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|_| 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: /cluster/hpcx/2.22/ompi5-gcc/bin/mpic++
Compiler Flags: "-O3 -O3 -march=znver5 -fno-tree-vectorize -fno-openmp-simd -funroll-loops -ffast-math -g -fno-omit-frame-pointer -fcf-protection=none -no-pie -grecord-gcc-switches "
Linker Flags: " "
CHAI Enabled: No
CUDA Enabled: No
MPI Enabled: Yes
OpenMP Enabled: Yes
Caliper Enabled: No
OpenMP Thread->Core mapping for 192 threads on rank 0
0-> 0 1-> 1 2-> 2 3-> 3 4-> 4 5-> 5 6-> 6 7-> 7
8-> 8 9-> 9 10-> 10 11-> 11 12-> 12 13-> 13 14-> 14 15-> 15
16-> 16 17-> 17 18-> 18 19-> 19 20-> 20 21-> 21 22-> 22 23-> 23
24-> 24 25-> 25 26-> 26 27-> 27 28-> 28 29-> 29 30-> 30 31-> 31
32-> 32 33-> 33 34-> 34 35-> 35 36-> 36 37-> 37 38-> 38 39-> 39
40-> 40 41-> 41 42-> 42 43-> 43 44-> 44 45-> 45 46-> 46 47-> 47
48-> 48 49-> 49 50-> 50 51-> 51 52-> 52 53-> 53 54-> 54 55-> 55
56-> 56 57-> 57 58-> 58 59-> 59 60-> 60 61-> 61 62-> 62 63-> 63
64-> 64 65-> 65 66-> 66 67-> 67 68-> 68 69-> 69 70-> 70 71-> 71
72-> 72 73-> 73 74-> 74 75-> 75 76-> 76 77-> 77 78-> 78 79-> 79
80-> 80 81-> 81 82-> 82 83-> 83 84-> 84 85-> 85 86-> 86 87-> 87
88-> 88 89-> 89 90-> 90 91-> 91 92-> 92 93-> 93 94-> 94 95-> 95
96-> 96 97-> 97 98-> 98 99-> 99 100->100 101->101 102->102 103->103
104->104 105->105 106->106 107->107 108->108 109->109 110->110 111->111
112->112 113->113 114->114 115->115 116->116 117->117 118->118 119->119
120->120 121->121 122->122 123->123 124->124 125->125 126->126 127->127
128->128 129->129 130->130 131->131 132->132 133->133 134->134 135->135
136->136 137->137 138->138 139->139 140->140 141->141 142->142 143->143
144->144 145->145 146->146 147->147 148->148 149->149 150->150 151->151
152->152 153->153 154->154 155->155 156->156 157->157 158->158 159->159
160->160 161->161 162->162 163->163 164->164 165->165 166->166 167->167
168->168 169->169 170->170 171->171 172->172 173->173 174->174 175->175
176->176 177->177 178->178 179->179 180->180 181->181 182->182 183->183
184->184 185->185 186->186 187->187 188->188 189->189 190->190 191->191
Input Parameters
================
Problem Size:
Zones: 24 x 16 x 16 (6144 total)
Groups: 1024
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: 1
Spatial decomp: 1 x 1 x 1 MPI tasks
Block solve method: Sweep
Per-Task Options:
DirSets/Directions: 8 sets, 12 directions/set
GroupSet/Groups: 2 sets, 512 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: 1 1 / 1
(Rx,Ry,Rz) R in XYZ: 1x1x1 1x1x1 / 1x1x1
(PQR) TOTAL: 1 16 / 16
Material Volumes=[9.375000e+03, 1.237500e+05, 2.746875e+06]
Memory breakdown of Field variables:
Field Variable Num Elements Megabytes
-------------- ------------ ---------
data/sigs 15728640 120.000
dx 24 0.000
dy 16 0.000
dz 16 0.000
ell 2400 0.018
ell_plus 2400 0.018
i_plane 25165824 192.000
j_plane 37748736 288.000
k_plane 37748736 288.000
mixelem_to_fraction 6320 0.048
phi 157286400 1200.000
phi_out 157286400 1200.000
psi 603979776 4608.000
quadrature/w 96 0.001
quadrature/xcos 96 0.001
quadrature/ycos 96 0.001
quadrature/zcos 96 0.001
rhs 603979776 4608.000
sigt_zonal 6291456 48.000
volume 6144 0.047
-------- ------------ ---------
TOTAL 1645233448 12552.135
Generation Complete!
Steady State Solve
==================
iter 0: particle count=1.289596e+09, change=1.000000e+00
iter 1: particle count=1.938605e+09, change=3.347815e-01
iter 2: particle count=2.261901e+09, change=1.429312e-01
iter 3: particle count=2.422372e+09, change=6.624562e-02
iter 4: particle count=2.501793e+09, change=3.174531e-02
iter 5: particle count=2.540981e+09, change=1.542247e-02
iter 6: particle count=2.560258e+09, change=7.529487e-03
iter 7: particle count=2.569713e+09, change=3.679282e-03
iter 8: particle count=2.574337e+09, change=1.796232e-03
iter 9: particle count=2.576593e+09, change=8.754707e-04
Solver terminated
Timers
======
Timer Count Seconds
---------------- ------------ ------------
Generate 1 0.01494
LPlusTimes 10 15.20292
LTimes 10 13.75539
Population 10 0.49693
Scattering 10 14.76492
Solve 1 48.83253
Source 10 0.00273
SweepSolver 10 2.12767
SweepSubdomain 160 1.64596
TIMER_NAMES:Generate,LPlusTimes,LTimes,Population,Scattering,Solve,Source,SweepSolver,SweepSubdomain
TIMER_DATA:0.014935,15.202923,13.755389,0.496934,14.764922,48.832534,0.002727,2.127675,1.645964
Figures of Merit
================
Throughput: 1.236839e+08 [unknowns/(second/iteration)]
Grind time : 8.085127e-09 [(seconds/iteration)/unknowns]
Sweep efficiency : 77.35978 [100.0 * SweepSubdomain time / SweepSolver time]
Number of unknowns: 603979776
END
