Hi Sam,
I pulled the latest version. Tests are not failing anymore, but looking at
the .out, it seems that the Balsara0 test fails and stalls execution of the
entire testsuite.
I am attaching the .out for the test.
Best,
Gabriele
On Fri, Oct 20, 2023 at 2:32 PM Cupp, Samuel D. <scu...@my.apsu.edu> wrote:
> Hi Gabriele,
> It looks like some of the failures are in GRHayLHD. I've been having
> trouble getting consistent output with nproc>1. The data doesn't change, it
> just gets rearranged in the datafile. I made changes to the tests this
> week, so could you rerun the GRHayLHD tests and tell me if they fail? If
> they do, I'll change the tests so that they only run for nproc=1.
>
> I don't know why it would take that long to run, however. Nothing in the
> ET CI suggests it should take that long, best I can tell. Do you have an
> idea of which test is taking so long?
>
> Samuel Cupp
> Postdoctoral Researcher
> Department of Physics
> University of Idaho
> ------------------------------
> *From:* Users <users-boun...@einsteintoolkit.org> on behalf of Gabriele
> Bozzola <bozzola.gabri...@gmail.com>
> *Sent:* Thursday, October 19, 2023 5:46 PM
> *To:* Steven R. Brandt <sbra...@cct.lsu.edu>
> *Cc:* users@einsteintoolkit.org <users@einsteintoolkit.org>
> *Subject:* Re: [Users] meeting minutes for 2023-10-19
>
> Hello,
>
> Is there a tested configuration for anvil?
>
> I compiled it one last weekend and ran the tests with the master branch. I
> found a few failures in the
> MPI runs, and the test suite does not complete even with a walltime of 6
> hours.
>
> I am attaching the output.
>
> Best,
> Gabriele
>
> On Thu, Oct 19, 2023 at 7:36 AM Steven R. Brandt <sbra...@cct.lsu.edu>
> wrote:
>
> Present: Steve, Peter, Sam, Zach, Leo
>
> Release
> Gallery Examples
> - TOV is Peter
> - BBH is Steve
> - Roland might have students for the other three?
> Tests
> - Need to be run
> - Clusters:
> Stampede2 isn't listed, and Delta and Anvil are added.
> - Release name: Lise Meitner
> https://en.wikipedia.org/wiki/Lise_Meitner
> - Autogenerated codes need to be regenerated, Leo will do it
>
> Mailing list moderation
> - Remind Roland to send Peter the password
>
> Unanswered question on the mailing list
> - Need answer for Enzo. Roland was going to answer?
> - Ticket 2749: Leo says he fixed it.
> - Ticket 2647: One of Zach's students is looking at that in Grail (sp)
> - Ticket 2609: Steve thinks he approved PR for Roland
>
> _______________________________________________
> Users mailing list
> Users@einsteintoolkit.org
> http://lists.einsteintoolkit.org/mailman/listinfo/users
>
>
/anvil/scratch/x-bozzola/simulations/ettests_2proc_again/output-0000/TEST/sim/GRHayLHDX
Preparing:
+ set -e
+ cd output-0000-active
+ module list
++ /opt/lmod/lmod/libexec/lmod bash list
Currently Loaded Modules:
1) xalt/2.10.45 (S) 7) gcc/11.2.0 13) boost/1.74.0
2) modtree/cpu 8) numactl/2.0.14 14) papi/6.0.0.1
3) libfabric/1.12.0 9) libszip/2.1.1 15) fftw/3.3.8
4) gmp/6.2.1 10) openmpi/4.0.6 16) hdf5/1.10.7
5) mpfr/4.0.2 11) gsl/2.4 17) openblas/0.3.17
6) mpc/1.1.0 12) zlib/1.2.11 18) python/3.9.5
Where:
S: Module is Sticky, requires --force to unload or purge
