| | | | | | | | MueLu RefMaxwell: nodal prolongator: 0.00333824 - 88.8075% [1]
| | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: TentativePFactory: Build (total): 0.00227236 - 68.0706% [1]
| | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: UncoupledAggregationFactory: Build (total): 0.00185944 - 81.8286% [1]
| | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoalesceDropFactory: Build (total): 0.00059612 - 32.0591% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: AmalgamationFactory: Build (total): 3.468e-05 - 5.81762% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoalesceDropFactory: Import construction (sub, total): 2.828e-05 - 4.74401% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoalesceDropFactory: Coordinate import (sub, total): 4.052e-05 - 6.79729% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoalesceDropFactory: Laplacian local diagonal (sub, total): 4.436e-05 - 7.44145% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoalesceDropFactory: Laplacian distributed diagonal (sub, total): 1.188e-05 - 1.99289% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoalesceDropFactory: Laplacian dropping (sub, total): 0.00017068 - 28.6318% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoalesceDropFactory: Build amalgamated graph (sub, total): 1.308e-05 - 2.19419% [1]
| | | | | | | | | | | | Remainder: 0.00025264 - 42.3807%
| | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: UncoupledAggregationFactory: Algo 'Phase - (Dirichlet)' (sub, total): 3.744e-05 - 2.01351% [1]
| | | | | | | | | | | | MueLu: PreserveDirichletAggregationAlgorithm: BuildAggregatesNonKokkos (total): 5e-06 - 13.3547% [1]
| | | | | | | | | | | | Remainder: 3.244e-05 - 86.6453%
| | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: UncoupledAggregationFactory: Algo 'Phase 1 (main)' (sub, total): 3.12e-05 - 1.67792% [1]
| | | | | | | | | | | | MueLu: AggregationPhase1Algorithm: BuildAggregatesNonKokkos (total): 9.36e-06 - 30% [1]
| | | | | | | | | | | | Remainder: 2.184e-05 - 70%
| | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: UncoupledAggregationFactory: Algo 'Phase 2a (secondary)' (sub, total): 0.00090564 - 48.705% [1]
| | | | | | | | | | | | MueLu: AggregationPhase2aAlgorithm: BuildAggregatesNonKokkos (total): 0.0008806 - 97.2351% [1]
| | | | | | | | | | | | Remainder: 2.504e-05 - 2.7649%
| | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: UncoupledAggregationFactory: Algo 'Phase 2b (expansion)' (sub, total): 2.448e-05 - 1.31653% [1]
| | | | | | | | | | | | MueLu: AggregationPhase2bAlgorithm: BuildAggregatesNonKokkos (total): 2.44e-06 - 9.96732% [1]
| | | | | | | | | | | | Remainder: 2.204e-05 - 90.0327%
| | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: UncoupledAggregationFactory: Algo 'Phase 3 (cleanup)' (sub, total): 2.892e-05 - 1.55531% [1]
| | | | | | | | | | | | MueLu: AggregationPhase3Algorithm: BuildAggregatesNonKokkos (total): 2.64e-06 - 9.12863% [1]
| | | | | | | | | | | | Remainder: 2.628e-05 - 90.8714%
| | | | | | | | | | | Remainder: 0.00023564 - 12.6726%
| | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoarseMapFactory: Build (total): 8.544e-05 - 3.75997% [1]
