Moved the parameter values of the original scaling test to the cosmo volume parameter file

examples/CosmoVolume/cosmoVolume.yml

@@ -6,6 +6,11 @@ InternalUnitSystem:
   UnitCurrent_in_cgs:  1   # Amperes
   UnitTemp_in_cgs:     1   # Kelvin
 
+# Parameters for the task scheduling
+Scheduler:
+  cell_sub_size:    6000     # Value used for the original scaling tests
+  cell_split_size:  300      # Value used for the original scaling tests
+
 # Parameters governing the time integration
 TimeIntegration:
   time_begin: 0.    # The starting time of the simulation (in internal units).

examples/runs_mpi_cv.sh

-#!/bin/bash
-
-# Set the number of runs
-FINALTIME=1.
-
-# Cores per node
-CPN=12
-
-# The queue on which to run
-QUEUE=cosma
-PROJECT=durham
-PREFIX=CosmoVolume
-INPUT=$PREFIX/CosmoVolume.hdf5
-
-# Make sure the OMP threads don't go wild
-export OMP_WAIT_POLICY=PASSIVE
-
-# Set the library path so that libmetis is found
-export LD_LIBRARY_PATH=$LD_LIBRARY_PATH:/cosma/home/nnrw56/lib
-
-# Single-node runs
-for cpu in $(seq 1 $CPN)
-do
-    if [ ! -e ${PREFIX}_${QUEUE}_1x${cpu}.dump ]
-    then
-        bsub -oo ${PREFIX}_${QUEUE}_1x${cpu}.dump -q ${QUEUE} -P ${PROJECT} -x -n 1 -R "span[ptile=1]" ./swift -c $FINALTIME -t $cpu -f ${INPUT} -m 0.705 -w 6000 -z 300 -d 1e-7 -e 0.01
-    fi
-done
-
-# Multi-node runs
-if [ ! -e ${PREFIX}_${QUEUE}_2x${cpu}.dump ]
-then
-    bsub -oo ${PREFIX}_${QUEUE}_2x${CPN}.dump -q ${QUEUE} -P ${PROJECT} -x -W 02:00 -n 2 -R "span[ptile=1]" mpirun -np 2 ./swift_mpi -c $FINALTIME -t $CPN -g "2 1 1" -f ${INPUT} -m 0.705 -w 6000 -z 300 -d 1e-7 -e 0.01
-fi
-
-if [ ! -e ${PREFIX}_${QUEUE}_4x${cpu}.dump ]
-then
-    bsub -oo ${PREFIX}_${QUEUE}_4x${CPN}.dump -q ${QUEUE} -P ${PROJECT} -x -W 02:00 -n 4 -R "span[ptile=1]" mpirun -np 4 ./swift_mpi -c $FINALTIME -t $CPN -g "2 2 1" -f ${INPUT} -m 0.705 -w 6000 -z 300 -d 1e-7 -e 0.01
-fi
-
-if [ ! -e ${PREFIX}_${QUEUE}_8x${cpu}.dump ]
-then
-    bsub -oo ${PREFIX}_${QUEUE}_8x${CPN}.dump -q ${QUEUE} -P ${PROJECT} -x -W 02:00 -n 8 -R "span[ptile=1]" mpirun -np 8 ./swift_mpi -c $FINALTIME -t $CPN -g "2 2 2" -f ${INPUT} -m 0.705 -w 6000 -z 300 -d 1e-7 -e 0.01
-fi
-
-if [ ! -e ${PREFIX}_${QUEUE}_16x${cpu}.dump ]
-then
-    bsub -oo ${PREFIX}_${QUEUE}_16x${CPN}.dump -q ${QUEUE} -P ${PROJECT} -x -W 02:00 -n 16 -R "span[ptile=1]" mpirun -np 16 ./swift_mpi -c $FINALTIME -t $CPN -g "4 2 2" -f ${INPUT} -m 0.705 -w 6000 -z 300 -d 1e-7 -e 0.01
-fi
-
-if [ ! -e ${PREFIX}_${QUEUE}_32x${cpu}.dump ]
-then
-    bsub -oo ${PREFIX}_${QUEUE}_32x${CPN}.dump -q ${QUEUE} -P ${PROJECT} -x -W 02:00 -n 32 -R "span[ptile=1]" mpirun -np 32 ./swift_mpi -c $FINALTIME -t $CPN -g "4 4 2" -f ${INPUT} -m 0.705 -w 6000 -z 300 -d 1e-7 -e 0.01
-fi
-
-if [ ! -e ${PREFIX}_${QUEUE}_64x${cpu}.dump ]
-then
-    bsub -oo ${PREFIX}_${QUEUE}_64x${CPN}.dump -q ${QUEUE} -P ${PROJECT} -x -W 02:00 -n 64 -R "span[ptile=1]" mpirun -np 64 ./swift_mpi -c $FINALTIME -t $CPN -g "4 4 4" -f ${INPUT} -m 0.705 -w 6000 -z 300 -d 1e-7 -e 0.01
-fi
-
-if [ ! -e ${PREFIX}_${QUEUE}_128x${cpu}.dump ]
-then
-    bsub -oo ${PREFIX}_${QUEUE}_128x${CPN}.dump -q ${QUEUE} -P ${PROJECT} -x -W 02:00 -n 128 -R "span[ptile=1]" mpirun -np 128 ./swift_mpi -c $FINALTIME -t $CPN -g "8 4 4" -f ${INPUT} -m 0.705 -w 6000 -z 300 -d 1e-7 -e 0.01
-fi
-