def zSelection(self, row):
#if not selections.ZMuMuSelectionNoVetos(row): return False
#if bool(row.muGlbIsoVetoPt10): return False
#if bool(row.bjetCSVVeto): return False
#if selections.overlap(row, 'm1','m2','m3','t') : return False
#if row.tPt < 5: return False
### if row.m3Pt < 10: return False
### if row.m3AbsEta > 2.4: return False
### if row.m3DZ > 0.1: return False
### return True
#return selections.signalMuonSelection(row,'m3')
if not selections.ZMuMuSelection(row): return False
if not selections.generalCuts(row, 'm1','m2','m3','t') : return False
if not selections.looseTauSelection(row,'t'): return False
if not bool(row.tAntiMuonTight2): return False
if not selections.looseMuonSelection(row,'m3'): return False
#if not bool(row.tAntiElectronLoose): return False
# Out homemade bJet Veto, bjetCSVVetoZHLikeNoJetId_2 counts total number of bJets, upper line removes those which overlapped with tight E/Mu
removedBJets = selections.bJetOverlapMu(row, 'm1') + selections.bJetOverlapMu(row, 'm2') + selections.bJetOverlapMu(row, 'm3')
if (row.bjetCSVVetoZHLikeNoJetId_2 > removedBJets): return False
# XXX Count Test
if row.eTightCountZH_0 > 0: return False
if row.muTightCountZH_0 > 3: return False
return True
def zSelection(self, row):
#if not selections.ZMuMuSelectionNoVetos(row): return False
#if selections.overlap(row, 'm1','m2','e','t') : return False
#if bool(row.eVetoMVAIso): return False
#if bool(row.bjetCSVVeto): return False
#if row.tPt < 5: return False
## if row.ePt < 10: return False
## if row.eAbsEta > 2.5: return False
## if row.eDZ > 0.1: return False
## return True
#return selections.signalElectronSelection(row,'e')
if not selections.ZMuMuSelection(row): return False
if not selections.generalCuts(row, 'm1','m2','e','t') : return False
if not selections.looseTauSelection(row,'t'): return False
#if not bool(row.tAntiMuonLoose2): return False
if not bool(row.tAntiElectronMVA3Tight): return False
#if not bool(row.tAntiElectronTight): return False
#if row.LT < 45: return False
if not selections.looseElectronSelection(row,'e'): return False
# Out homemade bJet Veto, bjetCSVVetoZHLikeNoJetId_2 counts total number of bJets, upper line removes those which overlapped with tight E/Mu
removedBJets = selections.bJetOverlapMu(row, 'm1') + selections.bJetOverlapMu(row, 'm2') + selections.bJetOverlapElec(row, 'e')
if (row.bjetCSVVetoZHLikeNoJetId_2 > removedBJets): return False
# XXX Count Test
if not row.muTightCountZH_0 == 2: return False
if row.eTightCountZH_0 > 1: return False
return True
def preselection(self, row):
''' Preselection applied to events.
Excludes FR object IDs and sign cut.
'''
if not selections.ZEESelection(row):
return (False, 1)
if not selections.looseElectronSelection(row,'e3'):
return (False, 2)
if not selections.looseMuonSelection(row,'m'):
return (False, 3)
if not selections.generalCuts(row, 'e1','e2','e3','m'):
return (False, 4)
# XXX Count Test - no requirements
if row.muTightCountZH_0 > 1:
return (False, 4)
if row.eTightCountZH_0 > 3:
return (False, 4)
if (row.e3Pt + row.mPt < 25):
return (False, 5)
# Out homemade bJet Veto, bjetCSVVetoZHLikeNoJetId_2 counts total number of bJets, upper line removes those which overlapped with tight E/Mu
removedBJets = selections.bJetOverlapElec(row, 'e1') + selections.bJetOverlapElec(row, 'e2') + selections.bJetOverlapElec(row, 'e3') + selections.bJetOverlapMu(row, 'm')
if (row.bjetCSVVetoZHLikeNoJetId_2 > removedBJets):
return (False, 6)
return (True, -1)
def preselection(self, row):
''' Preselection applied to events.
Excludes FR object IDs and sign cut.
'''
if not selections.ZEESelection(row):
return (False, 1)
if not selections.looseElectronSelection(row,'e3'):
return (False, 2)
if not selections.looseTauSelectionTESUp(row,'t'):
return (False, 3)
if not bool(row.tAntiMuonLoose2):
return (False, 3)
if not bool(row.tAntiElectronMVA3Tight):
return (False, 3)
if not selections.generalCuts(row, 'e1','e2','e3','t'):
return (False, 4)
if row.muTightCountZH_0 > 0:
return (False, 4)
if row.eTightCountZH_0 > 3:
return (False, 4)
if (row.e3Pt + row.tPt < 30):
return (False, 5)
# Out homemade bJet Veto, bjetCSVVetoZHLikeNoJetId_2 counts total number of bJets, upper line removes those which overlapped with tight E/Mu
removedBJets = selections.bJetOverlapElec(row, 'e1') + selections.bJetOverlapElec(row, 'e2') + selections.bJetOverlapElec(row, 'e3')
if (row.bjetCSVVetoZHLikeNoJetId_2 > removedBJets):
return (False, 6)
return (True, -1)
def preselection(self, row):
''' Preselection applied to events.
