ampere_research/trilinos/output/MueLu_Tpetra_maxwell16.output
2024-10-22 00:50:41 -04:00

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oasis16.umiacs.umd.edu
30 MueLu Tpetra maxwell16.xml
output/MueLu_Tpetra_maxwell16.output
output/MueLu_Tpetra_maxwell16_power.output
dt = 8.3391e-10
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 = 8.3391e-10 [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 = 8.3391e-10 [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 = 13872 x 13872, nnz = 416304
SM_Matrix Load balancing info
SM_Matrix # active processes: 1/1
SM_Matrix # rows per proc : avg = 1.39e+04, dev = 0.0%, min = 0.0% ( 13872 on 0), max = 0.0% ( 13872 on 0)
SM_Matrix # nnz per proc : avg = 4.16e+05, dev = 0.0%, min = 0.0% ( 416304 on 0), max = 0.0% ( 416304 on 0)
RefMaxwell::compute(): Detected 0 BC rows and 0 BC columns.
RefMaxwell::compute(): building edge nullspace
Edge length (min/mean/max): 0.03125 / 0.03125 / 0.03125
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 = 4913 x 4913, nnz = 117649
Ac Load balancing info
Ac # active processes: 1/1
Ac # rows per proc : avg = 4.91e+03, dev = 0.0%, min = 0.0% ( 4913 on 0), max = 0.0% ( 4913 on 0)
Ac # nnz per proc : avg = 1.18e+05, dev = 0.0%, min = 0.0% ( 117649 on 0), max = 0.0% ( 117649 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: 0/117649 (0%)
RefMaxwell (1,1) A_nodal: Algo "Phase - (Dirichlet)"
BuildAggregatesNonKokkos (Phase - (Dirichlet))
aggregated : 0 (phase), 0/4913 [0.00%] (total)
remaining : 4913
aggregates : 0 (phase), 0 (total)
RefMaxwell (1,1) A_nodal: Algo "Phase 1 (main)"
BuildAggregatesNonKokkos (Phase 1 (main))
aggregated : 4913 (phase), 4913/4913 [100.00%] (total)
remaining : 0
aggregates : 216 (phase), 216 (total)
RefMaxwell (1,1) A_nodal: Algo "Phase 2a (secondary)"
BuildAggregatesNonKokkos (Phase 2a (secondary))
aggregated : 0 (phase), 4913/4913 [100.00%] (total)
remaining : 0
aggregates : 0 (phase), 216 (total)
RefMaxwell (1,1) A_nodal: Algo "Phase 2b (expansion)"
BuildAggregatesNonKokkos (Phase 2b (expansion))
aggregated : 0 (phase), 4913/4913 [100.00%] (total)
remaining : 0
aggregates : 0 (phase), 216 (total)
RefMaxwell (1,1) A_nodal: Algo "Phase 3 (cleanup)"
BuildAggregatesNonKokkos (Phase 3 (cleanup))
aggregated : 0 (phase), 4913/4913 [100.00%] (total)
remaining : 0
aggregates : 0 (phase), 216 (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 = 4913 x 216
Ptent Load balancing info
Ptent # active processes: 1/1
Ptent # rows per proc : avg = 4.91e+03, dev = 0.0%, min = 0.0% ( 4913 on 0), max = 0.0% ( 4913 on 0)
Ptent # nnz per proc : avg = 4.91e+03, dev = 0.0%, min = 0.0% ( 4913 on 0), max = 0.0% ( 4913 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 = 648 x 648, nnz = 36864
coarseA11 Load balancing info
coarseA11 # active processes: 1/1
coarseA11 # rows per proc : avg = 6.48e+02, dev = 0.0%, min = 0.0% ( 648 on 0), max = 0.0% ( 648 on 0)
coarseA11 # nnz per proc : avg = 3.69e+04, dev = 0.0%, min = 0.0% ( 36864 on 0), max = 0.0% ( 36864 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 = 648 x 648, nnz = 36864
A0 Load balancing info
A0 # active processes: 1/1
A0 # rows per proc : avg = 6.48e+02, dev = 0.0%, min = 0.0% ( 648 on 0), max = 0.0% ( 648 on 0)
A0 # nnz per proc : avg = 3.69e+04, dev = 0.0%, min = 0.0% ( 36864 on 0), max = 0.0% ( 36864 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 = 3.02
Cycle type = V
level rows nnz nnz/row c ratio procs
0 648 36864 56.89 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)) 0.0193 (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 = 4913 x 4913, nnz = 117649
Ac Load balancing info
Ac # active processes: 1/1
Ac # rows per proc : avg = 4.91e+03, dev = 0.0%, min = 0.0% ( 4913 on 0), max = 0.0% ( 4913 on 0)
Ac # nnz per proc : avg = 1.18e+05, dev = 0.0%, min = 0.0% ( 117649 on 0), max = 0.0% ( 117649 on 0)
A22 size = 4913 x 4913, nnz = 117649
A22 Load balancing info
A22 # active processes: 1/1
A22 # rows per proc : avg = 4.91e+03, dev = 0.0%, min = 0.0% ( 4913 on 0), max = 0.0% ( 4913 on 0)
A22 # nnz per proc : avg = 1.18e+05, dev = 0.0%, min = 0.0% ( 117649 on 0), max = 0.0% ( 117649 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 = 4913 x 4913, nnz = 117649
A0 Load balancing info
A0 # active processes: 1/1
A0 # rows per proc : avg = 4.91e+03, dev = 0.0%, min = 0.0% ( 4913 on 0), max = 0.0% ( 4913 on 0)
A0 # nnz per proc : avg = 1.18e+05, dev = 0.0%, min = 0.0% ( 117649 on 0), max = 0.0% ( 117649 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
RefMaxwell (2,2): Setup Smoother (MueLu::Ifpack2Smoother{type = CHEBYSHEV})
chebyshev: ratio eigenvalue (computed) = 7.00
RefMaxwell (2,2): Preconditioner init
RefMaxwell (2,2): Preconditioner compute
chebyshev: max eigenvalue (calculated by Ifpack2) = 1.49
"Ifpack2::Chebyshev": {Initialized: true, Computed: true, "Ifpack2::Details::Chebyshev":{degree: 2, lambdaMax: 1.49142, alpha: 7, lambdaMin: 0.21306, boost factor: 1.1, algorithm: opt_fourth}, Global matrix dimensions: [4913, 4913], Global nnz: 117649}
Using default factory (AmalgamationFactory[575]) for building 'UnAmalgamationInfo'.
Level 1
RefMaxwell (2,2): Build (MueLu::RebalanceTransferFactory)
RefMaxwell (2,2): Build (MueLu::TentativePFactory)
RefMaxwell (2,2): Build (MueLu::UncoupledAggregationFactory)
RefMaxwell (2,2): Build (MueLu::CoalesceDropFactory)
RefMaxwell (2,2): 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 = 8.00, blocksize = 1
Level::Set: Not storing "Filtering" generated by factory CoalesceDropFactory[351] on level 0, as it has not been requested and no keep flags were set for it
RefMaxwell (2,2): Import construction
******* WARNING *******
Constructing new importer instance
RefMaxwell (2,2): Coordinate import
RefMaxwell (2,2): Laplacian local diagonal
RefMaxwell (2,2): Laplacian distributed diagonal
RefMaxwell (2,2): Laplacian dropping
RefMaxwell (2,2): Build amalgamated graph
Detected 0 agglomerated Dirichlet nodes using threshold 0.00
Number of dropped entries in unamalgamated matrix graph: 0/117649 (0.00%)
RefMaxwell (2,2): Algo "Phase - (Dirichlet)"
BuildAggregatesNonKokkos (Phase - (Dirichlet))
aggregated : 0 (phase), 0/4913 [0.00%] (total)
remaining : 4913
aggregates : 0 (phase), 0 (total)
RefMaxwell (2,2): Algo "Phase 1 (main)"
BuildAggregatesNonKokkos (Phase 1 (main))
aggregated : 4913 (phase), 4913/4913 [100.00%] (total)
remaining : 0
aggregates : 216 (phase), 216 (total)
RefMaxwell (2,2): Algo "Phase 2a (secondary)"
BuildAggregatesNonKokkos (Phase 2a (secondary))
aggregated : 0 (phase), 4913/4913 [100.00%] (total)
remaining : 0
aggregates : 0 (phase), 216 (total)
RefMaxwell (2,2): Algo "Phase 2b (expansion)"
BuildAggregatesNonKokkos (Phase 2b (expansion))
aggregated : 0 (phase), 4913/4913 [100.00%] (total)
remaining : 0
aggregates : 0 (phase), 216 (total)
RefMaxwell (2,2): Algo "Phase 3 (cleanup)"
BuildAggregatesNonKokkos (Phase 3 (cleanup))
aggregated : 0 (phase), 4913/4913 [100.00%] (total)
remaining : 0
aggregates : 0 (phase), 216 (total)
RefMaxwell (2,2): Nullspace factory (MueLu::NullspaceFactory)
Generating canonical nullspace: dimension = 1
RefMaxwell (2,2): 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[354] on level 1, as it has not been requested and no keep flags were set for it
Ptent size = 4913 x 216
Ptent Load balancing info
Ptent # active processes: 1/1
Ptent # rows per proc : avg = 4.91e+03, dev = 0.0%, min = 0.0% ( 4913 on 0), max = 0.0% ( 4913 on 0)
Ptent # nnz per proc : avg = 4.91e+03, dev = 0.0%, min = 0.0% ( 4913 on 0), max = 0.0% ( 4913 on 0)
RefMaxwell (2,2): Build (MueLu::RepartitionFactory)
RefMaxwell (2,2): Computing Ac (MueLu::RAPFactory)
RefMaxwell (2,2): Transpose P (MueLu::TransPFactory)
R size = 216 x 4913, nnz = 4913
R Load balancing info
R # active processes: 1/1
R # rows per proc : avg = 2.16e+02, dev = 0.0%, min = 0.0% ( 216 on 0), max = 0.0% ( 216 on 0)
R # nnz per proc : avg = 4.91e+03, dev = 0.0%, min = 0.0% ( 4913 on 0), max = 0.0% ( 4913 on 0)
RefMaxwell (2,2): MxMxM: R x A x P (explicit)
Ac size = 216 x 216, nnz = 3936
Ac Load balancing info
Ac # active processes: 1/1
Ac # rows per proc : avg = 2.16e+02, dev = 0.0%, min = 0.0% ( 216 on 0), max = 0.0% ( 216 on 0)
Ac # nnz per proc : avg = 3.94e+03, dev = 0.0%, min = 0.0% ( 3936 on 0), max = 0.0% ( 3936 on 0)
Level::Set: Not storing "RAP reuse data" generated by factory RAPFactory[357] on level 1, as it has not been requested and no keep flags were set for it
RefMaxwell (2,2): Projections
RAPFactory: call transfer factory: MueLu::CoordinatesTransferFactory