| | | | | | | | | | Remainder: 0.000327479 - 14.4114%
| | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoordinatesTransferFactory: Build (total): 7.904e-05 - 2.36772% [1]
| | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoordinatesTransferFactory: AverageCoords (sub, total): 5.72e-06 - 7.23684% [1]
| | | | | | | | | | Remainder: 7.332e-05 - 92.7632%
| | | | | | | | | Remainder: 0.000986839 - 29.5617%
| | | | | | | | MueLu RefMaxwell: vectorial nodal prolongator: 0.0001082 - 2.87846% [1]
| | | | | | | | Remainder: 0.00017552 - 4.66938%
| | | | | | | MueLu RefMaxwell: Build coarse (1,1) matrix: 0.00101456 - 2.75916% [1]
| | | | | | | | MueLu RefMaxwell: Build coarse addon matrix 11: 0.00051528 - 50.7885% [1]
| | | | | | | | Remainder: 0.00049928 - 49.2115%
| | | | | | | MueLu: ParameterListInterpreter (ParameterList): 0.0186901 - 50.8288% [2]
| | | | | | | MueLu: RefMaxwell coarse (1,1): Hierarchy: Setup (total): 0.00132536 - 3.60439% [1]
| | | | | | | | MueLu: RefMaxwell coarse (1,1): Hierarchy: Setup (total, level=0): 0.00132208 - 99.7525% [1]
| | | | | | | | | MueLu: RefMaxwell coarse (1,1): Amesos2Smoother: Setup Smoother (total): 0.000778359 - 58.8739% [1]
| | | | | | | | | Remainder: 0.00054372 - 41.1261%
| | | | | | | | Remainder: 3.28e-06 - 0.24748%
| | | | | | | MueLu RefMaxwell: Build A22: 0.00081512 - 2.21677% [1]
| | | | | | | | MueLu: RefMaxwell (2,2): RAPFactory: Computing Ac (total): 0.0006832 - 83.8159% [1]
| | | | | | | | | MueLu: RefMaxwell (2,2): RAPFactory: MxM: A x P (sub, total): 0.00031164 - 45.6148% [1]
| | | | | | | | | MueLu: RefMaxwell (2,2): RAPFactory: MxM: P' x (AP) (implicit) (sub, total): 0.00017188 - 25.1581% [1]
| | | | | | | | | Remainder: 0.00019968 - 29.2272%
| | | | | | | | Remainder: 0.00013192 - 16.1841%
| | | | | | | MueLu: RefMaxwell (2,2): Hierarchy: Setup (total): 0.00533872 - 14.519% [1]
| | | | | | | | MueLu: RefMaxwell (2,2): Hierarchy: Setup (total, level=0): 0.00533532 - 99.9363% [1]
| | | | | | | | | MueLu: RefMaxwell (2,2): Amesos2Smoother: Setup Smoother (total): 0.0049592 - 92.9504% [1]
| | | | | | | | | | MueLu: RefMaxwell (2,2): NullspaceFactory: Nullspace factory (total): 6.468e-05 - 1.30424% [1]
| | | | | | | | | | Remainder: 0.00489452 - 98.6958%
| | | | | | | | | Remainder: 0.000376119 - 7.04961%
| | | | | | | | Remainder: 3.4e-06 - 0.0636857%
| | | | | | | MueLu: RefMaxwell (1,1): Ifpack2Smoother: Setup Smoother (total): 0.00132108 - 3.59276% [1]
| | | | | | | | MueLu: Ifpack2Smoother: SetPrecParameters: 4.98e-05 - 3.76964% [1]
| | | | | | | | MueLu: RefMaxwell (1,1): Ifpack2Smoother: Preconditioner init (sub, total): 4.24e-06 - 0.32095% [1]
| | | | | | | | MueLu: RefMaxwell (1,1): Ifpack2Smoother: Preconditioner compute (sub, total): 0.00108096 - 81.824% [1]
| | | | | | | | | Ifpack2::Chebyshev::compute: 0.00107796 - 99.7225% [1]
| | | | | | | | | Remainder: 3e-06 - 0.277531%
| | | | | | | | Remainder: 0.00018608 - 14.0854%
| | | | | | | MueLu RefMaxwell: Allocate MVs: 6.38e-05 - 0.173508% [1]
| | | | | | | Remainder: 0.00333596 - 9.07234%
| | | | | | Remainder: 0.00230292 - 5.8938%
