ffs = []
Ns = []
paramList = []
for file in [ file for file in files if '-E' in file ]:
ids = file.split('-')
for id in ids:
if 'ww' in id: ww = float(id.replace('ww',''))
if 'ff' in id: ff = float(id.replace('ff',''))
if 'N' in id: N = int(id.replace('N',''))
if ww not in wws:
wws.append(ww)
if ff not in ffs:
ffs.append(ff)
if N not in Ns:
Ns.append(N)
p = paramID(args.walls,ww,ff,N,args.nw,files)
if p not in paramList: paramList.append(p)
# if an parameter isn't given, assume all possible values are wanted
if args.ww == []: args.ww = wws
if args.ff == []: args.ff = ffs
if args.N == []: args.N = Ns
# figure label format
def figLabel(p,option=''):
return '$\eta=' + str(p.ff) + '$' \
+ (', $N=' + str(p.N) + '$' if option == 'N' else '')
# figure template
def newFig():
fig = figure(figsize=(xSize/2.54,ySize/2.54))
args = parser.parse_args()
# build monte carlo code
exitStatus = sp.call(["scons","-C",projectdir,simname])
if exitStatus != 0:
print "Build failed"
exit(exitStatus)
# store all sets to run
paramList = []
for ww in args.ww:
for ff in args.ff:
for N in args.N:
paramList.append(
paramID(args.walls,ww,ff,N,args.nw))
for p in paramList:
memory = p.N # fixme: better guess
jobname = p.name('N')
basename = "%s/sw-%s" %(jobdir, jobname)
scriptname = basename + '.sh'
outname = basename + '.out'
errname = basename + '.err'
command = "time nice -19 %s/%s" %(projectdir, simname)
script = open(scriptname,'w')
script.write("#!/bin/bash\n")
script.write("#SBATCH --mem-per-cpu=%i\n" % memory)
script.write("#SBATCH --output %s\n" % outname)