RefMaxwell (2,2): Build (MueLu::CoordinatesTransferFactory)
Transferring coordinates
RefMaxwell (2,2): AverageCoords
RefMaxwell (2,2): Build (MueLu::RepartitionHeuristicFactory)
Repartitioning? NO:
comm size = 1
RefMaxwell (2,2): Build (MueLu::Zoltan2Interface)
No repartitioning necessary: partitions were left unchanged by the repartitioner
RefMaxwell (2,2): Rebalancing prolongator
Using original prolongator
RefMaxwell (2,2): Build (MueLu::RebalanceTransferFactory)
RefMaxwell (2,2): Rebalancing restrictor
Using original restrictor
RefMaxwell (2,2): Computing Ac (MueLu::RebalanceAcFactory)
No rebalancing
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)
Level::Set: Not storing "PostSmoother" generated by factory SmootherFactory[345] on level 1, as it has not been requested and no keep flags were set for it
Level::Set: Not storing "PostSmoother data" generated by factory SmootherFactory[345] on level 1, as it has not been requested and no keep flags were set for it
--------------------------------------------------------------------------------
--- Multigrid Summary RefMaxwell (2,2) ---
--------------------------------------------------------------------------------
Scalar = double
Number of levels = 2
Operator complexity = 1.03
Smoother complexity = 1.44
Cycle type = V
level rows nnz nnz/row c ratio procs
0 4913 117649 23.95 1
1 216 3936 18.22 22.75 1
Smoother (level 0) both : "Ifpack2::Chebyshev": {Initialized: true, Computed: true, "Ifpack2::Details::Chebyshev":{degree: 2, lambdaMax: 1.49142, alpha: 7, lambdaMin: 0.21306, boost factor: 1.1, algorithm: opt_fourth}, Global matrix dimensions: [4913, 4913], Global nnz: 117649}
Smoother (level 1) pre : KLU2 solver interface
Smoother (level 1) post : no smoother
================================================================================
TimeMonitor results over 1 processor
Timer Name Global time (num calls)
--------------------------------------------------------------------------------
MueLu setup time (RefMaxwell (2,2)) 0.0380 (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) = 2.96
"Ifpack2::Chebyshev": {Initialized: true, Computed: true, "Ifpack2::Details::Chebyshev":{degree: 2, lambdaMax: 2.95911, alpha: 20, lambdaMin: 0.147956, boost factor: 1.1, algorithm: opt_fourth}, Global matrix dimensions: [13872, 13872], Global nnz: 416304}
Level::Set: Not storing "PostSmoother" generated by factory SmootherFactory[583] 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[583] 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) 13872 416304 30.0104
(2, 2) 4913 117649 23.9465
Smoother 11 both : "Ifpack2::Chebyshev": {Initialized: true, Computed: true, "Ifpack2::Details::Chebyshev":{degree: 2, lambdaMax: 2.95911, alpha: 20, lambdaMin: 0.147956, boost factor: 1.1, algorithm: opt_fourth}, Global matrix dimensions: [13872, 13872], Global nnz: 416304}
--------------------------------------------------------------------------------
--- Multigrid Summary RefMaxwell coarse (1,1) ---
--------------------------------------------------------------------------------
Scalar = double
Number of levels = 1
Operator complexity = 1.00
Smoother complexity = 3.02
Cycle type = V
level rows nnz nnz/row c ratio procs
0 648 36864 56.89 1
Smoother (level 0) pre : KLU2 solver interface
Smoother (level 0) post : no smoother
--------------------------------------------------------------------------------
--- Multigrid Summary RefMaxwell (2,2) ---
--------------------------------------------------------------------------------
Scalar = double
Number of levels = 2
Operator complexity = 1.03
Smoother complexity = 1.44
Cycle type = V
level rows nnz nnz/row c ratio procs
0 4913 117649 23.95 1
1 216 3936 18.22 22.75 1
Smoother (level 0) both : "Ifpack2::Chebyshev": {Initialized: true, Computed: true, "Ifpack2::Details::Chebyshev":{degree: 2, lambdaMax: 1.49142, alpha: 7, lambdaMin: 0.21306, boost factor: 1.1, algorithm: opt_fourth}, Global matrix dimensions: [4913, 4913], Global nnz: 117649}
Smoother (level 1) pre : KLU2 solver interface
Smoother (level 1) 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=26928,domainDim=26928,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=13056,domainDim=13056}
Op[0,1] = Thyra::TpetraLinearOp<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> >{rangeDim=13056,domainDim=13872}
Op[1,0] = Thyra::TpetraLinearOp<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> >{rangeDim=13872,domainDim=13056}
Op[1,1] = Thyra::TpetraLinearOp<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> >{rangeDim=13872,domainDim=13872}
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=26928, #RHSs=1 ...
Starting iterations with Belos:
Using forward operator = Thyra::TpetraLinearOp<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> >{rangeDim=13056,domainDim=13056}
Using iterative solver = Belos::BlockCGSolMgr<...,double>{Ortho Type='ICGS', Block Size=1}
With #Eqns=13056, #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 0.000756761 sec
Starting iterations with Belos:
Using forward operator = Thyra::TpetraLinearOp<double, int, long long, Tpetra::KokkosCompat::KokkosDeviceWrapperNode<Kokkos::Serial, Kokkos::HostSpace> >{rangeDim=13872,domainDim=13872}
Using iterative solver = Belos::BlockCGSolMgr<...,double>{Ortho Type='ICGS', Block Size=1}
With #Eqns=13872, #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 11 iterations with total CPU time of 0.0343501 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 0.0412631 sec
Electromagnetic Energy = 2.99227e-08
Electromagnetic Energy/dt^2 = 4.30291e+10
* finished time step 1, t = 8.3391e-10
**************************************************
*** 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: 1.99793 [1]
| Mini-EM: Total Time: 1.99787 - 99.9967% [1]
| | Mini-EM: build mesh: 0.000649361 - 0.0325027% [1]
| | | panzer::CubeHexMeshFactory::buildUncomittedMesh(): 0.00031984 - 49.2546% [1]
| | | Remainder: 0.000329521 - 50.7454%
| | Mini-EM: build physics blocks: 0.000959321 - 0.0480173% [1]
| | Mini-EM: build auxiliary physics blocks: 0.000818202 - 0.0409538% [1]
| | panzer::CubeHexMeshFactory::completeMeshConstruction(): 0.208573 - 10.4398% [1]
| | panzer::DOFManager::buildGlobalUnknowns: 0.0948004 - 4.74508% [4]
| | | panzer::DOFManager::buildTaggedMultiVector: 0.0374853 - 39.5413% [4]
| | | | panzer::DOFManager::builderOverlapMapFromElements: 0.0301242 - 80.3628% [4]
| | | | panzer::DOFManager::buildTaggedMultiVector::allocate_tagged_multivector: 0.00118732 - 3.16744% [4]
| | | | panzer::DOFManager::buildTaggedMultiVector::fill_tagged_multivector: 0.00609833 - 16.2686% [4]
| | | | Remainder: 7.5401e-05 - 0.201148%
| | | panzer::DOFManager::buildGlobalUnknowns_GUN: 0.00714833 - 7.5404% [4]
| | | | panzer::DOFManager::buildGlobalUnknowns_GUN::line_04 createOneToOne: 0.00372813 - 52.1538% [4]
| | | | panzer::DOFManager::buildGlobalUnknowns_GUN::line_05 alloc_unique_mv: 0.00025712 - 3.59692% [4]
| | | | panzer::DOFManager::buildGlobalUnknowns_GUN::line_06 export: 0.000678241 - 9.4881% [4]
| | | | panzer::DOFManager::buildGlobalUnknowns_GUN::line_07-09 local_count: 0.000311041 - 4.35124% [4]
| | | | panzer::DOFManager::buildGlobalUnknowns_GUN::line_10 prefix_sum: 0.00119528 - 16.7211% [4]
| | | | panzer::DOFManager::buildGlobalUnknowns_GUN::line_13-21 gid_assignment: 0.000849763 - 11.8876% [4]
| | | | panzer::DOFManager::buildGlobalUnknowns_GUN::line_23 final_import: 5.732e-05 - 0.801865% [4]
| | | | Remainder: 7.144e-05 - 0.999394%
| | | panzer::DOFManager::buildGlobalUnknowns::build_owned_vector: 0.00889106 - 9.37871% [4]
| | | panzer::DOFManager::buildGlobalUnknowns::build_ghosted_array: 0.00383836 - 4.04889% [4]
| | | panzer::DOFManager::buildGlobalUnknowns::build_orientation: 0.0128915 - 13.5986% [4]
| | | panzer::DOFManager::buildGlobalUnknowns::build_local_ids: 0.00497273 - 5.24547% [4]
| | | Remainder: 0.0195731 - 20.6467%
| | panzer::WorksetContainer::applyOrientations(ugi): 0.0038172 - 0.191064% [2]
| | Mini-EM: setup physics model evaluator: 0.199032 - 9.96221% [1]
| | | panzer::ModelEvaluator::setupModel(): 0.199016 - 99.9919% [1]
| | | | allocate FieldManagerBuilder: 2.76e-06 - 0.00138683% [1]
| | | | fmb->setWorksetContainer(): 7.2e-07 - 0.000361781% [1]
| | | | fmb->setupVolumeFieldManagers(): 0.192629 - 96.7911% [1]
| | | | | panzer::FieldManagerBuilder::setupVolumeFieldManagers: 0.192613 - 99.9914% [1]
| | | | | | getWorksets(): 0.168689 - 87.5793% [1]
| | | | | | | panzer::WorksetContainer::getWorksets(): 0.168685 - 99.9976% [1]