| | | | | Remainder: 0.000313559 - 0.796095%
| | | | Remainder: 0.00104204 - 2.57744%
| | | MaxwellPreconditioner: Block preconditioner: 0.00013076 - 0.302776% [1]
| | | Remainder: 0.00021924 - 0.507652%
| | Mini-EM: timestepper: 0.00683584 - 2.79987% [1]
| | | Mini-EM: Advance Time Step: 0.00683376 - 99.9696% [1]
| | | | panzer::ModelEvaluator::evalModel(f): 0.00082936 - 12.1362% [1]
| | | | | panzer::AssemblyEngine::evaluate_gather(panzer::Traits::Residual): 4.688e-05 - 5.65255% [1]
| | | | | panzer::AssemblyEngine::evaluate_volume(panzer::Traits::Residual): 0.00060796 - 73.3047% [1]
| | | | | | panzer::WorksetContainer::getWorksets(): 1.16e-06 - 0.190802% [1]
| | | | | | Phalanx: Evaluator 16: [panzer::Traits::Residual] GatherSolution (BlockedTpetra): E_edge (Residual): 9.76e-06 - 1.60537% [1]
| | | | | | Phalanx: Evaluator 36: [panzer::Traits::Residual] DOFCurl: CURL_E_edge (): 3.568e-05 - 5.86881% [1]
| | | | | | Phalanx: Evaluator 6: [panzer::Traits::Residual] Integrator_BasisTimesVector<0>(Eval, panzer::Traits::Residual): RESIDUAL_B_face_CURLE_OP: 2.552e-05 - 4.19764% [1]
| | | | | | Phalanx: Evaluator 22: [panzer::Traits::Residual] GatherSolution (BlockedTpetra): DXDT_B_face (Residual): 6.84e-06 - 1.12507% [1]
| | | | | | Phalanx: Evaluator 37: [panzer::Traits::Residual] DOF: DXDT_B_face (panzer::Traits::Residual): 2.348e-05 - 3.8621% [1]
| | | | | | Phalanx: Evaluator 5: [panzer::Traits::Residual] Integrator_BasisTimesVector<0>(Eval, panzer::Traits::Residual): RESIDUAL_B_face_TIME_OP: 1.756e-05 - 2.88835% [1]
| | | | | | Phalanx: Evaluator 7: [panzer::Traits::Residual] SumStatic Rank 2 Evaluator: 3.808e-05 - 6.26357% [1]
| | | | | | Phalanx: Evaluator 44: [panzer::Traits::Residual] SCATTER_B_face Scatter Residual: 1.024e-05 - 1.68432% [1]
| | | | | | Phalanx: Evaluator 60: [panzer::Traits::Residual] Constant: 1/mu: 7.2e-07 - 0.118429% [1]
| | | | | | Phalanx: Evaluator 48: [panzer::Traits::Residual] Random Forcing: 7.576e-05 - 12.4613% [1]
| | | | | | Phalanx: Evaluator 3: [panzer::Traits::Residual] Integrator_BasisTimesVector<0>(Eval, panzer::Traits::Residual): RESIDUAL_E_edge_CURRENT_SOURCE: 2.992e-05 - 4.92138% [1]
| | | | | | Phalanx: Evaluator 18: [panzer::Traits::Residual] GatherBasisCoordinates: Basis_HCurl:1 BasisCoordinates: 1.784e-05 - 2.9344% [1]
| | | | | | Phalanx: Evaluator 52: [panzer::Traits::Residual] TensorConductivity: 8.24e-06 - 1.35535% [1]
| | | | | | Phalanx: Evaluator 35: [panzer::Traits::Residual] DOF: E_edge (panzer::Traits::Residual): 2.564e-05 - 4.21738% [1]
| | | | | | Phalanx: Evaluator 1: [panzer::Traits::Residual] Integrator_BasisTimesTensorTimesVector (Eval, panzer::Traits::Residual): RESIDUAL_E_edge_CONDUCTIVITY: 6.052e-05 - 9.9546% [1]
| | | | | | Phalanx: Evaluator 49: [panzer::Traits::Residual] Constant: epsilon: 2.64e-06 - 0.434239% [1]
| | | | | | Phalanx: Evaluator 21: [panzer::Traits::Residual] GatherSolution (BlockedTpetra): DXDT_E_edge (Residual): 7.32e-06 - 1.20403% [1]
| | | | | | Phalanx: Evaluator 38: [panzer::Traits::Residual] DOF: DXDT_E_edge (panzer::Traits::Residual): 2.244e-05 - 3.69103% [1]
