def passedFilter(self, cutter, region):
if not self.initEvent(cutter): return False
if self.flavors_of_interest == ['tau'] and region == 'TauFakesDY':
if not cutter.cut(self.new_chain.l_flavor.count(2) == 1, '1 tau'):
return False
if not cutter.cut(
self.new_chain.l_flavor[0] == self.new_chain.l_flavor[1],
'SF'):
return False
if not cutter.cut(
self.new_chain.l_charge[0] != self.new_chain.l_charge[1],
'OS'):
return False
l1Vec = getFourVec(self.new_chain.l_pt[0], self.new_chain.l_eta[0],
self.new_chain.l_phi[0], self.new_chain.l_e[0])
l2Vec = getFourVec(self.new_chain.l_pt[1], self.new_chain.l_eta[1],
self.new_chain.l_phi[1], self.new_chain.l_e[1])
if not cutter.cut(
abs(91.19 - (l1Vec + l2Vec).M()) < 15, 'Z window'):
return False
if not cutter.cut(self.chain._met < 50, 'MET > 50'): return False
if not cutter.cut(not bVeto(self.chain), 'b-veto'): return False
self.loose_leptons_of_interest = [2]
return True
elif self.flavors_of_interest == ['tau'] and region == 'Mix':
return passedFilterTauMixCT(self.chain, self.new_chain,
self.is_reco_level, cutter)
else:
return False
def passedFilter(self, cutter):
if not self.initEvent(cutter): return False
if not cutter.cut(not bVeto(self.chain), 'b-veto'): return False
#Relaxed
if not cutter.cut(massDiff(self.chain.Mll_Z1, MZ) < 15, 'First Z ok'):
return False
if not cutter.cut(self.new_chain.minMos > 12, 'min Mos > 12'):
return False
return True
def passedFilter(self, cutter):
if not self.initEvent(cutter): return False
if not cutter.cut(containsOSSF(self.chain), 'OSSF present'):
return False
if not cutter.cut(abs(self.new_chain.M3l - MZ) < 15, 'M3l_onZ'):
return False
if not cutter.cut(self.chain.MZossf < 75, 'Mll < 75'): return False
if self.chain.selection == 'AN2017014' and not cutter.cut(
passesPtCutsAN2017014(self.chain), 'pt_cuts'):
return False
if not cutter.cut(not bVeto(self.chain), 'b-veto'): return False
self.chain.category = max(cat.CATEGORIES)
return True
def passedFilterTauMixCT(chain, new_chain, is_reco_level, cutter):
if not cutter.cut(not fourthFOVeto(chain, no_tau=chain.obj_sel['notau']),
'Fourth FO veto'):
return False
if not cutter.cut(not threeSameSignVeto(chain), 'No three same sign'):
return False
if not cutter.cut(not bVeto(chain), 'b-veto'): return False
if not cutter.cut(new_chain.l_pt[l1] < 55, 'l1pt<55'): return False
# if not cutter.cut(new_chain.M3l < 80, 'm3l<80'): return False
if is_reco_level:
if not cutter.cut(chain._met > 75, 'MET > 75'): return False
else:
if not cutter.cut(chain._gen_met > 75, 'MET > 75'): return False
if not cutter.cut(not containsOSSF(chain), 'no OSSF'): return False
return True
def passCuts(chain, indices):
if len(indices) != 3: return False
if chain._lCharge[indices[0]] == chain._lCharge[
indices[1]] and chain._lCharge[indices[2]] == chain._lCharge[
indices[1]]:
return False
if bVeto(chain): return False
vectors = []
for lepton_index in indices:
vectors.append(
getFourVec(chain._lPt[lepton_index], chain._lEta[lepton_index],
chain._lPhi[lepton_index], chain._lE[lepton_index]))
mass_lll = (vectors[0] + vectors[1] + vectors[2]).M()
if abs(mass_lll - 91.19) < 15: return False
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