+ eval 'MODULEPATH=/opt/spack/cpu-20211007/openmpi/4.0.6-3navcwb/gcc/11.2.0:/opt/spack/cpu-20211007/gcc/11.2.0:/opt/spack/cpu/Core;' export 'MODULEPATH;' '_ModuleTable001_=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;' export '_ModuleTable001_;' '_ModuleTable002_=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;' export '_ModuleTable002_;' '_ModuleTable003_=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;' export '_ModuleTable003_;' '_ModuleTable004_=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;' export '_ModuleTable004_;' '_ModuleTable005_=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;' export '_ModuleTable005_;' '_ModuleTable006_=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;' export '_ModuleTable006_;' '_ModuleTable007_=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;' export '_ModuleTable007_;' '_ModuleTable008_=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;' export '_ModuleTable008_;' '_ModuleTable009_=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;' export '_ModuleTable009_;' '_ModuleTable010_=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;' export '_ModuleTable010_;' '_ModuleTable011_=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;' export '_ModuleTable011_;' '_ModuleTable012_=fSwKc3RhY2tEZXB0aCA9IDAsCnN0YXR1cyA9ICJhY3RpdmUiLAp1c2VyTmFtZSA9ICJ6bGliLzEuMi4xMSIsCndWID0gIjAwMDAwMDAwMS4wMDAwMDAwMDIuMDAwMDAwMDExLip6ZmluYWwiLAp9LAp9LAptcGF0aEEgPSB7CiIvb3B0L3NwYWNrL2NwdS0yMDIxMTAwNy9vcGVubXBpLzQuMC42LTNuYXZjd2IvZ2NjLzExLjIuMCIKLCAiL29wdC9zcGFjay9jcHUtMjAyMTEwMDcvZ2NjLzExLjIuMCIsICIvb3B0L3NwYWNrL2NwdS9Db3JlIiwKfSwKc3lzdGVtQmFzZU1QQVRIID0gIi9vcHQvc3BhY2svY3B1L0NvcmUiLAp9Cg==;' export '_ModuleTable012_;' '_ModuleTable_Sz_=12;' export '_ModuleTable_Sz_;'
++ MODULEPATH=/opt/spack/cpu-20211007/openmpi/4.0.6-3navcwb/gcc/11.2.0:/opt/spack/cpu-20211007/gcc/11.2.0:/opt/spack/cpu/Core
++ export MODULEPATH
++ _ModuleTable001_=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
++ export _ModuleTable001_
++ _ModuleTable002_=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
++ export _ModuleTable002_
++ _ModuleTable003_=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
++ export _ModuleTable003_
++ _ModuleTable004_=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
++ export _ModuleTable004_
++ _ModuleTable005_=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
++ export _ModuleTable005_
++ _ModuleTable006_=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
++ export _ModuleTable006_
++ _ModuleTable007_=b3BUID0ge30sCnJlZl9jb3VudCA9IDEsCnN0YWNrRGVwdGggPSAxLApzdGF0dXMgPSAiYWN0aXZlIiwKdXNlck5hbWUgPSAibXBjLzEuMS4wIiwKd1YgPSAiMDAwMDAwMDAxLjAwMDAwMDAwMS4qemZpbmFsIiwKfSwKbXBmciA9IHsKZm4gPSAiL29wdC9zcGFjay9jcHUtMjAyMTEwMDcvZ2NjLzExLjIuMC9tcGZyLzQuMC4yLmx1YSIsCmZ1bGxOYW1lID0gIm1wZnIvNC4wLjIiLApsb2FkT3JkZXIgPSA1LApwcm9wVCA9IHt9LApyZWZfY291bnQgPSAyLApzdGFja0RlcHRoID0gMiwKc3RhdHVzID0gImFjdGl2ZSIsCnVzZXJOYW1lID0gIm1wZnIvNC4wLjIiLAp3ViA9ICIwMDAwMDAwMDQuMDAwMDAwMDAwLjAwMDAwMDAwMi4qemZpbmFsIiwKfSwKbnVtYWN0bCA9IHsKZm4gPSAi
++ export _ModuleTable007_
++ _ModuleTable008_=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
++ export _ModuleTable008_
++ _ModuleTable009_=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
++ export _ModuleTable009_
++ _ModuleTable010_=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
++ export _ModuleTable010_
++ _ModuleTable011_=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
++ export _ModuleTable011_
++ _ModuleTable012_=fSwKc3RhY2tEZXB0aCA9IDAsCnN0YXR1cyA9ICJhY3RpdmUiLAp1c2VyTmFtZSA9ICJ6bGliLzEuMi4xMSIsCndWID0gIjAwMDAwMDAwMS4wMDAwMDAwMDIuMDAwMDAwMDExLip6ZmluYWwiLAp9LAp9LAptcGF0aEEgPSB7CiIvb3B0L3NwYWNrL2NwdS0yMDIxMTAwNy9vcGVubXBpLzQuMC42LTNuYXZjd2IvZ2NjLzExLjIuMCIKLCAiL29wdC9zcGFjay9jcHUtMjAyMTEwMDcvZ2NjLzExLjIuMCIsICIvb3B0L3NwYWNrL2NwdS9Db3JlIiwKfSwKc3lzdGVtQmFzZU1QQVRIID0gIi9vcHQvc3BhY2svY3B1L0NvcmUiLAp9Cg==
