def passedFilter(self, cutter):
if not self.initEvent(cutter): return False
applyConeCorrection(self.chain, self.new_chain)
if self.new_chain.l_flavor.count(1) == 0: return False
if not cutter.cut(self.hasCorrectNumberOfFakes(),
'correct number of fakes'):
return False
return True
def passedFilter(self,
cutter,
only_muons=False,
only_electrons=False,
require_jets=False):
if not cutter.cut(self.chain._passMETFilters, 'pass met filters'):
return False
#Select exactly one lepton and veto a second loose lepton
if not self.initEvent(cutter): return False
if not cutter.cut(
isGoodLightLepton(self.chain, self.chain.l_indices[0], 'FO'),
'is FO lepton'):
return False
#Select correct lepton flavor
if only_muons and only_electrons:
raise RuntimeError(
"passedFilter in LightLeptonFakeRateMeasurementRegion can not have both only muons and only electrons at the same time"
)
if only_muons and not cutter.cut(self.chain.l_flavor[0] == 1,
'is muon'):
return False
if only_electrons and not cutter.cut(self.chain.l_flavor[0] == 0,
'is electron'):
return False
#Require the presence of at least one good jet if option is set to True
if require_jets:
jet_indices = selectJets(self.chain, cleaned='loose')
if len(jet_indices) < 1: return False
max_delta_r = 0
for jet in jet_indices:
delta_r = deltaR(self.chain._jetEta[jet], self.chain.l_eta[0],
self.chain._jetPhi[jet], self.chain.l_phi[0])
if delta_r > max_delta_r:
max_delta_r = delta_r
if not cutter.cut(max_delta_r > 0.7, 'contains jet'): return False
applyConeCorrection(self.chain, self.new_chain)
return True
def passedFilter(self, cutter, region):
if not self.initEvent(cutter): return False
applyConeCorrection(self.chain, self.new_chain)
if 'tau' in self.flavors_of_interest:
if region != 'Mix':
if not cutter.cut(self.chain._met < 50, 'MET>50'): return False
if not cutter.cut(containsOSSF(self.chain), 'OSSF present'):
return False
if not cutter.cut(not bVeto(self.chain), 'b-veto'):
return False
else:
if not passedFilterTauMixCT(self.chain, self.new_chain,
self.is_reco_level, cutter):
return False
if not cutter.cut(self.hasCorrectNumberOfFakes(),
'correct number of fakes'):
return False
# if not cutter.cut(self.chain._passMETFilters, 'pass met filters'): return False
return True
def passedFilter(self, cutter, only_muons=False, only_electrons=False):
if not self.initEvent(cutter): return False
applyConeCorrection(self.chain, self.new_chain)
nprompt = 0
nnonprompt = 0
for i, l in enumerate(self.new_chain.l_indices):
if self.chain.l_isfake[i]:
if only_muons and self.new_chain.l_flavor[i] != 1: return False
if only_electrons and self.new_chain.l_flavor[i] != 0:
return False
nnonprompt += 1
else:
nprompt += 1
if nnonprompt < 1: return False
if nprompt + nnonprompt != 3: return False
self.loose_leptons_of_interest = []
for l in xrange(len(self.new_chain.l_indices)):
if self.new_chain.l_isFO[l] and not self.new_chain.l_istight[l]:
self.loose_leptons_of_interest.append(l)
return True