Phie Recovery
Module: devtests.bidomain.phie_recovery.run
Section author: Anton Prassl <anton.prassl@medunigraz.at>
Test phie recovery in some nodes above a simple slab.
This example defines a thin cuboid domain (units in microns):
Run a modomain simulation in a cuboid portion of tissue and recover the signals above the corners of the geometry. Run the simulation with the same settings in postprocessing mode to recover based on the previous simulation. Investigate the difference of the two simulation modes (i.e. experiment “0” [normal run] and experiment “4” [postprocess only]).
As with other examples, add the --visualize
option to automatically load
the results in meshalyzer:
./run.py --visualize
Phie recovery during simulation and as postprocessing step on single core (using FE mass and stiffness matrices)
Checks:
Last run: 2024-02-29 00:56:53.656178, revision {‘base’: ‘cbf8efd0’}, dependency revisions {PT_C: 31642c1e,cvsys: 593686bc,eikonal: 5fbbfda3,elasticity: 4d92ddfc}
Runtime: 0:00:01.631200
SIMULATION FAILED TO RUN
CalledProcessError: Command '/data/prassl_src/carpautotest/repos/carp/CPU/bin/carp.pt' died with <Signals.SIGABRT: 6>. (Unknown error -6)
Last passed: 2024-02-15 00:19:06.884235, revision {‘base’: ‘b048f647’}, dependency revisions {PT_C: 31642c1e,cvsys: 593686bc,eikonal: 5fbbfda3,elasticity: 92824181}
Phie recovery during simulation and as postprocessing step on single core (by integration over element-centered Im using integral solution of Poisson PDE)
Checks:
Last run: 2024-02-29 00:56:55.314916, revision {‘base’: ‘cbf8efd0’}, dependency revisions {PT_C: 31642c1e,cvsys: 593686bc,eikonal: 5fbbfda3,elasticity: 4d92ddfc}
Runtime: 0:00:01.376225
SIMULATION FAILED TO RUN
CalledProcessError: Command '/data/prassl_src/carpautotest/repos/carp/CPU/bin/carp.pt' died with <Signals.SIGABRT: 6>. (Unknown error -6)
Last passed: 2024-02-15 00:19:08.643134, revision {‘base’: ‘b048f647’}, dependency revisions {PT_C: 31642c1e,cvsys: 593686bc,eikonal: 5fbbfda3,elasticity: 92824181}
Phie recovery during simulation and as postprocessing step on multiple cores (using FE mass and stiffness
Checks:
Last run: 2024-02-29 00:56:56.720543, revision {‘base’: ‘cbf8efd0’}, dependency revisions {PT_C: 31642c1e,cvsys: 593686bc,eikonal: 5fbbfda3,elasticity: 4d92ddfc}
Runtime: 0:00:02.172055
SIMULATION FAILED TO RUN
CalledProcessError: Command '/home/prassl/install/petsc-3.17.1/linux-gnu-fluid-opt/bin/mpiexec' returned non-zero exit status 134. (Unknown error 134)
Last passed: 2024-02-15 00:19:10.096567, revision {‘base’: ‘b048f647’}, dependency revisions {PT_C: 31642c1e,cvsys: 593686bc,eikonal: 5fbbfda3,elasticity: 92824181}
Phie recovery during simulation and as postprocessing step on multiple cores (by integration over element-centered Im using integral solution of Poisson PDE)
Checks:
Last run: 2024-02-29 00:56:58.924884, revision {‘base’: ‘cbf8efd0’}, dependency revisions {PT_C: 31642c1e,cvsys: 593686bc,eikonal: 5fbbfda3,elasticity: 4d92ddfc}
Runtime: 0:00:02.264115
SIMULATION FAILED TO RUN
CalledProcessError: Command '/home/prassl/install/petsc-3.17.1/linux-gnu-fluid-opt/bin/mpiexec' returned non-zero exit status 134. (Unknown error 134)
Last passed: 2024-02-15 00:19:11.344521, revision {‘base’: ‘b048f647’}, dependency revisions {PT_C: 31642c1e,cvsys: 593686bc,eikonal: 5fbbfda3,elasticity: 92824181}