| | | | | | | | panzer_stk::WorksetFactory::getWorksets: 0.0991062 - 58.7523% [1]
| | | | | | | | | panzer::integrationValues2::setupArrays(): 0.00446885 - 4.50915% [3]
| | | | | | | | | panzer::integrationValues2::evaluateValues(with virtual cells): 0.0176395 - 17.7986% [3]
| | | | | | | | | | panzer::integrationValues2::setup(): 0.00041432 - 2.34881% [3]
| | | | | | | | | | panzer::integrationValues2::evaluateEverything(): 0.0172106 - 97.5682% [3]
| | | | | | | | | | | panzer::integrationValues2::getUniformCubaturePointsRef(): 0.00024156 - 1.40355% [3]
| | | | | | | | | | | panzer::integrationValues2::getUniformCubatureWeightRef(): 9.888e-05 - 0.57453% [3]
| | | | | | | | | | | panzer::integrationValues2::getCubaturePointsRef(): 0.000394201 - 2.29046% [3]
| | | | | | | | | | | panzer::integrationValues2::getCubaturePoints(): 0.0015494 - 9.00261% [3]
| | | | | | | | | | | panzer::integrationValues2::getJacobian(): 0.00389569 - 22.6354% [3]
| | | | | | | | | | | panzer::integrationValues2::getJacobianDeterminant(): 0.00070944 - 4.12211% [3]
| | | | | | | | | | | panzer::integrationValues2::getJacobianInverse(): 0.00293609 - 17.0598% [3]
| | | | | | | | | | | panzer::integrationValues2::getWeightedMeasure(): 9.04e-05 - 0.525258% [3]
| | | | | | | | | | | panzer::integrationValues2::getContravarientMatrix(): 0.00441761 - 25.668% [3]
| | | | | | | | | | | | panzer::integrationValues2::getCovariantMatrix(): 0.00176072 - 39.8569% [3]
| | | | | | | | | | | | Remainder: 0.00265688 - 60.1431%
| | | | | | | | | | | panzer::integrationValues2::getCovariantMatrix(): 0.00230272 - 13.3797% [3]
| | | | | | | | | | | panzer::integrationValues2::getNormContravarientMatrix(): 0.00049528 - 2.87776% [3]
| | | | | | | | | | | Remainder: 7.932e-05 - 0.460879%
| | | | | | | | | | Remainder: 1.464e-05 - 0.0829953%
| | | | | | | | | panzer::basisValues2::evaluateValues(8 arg, uniform cub pts): 0.0646689 - 65.2522% [6]
| | | | | | | | | | panzer::basisValues2::evaluateValues(5 arg): 0.0371831 - 57.4977% [6]
| | | | | | | | | | | panzer::basisValues2::getVectorBasisValuesRef(): 8.152e-05 - 0.219239% [6]
| | | | | | | | | | | panzer::basisValues2::getCurlVectorBasisRef(): 2.436e-05 - 0.0655136% [3]
| | | | | | | | | | | panzer::basisValues2::getVectorBasisValues(): 0.0195615 - 52.6084% [6]
| | | | | | | | | | | panzer::basisValues2::getCurlVectorBasis(): 0.0144697 - 38.9148% [3]
| | | | | | | | | | | panzer::basisValues2::getDivVectorBasisRef(): 2.448e-05 - 0.0658363% [3]
| | | | | | | | | | | panzer::basisValues2::getDevVectorBasis(): 0.0027176 - 7.3087% [3]
| | | | | | | | | | | Remainder: 0.000303961 - 0.81747%
| | | | | | | | | | panzer::basisValues2::getVectorBasisValues(): 0.0132577 - 20.5008% [6]
| | | | | | | | | | panzer::basisValues2::getCurlVectorBasis(): 0.00913353 - 14.1235% [3]
| | | | | | | | | | panzer::basisValues2::getBasisCoordinatesRef(): 0.00015092 - 0.233373% [6]
| | | | | | | | | | panzer::basisValues2::getBasisCoordinates(): 0.00279104 - 4.31589% [6]
| | | | | | | | | | panzer::basisValues2::getDevVectorBasis(): 0.00206264 - 3.18954% [3]
| | | | | | | | | | Remainder: 9e-05 - 0.13917%
| | | | | | | | | Remainder: 0.0123289 - 12.44%
| | | | | | | | panzer::WorksetContainer::applyOrientations(eBlock,worksets): 0.0695512 - 41.2315% [1]
| | | | | | | | | panzer::basisValues2::applyOrientations(): 0.0694711 - 99.8848% [6]
| | | | | | | | | Remainder: 8.012e-05 - 0.115196%
| | | | | | | | Remainder: 2.744e-05 - 0.016267%
| | | | | | | Remainder: 4.12e-06 - 0.00244236%
| | | | | | getOrientations(): 1.096e-05 - 0.00569017% [1]
| | | | | | pb->buildAndRegisterEquationSetEvaluators(): 0.000717361 - 0.372437% [1]
| | | | | | pb->buildAndRegisterGatherAndOrientationEvaluators(): 0.000706361 - 0.366726% [1]
| | | | | | pb->buildAndRegisterDOFProjectionsToIPEvaluators(): 0.000374481 - 0.194422% [1]
| | | | | | pb->buildAndRegisterScatterEvaluators(): 0.0001702 - 0.0883638% [1]
| | | | | | pb->buildAndRegisterClosureModelEvaluators(): closureModelByEBlock==false: 0.000856161 - 0.444499% [1]
| | | | | | Phalanx::SortAndOrderEvaluators: 7.2e-07 - 0.000373807% [2]
| | | | | | Remainder: 0.0210875 - 10.9481%
| | | | | Remainder: 1.656e-05 - 0.00859682%
| | | | fmb->setupBCFieldManagers(): 8.04e-06 - 0.00403989% [1]
| | | | AssemblyEngine_TemplateBuilder::buildObjects(): 1.508e-05 - 0.0075773% [1]
| | | | build response library: 0.00634001 - 3.18569% [1]
| | | | | panzer::FieldManagerBuilder::setupVolumeFieldManagers: 0.00613437 - 96.7565% [1]
| | | | | | getWorksets(): 3.04e-06 - 0.0495568% [1]
| | | | | | | panzer::WorksetContainer::getWorksets(): 2.04e-06 - 67.1053% [1]
| | | | | | | Remainder: 1e-06 - 32.8947%
| | | | | | getOrientations(): 4.4e-07 - 0.0071727% [1]
| | | | | | pb->buildAndRegisterEquationSetEvaluators(): 0.000740001 - 12.0632% [1]
| | | | | | pb->buildAndRegisterGatherAndOrientationEvaluators(): 0.000898001 - 14.6388% [1]
| | | | | | pb->buildAndRegisterDOFProjectionsToIPEvaluators(): 0.000401921 - 6.55195% [1]
| | | | | | pb->buildAndRegisterClosureModelEvaluators(): closureModelByEBlock==false: 0.00122868 - 20.0295% [1]
| | | | | | Phalanx::SortAndOrderEvaluators: 1.12e-06 - 0.0182578% [3]
| | | | | | Remainder: 0.00286116 - 46.6415%
| | | | | Remainder: 0.000205641 - 3.24354%
| | | | Remainder: 1.96e-05 - 0.00984848%
| | | Remainder: 1.62e-05 - 0.00813941%
| | Mini-EM: setup auxiliary physics model evaluator: 0.32218 - 16.1262% [1]
| | | panzer::ModelEvaluator::setupModel(): 0.322171 - 99.9972% [1]
| | | | allocate FieldManagerBuilder: 1e-06 - 0.000310394% [1]
| | | | fmb->setWorksetContainer(): 6.4e-07 - 0.000198652% [1]
| | | | fmb->setupVolumeFieldManagers(): 0.322124 - 99.9855% [1]
| | | | | panzer::FieldManagerBuilder::setupVolumeFieldManagers: 0.322121 - 99.9989% [1]
| | | | | | getWorksets(): 0.1444 - 44.8278% [1]
| | | | | | | panzer::WorksetContainer::getWorksets(): 0.144398 - 99.9991% [1]
| | | | | | | | panzer_stk::WorksetFactory::getWorksets: 0.101536 - 70.3169% [1]
| | | | | | | | | panzer::integrationValues2::setupArrays(): 0.00430177 - 4.23667% [3]
| | | | | | | | | panzer::integrationValues2::evaluateValues(with virtual cells): 0.0181774 - 17.9023% [3]
| | | | | | | | | | panzer::integrationValues2::setup(): 0.000520881 - 2.86554% [3]
| | | | | | | | | | panzer::integrationValues2::evaluateEverything(): 0.0176501 - 97.0992% [3]
| | | | | | | | | | | panzer::integrationValues2::getUniformCubaturePointsRef(): 0.000168081 - 0.952295% [3]
| | | | | | | | | | | panzer::integrationValues2::getUniformCubatureWeightRef(): 9.728e-05 - 0.551158% [3]
| | | | | | | | | | | panzer::integrationValues2::getCubaturePointsRef(): 0.0005586 - 3.16485% [3]
| | | | | | | | | | | panzer::integrationValues2::getCubaturePoints(): 0.00157456 - 8.92098% [3]
| | | | | | | | | | | panzer::integrationValues2::getJacobian(): 0.00368081 - 20.8543% [3]
| | | | | | | | | | | panzer::integrationValues2::getJacobianDeterminant(): 0.00069468 - 3.93584% [3]
| | | | | | | | | | | panzer::integrationValues2::getJacobianInverse(): 0.00281088 - 15.9256% [3]
| | | | | | | | | | | panzer::integrationValues2::getWeightedMeasure(): 8.384e-05 - 0.475011% [3]
| | | | | | | | | | | panzer::integrationValues2::getContravarientMatrix(): 0.00495949 - 28.0989% [3]
| | | | | | | | | | | | panzer::integrationValues2::getCovariantMatrix(): 0.00217524 - 43.8603% [3]
| | | | | | | | | | | | Remainder: 0.00278424 - 56.1397%
| | | | | | | | | | | panzer::integrationValues2::getCovariantMatrix(): 0.00249776 - 14.1516% [3]
| | | | | | | | | | | panzer::integrationValues2::getNormContravarientMatrix(): 0.00048704 - 2.75942% [3]
| | | | | | | | | | | Remainder: 3.708e-05 - 0.210084%
| | | | | | | | | | Remainder: 6.4e-06 - 0.0352086%
| | | | | | | | | panzer::basisValues2::evaluateValues(8 arg, uniform cub pts): 0.0661999 - 65.1982% [6]
| | | | | | | | | | panzer::basisValues2::evaluateValues(5 arg): 0.0377307 - 56.995% [6]
| | | | | | | | | | | panzer::basisValues2::getVectorBasisValuesRef(): 4.064e-05 - 0.107711% [3]
| | | | | | | | | | | panzer::basisValues2::getCurlVectorBasisRef(): 2.216e-05 - 0.0587321% [3]
| | | | | | | | | | | panzer::basisValues2::getVectorBasisValues(): 0.0141211 - 37.4261% [3]
| | | | | | | | | | | panzer::basisValues2::getCurlVectorBasis(): 0.0143476 - 38.0263% [3]
| | | | | | | | | | | panzer::basisValues2::getBasisValuesRef(): 2.7e-05 - 0.0715598% [3]
| | | | | | | | | | | panzer::basisValues2::getGradBasisValuesRef(): 2.524e-05 - 0.0668952% [3]
