options

Executable Output


   _  __       _         _
  | |/ /      (_)       | |
  | ' /  _ __  _  _ __  | | __ ___
  |  <  | '__|| || '_ \ | |/ // _ \ 
  | . \ | |   | || |_) ||   <|  __/
  |_|\_\|_|   |_|| .__/ |_|\_\\___|
                 | |
                 |_|        Version 1.2.5-dev

LLNL-CODE-775068

Copyright (c) 2014-25, Lawrence Livermore National Security, LLC

Kripke is released under the BSD 3-Clause License, please see the
LICENSE file for the full license

This work was produced under the auspices of the U.S. Department of
Energy by Lawrence Livermore National Laboratory under Contract
DE-AC52-07NA27344.

Author: Adam J. Kunen 

Compilation Options:
  Architecture:           OpenMP
  Compiler:               /softs/x86/openmpi/openmpi-5.0.8/intel/bin/mpic++
  Compiler Flags:         "-g -fno-omit-frame-pointer -march=native -O3 -fiopenmp "
  Linker Flags:           " "
  CHAI Enabled:           No
  Umpire Enabled:         No
  CUDA Enabled:           No
  MPI Enabled:            Yes
  OpenMP Enabled:         Yes
  Caliper Enabled:        No

OpenMP Thread->Core mapping for 4 threads on rank 0
    0->  2    1->  3    2->  0    3->  1

Input Parameters
================

  Problem Size:
    Zones:                 32 x 32 x 16  (16384 total)
    Groups:                256
    Legendre Order:        4
    Quadrature Set:        Dummy S2 with 96 points

  Physical Properties:
    Total X-Sec:           sigt=[0.100000, 0.000100, 0.100000]
    Scattering X-Sec:      sigs=[0.050000, 0.000050, 0.050000]

  Solver Options:
    Number iterations:     10

  MPI Decomposition Options:
    Total MPI tasks:       32
    Spatial decomp:        4 x 4 x 2 MPI tasks
    Block solve method:    Sweep

  Per-Task Options:
    DirSets/Directions:    8 sets, 12 directions/set
    GroupSet/Groups:       2 sets, 128 groups/set
    Zone Sets:             1 x 1 x 1
    Architecture:          OpenMP
    Data Layout:           DGZ

Generating Problem
==================

  Decomposition Space:   Procs:      Subdomains (local/global):
  ---------------------  ----------  --------------------------
  (P) Energy:            1           2 / 2
  (Q) Direction:         1           8 / 8
  (R) Space:             32          1 / 32
  (Rx,Ry,Rz) R in XYZ:   4x4x2       1x1x1 / 4x4x2
  (PQR) TOTAL:           32          16 / 512

  Material Volumes=[8.459473e+03, 1.205640e+05, 2.750977e+06]

  Memory breakdown of Field variables:
  Field Variable            Num Elements    Megabytes
  --------------            ------------    ---------
  data/sigs                       983040        7.500
  dx                                  32        0.000
  dy                                  32        0.000
  dz                                  16        0.000
  ell                               2400        0.018
  ell_plus                          2400        0.018
  i_plane                       12582912       96.000
  j_plane                       12582912       96.000
  k_plane                       25165824      192.000
  mixelem_to_fraction              17264        0.132
  phi                          104857600      800.000
  phi_out                      104857600      800.000
  psi                          402653184     3072.000
  quadrature/w                        96        0.001
  quadrature/xcos                     96        0.001
  quadrature/ycos                     96        0.001
  quadrature/zcos                     96        0.001
  rhs                          402653184     3072.000
  sigt_zonal                     4194304       32.000
  volume                           16384        0.125
  --------                  ------------    ---------
  TOTAL                       1070569472     8167.797

  Generation Complete!

Steady State Solve
==================

  iter 0: particle count=3.068141e+08, change=1.000000e+00
  iter 1: particle count=4.575559e+08, change=3.294502e-01
  iter 2: particle count=5.319228e+08, change=1.398076e-01
  iter 3: particle count=5.686133e+08, change=6.452640e-02
  iter 4: particle count=5.866898e+08, change=3.081104e-02
  iter 5: particle count=5.955774e+08, change=1.492252e-02
  iter 6: particle count=5.999367e+08, change=7.266329e-03
  iter 7: particle count=6.020697e+08, change=3.542816e-03
  iter 8: particle count=6.031109e+08, change=1.726347e-03
  iter 9: particle count=6.036180e+08, change=8.400479e-04
  Solver terminated

Timers
======

  Timer                    Count       Seconds
  ----------------  ------------  ------------
  Generate                     1       0.01210
  LPlusTimes                  10       0.35311
  LTimes                      10       0.42487
  Population                  10       0.05291
  Scattering                  10       5.19733
  Solve                        1       6.62977
  Source                      10       0.00083
  SweepSolver                 10       0.42631
  SweepSubdomain             160       0.26390

TIMER_NAMES:Generate,LPlusTimes,LTimes,Population,Scattering,Solve,Source,SweepSolver,SweepSubdomain
TIMER_DATA:0.012099,0.353109,0.424873,0.052906,5.197328,6.629773,0.000834,0.426306,0.263896

Figures of Merit
================

  Throughput:         6.073408e+08 [unknowns/(second/iteration)]
  Grind time :        1.646522e-09 [(seconds/iteration)/unknowns]
  Sweep efficiency :  61.90300 [100.0 * SweepSubdomain time / SweepSolver time]
  Number of unknowns: 402653184

END

×