Excludes FR object IDs and sign cut.
'''
if not selections.ZEESelection(row): return False
if not selections.generalCuts(row, 'e1','e2','e3','m') : return False
if not selections.looseMuonSelection(row,'m'): return False
if not selections.looseElectronSelection(row,'e3'): return False
if (row.e3Pt + row.mPt < 25): return False
return True
def zSelection(self, row):
if not selections.ZEESelection(row): return False
if not selections.generalCuts(row, 'e1','e2','t1','t2'): return False
if not selections.looseTauSelection(row, 't1'): return False
if not selections.looseTauSelection(row, 't2'): return False
if (row.t1Pt + row.t2Pt < 50): return False
if not bool(row.t1AntiMuonLoose2): return False
if not bool(row.t1AntiElectronLoose): return False
if not bool(row.t2AntiMuonLoose2): return False
if not bool(row.t2AntiElectronLoose): return False
if row.t1Pt < row.t2Pt: return False
return True
def preselection(self, row):
''' Preselection applied to events.
Excludes FR object IDs and sign cut.
'''
if not selections.ZMuMuSelection(row): return False
if not selections.generalCuts(row, 'm1','m2','m3','t') : return False
if not selections.looseTauSelection(row,'t'): return False
if not bool(row.tAntiMuonTight2): return False
if not bool(row.tAntiElectronLoose): return False
if (row.m3Pt + row.tPt < 45): return False
return selections.looseMuonSelection(row,'m3')
def preselection(self, row):
''' Preselection applied to events.
Excludes FR object IDs and sign cut.
'''
#Z Selection
if not selections.ZMuMuSelection(row): return False
if not selections.generalCuts(row, 'm1','m2','e','t') : return False
if not selections.looseTauSelection(row,'t'): return False
if not bool(row.tAntiMuonLoose2): return False
if not bool(row.tAntiElectronMVA3Tight): return False
if (row.ePt + row.tPt < 30): return False
return selections.looseElectronSelection(row,'e')
def zSelection(self, row):
#if not selections.ZEESelectionNoVetos(row): return False
#if selections.overlap(row, 'e1','e2','e3','t') : return False
#if bool(row.eVetoMVAIso): return False
#if bool(row.bjetCSVVeto): return False
#if row.tPt < 5: return False
#if not selections.signalElectronSelection(row,'e3'): return False
if not selections.ZEESelection(row): return False
if not selections.generalCuts(row, 'e1','e2','e3','t') : return False
if not selections.looseTauSelection(row,'t',5): return False
if not bool(row.tAntiMuonLoose2): return False
if not bool(row.tAntiElectronMVA3Tight): return False
if not selections.looseElectronSelection(row,'e3'): return False
return True
def preselection(self, row):
''' Preselection applied to events.
Excludes FR object IDs and sign cut.
'''
if not selections.ZMuMuSelection(row): return False
if not selections.generalCuts(row, 'm1','m2','t1','t2') : return False
if not selections.looseTauSelection(row,'t1'): return False
if not selections.looseTauSelection(row,'t2'): return False
if not bool(row.t1AntiMuonLoose2): return False
if not bool(row.t1AntiElectronLoose): return False
if not bool(row.t2AntiMuonLoose2): return False
if not bool(row.t2AntiElectronLoose): return False
if row.t1Pt < row.t2Pt: return False #Avoid double counting
if (row.t1Pt + row.t2Pt < 70): return False
return True
def zSelection(self, row):
if not selections.ZEESelection(row): return False
if not selections.generalCuts(row, 'e1','e2','m','t'): return False
if not selections.looseTauSelection(row, 't'): return False
if not bool(row.tAntiMuonTight2): return False
if not bool(row.tAntiElectronLoose): return False
if not selections.looseMuonSelection(row, 'm'): return False
# Out homemade bJet Veto, bjetCSVVetoZHLikeNoJetId_2 counts total number of bJets, upper line removes those which overlapped with tight E/Mu
removedBJets = selections.bJetOverlapElec(row, 'e1') + selections.bJetOverlapElec(row, 'e2') + selections.bJetOverlapMu(row, 'm')
if (row.bjetCSVVetoZHLikeNoJetId_2 > removedBJets): return False
#XXX Count Test
if not row.eTightCountZH_0 == 2: return False
if row.muTightCountZH_0 > 1: return False
return True
def preselection(self, row):
if not selections.generalCuts(row, 'm1','m2','e','m3') : return False
if not selections.ZMuMuSelection(row): return False
if not selections.looseElectronSelection(row, 'e'): return False
if not selections.looseMuonSelection(row, 'm3'): return False
if (row.ePt + row.m3Pt < 25): return False
#if not selections.ZMuMuSelection(row): return False
#if selections.overlap(row, 'm1','m2','e','m3') : return False
