def main(argv):
# --------------------------------------------------------------------------
# PARSE INPUT ARGUMENTS
# --------------------------------------------------------------------------
# intitialize default arguments
which_arms = ['0', '1']
which_charge = ['0', '1']
simulate_error = False
narrow_fit = False
d_nbins = 60
# get/parse command line arguments and set variables accordingly
try:
opts, args = getopt.getopt(argv, "sb:nha:c:",
['verbose', 'dnbins=',
'narrow', 'simerr'])
for opt, arg in opts:
if opt == '-h': # help
print 'gpr_fitting.py -a <armoption> -c <chargeoption>'
sys.exit()
elif opt == '-a': # arm option
# the expected input argument is 0, 1 or 2 for south
# north or both respectively
# which_arms will end up being a list of characters
# containing one or both of '0' or '1'
if int(arg) < 2:
which_arms = [arg]
elif int(arg) == 2:
which_arms = ['0', '1']
else:
print 'ERROR: bad arm option!'
sys.exit()
elif opt == '-c': # charge option
# the expected input argument is 0, 1 or 2 for negative
# positive or both respectively
# which_charge will end up being a list of characters
# containing one or both of '0' or '1'
if int(arg) < 2:
which_charge = [arg]
elif int(arg) > 2:
which_charge = ['0', '1']
else:
print 'ERROR: bad charge option!'
sys.exit()
elif opt in ('-s', '--simerr'):
simulate_error = True # read previous results of fit
elif opt in ('-n', '--narrow'):
narrow_fit = True # use -.1 < dw23 < .1
elif opt in ('-b', '--dnbins'):
d_nbins = int(arg) # number of dw23 bins
except getopt.GetoptError:
print 'test.py -a <armoption> -c <chargeoption>'
sys.exit(2)
for a in which_arms:
for c in which_charge:
# initialize data objects
data_obj = data_instance(a, c,
d_nbins=d_nbins,
narrow_fit=narrow_fit,
simulate_error=simulate_error)
data_obj.read_results()
chi2, rev_chi2 = data_obj.get_chi2ndf()
nar_chi2, nar_rev_chi2 = data_obj.get_chi2ndf('narrow')
wing_chi2, wing_rev_chi2 = data_obj.get_chi2ndf('wings')
print 'ac=%s chi2ndf=%.4f narchi2ndf=%.4f wingchi2ndf=%.4f' % \
(a+c, chi2, nar_chi2, wing_chi2)
print 'reverse ac=%s chi2ndf=%.4f narchi2ndf=%.4f wingchi2ndf=%.4f'\
% (a+c, rev_chi2, nar_rev_chi2, wing_rev_chi2)
data_obj.plot_result_dw23_slices()
sys.exit(0)
