def directories(args) :
## prepare structure of parent directories
dirs = []
for dir in args :
if is_number(get_mass(dir)) or get_mass(dir) == "common" :
dir = dir[:dir.rstrip('/').rfind('/')]
if not dir in dirs :
dirs.append(dir)
## prepare mapping of masses per parent directory
masses = {}
for dir in dirs :
buffer = []
for path in args :
if dir+'/' in path :
if is_number(get_mass(path)) :
mass = get_mass(path)
if not contained(mass, buffer) :
buffer.append(mass)
masses[dir] = list(buffer)
return (dirs, masses)
def directories(args) :
## prepare structure of parent directories
dirs = []
for dir in args :
if is_number(get_mass(dir)) or get_mass(dir) == "common" :
dir = dir[:dir.rstrip('/').rfind('/')]
if not dir in dirs :
dirs.append(dir)
## prepare mapping of masses per parent directory
masses = {}
for dir in dirs :
buffer = []
for path in args :
if dir+'/' in path :
if is_number(get_mass(path)) :
mass = get_mass(path)
if not contained(mass, buffer) :
buffer.append(mass)
masses[dir] = list(buffer)
return (dirs, masses)
JOBNAME=jobname, DIR=inputs.rstrip(), QUEUE=options.queue, METHOD=cmd, OPTS=opts.rstrip(), SYS=sys, CONDOR="--condor" if options.condor else ""))
## execute
if not options.condor:
os.system("./{JOBNAME}_submit.sh".format(JOBNAME=jobname))
else:
os.system("condor_submit {JOBNAME}_submit.sh".format(JOBNAME=jobname))
## store
os.system("mv {JOBNAME}_submit.sh {JOBNAME}".format(JOBNAME=jobname))
##
## MAX-LIKELIHOOD
##
if options.optMLFit :
if options.interactive :
for dir in args :
mass = get_mass(dir)
if mass == 'common' :
continue
if options.printOnly :
print"limit.py --max-likelihood --stable --rMin -5 --rMax 5 {DIR}".format(DIR=dir)
else :
os.system("limit.py --max-likelihood --stable --rMin -5 --rMax 5 {USER} {DIR}".format(USER=options.opt, DIR=dir))
else :
## directories and mases per directory
struct = directories(args)
lxb_submit(struct[0], struct[1], "--max-likelihood", "--stable --rMin -5 --rMax 5 {USER}".format(USER=options.opt))
##
## LIKELIHOOD-SCAN
##
if options.optNLLScan :
## add the footprint of the scan
