import commandArgs
import subprocess
PROGRAM_NAME="..."
NUM_REPETITION=3
NUM_THREADS=[ 1, 2, 4, 8, 12, 14]
for nThreads in THREADS:
args = {\
'nx':64*14, 'ny':128, 'nz':128,\
"nseqi":128,\
"dump":"off",\
"nthreads":nThreads,\
}
for nRep in NUM_REPETITION:
process = subprocess.Popen(PROGRAM_NAME+commandArgs.makeArgs(args), shell=True)
process.wait()
import commandArgs
import subprocess
PROGRAM_NAME = "../../../../../build/src/tasks/running_wave/running_wave_sequential/running_wave_sequential"
NUM_REPETITION = 3
NUM_THREADS = [1, 2, 4, 8, 12, 14, 16]
for nThreads in NUM_THREADS:
args = {\
'nx':4096, 'ny':128, 'nz':128,\
"nseqi":32,\
"dump":"off",\
"nthreads":nThreads,\
}
for nRep in range(NUM_REPETITION):
output = "output_" + str(nThreads) + "_" + str(nRep) + ".txt"
process = subprocess.Popen(
"mpirun -wait -stdiodir ./scal_omp -stdout " + output + " " +
PROGRAM_NAME + " " + commandArgs.makeArgs(args),
shell=True)
process.wait()
import commandArgs
import subprocess
PROGRAM_NAME="..."
MAX_NUM_NODES_DEG=4
NUM_NODES=[ 2**n for n in range(1, MAX_NUM_NODES_DEG)]
NUM_THREADS=14
NUM_REPETITION=3
for nNodes in NUM_NODES:
args = {\
'nx':3584, 'ny':256, 'nz':256,\ # 3584=256*14
#'nx':128, 'ny':32, 'nz':32,\
"npari":128, "ndomi":1,\
"dump":"off",\
"nthreads":NUM_THREADS,\
}
for nRep in NUM_REPETITION:
process = subprocess.Popen("mpirun -np "+str(nNodes)+" -ppn 1 "+PROGRAM_NAME+commandArgs.makeArgs(args), shell=True)
process.wait()
import sys
PROGRAM_NAME = "../../../../../build/src/tasks/running_wave/running_wave_just_parallel/running_wave_just_parallel"
DIR_RESULTS = "./results/"
if (os.path.exists(DIR_RESULTS)):
for (dirpath, dirnames, filenames) in os.walk(DIR_RESULTS):
for file in filenames:
os.remove(DIR_RESULTS + file)
else:
os.mkdir(DIR_RESULTS)
NUM_THREADS = 4
NUM_PROCESS = 2
args = {\
"nx":32, "ny":32, "nz":32,\
"npx":NUM_PROCESS, "npy":1, "npz":1,\
"gx":8, "gy":0, "gz":0,\
"npari":1, "ndomi":1,\
"dump":"on",\
"dir":DIR_RESULTS,\
"dim":1,\
"nthreads":NUM_THREADS,\
}
process = subprocess.Popen("mpirun -np " + str(NUM_PROCESS) + " -ppn " +
str(NUM_PROCESS) + " " + PROGRAM_NAME + " " +
commandArgs.makeArgs(args),
shell=True)
process.wait()
import commandArgs
import subprocess
PROGRAM_NAME = "../../../../../build/bin/running_wave_global_fft"
MAX_NUM_PROCESS_DEG = 4
NUM_PROCESS = [2**n for n in range(1, MAX_NUM_PROCESS_DEG + 1)]
NUM_THREADS = 1
NUM_REPETITION = 3
for nProcess in NUM_PROCESS:
args = {\
'nx':256*nProcess, 'ny':128, 'nz':128,\
'gx':16, 'gy':0, 'gz':0,\
"npari":32, "ndomi":1,\
"dump":"off",\
"nthreads":NUM_THREADS,\
}
for nRep in range(NUM_REPETITION):
output = "output_wsg_" + str(nProcess) + "_" + str(nRep) + ".txt"
process = subprocess.Popen("mpirun -np "+str(nProcess)+" -ppn "+str(nProcess)+" -wait -maxtime 60 -stdout "+\
output+" "+PROGRAM_NAME+" "+commandArgs.makeArgs(args), shell=True)
process.wait()
