def __init__(self, is_up, np='TOTAL', matched_state=None, **kwargs):
super(TES, self).__init__(is_up, **kwargs)
self.np = getattr(TauCorrUncert.TESUncertainty, np)
self.matched_state = matched_state
if self.year == 2011:
input = TCU.get_resource('TES/mc11.root')
elif self.year == 2012:
# TODO use medium and tight?
input = TCU.get_resource('TES/mc12_p1344_medium.root')
else:
raise ValueError('No TES defined for year %d' % self.year)
self.tes_tool = TauCorrUncert.TESUncertainty(input)
def __init__(self, is_up,
np='TOTAL',
matched_state=None,
**kwargs):
super(TES, self).__init__(is_up, **kwargs)
self.np = getattr(TauCorrUncert.TESUncertainty, np)
self.matched_state = matched_state
if self.year == 2011:
input = TCU.get_resource('TES/mc11.root')
elif self.year == 2012:
# TODO use medium and tight?
input = TCU.get_resource('TES/mc12_p1344_medium.root')
else:
raise ValueError('No TES defined for year %d' % self.year)
self.tes_tool = TauCorrUncert.TESUncertainty(input)
def __init__(self, *args, **kwargs):
from externaltools import TauCorrUncert as TCU
from ROOT import TauCorrUncert
self.tool = TauCorrUncert.TESUncertainty(
TCU.get_resource('TES/mc12_p1344_medium.root'))
super(TauEnergyShift, self).__init__(*args, **kwargs)