def __repr__(self):
if len(self) > 0:
table = PrettyTable(["Filter", "Pass"])
table.align["Filter"] = "l"
table.align["Pass"] = "******"
table.add_row(["Total", self[0].total])
for filter in self:
table.add_row([filter.name, filter.passing])
_str = str(table)
for filter in self:
if filter.details:
_str += "\n%s Details\n"% filter.name
details_table = PrettyTable(["Detail", "Value"])
for key, value in filter.details.items():
details_table.add_row([key, value])
_str += str(details_table)
return _str
return "Empty FilterList"
def __repr__(self):
if len(self) > 0:
table = PrettyTable(["Filter", "Pass"])
table.align["Filter"] = "l"
table.align["Pass"] = "******"
table.add_row(["Total", self[0].total])
for filter in self:
table.add_row([filter.name, filter.passing])
_str = str(table)
for filter in self:
if filter.details:
_str += "\n%s Details\n" % filter.name
details_table = PrettyTable(["Detail", "Value"])
for key, value in filter.details.items():
details_table.add_row([key, value])
_str += str(details_table)
return _str
return "Empty FilterList"
db = Database('datasets_hh')
print "Signals"
print "~~~~~~~"
headers = [
'dataset', 'mean sigma [pb]', 'min sigma [pb]', 'max sigma [pb]',
'sigma factor', 'filter effic', 'K factor'
]
for name, info in SIGNALS['hadhad'].items():
print
print ":math:`%s`" % info['math']
print
table = PrettyTable(headers)
for sample in info['samples']:
ds = db[sample]
xsec, xsec_min, xsec_max, effic = ds.xsec_effic
table.add_row([
ds.ds, xsec * 1E3, xsec_min * 1E3, xsec_max * 1E3,
ds.xsec_factor, effic, 1.
])
print table.get_string(hrules=1)
print
print "Backgrounds"
print "~~~~~~~~~~~"
for name, info in BACKGROUNDS['hadhad'].items():
print
db = Database('datasets_hh')
print "Signals"
print "~~~~~~~"
headers = ['dataset',
'mean sigma [pb]', 'min sigma [pb]', 'max sigma [pb]',
'sigma factor',
'filter effic', 'K factor']
for name, info in SIGNALS['hadhad'].items():
print
print ":math:`%s`" % info['math']
print
table = PrettyTable(headers)
for sample in info['samples']:
ds = db[sample]
xsec, xsec_min, xsec_max, effic = ds.xsec_effic
table.add_row([ds.ds, xsec*1E3, xsec_min*1E3, xsec_max*1E3,
ds.xsec_factor, effic, 1.])
print table.get_string(hrules=1)
print
print "Backgrounds"
print "~~~~~~~~~~~"
for name, info in BACKGROUNDS['hadhad'].items():
print
print ":math:`%s`" % info['math']