| | | | | | | | | | | panzer::basisValues2::getBasisValues(): 0.000511041 - 1.35444% [3]
| | | | | | | | | | | panzer::basisValues2::getGradBasisValues(): 0.00847425 - 22.4599% [3]
| | | | | | | | | | | Remainder: 0.00016164 - 0.428405%
| | | | | | | | | | panzer::basisValues2::getVectorBasisValues(): 0.00868437 - 13.1184% [3]
| | | | | | | | | | panzer::basisValues2::getCurlVectorBasis(): 0.00835857 - 12.6263% [3]
| | | | | | | | | | panzer::basisValues2::getBasisCoordinatesRef(): 9.412e-05 - 0.142175% [6]
| | | | | | | | | | panzer::basisValues2::getBasisCoordinates(): 0.00310805 - 4.69494% [6]
| | | | | | | | | | panzer::basisValues2::getBasisValues(): 0.00276108 - 4.17083% [3]
| | | | | | | | | | panzer::basisValues2::getGradBasisValues(): 0.00511373 - 7.72468% [3]
| | | | | | | | | | Remainder: 0.00034932 - 0.527674%
| | | | | | | | | Remainder: 0.0128573 - 12.6628%
| | | | | | | | panzer::WorksetContainer::applyOrientations(eBlock,worksets): 0.0428513 - 29.6757% [1]
| | | | | | | | | panzer::basisValues2::applyOrientations(): 0.0428077 - 99.8984% [3]
| | | | | | | | | Remainder: 4.352e-05 - 0.101561%
| | | | | | | | Remainder: 1.064e-05 - 0.00736851%
| | | | | | | Remainder: 1.32e-06 - 0.00091413%
| | | | | | getOrientations(): 1.168e-05 - 0.00362597% [1]
| | | | | | pb->buildAndRegisterEquationSetEvaluators(): 0.000921681 - 0.286129% [1]
| | | | | | pb->buildAndRegisterGatherAndOrientationEvaluators(): 0.0010912 - 0.338756% [1]
| | | | | | pb->buildAndRegisterDOFProjectionsToIPEvaluators(): 0.000741401 - 0.230163% [1]
| | | | | | pb->buildAndRegisterScatterEvaluators(): 0.143492 - 44.5461% [1]
| | | | | | | mini_em::AuxEqSet_SchurComplement::buildAndRegisterScatterEvaluators(): 0.0521006 - 36.309% [1]
| | | | | | | Remainder: 0.0913916 - 63.691%
| | | | | | pb->buildAndRegisterClosureModelEvaluators(): closureModelByEBlock==false: 0.00244028 - 0.757568% [1]
| | | | | | Phalanx::SortAndOrderEvaluators: 4.8e-07 - 0.000149013% [2]
| | | | | | Remainder: 0.029022 - 9.00966%
| | | | | Remainder: 3.56e-06 - 0.00110516%
| | | | fmb->setupBCFieldManagers(): 4.04e-06 - 0.00125399% [1]
| | | | AssemblyEngine_TemplateBuilder::buildObjects(): 1.564e-05 - 0.00485457% [1]
| | | | build response library: 2.02e-05 - 0.00626997% [1]
| | | | | panzer::FieldManagerBuilder::setupVolumeFieldManagers: 2.8e-07 - 1.38614% [1]
| | | | | Remainder: 1.992e-05 - 98.6139%
| | | | Remainder: 5.08e-06 - 0.0015768%
| | | Remainder: 9e-06 - 0.00279347%
| | Mini-EM: eval auxiliary physics model evaluator: 0.457054 - 22.8771% [1]
| | | panzer::ModelEvaluator::create_W_op: 0.137655 - 30.1179% [1]
| | | panzer::ModelEvaluator::evalModel(J): 0.316591 - 69.2677% [1]
| | | | panzer::AssemblyEngine::evaluate_gather(panzer::Traits::Jacobian): 0.00045076 - 0.142379% [1]
| | | | panzer::AssemblyEngine::evaluate_volume(panzer::Traits::Jacobian): 0.214073 - 67.6183% [1]
| | | | | panzer::WorksetContainer::getWorksets(): 1.76e-06 - 0.000822148% [1]
| | | | | Phalanx: Evaluator 315: [panzer::Traits::Jacobian] Constant: 1/mu: 5.72e-06 - 0.00267198% [3]
| | | | | Phalanx: Evaluator 318: [panzer::Traits::Jacobian] Constant: dt: 2e-06 - 0.000934259% [3]
| | | | | Phalanx: Evaluator 235: [panzer::Traits::Jacobian] GatherSolution (BlockedTpetra): AUXILIARY_EDGE (panzer::Traits::Jacobian) : 0.00136276 - 0.636587% [3]
| | | | | Phalanx: Evaluator 270: [panzer::Traits::Jacobian] DOFCurl: Curl_AUXILIARY_EDGE (Jacobian): 0.00593345 - 2.77169% [3]
| | | | | Phalanx: Evaluator 218: [panzer::Traits::Jacobian] Integrator_CurlBasisDotVector (EVALUATES): AUX_SCHURCOMPLEMENT_RESIDUAL_CURLCURL_AUXILIARY_EDGE: 0.0178298 - 8.32883% [3]
| | | | | Phalanx: Evaluator 236: [panzer::Traits::Jacobian] GatherBasisCoordinates: Basis_HCurl:1 BasisCoordinates: 0.00205108 - 0.958121% [3]
| | | | | Phalanx: Evaluator 314: [panzer::Traits::Jacobian] TensorConductivity: 0.0143353 - 6.69646% [3]
| | | | | Phalanx: Evaluator 269: [panzer::Traits::Jacobian] DOF: AUXILIARY_EDGE accel_jac (panzer::Traits::Jacobian): 0.014292 - 6.6762% [3]
| | | | | Phalanx: Evaluator 217: [panzer::Traits::Jacobian] Integrator_BasisTimesTensorTimesVector (Eval, panzer::Traits::Jacobian): AUX_SCHURCOMPLEMENT_RESIDUAL_CONDUCTIVITY_AUXILIARY_EDGE: 0.0209725 - 9.79688% [3]
| | | | | Phalanx: Evaluator 308: [panzer::Traits::Jacobian] Constant: epsilon: 4.68e-06 - 0.00218617% [3]
| | | | | Phalanx: Evaluator 321: [panzer::Traits::Jacobian] Constant: 1/dt: 1.92e-06 - 0.000896888% [3]
| | | | | Phalanx: Evaluator 216: [panzer::Traits::Jacobian] Integrator_BasisTimesVector<2>(Eval, panzer::Traits::Jacobian): AUX_SCHURCOMPLEMENT_RESIDUAL_TIME_OP_AUXILIARY_EDGE: 0.0319212 - 14.9114% [3]
| | | | | Phalanx: Evaluator 219: [panzer::Traits::Jacobian] SumStatic Rank 2 Evaluator: 0.00542729 - 2.53525% [3]
| | | | | Phalanx: Evaluator 284: [panzer::Traits::Jacobian] ScatterReordered_ Reorder AD Values: 0.00180524 - 0.843282% [3]
| | | | | Phalanx: Evaluator 285: [panzer::Traits::Jacobian] AUX_AUXILIARY_EDGE_SchurComplement Scatter Residual (Jacobian): 0.00698477 - 3.26279% [3]
| | | | | Phalanx: Evaluator 244: [panzer::Traits::Jacobian] GatherSolution (BlockedTpetra): AUXILIARY_NODE (panzer::Traits::Jacobian) : 0.000837322 - 0.391138% [3]
| | | | | Phalanx: Evaluator 276: [panzer::Traits::Jacobian] DOFGradient: Grad_AUXILIARY_NODE (panzer::Traits::Jacobian): 0.00990509 - 4.62696% [3]
| | | | | Phalanx: Evaluator 224: [panzer::Traits::Jacobian] Integrator_GradBasisDotTensorTimesVector (EVALUATES): AUX_PROJECTEDSCHURCOMPLEMENT_RESIDUAL_CONDUCTIVITY_AUXILIARY_NODE: 0.0163493 - 7.63722% [3]
| | | | | Phalanx: Evaluator 223: [panzer::Traits::Jacobian] Integrator_GradBasisDotVector (EVALUATES): AUX_PROJECTEDSCHURCOMPLEMENT_RESIDUAL_TIME_OP_AUXILIARY_NODE: 0.0211148 - 9.86336% [3]
| | | | | Phalanx: Evaluator 225: [panzer::Traits::Jacobian] SumStatic Rank 2 Evaluator: 0.00288492 - 1.34763% [3]
| | | | | Phalanx: Evaluator 286: [panzer::Traits::Jacobian] ScatterReordered_ Reorder AD Values: 0.000974481 - 0.455209% [3]
| | | | | Phalanx: Evaluator 287: [panzer::Traits::Jacobian] AUX_AUXILIARY_NODE_ProjectedSchurComplement Scatter Residual (Jacobian): 0.00303192 - 1.4163% [3]
| | | | | Phalanx: Evaluator 227: [panzer::Traits::Jacobian] Integrator_BasisTimesVector<0>(Eval, panzer::Traits::Jacobian): AUX_MASS_RESIDUAL_AUXILIARY_EDGE: 0.0143121 - 6.68562% [3]
| | | | | Phalanx: Evaluator 288: [panzer::Traits::Jacobian] ScatterReordered_ Reorder AD Values: 0.00182308 - 0.851615% [3]
| | | | | Phalanx: Evaluator 289: [panzer::Traits::Jacobian] AUX_AUXILIARY_EDGE_MassMatrix Scatter Residual (Jacobian): 0.00692181 - 3.23338% [3]
| | | | | Phalanx: Evaluator 311: [panzer::Traits::Jacobian] Constant: mu: 4.32e-06 - 0.002018% [3]
| | | | | Phalanx: Evaluator 275: [panzer::Traits::Jacobian] DOF: AUXILIARY_NODE accel_jac (panzer::Traits::Jacobian): 0.00306528 - 1.43188% [3]
| | | | | Phalanx: Evaluator 229: [panzer::Traits::Jacobian] Integrator_BasisTimesScalar (EVALUATES): AUX_MASS_RESIDUAL_AUXILIARY_NODE: 0.00579409 - 2.70659% [3]
| | | | | Phalanx: Evaluator 290: [panzer::Traits::Jacobian] ScatterReordered_ Reorder AD Values: 0.000918802 - 0.429199% [3]
| | | | | Phalanx: Evaluator 291: [panzer::Traits::Jacobian] AUX_AUXILIARY_NODE_MassMatrix Scatter Residual (Jacobian): 0.00305044 - 1.42495% [3]
| | | | | Remainder: 0.000154081 - 0.0719758%
| | | | panzer::AssemblyEngine::evaluate_neumannbcs(panzer::Traits::Jacobian): 1.656e-05 - 0.00523072% [1]
| | | | panzer::AssemblyEngine::evaluate_interfacebcs(panzer::Traits::Jacobian): 2.48e-06 - 0.000783345% [1]
| | | | panzer::AssemblyEngine::evaluate_dirichletbcs(panzer::Traits::Jacobian): 0.000520841 - 0.164515% [1]
| | | | panzer::AssemblyEngine::evaluate_scatter(panzer::Traits::Jacobian): 0.101182 - 31.9599% [1]
| | | | | panzer::AssemblyEngine::lof->ghostToGlobalContainer(panzer::Traits::Jacobian): 0.0500408 - 49.4561% [1]
| | | | | panzer::AssemblyEngine::gedc.ghostToGlobal(panzer::Traits::Jacobian): 0.0510896 - 50.4926% [1]
| | | | | Remainder: 5.196e-05 - 0.0513529%
| | | | Remainder: 0.000344521 - 0.108822%
| | | Remainder: 0.00280828 - 0.614431%
| | panzer::FieldManagerBuilder::setupVolumeFieldManagers: 0.00486081 - 0.2433% [1]
| | | getWorksets(): 6.4e-06 - 0.131665% [1]
| | | | panzer::WorksetContainer::getWorksets(): 3.8e-06 - 59.375% [1]
| | | | Remainder: 2.6e-06 - 40.625%
| | | getOrientations(): 1.6e-06 - 0.0329163% [1]
| | | pb->buildAndRegisterEquationSetEvaluators(): 0.000873081 - 17.9616% [1]
| | | pb->buildAndRegisterGatherAndOrientationEvaluators(): 0.001017 - 20.9225% [1]