++ export _ModuleTable012_
++ _ModuleTable_Sz_=12
++ export _ModuleTable_Sz_
++ : -s sh
+ eval
+ echo Checking:
Checking:
+ pwd
/anvil/scratch/x-bozzola/simulations/ettests_2proc_again/output-0000/TEST/sim/GRHayLHDX/output-0000-active
+ hostname
a974.anvil.rcac.purdue.edu
+ date
Tue Oct 24 10:16:52 EDT 2023
+ echo Environment:
Environment:
+ export CACTUS_NUM_PROCS=2
+ CACTUS_NUM_PROCS=2
+ export CACTUS_NUM_THREADS=64
+ CACTUS_NUM_THREADS=64
+ export CXX_MAX_TASKS=500
+ CXX_MAX_TASKS=500
+ export GMON_OUT_PREFIX=gmon.out
+ GMON_OUT_PREFIX=gmon.out
+ export OMP_MAX_TASKS=500
+ OMP_MAX_TASKS=500
+ export OMP_NUM_THREADS=64
+ OMP_NUM_THREADS=64
+ export OMP_STACKSIZE=8192
+ OMP_STACKSIZE=8192
+ export PTHREAD_MAX_TASKS=500
+ PTHREAD_MAX_TASKS=500
+ env
+ sort
+ echo a974
+ echo Starting:
Starting:
++ date +%s
+ export CACTUS_STARTTIME=1698157012
+ CACTUS_STARTTIME=1698157012
+ srun -n 2 /anvil/scratch/x-bozzola/simulations/ettests_2proc_again/SIMFACTORY/exe/cactus_sim -L 3 /anvil/scratch/x-bozzola/simulations/ettests_2proc_again/output-0000/arrangements/GRHayLET/GRHayLHDX/test/Balsara0.par
INFO (Cactus): Increased logging level from 0 to 3
--------------------------------------------------------------------------------
10
1 0101 ************************
01 1010 10 The Cactus Code V4.14.0
1010 1101 011 www.cactuscode.org
1001 100101 ************************
00010101
100011 (c) Copyright The Authors
0100 GNU Licensed. No Warranty
0101
--------------------------------------------------------------------------------
Cactus version: 4.14.0
Compile date: Oct 24 2023 (10:04:56)
Run date: Oct 24 2023 (10:16:53-0400)
Run host: a974.anvil.rcac.purdue.edu (pid=1895570)
Working directory: /anvil/scratch/x-bozzola/simulations/ettests_2proc_again/output-0000/TEST/sim/GRHayLHDX
Executable: /anvil/scratch/x-bozzola/simulations/ettests_2proc_again/SIMFACTORY/exe/cactus_sim
Parameter file: /anvil/scratch/x-bozzola/simulations/ettests_2proc_again/output-0000/arrangements/GRHayLET/GRHayLHDX/test/Balsara0.par
--------------------------------------------------------------------------------
Activating thorn Cactus...Success -> active implementation Cactus
Activation requested for
--->CarpetX IOUtil ODESolvers ADMBaseX HydroBaseX TmunuBaseX GRHayLib GRHayLHDX GRHayLIDX<---
Thorn ADMBaseX requests automatic activation of Loop
Thorn CarpetX requests automatic activation of AMReX
Thorn CarpetX requests automatic activation of MPI
Thorn CarpetX requests automatic activation of yaml_cpp
Thorn CarpetX requests automatic activation of zlib
Thorn CarpetX requests automatic activation of Arith
Thorn CarpetX requests automatic activation of ADIOS2
Thorn CarpetX requests automatic activation of openPMD
Thorn CarpetX requests automatic activation of Silo
Thorn GRHayLHDX requests automatic activation of HDF5
Thorn Arith requests automatic activation of NSIMD
Thorn MPI requests automatic activation of hwloc
Activating thorn ADIOS2...Success -> active implementation ADIOS2
Activating thorn ADMBaseX...Success -> active implementation ADMBaseX
Activating thorn AMReX...Success -> active implementation AMReX
Activating thorn Arith...Success -> active implementation Arith
Activating thorn CarpetX...Success -> active implementation CarpetX
