class TauEnergyScale:
def __init__(self, year, algorithm):
self.testool = TauESTool(YEARLIB[year], ALGOLIB[algorithm])
self.tfestool = TauESTool(YEARLIB[year])
#tlv is four vector to correct
def applyES(self, tlv, dm, genmatch):
if genmatch == 1 or genmatch == 3:
if dm == 0 or dm == 1:
tlv *= self.tfestool.getFES(tlv.Eta(), dm, genmatch)
else:
pass
else:
tlv *= self.tfestool.getTES(tlv.Pt(), dm, genmatch)
return tlv
#tlv is four vector to correct
def readES(self, tlv, dm, genmatch):
if genmatch == 1 or genmatch == 3:
if dm == 0 or dm == 1:
return self.tfestool.getFES(tlv.Eta(), dm, genmatch)
else:
return 1.
else:
return self.tfestool.getTES(tlv.Pt(), dm, genmatch)
class TauEnergyScale:
def __init__(self, year, algorithm):
self.testool = TauESTool(YEARLIB[year], algorithm)
self.tfestool = TauESTool(YEARLIB[year])
def applyES(tlv, dm, genmatch):
if genmatch == 1 or genmatch == 3:
tlv *= self.tfestool.getFES(tlv.Eta(), dm, genmatch)
else:
tlv *= self.tfestool.getTES(tlv.Pt(), dm, genmatch)
return tlv