| | | | | | Phalanx: Evaluator 0: [panzer::Traits::Residual] Integrator_BasisTimesVector<1>(Eval, panzer::Traits::Residual): RESIDUAL_E_edge_TIME_OP: 3.352e-05 - 5.51352% [1]
| | | | | | Phalanx: Evaluator 4: [panzer::Traits::Residual] SumStatic Rank 2 Evaluator: 6.684e-05 - 10.9941% [1]
| | | | | | Phalanx: Evaluator 17: [panzer::Traits::Residual] GatherSolution (BlockedTpetra): B_face (Residual): 6.56e-06 - 1.07902% [1]
| | | | | | Phalanx: Evaluator 34: [panzer::Traits::Residual] DOF: B_face (panzer::Traits::Residual): 1.412e-05 - 2.32252% [1]
| | | | | | Phalanx: Evaluator 2: [panzer::Traits::Residual] Integrator_CurlBasisDotVector (CONTRIBUTES): RESIDUAL_E_edge: 3.32e-05 - 5.46089% [1]
| | | | | | Phalanx: Evaluator 45: [panzer::Traits::Residual] SCATTER_E_edge Scatter Residual: 1.008e-05 - 1.658% [1]
| | | | | | Remainder: 2.428e-05 - 3.99368%
| | | | | panzer::AssemblyEngine::evaluate_neumannbcs(panzer::Traits::Residual): 8.52e-06 - 1.0273% [1]
| | | | | panzer::AssemblyEngine::evaluate_interfacebcs(panzer::Traits::Residual): 2.28e-06 - 0.274911% [1]
| | | | | panzer::AssemblyEngine::evaluate_dirichletbcs(panzer::Traits::Residual): 0.00010096 - 12.1732% [1]
| | | | | panzer::AssemblyEngine::evaluate_scatter(panzer::Traits::Residual): 2.704e-05 - 3.26035% [1]
| | | | | | panzer::AssemblyEngine::lof->ghostToGlobalContainer(panzer::Traits::Residual): 1.044e-05 - 38.6095% [1]
| | | | | | panzer::AssemblyEngine::gedc.ghostToGlobal(panzer::Traits::Residual): 1.04e-06 - 3.84615% [1]
| | | | | | Remainder: 1.556e-05 - 57.5444%
| | | | | Remainder: 3.572e-05 - 4.30694%
| | | | Stratimikos: BelosLOWS: 0.00518712 - 75.9043% [1]
| | | | | GMRES block system: Operation Op*x: 5.908e-05 - 1.13898% [1]
| | | | | Belos::MVT::MvAddMv: 3.784e-05 - 0.7295% [1]
| | | | | GMRES block system: BlockGmresSolMgr total solve time: 0.00458424 - 88.3774% [1]
| | | | | | GMRES block system: ICGS[2]: Orthogonalization: 0.00013132 - 2.8646% [2]
| | | | | | | GMRES block system: ICGS[2]: Ortho (Norm): 2.436e-05 - 18.5501% [2]
| | | | | | | | Belos::MVT::MvDot: 1.904e-05 - 78.1609% [2]
| | | | | | | | Remainder: 5.32e-06 - 21.8391%
| | | | | | | Belos::MVT::MvScale: 1.052e-05 - 8.01097% [2]
| | | | | | | GMRES block system: ICGS[2]: Ortho (Inner Product): 3.684e-05 - 28.0536% [2]
| | | | | | | | Belos::MVT::MvTransMv: 3.452e-05 - 93.7025% [2]
| | | | | | | | Remainder: 2.32e-06 - 6.2975%
| | | | | | | GMRES block system: ICGS[2]: Ortho (Update): 1.272e-05 - 9.68626% [2]
| | | | | | | | Belos::MVT::MvTimesMatAddMv: 1.084e-05 - 85.2201% [2]
| | | | | | | | Remainder: 1.88e-06 - 14.7799%
| | | | | | | Remainder: 4.688e-05 - 35.6991%
| | | | | | Belos::MVT::MvAddMv: 1.516e-05 - 0.330698% [2]
| | | | | | Belos::MVT::MvNorm: 8.6e-06 - 0.187599% [1]
| | | | | | GMRES block system: Operation Prec*x: 0.00397712 - 86.7564% [1]
| | | | | | | CG Q_B: Operation Op*x: 1e-05 - 0.251438% [1]
| | | | | | | Belos::MVT::MvAddMv: 8.2e-06 - 0.206179% [2]
| | | | | | | CG Q_B: BlockCGSolMgr total solve time: 0.00018392 - 4.62445% [1]
| | | | | | | | Belos::MVT::Assign: 5.6e-06 - 3.0448% [2]
| | | | | | | | CG Q_B: Operation Prec*x: 1.768e-05 - 9.61288% [1]
| | | | | | | | | Ifpack2::Relaxation::apply: 9.56e-06 - 54.0724% [1]