#if not selections.signalMuonSelection(row,'m3'): return False
#if not selections.signalElectronSelection(row,'e'): return False
#if row.LT < 25: return False
#if (row.ePt + row.m3Pt < 25): return False
#if row.eMissingHits > 1: return False
#if (row.e_m3_SVfitMass < 100 or row.e_m3_SVfitMass > 150): return False # for MSSM
return True
def zSelection(self, row):
#if not selections.ZEESelectionNoVetos(row): return False
#if bool(row.muGlbIsoVetoPt10): return False
#if bool(row.bjetCSVVeto): return False
#if selections.overlap(row, 'e1','e2','m','t') : return False
#if row.tPt < 5: return False
## if row.mPt < 10: return False
## if row.mAbsEta > 2.4: return False
## if row.mDZ > 0.1: return False
## return True
#return selections.signalMuonSelection(row,'m')
if not selections.ZEESelection(row): return False
if not selections.generalCuts(row, 'e1','e2','m','t') : return False
if not selections.looseTauSelection(row,'t',5): return False
if not bool(row.tAntiMuonTight2): return False
if not bool(row.tAntiElectronLoose): return False
return selections.looseMuonSelection(row,'m')
def zSelection(self, row):
#if not selections.ZMuMuSelectionNoVetos(row): return False
#if selections.overlap(row, 'm1','m2','e','t') : return False
#if bool(row.eVetoMVAIso): return False
#if bool(row.bjetCSVVeto): return False
#if row.tPt < 5: return False
## if row.ePt < 10: return False
## if row.eAbsEta > 2.5: return False
## if row.eDZ > 0.1: return False
## return True
#return selections.signalElectronSelection(row,'e')
if not selections.ZMuMuSelection(row): return False
if not selections.generalCuts(row, 'm1','m2','e','t') : return False
if not selections.looseTauSelection(row,'t',5): return False
if not bool(row.tAntiMuonLoose2): return False
if not bool(row.tAntiElectronMVA3Tight): return False
#if not bool(row.tAntiElectronTight): return False
#if row.LT < 45: return False
return selections.looseElectronSelection(row,'e')
def preselection(self, row):
if not selections.ZMuMuSelection(row):
return (False, 1)
if not selections.looseElectronSelection(row, 'e'):
return (False, 2)
if not selections.looseMuonSelection(row, 'm3'):
return (False, 3)
if not selections.generalCuts(row, 'm1','m2','e','m3'):
return (False, 4)
if row.muTightCountZH_0 > 3:
return (False, 4)
if row.eTightCountZH_0 > 1 and row.eMuOverlapZHTight == 0:
return (False, 4)
if (row.ePt + row.m3Pt < 25):
return (False, 5)
# Out homemade bJet Veto, bjetCSVVetoZHLikeNoJetId_2 counts total number of bJets, upper line removes those which overlapped with tight E/Mu
removedBJets = selections.bJetOverlapMu(row, 'm1') + selections.bJetOverlapMu(row, 'm2') + selections.bJetOverlapElec(row, 'e') + selections.bJetOverlapMu(row, 'm3')
if (row.bjetCSVVetoZHLikeNoJetId_2 > removedBJets):
return (False, 6)
return (True, -1)
def zSelection(self, row):
if not selections.ZMuMuSelection(row):
return False
if not selections.generalCuts(row, "m1", "m2", "t1", "t2"):
return False
if not selections.looseTauSelection(row, "t1"):
return False
if not selections.looseTauSelection(row, "t2"):
return False
if row.t1Pt + row.t2Pt < 50:
return False
if not bool(row.t1AntiMuonLoose2):
return False
if not bool(row.t1AntiElectronLoose):
return False
if not bool(row.t2AntiMuonLoose2):
return False
if not bool(row.t2AntiElectronLoose):
return False
if row.t1Pt < row.t2Pt:
return False
return True
def zSelection(self, row):
#if not selections.ZEESelectionNoVetos(row): return False
#if selections.overlap(row, 'e1','e2','e3','t') : return False
#if bool(row.eVetoMVAIso): return False
#if bool(row.bjetCSVVeto): return False
#if row.tPt < 5: return False
#if not selections.signalElectronSelection(row,'e3'): return False
if not selections.ZEESelection(row): return False
if not selections.generalCuts(row, 'e1','e2','e3','t') : return False
if not selections.looseTauSelection(row,'t'): return False
#if not bool(row.tAntiMuonLoose2): return False
if not bool(row.tAntiElectronMVA3Tight): return False
if not selections.looseElectronSelection(row,'e3'): return False
# Out homemade bJet Veto, bjetCSVVetoZHLikeNoJetId_2 counts total number of bJets, upper line removes those which overlapped with tight E/Mu
removedBJets = selections.bJetOverlapElec(row, 'e1') + selections.bJetOverlapElec(row, 'e2') + selections.bJetOverlapElec(row, 'e3')
if (row.bjetCSVVetoZHLikeNoJetId_2 > removedBJets): return False
# XXX Count check
if row.muTightCountZH_0 > 0: return False
if row.eTightCountZH_0 > 3: return False
return True