Activating thorn GRHayLHDX...Success -> active implementation GRHayLHDX
Activating thorn GRHayLib...Success -> active implementation GRHayLib
Activating thorn GRHayLIDX...Success -> active implementation GRHayLIDX
Activating thorn HDF5...Success -> active implementation HDF5
Activating thorn hwloc...Success -> active implementation hwloc
Activating thorn HydroBaseX...Success -> active implementation HydroBaseX
Activating thorn IOUtil...Success -> active implementation IO
Activating thorn Loop...Success -> active implementation Loop
Activating thorn MPI...Success -> active implementation MPI
Activating thorn NSIMD...Success -> active implementation NSIMD
Activating thorn ODESolvers...Success -> active implementation ODESolvers
Activating thorn openPMD...Success -> active implementation openPMD
Activating thorn Silo...Success -> active implementation Silo
Activating thorn TmunuBaseX...Success -> active implementation TmunuBaseX
Activating thorn yaml_cpp...Success -> active implementation yaml_cpp
Activating thorn zlib...Success -> active implementation zlib
--------------------------------------------------------------------------------
if (recover initial data)
Recover parameters
endif
Startup routines
[CCTK_STARTUP]
CarpetX::Driver_Startup: Start up the driver
IOUtil::IOUtil_Startup: Startup routine
GROUP hwloc_startup: hwloc startup group
hwloc::hwloc_version: Output hwloc version
Startup routines which need an existing grid hierarchy
[CCTK_WRAGH]
Arith::Test_smallvector: [meta] Test small vectors
Arith::Test_spvect: [meta] Test sparse vectors
GRHayLib::GRHayLib_initialize: [global] Set up the EOS struct and read the table for tabulated EOS.
Parameter checking routines
[CCTK_PARAMCHECK]
Initialisation
if (NOT (recover initial data AND recovery_mode is 'strict'))
[CCTK_PREREGRIDINITIAL]
Set up grid hierarchy
[CCTK_POSTREGRIDINITIAL]
[CCTK_BASEGRID]
CarpetX::CarpetX_InitError: Initialize regridding error to zero
GROUP ODESolvers_BaseGrid: Set up constants (e.g. coordinates) everywhere on the grid
[CCTK_INITIAL]
GROUP ADMBaseX_InitialData: Schedule group for calculating ADM initial data
ADMBaseX::ADMBaseX_initial_data: Set up Cartesian Minkowski initial data
GROUP ADMBaseX_InitialGauge: Schedule group for the ADM initial gauge condition
ADMBaseX::ADMBaseX_initial_lapse: Set lapse to one
ADMBaseX::ADMBaseX_initial_shift: Set shift to zero
GROUP ADMBaseX_PostInitial: Schedule group for modifying the ADM initial data, such as e.g. adding noise
GROUP HydroBaseX_InitialData: Schedule group for calculating hydro initial data
GRHayLIDX::GRHayLIDX_1D_tests_hydro_data: Set initial hydrodynamic data for 1D test
GROUP HydroBaseX_PostInitial: Schedule group for modifying the hydro initial data, such as e.g. adding noise
GROUP GRHayLHDX_Prim2Con2Prim: Translate ET-generated, HydroBaseX-compatible initial data and convert into variables used by GRHayLHDX
GRHayLHDX::GRHayLHDX_compute_ccc_centered_spacetime_quantities: Interpolate spacetime quantities to cell centers.
GRHayLHDX::convert_HydroBase_to_GRHayLHDX: Convert HydroBaseX initial data (ID) to GRHayLHDX variables and enforce simulation limits on primitives.
GRHayLHDX::GRHayLHDX_prims_to_conservs: Enforce simulation limits on primitives and compute conservatives
GRHayLHDX::GRHayLHDX_conservs_to_prims: Compute primitive variables from conservatives. This is non-trivial, requiring a Newton-Raphson root-finder.