| | | pb->buildAndRegisterDOFProjectionsToIPEvaluators(): 0.0004428 - 9.1096% [1]
| | | pb->buildAndRegisterClosureModelEvaluators(): closureModelByEBlock==false: 0.00135248 - 27.8242% [1]
| | | Phalanx::SortAndOrderEvaluators: 1.36e-06 - 0.0279789% [3]
| | | Remainder: 0.00116608 - 23.9895%
| | panzer::ModelEvaluator::create_W_op: 0.140263 - 7.02063% [1]
| | panzer::ModelEvaluator::evalModel(J): 0.227898 - 11.4071% [1]
| | | panzer::AssemblyEngine::evaluate_gather(panzer::Traits::Jacobian): 0.00021252 - 0.0932523% [1]
| | | panzer::AssemblyEngine::evaluate_volume(panzer::Traits::Jacobian): 0.178848 - 78.4771% [1]
| | | | panzer::WorksetContainer::getWorksets(): 1.088e-05 - 0.00608339% [1]
| | | | Phalanx: Evaluator 25: [panzer::Traits::Jacobian] GatherSolution (BlockedTpetra): E_edge (panzer::Traits::Jacobian) : 0.00136144 - 0.76123% [3]
| | | | Phalanx: Evaluator 41: [panzer::Traits::Jacobian] DOFCurl: CURL_E_edge (Jacobian): 0.00580741 - 3.24713% [3]
| | | | Phalanx: Evaluator 14: [panzer::Traits::Jacobian] Integrator_BasisTimesVector<0>(Eval, panzer::Traits::Jacobian): RESIDUAL_B_face_CURLE_OP: 0.00714901 - 3.99726% [3]
| | | | Phalanx: Evaluator 31: [panzer::Traits::Jacobian] GatherSolution (BlockedTpetra): DXDT_B_face (panzer::Traits::Jacobian) : 0.00074124 - 0.414453% [3]
| | | | Phalanx: Evaluator 42: [panzer::Traits::Jacobian] DOF: DXDT_B_face accel_jac (panzer::Traits::Jacobian): 0.00766857 - 4.28777% [3]
| | | | Phalanx: Evaluator 13: [panzer::Traits::Jacobian] Integrator_BasisTimesVector<0>(Eval, panzer::Traits::Jacobian): RESIDUAL_B_face_TIME_OP: 0.00649413 - 3.6311% [3]
| | | | Phalanx: Evaluator 15: [panzer::Traits::Jacobian] SumStatic Rank 2 Evaluator: 0.00200984 - 1.12377% [3]
| | | | Phalanx: Evaluator 46: [panzer::Traits::Jacobian] SCATTER_B_face Scatter Residual (Jacobian): 0.00572893 - 3.20325% [3]
| | | | Phalanx: Evaluator 78: [panzer::Traits::Jacobian] Constant: 1/mu: 4.12e-06 - 0.00230364% [3]
| | | | Phalanx: Evaluator 66: [panzer::Traits::Jacobian] Random Forcing: 0.00325769 - 1.82149% [3]
| | | | Phalanx: Evaluator 11: [panzer::Traits::Jacobian] Integrator_BasisTimesVector<0>(Eval, panzer::Traits::Jacobian): RESIDUAL_E_edge_CURRENT_SOURCE: 0.0138391 - 7.73791% [3]
| | | | Phalanx: Evaluator 27: [panzer::Traits::Jacobian] GatherBasisCoordinates: Basis_HCurl:1 BasisCoordinates: 0.0021162 - 1.18324% [3]
| | | | Phalanx: Evaluator 70: [panzer::Traits::Jacobian] TensorConductivity: 0.0130319 - 7.28657% [3]
| | | | Phalanx: Evaluator 40: [panzer::Traits::Jacobian] DOF: E_edge accel_jac (panzer::Traits::Jacobian): 0.0138797 - 7.76065% [3]
| | | | Phalanx: Evaluator 9: [panzer::Traits::Jacobian] Integrator_BasisTimesTensorTimesVector (Eval, panzer::Traits::Jacobian): RESIDUAL_E_edge_CONDUCTIVITY: 0.0194772 - 10.8904% [3]
| | | | Phalanx: Evaluator 67: [panzer::Traits::Jacobian] Constant: epsilon: 1.048e-05 - 0.00585974% [3]
| | | | Phalanx: Evaluator 30: [panzer::Traits::Jacobian] GatherSolution (BlockedTpetra): DXDT_E_edge (panzer::Traits::Jacobian) : 0.00123924 - 0.692904% [3]
| | | | Phalanx: Evaluator 43: [panzer::Traits::Jacobian] DOF: DXDT_E_edge accel_jac (panzer::Traits::Jacobian): 0.0132293 - 7.39695% [3]
| | | | Phalanx: Evaluator 8: [panzer::Traits::Jacobian] Integrator_BasisTimesVector<1>(Eval, panzer::Traits::Jacobian): RESIDUAL_E_edge_TIME_OP: 0.0220603 - 12.3347% [3]
| | | | Phalanx: Evaluator 12: [panzer::Traits::Jacobian] SumStatic Rank 2 Evaluator: 0.00453289 - 2.5345% [3]
| | | | Phalanx: Evaluator 26: [panzer::Traits::Jacobian] GatherSolution (BlockedTpetra): B_face (panzer::Traits::Jacobian) : 0.000785761 - 0.439347% [3]
| | | | Phalanx: Evaluator 39: [panzer::Traits::Jacobian] DOF: B_face accel_jac (panzer::Traits::Jacobian): 0.00727117 - 4.06557% [3]
| | | | Phalanx: Evaluator 10: [panzer::Traits::Jacobian] Integrator_CurlBasisDotVector (CONTRIBUTES): RESIDUAL_E_edge: 0.0153388 - 8.57645% [3]
| | | | Phalanx: Evaluator 47: [panzer::Traits::Jacobian] SCATTER_E_edge Scatter Residual (Jacobian): 0.0116381 - 6.50725% [3]
| | | | Remainder: 0.00016428 - 0.0918547%
| | | panzer::AssemblyEngine::evaluate_neumannbcs(panzer::Traits::Jacobian): 1.208e-05 - 0.00530062% [1]
| | | panzer::AssemblyEngine::evaluate_interfacebcs(panzer::Traits::Jacobian): 1.28e-06 - 0.000561655% [1]
| | | panzer::AssemblyEngine::evaluate_dirichletbcs(panzer::Traits::Jacobian): 0.000701761 - 0.307928% [1]
| | | panzer::AssemblyEngine::evaluate_scatter(panzer::Traits::Jacobian): 0.0478242 - 20.9849% [1]
| | | | panzer::AssemblyEngine::lof->ghostToGlobalContainer(panzer::Traits::Jacobian): 0.0478009 - 99.9513% [1]
| | | | panzer::AssemblyEngine::gedc.ghostToGlobal(panzer::Traits::Jacobian): 1.472e-05 - 0.0307794% [1]
| | | | Remainder: 8.56e-06 - 0.0178989%
| | | Remainder: 0.000298521 - 0.130989%
| | Mini-EM: assemble Discrete Gradient: 0.0418277 - 2.09362% [1]
| | MaxwellPreconditioner::build: 0.194567 - 9.73875% [1]
| | | Mini-EM: assemble Discrete Curl: 0.0345286 - 17.7464% [1]
| | | MaxwellPreconditioner: Schur complement: 2.496e-05 - 0.0128285% [1]
| | | MaxwellPreconditioner: Inverse Q_B: 0.0014838 - 0.762617% [1]
| | | | Ifpack2::Relaxation::initialize: 3.24e-06 - 0.218358% [1]
| | | | Ifpack2::Relaxation::compute: 0.000545521 - 36.7651% [1]
| | | | Remainder: 0.000935041 - 63.0166%
| | | MaxwellPreconditioner: Solver S_E: 0.155255 - 79.795% [1]
| | | | MaxwellPreconditioner: Build S_E preconditioner: 0.150119 - 96.6918% [1]
| | | | | ThyraMueLuRefMaxwell::initializePrec: 0.14975 - 99.7546% [1]
| | | | | | MueLu RefMaxwell: compute: 0.146086 - 97.5533% [1]
| | | | | | | MueLu RefMaxwell: nullspace edge: 0.00164556 - 1.12643% [1]
| | | | | | | MueLu: D0^T*M1_beta*D0: RAPFactory: Computing Ac (total): 0.00944578 - 6.46588% [1]
| | | | | | | | MueLu: D0^T*M1_beta*D0: RAPFactory: MxM: A x P (sub, total): 0.00501641 - 53.1074% [1]
| | | | | | | | MueLu: D0^T*M1_beta*D0: RAPFactory: MxM: P' x (AP) (implicit) (sub, total): 0.00393917 - 41.7029% [1]
| | | | | | | | Remainder: 0.000490202 - 5.18964%
| | | | | | | MueLu RefMaxwell: special prolongator edge: 0.0138501 - 9.48079% [1]
| | | | | | | | MueLu RefMaxwell: projection edge: 0.000946802 - 6.83605% [1]
| | | | | | | | MueLu RefMaxwell: nodal prolongator: 0.0119105 - 85.9958% [1]
| | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: TentativePFactory: Build (total): 0.0108921 - 91.4489% [1]
| | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: UncoupledAggregationFactory: Build (total): 0.0103252 - 94.7955% [1]
| | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoalesceDropFactory: Build (total): 0.00871057 - 84.3625% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: AmalgamationFactory: Build (total): 4.12e-05 - 0.472988% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoalesceDropFactory: Import construction (sub, total): 3.352e-05 - 0.38482% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoalesceDropFactory: Coordinate import (sub, total): 7.056e-05 - 0.81005% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoalesceDropFactory: Laplacian local diagonal (sub, total): 0.00167136 - 19.1878% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoalesceDropFactory: Laplacian distributed diagonal (sub, total): 1.876e-05 - 0.21537% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoalesceDropFactory: Laplacian dropping (sub, total): 0.00646421 - 74.2111% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoalesceDropFactory: Build amalgamated graph (sub, total): 2.048e-05 - 0.235117% [1]
| | | | | | | | | | | | Remainder: 0.00039048 - 4.48283%
| | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: UncoupledAggregationFactory: Algo 'Phase - (Dirichlet)' (sub, total): 3.796e-05 - 0.367645% [1]
| | | | | | | | | | | | MueLu: PreserveDirichletAggregationAlgorithm: BuildAggregatesNonKokkos (total): 8.36e-06 - 22.0232% [1]
| | | | | | | | | | | | Remainder: 2.96e-05 - 77.9768%
| | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: UncoupledAggregationFactory: Algo 'Phase 1 (main)' (sub, total): 0.000176161 - 1.70613% [1]
| | | | | | | | | | | | MueLu: AggregationPhase1Algorithm: BuildAggregatesNonKokkos (total): 0.000153561 - 87.1708% [1]
| | | | | | | | | | | | Remainder: 2.26e-05 - 12.8292%
| | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: UncoupledAggregationFactory: Algo 'Phase 2a (secondary)' (sub, total): 0.00104656 - 10.136% [1]
| | | | | | | | | | | | MueLu: AggregationPhase2aAlgorithm: BuildAggregatesNonKokkos (total): 0.0010232 - 97.7679% [1]