| | | | | | | | | Remainder: 8.12e-06 - 45.9276%
| | | | | | | | CG Q_B: Operation Op*x: 6.68e-06 - 3.63201% [1]
| | | | | | | | Belos::MVT::MvTransMv: 4.3e-05 - 23.3797% [1]
| | | | | | | | Belos::MVT::MvNorm: 4.24e-06 - 2.30535% [1]
| | | | | | | | Remainder: 0.00010672 - 58.0252%
| | | | | | | CG S_E: Operation Op*x: 1.112e-05 - 0.279599% [1]
| | | | | | | CG S_E: BlockCGSolMgr total solve time: 0.0031774 - 79.892% [1]
| | | | | | | | Belos::MVT::Assign: 5.6e-06 - 0.176245% [2]
| | | | | | | | CG S_E: Operation Prec*x: 0.00274608 - 86.4254% [8]
| | | | | | | | | MueLu RefMaxwell: solve: 0.0026852 - 97.783% [8]
| | | | | | | | | | MueLu RefMaxwell: smoothing: 0.00065848 - 24.5226% [16]
| | | | | | | | | | | Ifpack2::Chebyshev::apply: 0.00051312 - 77.9249% [16]
| | | | | | | | | | | Remainder: 0.00014536 - 22.0751%
| | | | | | | | | | MueLu RefMaxwell: residual calculation: 0.00011712 - 4.36169% [8]
| | | | | | | | | | MueLu RefMaxwell: restriction coarse (1,1) (explicit): 3.664e-05 - 1.36452% [8]
| | | | | | | | | | MueLu RefMaxwell: restriction (2,2) (explicit): 3.292e-05 - 1.22598% [8]
| | | | | | | | | | MueLu RefMaxwell: subsolves: 0.00167576 - 62.4073% [8]
| | | | | | | | | | | MueLu RefMaxwell: solve coarse (1,1): 0.0007448 - 44.4455% [8]
| | | | | | | | | | | | MueLu: RefMaxwell coarse (1,1): Hierarchy: Solve (total): 0.00066656 - 89.4952% [8]
| | | | | | | | | | | | | MueLu: RefMaxwell coarse (1,1): Hierarchy: Solve (level=0): 0.00065544 - 98.3317% [8]
| | | | | | | | | | | | | | MueLu: RefMaxwell coarse (1,1): Hierarchy: Solve : coarse (level=0): 0.00060968 - 93.0184% [8]
| | | | | | | | | | | | | | Remainder: 4.576e-05 - 6.98157%
| | | | | | | | | | | | | Remainder: 1.112e-05 - 1.66827%
| | | | | | | | | | | | Remainder: 7.824e-05 - 10.5048%
| | | | | | | | | | | MueLu RefMaxwell: solve (2,2): 0.00090248 - 53.855% [8]
| | | | | | | | | | | | MueLu: RefMaxwell (2,2): Hierarchy: Solve (total): 0.00085276 - 94.4907% [8]
| | | | | | | | | | | | | MueLu: RefMaxwell (2,2): Hierarchy: Solve (level=0): 0.00084256 - 98.8039% [8]
| | | | | | | | | | | | | | MueLu: RefMaxwell (2,2): Hierarchy: Solve : coarse (level=0): 0.00081292 - 96.4821% [8]
| | | | | | | | | | | | | | Remainder: 2.964e-05 - 3.51785%
| | | | | | | | | | | | | Remainder: 1.02e-05 - 1.19612%
| | | | | | | | | | | | Remainder: 4.972e-05 - 5.50926%
| | | | | | | | | | | Remainder: 2.848e-05 - 1.69953%
| | | | | | | | | | MueLu RefMaxwell: prolongation coarse (1,1) (fused): 5.288e-05 - 1.96931% [8]
| | | | | | | | | | MueLu RefMaxwell: prolongation (2,2) (fused): 3.112e-05 - 1.15895% [8]
| | | | | | | | | | Remainder: 8.0279e-05 - 2.98969%
| | | | | | | | | Remainder: 6.088e-05 - 2.21698%
| | | | | | | | CG S_E: Operation Op*x: 8.36e-05 - 2.63108% [8]
| | | | | | | | Belos::MVT::MvTransMv: 0.00013544 - 4.26261% [8]
| | | | | | | | Belos::MVT::MvAddMv: 8.16e-05 - 2.56814% [23]
| | | | | | | | Belos::MVT::MvNorm: 2.6e-05 - 0.818279% [8]
| | | | | | | | Remainder: 9.908e-05 - 3.11827%
| | | | | | | Remainder: 0.000586479 - 14.7463%
| | | | | | GMRES block system: Operation Op*x: 3.46e-05 - 0.75476% [1]