GROUP ODESolvers_Initial: Set up initial conditions on interior of state vector
GROUP TmunuBaseX_SetTmunuVars: Schedule group for setting T_munu
TmunuBaseX::TmunuBaseX_ZeroTmunu: Set T_munu to zero
GROUP TmunuBaseX_AddToTmunu: Add to T_munu here
GRHayLHDX::GRHayLHDX_compute_Tmunu: Interpolate stress-energy tensor to vertices
[CCTK_POSTINITIAL]
GROUP ODESolvers_PostStep: Apply boundary conditions to state vector, and project if necessary
GROUP ADMBaseX_SetADMVars: Set ADM variables in this group
GROUP ADMBaseX_SetADMRHS: Set ADM RHS variables in this group
GROUP GRHayLHDX_Con2Prim: Compute the cell-centered spacetime quantities and solve for primitives
GRHayLHDX::GRHayLHDX_compute_ccc_centered_spacetime_quantities: Interpolate spacetime quantities to cell centers
GRHayLHDX::GRHayLHDX_conservs_to_prims: Compute primitive variables from conservatives
GROUP HydroBaseX_SetHydroVars: Set hydro variables in this group, or before this group
GROUP TmunuBaseX_SetTmunuVars: Schedule group for setting T_munu
TmunuBaseX::TmunuBaseX_ZeroTmunu: Set T_munu to zero
GROUP TmunuBaseX_AddToTmunu: Add to T_munu here
GRHayLHDX::GRHayLHDX_compute_Tmunu: Interpolate stress-energy tensor to vertices
GROUP ODESolvers_RHS: Evaluate RHS for of state vector everywhere on the grid
GROUP GRHayLHDX_RHS: Evaluate RHSs GRHD equations
GRHayLHDX::GRHayLHDX_compute_ccc_centered_extrinsic_curvature: Interpolate extrinsic curvature to cell centers
GRHayLHDX::GRHayLHDX_evaluate_sources_rhs: Initialize RHS variables to zero and evalute extrinsic curvature source term of tau_rhs
GRHayLHDX::GRHayLHDX_evaluate_fluxes: Compute GRHD fluxes
GRHayLHDX::GRHayLHDX_evaluate_fluxes_rhs: Evaluate RHSs of GRHD equations
GROUP ODESolvers_EstimateError: Estimate discretization error (for regridding)
Initialise finer grids recursively
Restrict from finer grids
[CCTK_POSTRESTRICTINITIAL]
[CCTK_POSTPOSTINITIAL]
[CCTK_POSTSTEP]
GROUP ODESolvers_PostStep: Apply boundary conditions to state vector, and project if necessary
GROUP ADMBaseX_SetADMVars: Set ADM variables in this group
GROUP ADMBaseX_SetADMRHS: Set ADM RHS variables in this group
GROUP GRHayLHDX_Con2Prim: Compute the cell-centered spacetime quantities and solve for primitives
GRHayLHDX::GRHayLHDX_compute_ccc_centered_spacetime_quantities: Interpolate spacetime quantities to cell centers
GRHayLHDX::GRHayLHDX_conservs_to_prims: Compute primitive variables from conservatives
GROUP HydroBaseX_SetHydroVars: Set hydro variables in this group, or before this group
GROUP TmunuBaseX_SetTmunuVars: Schedule group for setting T_munu
TmunuBaseX::TmunuBaseX_ZeroTmunu: Set T_munu to zero
GROUP TmunuBaseX_AddToTmunu: Add to T_munu here
GRHayLHDX::GRHayLHDX_compute_Tmunu: Interpolate stress-energy tensor to vertices
GROUP ODESolvers_RHS: Evaluate the RHS for of state vector everywhere on the grid
GROUP GRHayLHDX_RHS: Evaluate RHSs GRHD equations
GRHayLHDX::GRHayLHDX_compute_ccc_centered_extrinsic_curvature: Interpolate extrinsic curvature to cell centers
GRHayLHDX::GRHayLHDX_evaluate_sources_rhs: Initialize RHS variables to zero and evalute extrinsic curvature source term of tau_rhs
GRHayLHDX::GRHayLHDX_evaluate_fluxes: Compute GRHD fluxes
GRHayLHDX::GRHayLHDX_evaluate_fluxes_rhs: Evaluate RHSs of GRHD equations
GROUP ODESolvers_EstimateError: Estimate discretization error (for regridding)
endif
if (recover initial data)
[CCTK_BASEGRID]
CarpetX::CarpetX_InitError: Initialize regridding error to zero