| | | | | | | | | | | | Remainder: 2.336e-05 - 2.23207%
| | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: UncoupledAggregationFactory: Algo 'Phase 2b (expansion)' (sub, total): 2.924e-05 - 0.283191% [1]
| | | | | | | | | | | | MueLu: AggregationPhase2bAlgorithm: BuildAggregatesNonKokkos (total): 1.176e-05 - 40.2189% [1]
| | | | | | | | | | | | Remainder: 1.748e-05 - 59.7811%
| | | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: UncoupledAggregationFactory: Algo 'Phase 3 (cleanup)' (sub, total): 2.9e-05 - 0.280867% [1]
| | | | | | | | | | | | MueLu: AggregationPhase3Algorithm: BuildAggregatesNonKokkos (total): 7.12e-06 - 24.5517% [1]
| | | | | | | | | | | | Remainder: 2.188e-05 - 75.4483%
| | | | | | | | | | | Remainder: 0.000295681 - 2.86369%
| | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoarseMapFactory: Build (total): 9.62e-05 - 0.883212% [1]
| | | | | | | | | | Remainder: 0.00047068 - 4.32131%
| | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoordinatesTransferFactory: Build (total): 0.000123041 - 1.03304% [1]
| | | | | | | | | | MueLu: RefMaxwell (1,1) A_nodal: CoordinatesTransferFactory: AverageCoords (sub, total): 2e-05 - 16.2547% [1]
| | | | | | | | | | Remainder: 0.000103041 - 83.7453%
| | | | | | | | | Remainder: 0.000895441 - 7.51806%
| | | | | | | | MueLu RefMaxwell: vectorial nodal prolongator: 0.000461881 - 3.33485% [1]
| | | | | | | | Remainder: 0.00053092 - 3.83332%
| | | | | | | MueLu RefMaxwell: Build coarse (1,1) matrix: 0.0162597 - 11.1302% [1]
| | | | | | | | MueLu RefMaxwell: Build coarse addon matrix 11: 0.0106146 - 65.2815% [1]
| | | | | | | | Remainder: 0.00564513 - 34.7185%
| | | | | | | MueLu: ParameterListInterpreter (ParameterList): 0.0177924 - 12.1794% [2]
| | | | | | | MueLu: RefMaxwell coarse (1,1): Hierarchy: Setup (total): 0.00969993 - 6.63986% [1]
| | | | | | | | MueLu: RefMaxwell coarse (1,1): Hierarchy: Setup (total, level=0): 0.00969653 - 99.9649% [1]
| | | | | | | | | MueLu: RefMaxwell coarse (1,1): Amesos2Smoother: Setup Smoother (total): 0.00915433 - 94.4083% [1]
| | | | | | | | | Remainder: 0.000542201 - 5.5917%
| | | | | | | | Remainder: 3.4e-06 - 0.0350518%
| | | | | | | MueLu RefMaxwell: Build A22: 0.00840393 - 5.75272% [1]
| | | | | | | | MueLu: RefMaxwell (2,2): RAPFactory: Computing Ac (total): 0.00826529 - 98.3503% [1]
| | | | | | | | | MueLu: RefMaxwell (2,2): RAPFactory: MxM: A x P (sub, total): 0.00445569 - 53.9084% [1]
| | | | | | | | | MueLu: RefMaxwell (2,2): RAPFactory: MxM: P' x (AP) (implicit) (sub, total): 0.00351989 - 42.5863% [1]
| | | | | | | | | Remainder: 0.00028972 - 3.50526%
| | | | | | | | Remainder: 0.00013864 - 1.6497%
| | | | | | | MueLu: RefMaxwell (2,2): Hierarchy: Setup (total): 0.0292074 - 19.9933% [2]
| | | | | | | | MueLu: RefMaxwell (2,2): Hierarchy: Setup (total, level=0): 0.0107473 - 36.7964% [1]
| | | | | | | | | MueLu: RefMaxwell (2,2): Ifpack2Smoother: Setup Smoother (total): 0.0104449 - 97.1863% [1]
| | | | | | | | | | MueLu: Ifpack2Smoother: SetPrecParameters: 4.992e-05 - 0.477937% [1]
| | | | | | | | | | MueLu: RefMaxwell (2,2): Ifpack2Smoother: Preconditioner init (sub, total): 4.36e-06 - 0.0417429% [1]
| | | | | | | | | | MueLu: RefMaxwell (2,2): Ifpack2Smoother: Preconditioner compute (sub, total): 0.0102302 - 97.9446% [1]
| | | | | | | | | | | Ifpack2::Chebyshev::compute: 0.0102269 - 99.9675% [1]
| | | | | | | | | | | Remainder: 3.32e-06 - 0.0324529%
| | | | | | | | | | Remainder: 0.0001604 - 1.53568%
| | | | | | | | | Remainder: 0.000302401 - 2.81374%
| | | | | | | | MueLu: RefMaxwell (2,2): Hierarchy: Setup (total, level=1): 0.0184526 - 63.1778% [1]
| | | | | | | | | MueLu: RefMaxwell (2,2): RebalanceTransferFactory: Build (total): 0.0111295 - 60.3139% [2]
| | | | | | | | | | MueLu: RefMaxwell (2,2): TentativePFactory: Build (total): 0.00957817 - 86.0612% [1]
| | | | | | | | | | | MueLu: RefMaxwell (2,2): UncoupledAggregationFactory: Build (total): 0.00904705 - 94.4549% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (2,2): CoalesceDropFactory: Build (total): 0.00852245 - 94.2014% [1]
| | | | | | | | | | | | | MueLu: RefMaxwell (2,2): AmalgamationFactory: Build (total): 1.78e-05 - 0.20886% [1]
| | | | | | | | | | | | | MueLu: RefMaxwell (2,2): CoalesceDropFactory: Import construction (sub, total): 2.6121e-05 - 0.306496% [1]
| | | | | | | | | | | | | MueLu: RefMaxwell (2,2): CoalesceDropFactory: Coordinate import (sub, total): 4.216e-05 - 0.494693% [1]
| | | | | | | | | | | | | MueLu: RefMaxwell (2,2): CoalesceDropFactory: Laplacian local diagonal (sub, total): 0.00166096 - 19.4892% [1]
| | | | | | | | | | | | | MueLu: RefMaxwell (2,2): CoalesceDropFactory: Laplacian distributed diagonal (sub, total): 1.752e-05 - 0.205575% [1]
| | | | | | | | | | | | | MueLu: RefMaxwell (2,2): CoalesceDropFactory: Laplacian dropping (sub, total): 0.00649885 - 76.2556% [1]
| | | | | | | | | | | | | MueLu: RefMaxwell (2,2): CoalesceDropFactory: Build amalgamated graph (sub, total): 1.156e-05 - 0.135642% [1]
| | | | | | | | | | | | | Remainder: 0.00024748 - 2.90386%
| | | | | | | | | | | | MueLu: RefMaxwell (2,2): UncoupledAggregationFactory: Algo 'Phase - (Dirichlet)' (sub, total): 2.616e-05 - 0.289155% [1]
| | | | | | | | | | | | | MueLu: PreserveDirichletAggregationAlgorithm: BuildAggregatesNonKokkos (total): 6.08e-06 - 23.2416% [1]
| | | | | | | | | | | | | Remainder: 2.008e-05 - 76.7584%
| | | | | | | | | | | | MueLu: RefMaxwell (2,2): UncoupledAggregationFactory: Algo 'Phase 1 (main)' (sub, total): 0.00017512 - 1.93566% [1]
| | | | | | | | | | | | | MueLu: AggregationPhase1Algorithm: BuildAggregatesNonKokkos (total): 0.00015228 - 86.9575% [1]
| | | | | | | | | | | | | Remainder: 2.284e-05 - 13.0425%
| | | | | | | | | | | | MueLu: RefMaxwell (2,2): UncoupledAggregationFactory: Algo 'Phase 2a (secondary)' (sub, total): 2.28e-05 - 0.252016% [1]
| | | | | | | | | | | | | MueLu: AggregationPhase2aAlgorithm: BuildAggregatesNonKokkos (total): 7.16e-06 - 31.4035% [1]
| | | | | | | | | | | | | Remainder: 1.564e-05 - 68.5965%
| | | | | | | | | | | | MueLu: RefMaxwell (2,2): UncoupledAggregationFactory: Algo 'Phase 2b (expansion)' (sub, total): 4.46e-05 - 0.492978% [1]
| | | | | | | | | | | | | MueLu: AggregationPhase2bAlgorithm: BuildAggregatesNonKokkos (total): 2.52e-05 - 56.5022% [1]
| | | | | | | | | | | | | Remainder: 1.94e-05 - 43.4978%
| | | | | | | | | | | | MueLu: RefMaxwell (2,2): UncoupledAggregationFactory: Algo 'Phase 3 (cleanup)' (sub, total): 2.052e-05 - 0.226814% [1]
| | | | | | | | | | | | | MueLu: AggregationPhase3Algorithm: BuildAggregatesNonKokkos (total): 6.56e-06 - 31.9688% [1]
| | | | | | | | | | | | | Remainder: 1.396e-05 - 68.0312%
| | | | | | | | | | | | Remainder: 0.000235401 - 2.60196%
| | | | | | | | | | | MueLu: RefMaxwell (2,2): NullspaceFactory: Nullspace factory (total): 4.916e-05 - 0.51325% [1]
| | | | | | | | | | | MueLu: RefMaxwell (2,2): CoarseMapFactory: Build (total): 3.948e-05 - 0.412187% [1]
| | | | | | | | | | | Remainder: 0.000442481 - 4.61968%
| | | | | | | | | | MueLu: RefMaxwell (2,2): RepartitionFactory: Build (total): 0.00139924 - 12.5724% [1]
| | | | | | | | | | | MueLu: RefMaxwell (2,2): RAPFactory: Computing Ac (total): 0.00101396 - 72.4651% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (2,2): TransPFactory: Transpose P (total): 0.00017576 - 17.334% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (2,2): RAPFactory: MxMxM: R x A x P (explicit) (sub, total): 0.000720682 - 71.0758% [1]
| | | | | | | | | | | | Remainder: 0.00011752 - 11.5902%
| | | | | | | | | | | MueLu: RefMaxwell (2,2): RAPFactory: Projections (sub, total): 0.00015328 - 10.9545% [1]
| | | | | | | | | | | | MueLu: RefMaxwell (2,2): CoordinatesTransferFactory: Build (total): 0.00011124 - 72.5731% [1]
| | | | | | | | | | | | | MueLu: RefMaxwell (2,2): CoordinatesTransferFactory: AverageCoords (sub, total): 1.796e-05 - 16.1453% [1]
| | | | | | | | | | | | | Remainder: 9.328e-05 - 83.8547%
| | | | | | | | | | | | Remainder: 4.204e-05 - 27.4269%
| | | | | | | | | | | MueLu: RefMaxwell (2,2): RepartitionHeuristicFactory: Build (total): 2.148e-05 - 1.53512% [1]
| | | | | | | | | | | MueLu: RefMaxwell (2,2): Zoltan2Interface: Build (total): 3.652e-05 - 2.60998% [1]
| | | | | | | | | | | Remainder: 0.000174 - 12.4353%
| | | | | | | | | | MueLu: RefMaxwell (2,2): RebalanceTransferFactory: Rebalancing prolongator (sub, total): 8.52e-06 - 0.0765533% [1]
| | | | | | | | | | MueLu: RefMaxwell (2,2): RebalanceTransferFactory: Rebalancing restrictor (sub, total): 2.52e-06 - 0.0226425% [1]