| | | | | | Belos::MVT::MvTimesMatAddMv: 5.88e-06 - 0.128266% [1]
| | | | | | Remainder: 0.00041156 - 8.97772%
| | | | | Remainder: 0.00050596 - 9.75416%
| | | | Mini-EM: Compute responses: 0.00075036 - 10.9802% [1]
| | | | | panzer::AssemblyEngine::evaluate_gather(panzer::Traits::Residual): 4.372e-05 - 5.82654% [1]
| | | | | panzer::AssemblyEngine::evaluate_volume(panzer::Traits::Residual): 0.00022892 - 30.508% [1]
| | | | | | panzer::WorksetContainer::getWorksets(): 1.16e-06 - 0.506727% [1]
| | | | | | Phalanx: Evaluator 109: [panzer::Traits::Residual] GatherSolution (BlockedTpetra): B_face (Residual): 8.16e-06 - 3.56456% [1]
| | | | | | Phalanx: Evaluator 135: [panzer::Traits::Residual] DOF: B_face (panzer::Traits::Residual): 1.532e-05 - 6.69229% [1]
| | | | | | Phalanx: Evaluator 162: [panzer::Traits::Residual] Constant: 1/mu: 5.6e-07 - 0.244627% [1]
| | | | | | Phalanx: Evaluator 159: [panzer::Traits::Residual] DotProduct: B_SQUARED = B_face . B_face: 8.36e-06 - 3.65193% [1]
| | | | | | Phalanx: Evaluator 108: [panzer::Traits::Residual] GatherSolution (BlockedTpetra): E_edge (Residual): 6.16e-06 - 2.6909% [1]
| | | | | | Phalanx: Evaluator 136: [panzer::Traits::Residual] DOF: E_edge (panzer::Traits::Residual): 2.324e-05 - 10.152% [1]
| | | | | | Phalanx: Evaluator 151: [panzer::Traits::Residual] Constant: epsilon: 4.4e-07 - 0.192207% [1]
| | | | | | Phalanx: Evaluator 158: [panzer::Traits::Residual] DotProduct: E_SQUARED = E_edge . E_edge: 7.44e-06 - 3.25004% [1]
| | | | | | Phalanx: Evaluator 160: [panzer::Traits::Residual] Sum Evaluator: 6.648e-05 - 29.0407% [1]
| | | | | | Phalanx: Evaluator 204: [panzer::Traits::Residual] Integrator_Scalar: EM_ENERGY: 7.16e-06 - 3.12773% [1]
| | | | | | Phalanx: Evaluator 205: [panzer::Traits::Residual] Functional Response Scatter: Electromagnetic Energy: 1.032e-05 - 4.50813% [1]
| | | | | | Phalanx: Evaluator 165: [panzer::Traits::Residual] Constant: 1/dt: 5.6e-07 - 0.244627% [1]
| | | | | | Phalanx: Evaluator 161: [panzer::Traits::Residual] Product Evaluator: 4.856e-05 - 21.2127% [1]
| | | | | | Phalanx: Evaluator 208: [panzer::Traits::Residual] Integrator_Scalar: EM_ENERGY/dt^2: 4.32e-06 - 1.88712% [1]
| | | | | | Phalanx: Evaluator 209: [panzer::Traits::Residual] Functional Response Scatter: Electromagnetic Energy/dt^2: 5.48e-06 - 2.39385% [1]
| | | | | | Remainder: 1.52e-05 - 6.63987%
| | | | | panzer::AssemblyEngine::evaluate_neumannbcs(panzer::Traits::Residual): 4.52e-06 - 0.602378% [1]
| | | | | panzer::AssemblyEngine::evaluate_interfacebcs(panzer::Traits::Residual): 1.32e-06 - 0.175916% [1]
| | | | | panzer::AssemblyEngine::evaluate_dirichletbcs(panzer::Traits::Residual): 9.492e-05 - 12.6499% [1]
| | | | | panzer::AssemblyEngine::evaluate_scatter(panzer::Traits::Residual): 0.00022584 - 30.0976% [1]
| | | | | | panzer::AssemblyEngine::lof->ghostToGlobalContainer(panzer::Traits::Residual): 5.6e-07 - 0.247963% [1]
| | | | | | panzer::AssemblyEngine::gedc.ghostToGlobal(panzer::Traits::Residual): 0.00021452 - 94.9876% [1]
| | | | | | Remainder: 1.076e-05 - 4.76443%
| | | | | Remainder: 0.00015112 - 20.1397%
| | | | Remainder: 6.692e-05 - 0.979256%