GROUP ODESolvers_BaseGrid: Set up constants (e.g. coordinates) everywhere on the grid
[CCTK_RECOVER_VARIABLES]
[CCTK_POST_RECOVER_VARIABLES]
endif
if (checkpoint initial data)
[CCTK_CPINITIAL]
CarpetX::CarpetX_CheckpointInitial: [meta] Checkpoint initial conditions
endif
if (analysis)
[CCTK_ANALYSIS]
GROUP ODESolvers_Analysis: Calculate analysis quantities everywhere
endif
Output grid variables
do loop over timesteps
[CCTK_PREREGRID]
Change grid hierarchy
[CCTK_POSTREGRID]
GROUP ODESolvers_PostStep: Apply boundary conditions to state vector, and project if necessary
GROUP ADMBaseX_SetADMVars: Set ADM variables in this group
GROUP ADMBaseX_SetADMRHS: Set ADM RHS variables in this group
GROUP GRHayLHDX_Con2Prim: Compute the cell-centered spacetime quantities and solve for primitives
GRHayLHDX::GRHayLHDX_compute_ccc_centered_spacetime_quantities: Interpolate spacetime quantities to cell centers
GRHayLHDX::GRHayLHDX_conservs_to_prims: Compute primitive variables from conservatives
GROUP HydroBaseX_SetHydroVars: Set hydro variables in this group, or before this group
GROUP TmunuBaseX_SetTmunuVars: Schedule group for setting T_munu
TmunuBaseX::TmunuBaseX_ZeroTmunu: Set T_munu to zero
GROUP TmunuBaseX_AddToTmunu: Add to T_munu here
GRHayLHDX::GRHayLHDX_compute_Tmunu: Interpolate stress-energy tensor to vertices
Rotate timelevels
iteration = iteration+1
t = t+dt
[CCTK_PRESTEP]
[CCTK_EVOL]
ODESolvers::ODESolvers_Solve: [level] Solve ODEs
Evolve finer grids recursively
Restrict from finer grids
[CCTK_POSTRESTRICT]
GROUP ODESolvers_PostStep: Apply boundary conditions to state vector, and project if necessary
GROUP ADMBaseX_SetADMVars: Set ADM variables in this group
GROUP ADMBaseX_SetADMRHS: Set ADM RHS variables in this group
GROUP GRHayLHDX_Con2Prim: Compute the cell-centered spacetime quantities and solve for primitives
GRHayLHDX::GRHayLHDX_compute_ccc_centered_spacetime_quantities: Interpolate spacetime quantities to cell centers
WARNING[L1,P0] (hwloc): library version 1.11.13, build-time API version 0x10b06, run-time API version 0x20500
GRHayLHDX::GRHayLHDX_conservs_to_prims: Compute primitive variables from conservatives
GROUP HydroBaseX_SetHydroVars: Set hydro variables in this group, or before this group
GROUP TmunuBaseX_SetTmunuVars: Schedule group for setting T_munu
TmunuBaseX::TmunuBaseX_ZeroTmunu: Set T_munu to zero
GROUP TmunuBaseX_AddToTmunu: Add to T_munu here
GRHayLHDX::GRHayLHDX_compute_Tmunu: Interpolate stress-energy tensor to vertices
[CCTK_POSTSTEP]
GROUP ODESolvers_PostStep: Apply boundary conditions to state vector, and project if necessary
GROUP ADMBaseX_SetADMVars: Set ADM variables in this group
GROUP ADMBaseX_SetADMRHS: Set ADM RHS variables in this group
GROUP GRHayLHDX_Con2Prim: Compute the cell-centered spacetime quantities and solve for primitives
GRHayLHDX::GRHayLHDX_compute_ccc_centered_spacetime_quantities: Interpolate spacetime quantities to cell centers
GRHayLHDX::GRHayLHDX_conservs_to_prims: Compute primitive variables from conservatives
GROUP HydroBaseX_SetHydroVars: Set hydro variables in this group, or before this group
GROUP TmunuBaseX_SetTmunuVars: Schedule group for setting T_munu
TmunuBaseX::TmunuBaseX_ZeroTmunu: Set T_munu to zero
GROUP TmunuBaseX_AddToTmunu: Add to T_munu here
GRHayLHDX::GRHayLHDX_compute_Tmunu: Interpolate stress-energy tensor to vertices
