updates from main

doc/sphinx/01_branson/gpu.gp

@@ -9,8 +9,8 @@ set ylabel "Figure of Merit (Particles/sec)"
 # set xrange [1:64]
 set key right top
 
-# set logscale x 2
-# set logscale y 2
+set logscale x 10
+set logscale y 2
 
 set grid
 show grid

doc/sphinx/02_amg/amg.rst

@@ -9,7 +9,7 @@ Purpose
 =======
 
 The AMG2023 benchmark consists of a driver (amg.c), a simple Makefile, and documentation. It is available at https://github.com/LLNL/AMG2023 . 
-It requires an installation of hypre 2.27.0 or higher. 
+It requires an installation of hypre 2.30.0 or higher. 
 It uses hypre's parallel algebraic multigrid (AMG) solver BoomerAMG in combination with a Krylov solver to solve 
 two linear systems arising from diffusion problems on a cuboid discretized by finite differences. 
 The problems are set up through hypre's linear-algebraic IJ interface. The problem sizes can be controlled from the command line.`. 
@@ -51,9 +51,9 @@ Building
 
 The AMG2023 benchmark uses a simple Makefile system for building the driver.
 
-It requires an installation of hypre 2.27.0, which can be downloaded from https://github.com/hypre-space/hypre via
+It requires an installation of hypre 2.30.0 or higher, which can be downloaded from https://github.com/hypre-space/hypre via
 
-   ``git clone -b v2.27.0 https://github.com/hypre-space/hypre.git``
+   ``git clone -b v2.30.0 https://github.com/hypre-space/hypre.git``
 
 Information on how to install hypre is available here: https://hypre.readthedocs.io/en/latest/ 
 

doc/sphinx/03_vibe/cpu_20.csv

@@ -1,6 +1,4 @@
 No. Cores, Actual, Ideal
-8, 2.05e+06, 2.0500000e+06
-32, 7.80e+06, 8.2000000e+06
-56, 1.33e+07, 1.4350000e+07
-88, 1.77e+07, 2.2550000e+07
-112, 2.11e+07, 2.8700000e+07
+8, 2.00e+06, 2.0e+06
+32, 7.40e+06, 8.0e+06
+56, 1.29e+07, 1.4e+07

doc/sphinx/03_vibe/cpu_40.csv

@@ -1,6 +1,6 @@
 No. Cores, Actual, Ideal
-8, 2.07e+06, 2.0700000e+06
-32, 7.61e+06, 8.2800000e+06
-56, 1.35e+07, 1.4490000e+07
-88, 1.78e+07, 2.2770000e+07
-112, 2.13e+07, 2.8980000e+07
+8, 1.82e+06, 1.82e+06
+32, 7.04e+06, 7.28e+06
+56, 1.21e+07, 1.274e+07
+88, 1.60e+07, 2.02e+07
+112, 2.00e+07, 2.548e+07

doc/sphinx/03_vibe/cpu_60.csv

@@ -1,6 +1,6 @@
 No. Cores, Actual, Ideal
-8, 2.01e+06, 2.0100000e+06
-32, 7.60e+06, 8.0400000e+06
-56, 1.34e+07, 1.4070000e+07
-88, 1.78e+07, 2.2110000e+07
-112, 2.13e+07, 2.8140000e+07
+8, 1.51e+06, 1.51e+06
+32, 6.34e+06, 6.04e+06
+56, 1.09e+07, 1.057e+07
+88, 1.55e+07, 1.661e+07
+112, 1.85e+07, 2.114e+07

doc/sphinx/03_vibe/do_strong_scaling_cpu.sh

@@ -48,7 +48,7 @@ for count in  8 32 56 88 112; do
     zc=$(grep 'zone-cycles/wallsecond = ' ${outfile} | cut -d '=' -f 2 | xargs)
     echo ${zc}
     if (( ${i} == 0 )); then
-       IDEAL1=$(echo "print(\"%.7e\" % (${zc}/4))" | python3)
+       IDEAL1=$(echo "print(\"%.7e\" % (${zc}/${count}))" | python3)
     fi
     IDEAL=$(echo "print(\"%.7e\" % (${count}*${IDEAL1}))" | python3)
     OUTSTR="${count}, ${zc}, ${IDEAL}"

doc/sphinx/03_vibe/gpu.csv

@@ -1,7 +1,7 @@
 Mesh Base Size,  Actual
-32, 4.16e+07
-64, 5.34e+07
-96, 4.29e+07
-128, 4.52e+07
-160, 4.54e+07
-192, 4.10e+07
+32, 1.75e+07
+64, 1.15e+07
+96, 6.78e+06
+128, 0
+160, 0
+192, 0

doc/sphinx/05_mlmd/gpu.gp

@@ -4,7 +4,7 @@ set output "gpu.png"
 
 set title "MLMD throughput performance on Chicoma" font "serif,22"
 set xlabel "No. Atoms"
-set ylabel "Figure of Merit (grads/sec)"
+set ylabel "Figure of Merit (katoms/sec)"
 
 # set xrange [1:64]
 set key right top