| | | | | | | | | | Remainder: 0.00014104 - 1.26726%
| | | | | | | | | MueLu: RefMaxwell (2,2): RebalanceAcFactory: Computing Ac (total): 1.584e-05 - 0.0858414% [1]
| | | | | | | | | MueLu: RefMaxwell (2,2): Amesos2Smoother: Setup Smoother (total): 0.00688449 - 37.309% [1]
| | | | | | | | | | MueLu: RefMaxwell (2,2): NullspaceFactory: Nullspace factory (total): 1.036e-05 - 0.150483% [1]
| | | | | | | | | | Remainder: 0.00687413 - 99.8495%
| | | | | | | | | Remainder: 0.0004228 - 2.29127%
| | | | | | | | Remainder: 7.52e-06 - 0.0257469%
| | | | | | | MueLu: RefMaxwell (1,1): Ifpack2Smoother: Setup Smoother (total): 0.0344418 - 23.5763% [1]
| | | | | | | | MueLu: Ifpack2Smoother: SetPrecParameters: 2.316e-05 - 0.0672438% [1]
| | | | | | | | MueLu: RefMaxwell (1,1): Ifpack2Smoother: Preconditioner init (sub, total): 1.68e-06 - 0.00487779% [1]
| | | | | | | | MueLu: RefMaxwell (1,1): Ifpack2Smoother: Preconditioner compute (sub, total): 0.0343188 - 99.6429% [1]
| | | | | | | | | Ifpack2::Chebyshev::compute: 0.0343158 - 99.9913% [1]
| | | | | | | | | Remainder: 3e-06 - 0.00874156%
| | | | | | | | Remainder: 9.816e-05 - 0.285002%
| | | | | | | MueLu RefMaxwell: Allocate MVs: 7.664e-05 - 0.0524621% [1]
| | | | | | | Remainder: 0.00526301 - 3.60267%
| | | | | | Remainder: 0.00366389 - 2.44666%
| | | | | Remainder: 0.00036844 - 0.245432%
| | | | Remainder: 0.00513613 - 3.30819%
| | | MaxwellPreconditioner: Block preconditioner: 0.000173321 - 0.0890803% [1]
| | | Remainder: 0.00310172 - 1.59417%
| | Mini-EM: timestepper: 0.0678154 - 3.39439% [1]
| | | Mini-EM: Advance Time Step: 0.0678127 - 99.996% [1]
| | | | panzer::ModelEvaluator::evalModel(f): 0.0212072 - 31.2732% [1]
| | | | | panzer::AssemblyEngine::evaluate_gather(panzer::Traits::Residual): 0.00029728 - 1.40179% [1]
| | | | | panzer::AssemblyEngine::evaluate_volume(panzer::Traits::Residual): 0.0200587 - 94.5841% [1]
| | | | | | panzer::WorksetContainer::getWorksets(): 1.68e-06 - 0.00837543% [1]
| | | | | | Phalanx: Evaluator 16: [panzer::Traits::Residual] GatherSolution (BlockedTpetra): E_edge (Residual): 0.00016208 - 0.80803% [3]
| | | | | | Phalanx: Evaluator 36: [panzer::Traits::Residual] DOFCurl: CURL_E_edge (): 0.0016594 - 8.27274% [3]
| | | | | | Phalanx: Evaluator 6: [panzer::Traits::Residual] Integrator_BasisTimesVector<0>(Eval, panzer::Traits::Residual): RESIDUAL_B_face_CURLE_OP: 0.000996922 - 4.97003% [3]
| | | | | | Phalanx: Evaluator 22: [panzer::Traits::Residual] GatherSolution (BlockedTpetra): DXDT_B_face (Residual): 0.00010508 - 0.523863% [3]
| | | | | | Phalanx: Evaluator 37: [panzer::Traits::Residual] DOF: DXDT_B_face (panzer::Traits::Residual): 0.000829921 - 4.13747% [3]
| | | | | | Phalanx: Evaluator 5: [panzer::Traits::Residual] Integrator_BasisTimesVector<0>(Eval, panzer::Traits::Residual): RESIDUAL_B_face_TIME_OP: 0.000923681 - 4.6049% [3]
| | | | | | Phalanx: Evaluator 7: [panzer::Traits::Residual] SumStatic Rank 2 Evaluator: 0.000124961 - 0.622977% [3]
| | | | | | Phalanx: Evaluator 44: [panzer::Traits::Residual] SCATTER_B_face Scatter Residual: 0.000214481 - 1.06927% [3]
| | | | | | Phalanx: Evaluator 60: [panzer::Traits::Residual] Constant: 1/mu: 2.4e-06 - 0.0119649% [3]
| | | | | | Phalanx: Evaluator 48: [panzer::Traits::Residual] Random Forcing: 0.000272921 - 1.36061% [3]
| | | | | | Phalanx: Evaluator 3: [panzer::Traits::Residual] Integrator_BasisTimesVector<0>(Eval, panzer::Traits::Residual): RESIDUAL_E_edge_CURRENT_SOURCE: 0.00193956 - 9.66944% [3]
| | | | | | Phalanx: Evaluator 18: [panzer::Traits::Residual] GatherBasisCoordinates: Basis_HCurl:1 BasisCoordinates: 0.000807122 - 4.02381% [3]
| | | | | | Phalanx: Evaluator 52: [panzer::Traits::Residual] TensorConductivity: 0.00032776 - 1.63401% [3]
| | | | | | Phalanx: Evaluator 35: [panzer::Traits::Residual] DOF: E_edge (panzer::Traits::Residual): 0.00168528 - 8.40176% [3]
| | | | | | Phalanx: Evaluator 1: [panzer::Traits::Residual] Integrator_BasisTimesTensorTimesVector (Eval, panzer::Traits::Residual): RESIDUAL_E_edge_CONDUCTIVITY: 0.00343509 - 17.1252% [3]
| | | | | | Phalanx: Evaluator 49: [panzer::Traits::Residual] Constant: epsilon: 5.96e-06 - 0.0297128% [3]
| | | | | | Phalanx: Evaluator 21: [panzer::Traits::Residual] GatherSolution (BlockedTpetra): DXDT_E_edge (Residual): 0.0001246 - 0.621178% [3]
| | | | | | Phalanx: Evaluator 38: [panzer::Traits::Residual] DOF: DXDT_E_edge (panzer::Traits::Residual): 0.00149476 - 7.45195% [3]
| | | | | | Phalanx: Evaluator 0: [panzer::Traits::Residual] Integrator_BasisTimesVector<1>(Eval, panzer::Traits::Residual): RESIDUAL_E_edge_TIME_OP: 0.00182432 - 9.09493% [3]
| | | | | | Phalanx: Evaluator 4: [panzer::Traits::Residual] SumStatic Rank 2 Evaluator: 0.0002152 - 1.07285% [3]
| | | | | | Phalanx: Evaluator 17: [panzer::Traits::Residual] GatherSolution (BlockedTpetra): B_face (Residual): 0.00010612 - 0.529048% [3]
| | | | | | Phalanx: Evaluator 34: [panzer::Traits::Residual] DOF: B_face (panzer::Traits::Residual): 0.000910882 - 4.54109% [3]
| | | | | | Phalanx: Evaluator 2: [panzer::Traits::Residual] Integrator_CurlBasisDotVector (CONTRIBUTES): RESIDUAL_E_edge: 0.00141768 - 7.06768% [3]
| | | | | | Phalanx: Evaluator 45: [panzer::Traits::Residual] SCATTER_E_edge Scatter Residual: 0.00038528 - 1.92077% [3]
| | | | | | Remainder: 8.5521e-05 - 0.426354%
| | | | | panzer::AssemblyEngine::evaluate_neumannbcs(panzer::Traits::Residual): 1.452e-05 - 0.0684672% [1]
| | | | | panzer::AssemblyEngine::evaluate_interfacebcs(panzer::Traits::Residual): 2.28e-06 - 0.010751% [1]
| | | | | panzer::AssemblyEngine::evaluate_dirichletbcs(panzer::Traits::Residual): 0.000671201 - 3.16496% [1]
| | | | | panzer::AssemblyEngine::evaluate_scatter(panzer::Traits::Residual): 5.8641e-05 - 0.276514% [1]
| | | | | | panzer::AssemblyEngine::lof->ghostToGlobalContainer(panzer::Traits::Residual): 3.2641e-05 - 55.6624% [1]
| | | | | | panzer::AssemblyEngine::gedc.ghostToGlobal(panzer::Traits::Residual): 1.36e-06 - 2.3192% [1]
| | | | | | Remainder: 2.464e-05 - 42.0184%
| | | | | Remainder: 0.00010464 - 0.493417%
| | | | Stratimikos: BelosLOWS: 0.0413091 - 60.9165% [1]
| | | | | GMRES block system: Operation Op*x: 0.00253644 - 6.14016% [1]
| | | | | Belos::MVT::MvAddMv: 0.0001524 - 0.368926% [1]
| | | | | GMRES block system: BlockGmresSolMgr total solve time: 0.0379774 - 91.9346% [1]
| | | | | | GMRES block system: ICGS[2]: Orthogonalization: 0.000302441 - 0.796371% [2]
| | | | | | | GMRES block system: ICGS[2]: Ortho (Norm): 6.624e-05 - 21.9018% [2]
| | | | | | | | Belos::MVT::MvDot: 6.048e-05 - 91.3043% [2]
| | | | | | | | Remainder: 5.76e-06 - 8.69565%
| | | | | | | Belos::MVT::MvScale: 3.316e-05 - 10.9641% [2]
| | | | | | | GMRES block system: ICGS[2]: Ortho (Inner Product): 8.0441e-05 - 26.5973% [2]
| | | | | | | | Belos::MVT::MvTransMv: 7.7041e-05 - 95.7733% [2]
| | | | | | | | Remainder: 3.4e-06 - 4.2267%
| | | | | | | GMRES block system: ICGS[2]: Ortho (Update): 3.796e-05 - 12.5512% [2]
| | | | | | | | Belos::MVT::MvTimesMatAddMv: 3.56e-05 - 93.7829% [2]
| | | | | | | | Remainder: 2.36e-06 - 6.21707%
| | | | | | | Remainder: 8.464e-05 - 27.9856%
| | | | | | Belos::MVT::MvAddMv: 0.00010512 - 0.276796% [2]
| | | | | | Belos::MVT::MvNorm: 3.212e-05 - 0.0845767% [1]
| | | | | | GMRES block system: Operation Prec*x: 0.0359782 - 94.7358% [1]
| | | | | | | CG Q_B: Operation Op*x: 0.00014216 - 0.395128% [1]
| | | | | | | Belos::MVT::MvAddMv: 2.536e-05 - 0.0704872% [2]
| | | | | | | CG Q_B: BlockCGSolMgr total solve time: 0.000445481 - 1.2382% [1]
| | | | | | | | Belos::MVT::Assign: 1.892e-05 - 4.24709% [2]
| | | | | | | | CG Q_B: Operation Prec*x: 3.748e-05 - 8.41338% [1]
| | | | | | | | | Ifpack2::Relaxation::apply: 2.544e-05 - 67.8762% [1]
| | | | | | | | | Remainder: 1.204e-05 - 32.1238%
| | | | | | | | CG Q_B: Operation Op*x: 0.00013256 - 29.7566% [1]
| | | | | | | | Belos::MVT::MvTransMv: 9.7601e-05 - 21.9091% [1]
| | | | | | | | Belos::MVT::MvNorm: 1.46e-05 - 3.27736% [1]
| | | | | | | | Remainder: 0.00014432 - 32.3964%
| | | | | | | CG S_E: Operation Op*x: 0.00041148 - 1.14369% [1]
| | | | | | | CG S_E: BlockCGSolMgr total solve time: 0.0338027 - 93.9534% [1]
| | | | | | | | Belos::MVT::Assign: 2.024e-05 - 0.0598768% [2]
| | | | | | | | CG S_E: Operation Prec*x: 0.0287956 - 85.1873% [11]
| | | | | | | | | MueLu RefMaxwell: solve: 0.0286617 - 99.5349% [11]
| | | | | | | | | | MueLu RefMaxwell: smoothing: 0.0127272 - 44.4049% [22]
| | | | | | | | | | | Ifpack2::Chebyshev::apply: 0.0124019 - 97.4436% [22]
