options

Executable Output


* Info: Selecting the 'perf-low-ppn' engine for node skylake

* Info: Process launched (host skylake, process 270187)PIConGPUVerbose PHYSICS(1) | Sliding Window is OFF
PIConGPUVerbose PHYSICS(1) | used Random Number Generator: RNGProvider3AlpakaRand seed: 42
PIConGPUVerbose PHYSICS(1) | Field solver condition: c * dt <= 1.00556 ? (c * dt = 1)
PIConGPUVerbose PHYSICS(1) | Resolving plasma oscillations?
   Estimates are based on DensityRatio to BASE_DENSITY of each species
   (see: density.param, speciesDefinition.param).
   It and does not cover other forms of initialization
PIConGPUVerbose PHYSICS(1) | species e: omega_p * dt <= 0.1 ? (omega_p * dt = 0.0274627)
PIConGPUVerbose PHYSICS(1) | species i: omega_p * dt <= 0.1 ? (omega_p * dt = 0.000640897)
PIConGPUVerbose PHYSICS(1) | macro particles per device: 26214400
PIConGPUVerbose PHYSICS(1) | typical macro particle weighting: 207.722
PIConGPUVerbose PHYSICS(1) | UNIT_SPEED 2.99792e+08
PIConGPUVerbose PHYSICS(1) | UNIT_TIME 1.5394e-16
PIConGPUVerbose PHYSICS(1) | UNIT_LENGTH 4.61501e-08
PIConGPUVerbose PHYSICS(1) | UNIT_MASS 1.89221e-28
PIConGPUVerbose PHYSICS(1) | UNIT_CHARGE 3.32806e-17
PIConGPUVerbose PHYSICS(1) | UNIT_EFIELD 1.10726e+13
PIConGPUVerbose PHYSICS(1) | UNIT_BFIELD 36934.1
PIConGPUVerbose PHYSICS(1) | UNIT_ENERGY 1.70064e-11
PIConGPUVerbose PHYSICS(1) | Resolving Debye length for species "e"?
PIConGPUVerbose PHYSICS(1) | Estimate used momentum variance in 2048 supercells with at least 10 macroparticles each
PIConGPUVerbose PHYSICS(1) | 2048 (100 %) supercells had local Debye length estimate not resolved by a single cell
PIConGPUVerbose PHYSICS(1) | Estimated weighted average temperature 0.000500062 keV and corresponding Debye length 1.66236e-09 m.
   The grid has 0.0206816 cells per average Debye length
initialization time:  1sec 278msec = 1.278 sec
  0 % =        0 | time elapsed:                    0msec | avg time per step:   0msec
  5 % =       75 | time elapsed:            24sec 553msec | avg time per step: 327msec
 10 % =      150 | time elapsed:            50sec 234msec | avg time per step: 342msec
 15 % =      225 | time elapsed:       1min 16sec 419msec | avg time per step: 349msec
 20 % =      300 | time elapsed:       1min 42sec 663msec | avg time per step: 349msec
 25 % =      375 | time elapsed:       2min  8sec 873msec | avg time per step: 349msec
 30 % =      450 | time elapsed:       2min 35sec 128msec | avg time per step: 350msec
 35 % =      525 | time elapsed:       3min  1sec 381msec | avg time per step: 350msec
 40 % =      600 | time elapsed:       3min 27sec 737msec | avg time per step: 351msec
 45 % =      675 | time elapsed:       3min 54sec 193msec | avg time per step: 352msec
 50 % =      750 | time elapsed:       4min 20sec 767msec | avg time per step: 354msec
 55 % =      825 | time elapsed:       4min 47sec 437msec | avg time per step: 355msec
 60 % =      900 | time elapsed:       5min 14sec 168msec | avg time per step: 356msec
 65 % =      975 | time elapsed:       5min 40sec 979msec | avg time per step: 357msec
 70 % =     1050 | time elapsed:       6min  7sec 857msec | avg time per step: 358msec
 75 % =     1125 | time elapsed:       6min 34sec 841msec | avg time per step: 359msec
 80 % =     1200 | time elapsed:       7min  1sec 919msec | avg time per step: 361msec
 85 % =     1275 | time elapsed:       7min 29sec 127msec | avg time per step: 362msec
 90 % =     1350 | time elapsed:       7min 56sec 550msec | avg time per step: 365msec
 95 % =     1425 | time elapsed:       8min 24sec 212msec | avg time per step: 368msec
100 % =     1500 | time elapsed:       8min 52sec 312msec | avg time per step: 374msec
calculation  simulation time:  8min 52sec 313msec = 532.313 sec
full simulation time:  8min 53sec 661msec = 533.661 sec

* Info: Process finished (host skylake, process 270187)
* Info: Dumping samples (host skylake, process 270187)
* Info: Dumping source info for callchain nodes (host skylake, process 270187)
* Info: Building/writing metadata (host skylake)
* Info: Finished collect step (host skylake, process 270187)

Your experiment path is /home/eoseret/apps/buildPIC/khi_test_omp2b_gcc13/OV1_OMP52_gcc13dot2_128x128x32/tools/lprof_npsu_run_0

To display your profiling results:
##################################################################################################################################################################
#    LEVEL    |     REPORT     |                                                             COMMAND                                                             #
##################################################################################################################################################################
#  Functions  |  Cluster-wide  |  maqao lprof -df xp=/home/eoseret/apps/buildPIC/khi_test_omp2b_gcc13/OV1_OMP52_gcc13dot2_128x128x32/tools/lprof_npsu_run_0      #
#  Functions  |  Per-node      |  maqao lprof -df -dn xp=/home/eoseret/apps/buildPIC/khi_test_omp2b_gcc13/OV1_OMP52_gcc13dot2_128x128x32/tools/lprof_npsu_run_0  #
#  Functions  |  Per-process   |  maqao lprof -df -dp xp=/home/eoseret/apps/buildPIC/khi_test_omp2b_gcc13/OV1_OMP52_gcc13dot2_128x128x32/tools/lprof_npsu_run_0  #
#  Functions  |  Per-thread    |  maqao lprof -df -dt xp=/home/eoseret/apps/buildPIC/khi_test_omp2b_gcc13/OV1_OMP52_gcc13dot2_128x128x32/tools/lprof_npsu_run_0  #
#  Loops      |  Cluster-wide  |  maqao lprof -dl xp=/home/eoseret/apps/buildPIC/khi_test_omp2b_gcc13/OV1_OMP52_gcc13dot2_128x128x32/tools/lprof_npsu_run_0      #
#  Loops      |  Per-node      |  maqao lprof -dl -dn xp=/home/eoseret/apps/buildPIC/khi_test_omp2b_gcc13/OV1_OMP52_gcc13dot2_128x128x32/tools/lprof_npsu_run_0  #
#  Loops      |  Per-process   |  maqao lprof -dl -dp xp=/home/eoseret/apps/buildPIC/khi_test_omp2b_gcc13/OV1_OMP52_gcc13dot2_128x128x32/tools/lprof_npsu_run_0  #
#  Loops      |  Per-thread    |  maqao lprof -dl -dt xp=/home/eoseret/apps/buildPIC/khi_test_omp2b_gcc13/OV1_OMP52_gcc13dot2_128x128x32/tools/lprof_npsu_run_0  #
##################################################################################################################################################################

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