| | | Remainder: 2.08e-06 - 0.0304279%
| | Remainder: 0.0239299 - 9.80141%
| Remainder: 6.52e-05 - 0.026698%
=================================
FOM Calculation
=================================
Number of cells = 64
Time for Belos Linear Solve = 0.00518712 seconds
Number of Time Steps (one linear solve per step) = 1
FOM ( num_cells * num_steps / solver_time / 1000) = 12.3383 k-cell-steps per second
=================================
Performance counter stats for 'apptainer run --bind ../ampere_scratch:/mnt trilinos.sif bash -c cd /mnt/Trilinos-trilinos-release-16-0-0/BUILD/packages/panzer/mini-em/example/BlockPrec/ && ./PanzerMiniEM_BlockPrec.exe --stacked-timer --solver=MueLu --linAlgebra=Tpetra --inputFile=maxwell4.xml':
154,861 BR_MIS_PRED_RETIRED:u # 0.0 per branch branch_misprediction_ratio (58.53%)
7,347,723 BR_RETIRED:u (58.53%)
28,184,204 L1-dcache-loads:u
381,798 L1-dcache-load-misses:u # 1.35% of all L1-dcache accesses
<not supported> LLC-loads:u
<not supported> LLC-load-misses:u
26,760,884 L1-icache-loads:u
230,155 L1-icache-load-misses:u # 0.86% of all L1-icache accesses
38,450,499 dTLB-loads:u (61.41%)
80,943 dTLB-load-misses:u # 0.21% of all dTLB cache accesses (65.23%)
0 iTLB-loads:u (5.88%)
<not counted> iTLB-load-misses:u (0.00%)
0.843003606 seconds time elapsed
0.532353000 seconds user
0.354194000 seconds sys
Performance counter stats for 'apptainer run --bind ../ampere_scratch:/mnt trilinos.sif bash -c cd /mnt/Trilinos-trilinos-release-16-0-0/BUILD/packages/panzer/mini-em/example/BlockPrec/ && ./PanzerMiniEM_BlockPrec.exe --stacked-timer --solver=MueLu --linAlgebra=Tpetra --inputFile=maxwell4.xml':
22,580,528 L1I_TLB:u # 0.0 per TLB access itlb_walk_ratio
4,760 ITLB_WALK:u
11,703 DTLB_WALK:u # 0.0 per TLB access dtlb_walk_ratio
30,338,400 L1D_TLB:u
0.845307765 seconds time elapsed
0.524851000 seconds user
0.347366000 seconds sys
Performance counter stats for 'apptainer run --bind ../ampere_scratch:/mnt trilinos.sif bash -c cd /mnt/Trilinos-trilinos-release-16-0-0/BUILD/packages/panzer/mini-em/example/BlockPrec/ && ./PanzerMiniEM_BlockPrec.exe --stacked-timer --solver=MueLu --linAlgebra=Tpetra --inputFile=maxwell4.xml':
26,438,548 L1I_CACHE:u # 0.0 per cache access l1i_cache_miss_ratio
230,293 L1I_CACHE_REFILL:u
380,884 L1D_CACHE_REFILL:u # 0.0 per cache access l1d_cache_miss_ratio
27,670,883 L1D_CACHE:u
0.819853735 seconds time elapsed
0.538161000 seconds user
0.329360000 seconds sys
Performance counter stats for 'apptainer run --bind ../ampere_scratch:/mnt trilinos.sif bash -c cd /mnt/Trilinos-trilinos-release-16-0-0/BUILD/packages/panzer/mini-em/example/BlockPrec/ && ./PanzerMiniEM_BlockPrec.exe --stacked-timer --solver=MueLu --linAlgebra=Tpetra --inputFile=maxwell4.xml':
469,209 LL_CACHE_MISS_RD:u # 1.0 per cache access ll_cache_read_miss_ratio
492,035 LL_CACHE_RD:u
135,738 L2D_TLB:u # 0.1 per TLB access l2_tlb_miss_ratio
17,566 L2D_TLB_REFILL:u
256,414 L2D_CACHE_REFILL:u # 0.2 per cache access l2_cache_miss_ratio
1,455,223 L2D_CACHE:u
0.814439777 seconds time elapsed
0.565195000 seconds user
0.299439000 seconds sys
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