GROUP ODESolvers_RHS: Evaluate the RHS for of state vector everywhere on the grid
GROUP GRHayLHDX_RHS: Evaluate RHSs GRHD equations
GRHayLHDX::GRHayLHDX_compute_ccc_centered_extrinsic_curvature: Interpolate extrinsic curvature to cell centers
GRHayLHDX::GRHayLHDX_evaluate_sources_rhs: Initialize RHS variables to zero and evalute extrinsic curvature source term of tau_rhs
GRHayLHDX::GRHayLHDX_evaluate_fluxes: Compute GRHD fluxes
GRHayLHDX::GRHayLHDX_evaluate_fluxes_rhs: Evaluate RHSs of GRHD equations
GROUP ODESolvers_EstimateError: Estimate discretization error (for regridding)
if (checkpoint)
[CCTK_CHECKPOINT]
CarpetX::CarpetX_Checkpoint: [meta] Checkpoint
endif
if (analysis)
[CCTK_ANALYSIS]
GROUP ODESolvers_Analysis: Calculate analysis quantities everywhere
endif
Output grid variables
enddo
Termination routines
[CCTK_TERMINATE]
CarpetX::CarpetX_CheckpointTerminate: [meta] Checkpoint before terminating
GRHayLib::GRHayLib_terminate: [global] Free memory allocated for the EOS struct.
Shutdown routines
[CCTK_SHUTDOWN]
CarpetX::Driver_Shutdown: [meta] Shut down the driver
Routines run after changing the grid hierarchy:
[CCTK_POSTREGRID]
GROUP ODESolvers_PostStep: Apply boundary conditions to state vector, and project if necessary
GROUP ADMBaseX_SetADMVars: Set ADM variables in this group
GROUP ADMBaseX_SetADMRHS: Set ADM RHS variables in this group
GROUP GRHayLHDX_Con2Prim: Compute the cell-centered spacetime quantities and solve for primitives
GRHayLHDX::GRHayLHDX_compute_ccc_centered_spacetime_quantities: Interpolate spacetime quantities to cell centers
GRHayLHDX::GRHayLHDX_conservs_to_prims: Compute primitive variables from conservatives
GROUP HydroBaseX_SetHydroVars: Set hydro variables in this group, or before this group
GROUP TmunuBaseX_SetTmunuVars: Schedule group for setting T_munu
TmunuBaseX::TmunuBaseX_ZeroTmunu: Set T_munu to zero
GROUP TmunuBaseX_AddToTmunu: Add to T_munu here
GRHayLHDX::GRHayLHDX_compute_Tmunu: Interpolate stress-energy tensor to vertices
--------------------------------------------------------------------------------
WARNING[L1,P0] (hwloc): library version 1.11.13, build-time API version 0x10b06, run-time API version 0x20500
INFO (hwloc): library version 1.11.13, API version 0x10b06
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WARNING[L1,P1] (hwloc): library version 1.11.13, build-time API version 0x10b06, run-time API version 0x20500
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AMR driver provided by CarpetX,
using AMReX 23.08 (MPI, OpenMP, no accelerators, debug)
--------------------------------------------------------------------------------
MPI initialized with 2 MPI processes
MPI initialized with thread support level 2
OMP initialized with 64 OMP threads
AMReX (23.08) initialized
(GRHayL) Warning in file: /anvil/projects/x-phy190020/Cactus/arrangements/GRHayL/GRHayLib/src/GRHayL_Core/initialize_eos.c, line: 68, function: ghl_initialize_simple_eos
(GRHayL) Warning message: Maximum density not provided. Disabling density ceiling (rho_max = 1e300)
(GRHayL) Warning in file: /anvil/projects/x-phy190020/Cactus/arrangements/GRHayL/GRHayLib/src/GRHayL_Core/initialize_eos.c, line: 75, function: ghl_initialize_simple_eos
(GRHayL) Warning message: Minimum pressure not provided. Disabling pressure floor (press_min = 0)
(GRHayL) Warning in file: /anvil/projects/x-phy190020/Cactus/arrangements/GRHayL/GRHayLib/src/GRHayL_Core/initialize_eos.c, line: 79, function: ghl_initialize_simple_eos