| | | | | | | | | | | Remainder: 0.00032536 - 2.55641%
| | | | | | | | | | MueLu RefMaxwell: residual calculation: 0.00354693 - 12.3751% [11]
| | | | | | | | | | MueLu RefMaxwell: restriction coarse (1,1) (explicit): 0.00026828 - 0.936022% [11]
| | | | | | | | | | MueLu RefMaxwell: restriction (2,2) (explicit): 0.000397441 - 1.38666% [11]
| | | | | | | | | | MueLu RefMaxwell: subsolves: 0.0102659 - 35.8176% [11]
| | | | | | | | | | | MueLu RefMaxwell: solve coarse (1,1): 0.00284093 - 27.6733% [11]
| | | | | | | | | | | | MueLu: RefMaxwell coarse (1,1): Hierarchy: Solve (total): 0.0026908 - 94.7158% [11]
| | | | | | | | | | | | | MueLu: RefMaxwell coarse (1,1): Hierarchy: Solve (level=0): 0.00267109 - 99.2671% [11]
| | | | | | | | | | | | | | MueLu: RefMaxwell coarse (1,1): Hierarchy: Solve : coarse (level=0): 0.00258365 - 96.7264% [11]
| | | | | | | | | | | | | | Remainder: 8.744e-05 - 3.27358%
| | | | | | | | | | | | | Remainder: 1.972e-05 - 0.732866%
| | | | | | | | | | | | Remainder: 0.00015012 - 5.28419%
| | | | | | | | | | | MueLu RefMaxwell: solve (2,2): 0.00736301 - 71.7227% [11]
| | | | | | | | | | | | MueLu: RefMaxwell (2,2): Hierarchy: Solve (total): 0.00725417 - 98.5218% [11]
| | | | | | | | | | | | | MueLu: RefMaxwell (2,2): Hierarchy: Solve (level=0): 0.00595237 - 82.0544% [22]
| | | | | | | | | | | | | | MueLu: RefMaxwell (2,2): Hierarchy: Solve : smoothing (level=0): 0.00425081 - 71.4137% [22]
| | | | | | | | | | | | | | | Ifpack2::Chebyshev::apply: 0.00394633 - 92.8371% [22]
| | | | | | | | | | | | | | | Remainder: 0.00030448 - 7.16288%
| | | | | | | | | | | | | | MueLu: RefMaxwell (2,2): Hierarchy: Solve : residual calculation (level=0): 0.00106208 - 17.843% [11]
| | | | | | | | | | | | | | MueLu: RefMaxwell (2,2): Hierarchy: Solve : restriction (level=0): 0.00013484 - 2.26532% [11]
| | | | | | | | | | | | | | MueLu: RefMaxwell (2,2): Hierarchy: Solve : prolongation (level=0): 0.000229641 - 3.85798% [11]
| | | | | | | | | | | | | | Remainder: 0.000275 - 4.62001%
| | | | | | | | | | | | | MueLu: RefMaxwell (2,2): Hierarchy: Solve (level=1): 0.0011904 - 16.4099% [11]
| | | | | | | | | | | | | | MueLu: RefMaxwell (2,2): Hierarchy: Solve : coarse (level=1): 0.00114532 - 96.213% [11]
| | | | | | | | | | | | | | Remainder: 4.508e-05 - 3.78696%
| | | | | | | | | | | | | Remainder: 0.0001114 - 1.53567%
| | | | | | | | | | | | Remainder: 0.00010884 - 1.4782%
| | | | | | | | | | | Remainder: 6.2e-05 - 0.603939%
| | | | | | | | | | MueLu RefMaxwell: prolongation coarse (1,1) (fused): 0.00061168 - 2.13414% [11]
| | | | | | | | | | MueLu RefMaxwell: prolongation (2,2) (fused): 0.000674761 - 2.35422% [11]
| | | | | | | | | | Remainder: 0.000169481 - 0.591315%
| | | | | | | | | Remainder: 0.00013392 - 0.46507%
| | | | | | | | CG S_E: Operation Op*x: 0.00355141 - 10.5063% [11]
| | | | | | | | Belos::MVT::MvTransMv: 0.000442041 - 1.30771% [11]
| | | | | | | | Belos::MVT::MvAddMv: 0.000693001 - 2.05013% [32]
| | | | | | | | Belos::MVT::MvNorm: 0.00015412 - 0.455939% [11]
| | | | | | | | Remainder: 0.00014628 - 0.432746%
| | | | | | | Remainder: 0.00115096 - 3.19906%
| | | | | | GMRES block system: Operation Op*x: 0.00106552 - 2.80567% [1]
| | | | | | Belos::MVT::MvTimesMatAddMv: 1.612e-05 - 0.0424463% [1]
| | | | | | Remainder: 0.00047788 - 1.25833%
| | | | | Remainder: 0.000642881 - 1.55627%
| | | | Mini-EM: Compute responses: 0.00518821 - 7.65079% [1]
| | | | | panzer::AssemblyEngine::evaluate_gather(panzer::Traits::Residual): 0.000144481 - 2.7848% [1]
| | | | | panzer::AssemblyEngine::evaluate_volume(panzer::Traits::Residual): 0.00400633 - 77.2198% [1]
| | | | | | panzer::WorksetContainer::getWorksets(): 2.12e-06 - 0.0529163% [1]
| | | | | | Phalanx: Evaluator 109: [panzer::Traits::Residual] GatherSolution (BlockedTpetra): B_face (Residual): 9.484e-05 - 2.36726% [3]
| | | | | | Phalanx: Evaluator 135: [panzer::Traits::Residual] DOF: B_face (panzer::Traits::Residual): 0.00094048 - 23.4749% [3]
| | | | | | Phalanx: Evaluator 162: [panzer::Traits::Residual] Constant: 1/mu: 1.96e-06 - 0.0489226% [3]
| | | | | | Phalanx: Evaluator 159: [panzer::Traits::Residual] DotProduct: B_SQUARED = B_face . B_face: 0.000186002 - 4.64271% [3]
| | | | | | Phalanx: Evaluator 108: [panzer::Traits::Residual] GatherSolution (BlockedTpetra): E_edge (Residual): 0.0001302 - 3.24986% [3]
| | | | | | Phalanx: Evaluator 136: [panzer::Traits::Residual] DOF: E_edge (panzer::Traits::Residual): 0.00171524 - 42.8133% [3]
| | | | | | Phalanx: Evaluator 151: [panzer::Traits::Residual] Constant: epsilon: 2.08e-06 - 0.0519179% [3]
| | | | | | Phalanx: Evaluator 158: [panzer::Traits::Residual] DotProduct: E_SQUARED = E_edge . E_edge: 0.000174 - 4.34313% [3]
| | | | | | Phalanx: Evaluator 160: [panzer::Traits::Residual] Sum Evaluator: 0.000221041 - 5.5173% [3]
| | | | | | Phalanx: Evaluator 204: [panzer::Traits::Residual] Integrator_Scalar: EM_ENERGY: 0.00017884 - 4.46394% [3]
| | | | | | Phalanx: Evaluator 205: [panzer::Traits::Residual] Functional Response Scatter: Electromagnetic Energy: 2.816e-05 - 0.702888% [3]
| | | | | | Phalanx: Evaluator 165: [panzer::Traits::Residual] Constant: 1/dt: 1.48e-06 - 0.0369416% [3]
| | | | | | Phalanx: Evaluator 161: [panzer::Traits::Residual] Product Evaluator: 0.000179641 - 4.48393% [3]
| | | | | | Phalanx: Evaluator 208: [panzer::Traits::Residual] Integrator_Scalar: EM_ENERGY/dt^2: 6.984e-05 - 1.74324% [3]
| | | | | | Phalanx: Evaluator 209: [panzer::Traits::Residual] Functional Response Scatter: Electromagnetic Energy/dt^2: 1.804e-05 - 0.450288% [3]
| | | | | | Remainder: 6.236e-05 - 1.55654%
| | | | | panzer::AssemblyEngine::evaluate_neumannbcs(panzer::Traits::Residual): 7.28e-06 - 0.140318% [1]
| | | | | panzer::AssemblyEngine::evaluate_interfacebcs(panzer::Traits::Residual): 1.52e-06 - 0.0292972% [1]
| | | | | panzer::AssemblyEngine::evaluate_dirichletbcs(panzer::Traits::Residual): 0.000623841 - 12.0242% [1]
| | | | | panzer::AssemblyEngine::evaluate_scatter(panzer::Traits::Residual): 0.00024092 - 4.64361% [1]
| | | | | | panzer::AssemblyEngine::lof->ghostToGlobalContainer(panzer::Traits::Residual): 6.4e-07 - 0.265648% [1]
| | | | | | panzer::AssemblyEngine::gedc.ghostToGlobal(panzer::Traits::Residual): 0.00022432 - 93.1097% [1]
| | | | | | Remainder: 1.596e-05 - 6.62461%
| | | | | Remainder: 0.00016384 - 3.15793%
| | | | Remainder: 0.00010816 - 0.159498%
| | | Remainder: 2.72e-06 - 0.00401089%
| | Remainder: 0.0327509 - 1.6393%
| Remainder: 6.54e-05 - 0.00327339%
=================================
FOM Calculation
=================================
Number of cells = 4096
Time for Belos Linear Solve = 0.0413091 seconds
Number of Time Steps (one linear solve per step) = 1
FOM ( num_cells * num_steps / solver_time / 1000) = 99.1549 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=maxwell16.xml':
193,417 BR_MIS_PRED_RETIRED:u # 0.0 per branch branch_misprediction_ratio (62.97%)
11,425,184 BR_RETIRED:u (62.97%)
27,687,306 L1-dcache-loads:u (94.51%)
382,185 L1-dcache-load-misses:u # 1.38% of all L1-dcache accesses
<not supported> LLC-loads:u
<not supported> LLC-load-misses:u
26,229,770 L1-icache-loads:u
243,276 L1-icache-load-misses:u # 0.93% of all L1-icache accesses
37,812,388 dTLB-loads:u (48.69%)
79,574 dTLB-load-misses:u # 0.21% of all dTLB cache accesses (58.41%)
15,954,449 iTLB-loads:u (7.38%)
<not counted> iTLB-load-misses:u (0.00%)
2.689802698 seconds time elapsed
2.185432000 seconds user
0.477650000 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=maxwell16.xml':
22,695,603 L1I_TLB:u # 0.0 per TLB access itlb_walk_ratio
6,106 ITLB_WALK:u
12,625 DTLB_WALK:u # 0.0 per TLB access dtlb_walk_ratio
30,382,439 L1D_TLB:u
2.657892929 seconds time elapsed
2.166225000 seconds user
0.531427000 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=maxwell16.xml':
26,716,321 L1I_CACHE:u # 0.0 per cache access l1i_cache_miss_ratio
233,721 L1I_CACHE_REFILL:u
382,286 L1D_CACHE_REFILL:u # 0.0 per cache access l1d_cache_miss_ratio
28,057,729 L1D_CACHE:u
2.604472328 seconds time elapsed
2.220061000 seconds user
0.432852000 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=maxwell16.xml':
463,956 LL_CACHE_MISS_RD:u # 1.0 per cache access ll_cache_read_miss_ratio
485,348 LL_CACHE_RD:u
131,556 L2D_TLB:u # 0.1 per TLB access l2_tlb_miss_ratio
17,415 L2D_TLB_REFILL:u
250,403 L2D_CACHE_REFILL:u # 0.2 per cache access l2_cache_miss_ratio
1,450,536 L2D_CACHE:u
2.671857991 seconds time elapsed
2.322865000 seconds user
0.367274000 seconds sys