def runsim(lines, stack):
global nruns
#print '--- function called ---'
pat = 'rangef\(.*\)'
p = re.search(pat, lines)
for runval in eval(p.group()):
# sub in the new value
mysm = re.sub(pat, str(runval), lines, 1)
# save the variable we're currently on
stack.append(runval)
# if there is something else to replace, recurse
if (re.search(pat, mysm)):
runsim(mysm, stack)
stack.pop()
else:
print 'Running sim for ' + "(" + str(['%0.3f' % s for s in stack]) + ')'
# sub in the single value for this one run and write the file out
open("nets/mysm.net","w").write(mysm)
# do the run
os.system('./gn -p nets/mysm.net')
# copy the files
for suffix in ['dat','info']:
os.system('cp DATA/' + DataDirs.getNowFileName(suffix) + ' ' +
resdir + makeListStr(stack) + '.' + suffix)
# finally, copy input netfile and make link to data dir
os.system('cp ' + myfile + ' ' + resdir + os.path.basename(myfile))
print 'Copied to: ' + resdir + makeListStr(stack) + '\n'
# pop vector and update count
stack.pop()
nruns = nruns + 1
# beginning of script
if __name__ == '__main__':
# simulation params
myfile = 'nets/sm.net'
pat = 'rangef\(.*\)'
# replace comments
lines = open(myfile).read()
lines = re.sub('#.*','',lines)
# check for sweep statements
if (re.search(pat, lines) == None):
print 'Found no sweeps'
sys.exit()
# make result directory
resdir = DataDirs.makeNowDir()
# create a link to the most recent data dir (for easy analysis)
if (os.path.islink('DATA/latest')):
os.remove('DATA/latest')
# remove the first part of the path
os.symlink(resdir.split('/',1)[1], 'DATA/latest')
# begin recursion
runsim(lines, [])
print "Saved " + str(nruns) + " data files to " + resdir