(GRHayL) Warning message: Maximum pressure not provided. Disabling pressure ceiling (press_max = 1e300)
(GRHayL) Warning in file: /anvil/projects/x-phy190020/Cactus/arrangements/GRHayL/GRHayLib/src/GRHayL_Core/initialize_eos.c, line: 68, function: ghl_initialize_simple_eos
(GRHayL) Warning message: Maximum density not provided. Disabling density ceiling (rho_max = 1e300)
(GRHayL) Warning in file: /anvil/projects/x-phy190020/Cactus/arrangements/GRHayL/GRHayLib/src/GRHayL_Core/initialize_eos.c, line: 75, function: ghl_initialize_simple_eos
(GRHayL) Warning message: Minimum pressure not provided. Disabling pressure floor (press_min = 0)
(GRHayL) Warning in file: /anvil/projects/x-phy190020/Cactus/arrangements/GRHayL/GRHayLib/src/GRHayL_Core/initialize_eos.c, line: 79, function: ghl_initialize_simple_eos
(GRHayL) Warning message: Maximum pressure not provided. Disabling pressure ceiling (press_max = 1e300)
INFO (CarpetX):
Symmetries:
lower x: none
lower y: none
lower z: none
upper x: none
upper y: none
upper z: none
Default boundaries:
lower x: linear_extrapolation
lower y: linear_extrapolation
lower z: linear_extrapolation
upper x: linear_extrapolation
upper y: linear_extrapolation
upper z: linear_extrapolation
INFO (Arith): Test_smallvector
INFO (Arith): Test_spvect
INFO (CarpetX): Setting up initial conditions...
INFO (CarpetX): Iteration: 0 time: 0 delta_time: 0.00125
INFO (CarpetX): Patch 0:
INFO (CarpetX): Grid extent:
INFO (CarpetX): gsh=[407,15,15]
INFO (CarpetX): blocking_factor=[1,1,1]
INFO (CarpetX): max_grid_size=[32,32,32]
INFO (CarpetX): max_tile_size=[1024000,16,32]
INFO (CarpetX): Domain extent:
INFO (CarpetX): xmin=[-0.5,-0.5,-0.5]
INFO (CarpetX): xmax=[0.5,0.5,0.5]
INFO (CarpetX): base dx=[0.0025000000000000001,0.125,0.125]
INFO (CarpetX): Initializing level 0...
INFO (CarpetX): Regridding...
INFO (CarpetX): level 0: 13 boxes, 25600 cells (100%)
INFO (CarpetX): Initialized 1 levels
INFO (CarpetX): OutputGH: iteration 0, time 0.000000, run time 1 s
INFO (CarpetX): OutputADIOS2...
INFO (CarpetX): OutputGH done.
INFO (CarpetX): Starting evolution...
INFO (CarpetX): Regridding...
INFO (CarpetX): old levels 1, new levels 1
INFO (CarpetX): level 0: 13 boxes, 25600 cells (100%)
INFO (ODESolvers): Integrator is RK4
[a974:1895570:0:1895706] Caught signal 11 (Segmentation fault: address not mapped to object at address 0x3588)
BFD: Dwarf Error: Can't find .debug_ranges section.
BFD: Dwarf Error: Can't find .debug_ranges section.
BFD: Dwarf Error: Can't find .debug_ranges section.
BFD: Dwarf Error: Can't find .debug_ranges section.
BFD: Dwarf Error: Can't find .debug_ranges section.
BFD: Dwarf Error: Can't find .debug_ranges section.
BFD: Dwarf Error: Can't find .debug_ranges section.
BFD: Dwarf Error: Can't find .debug_ranges section.
BFD: Dwarf Error: Can't find .debug_ranges section.
BFD: Dwarf Error: Can't find .debug_ranges section.
BFD: Dwarf Error: Can't find .debug_ranges section.
BFD: Dwarf Error: Can't find .debug_ranges section.
BFD: Dwarf Error: Can't find .debug_ranges section.
BFD: Dwarf Error: Can't find .debug_ranges section.
==== backtrace (tid:1895706) ====
0 0x0000000000012cf0 __funlockfile() :0
1 0x00000000018b148d Loop::GridDescBase::loop_box<1, 1, 1, 1, 1, GRHayLHDX_evaluate_fluxes_rhs_dir<2>(_cGH*)::{_______________________________________________
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