def cutFlow(cutTreeMC, model) :
out = []
cutTreeMC.Attach(count_total)
if isCmssm(model) :
cutTreeMC.TAttach(count_total,selection)
out.append( tripleScale(model = switches()["model"], cutTree = cutTreeMC, cut = count_total, label = "before") )
elif isSms(model) :
# cutTreeMC.TAttach(count_total,smsFilter)
out.append( smsOps(model = switches()["model"], cutTree = cutTreeMC, cut =
count_total, label = "before") )
cutTreeMC.TAttach(count_total,selection)
if switches()["selection"]!="muon" :
cutTreeMC.TAttach(selection,oddElectron)
cutTreeMC.TAttach(oddElectron,oddPhoton)
cutTreeMC.TAttach(oddPhoton,numComLeptons)
cutTreeMC.TAttach(numComLeptons,numComPhotons)
cutTreeMC.TAttach(numComPhotons,LeadingJetEta)
cutTreeMC.TAttach(LeadingJetEta,badMuonInJet)
cutTreeMC.TAttach(badMuonInJet,oddJet)
cutTreeMC.TAttach(oddJet,numComJetsGeq2)
cutTreeMC.TAttach(numComJetsGeq2,secondJetET)
cutTreeMC.TAttach(secondJetET,deadECAL_MC)
cutTreeMC.TAttach(deadECAL_MC,MHToverMET)
else :
cutTreeMC.TAttach(selection,oddElectron)
cutTreeMC.TAttach(oddElectron,oddPhoton)
cutTreeMC.TAttach(oddPhoton,numComElectrons)
cutTreeMC.TAttach(numComElectrons,numComMuons)
cutTreeMC.TAttach(numComMuons,minDRMuonJetCut)
cutTreeMC.TAttach(minDRMuonJetCut,ZMassCut)
cutTreeMC.TAttach(ZMassCut,CommonMHTovHT)
cutTreeMC.TAttach(CommonMHTovHT,PFMTCut30)
cutTreeMC.TAttach(PFMTCut30,numComPhotons)
cutTreeMC.TAttach(numComPhotons,LeadingJetEta)
cutTreeMC.TAttach(LeadingJetEta,badMuonInJet)
cutTreeMC.TAttach(badMuonInJet,oddJet)
cutTreeMC.TAttach(oddJet,numComJetsGeq2)
cutTreeMC.TAttach(numComJetsGeq2,secondJetET)
cutTreeMC.TAttach(secondJetET,deadECAL_MC)
cutTreeMC.TAttach(deadECAL_MC,MHToverMET)
alphaTSlices = [(55,None),(52,53),(53,55)]
for slice in alphaTSlices:
print slice
aTlow = OP_HadAlphaTCut(slice[0]/100.)
out.append(aTlow)
if slice[1] is not None:
aThigh = OP_HadAlphaTCut(slice[1]/100.)
out.append(aThigh)
cutTreeMC.TAttach(MHToverMET,aThigh)
cutTreeMC.FAttach(aThigh,aTlow)
else:
cutTreeMC.TAttach(MHToverMET,aTlow)
#Need to do some btagging as well!
out.append( addBinnedStuff(model = switches()["model"],
cutTree = cutTreeMC,
cut = aTlow,
htBins = [275, 325] + [375+100*i for i in range(6)],
label2 = "AlphaT%d_%s"%(int(slice[0]), "" if slice[1] is None else "%d_"%int(slice[1])),extra = MChiCut))
for btags in [("==",0),("==",1),("==",2),(">",2)]:
if slice[0]!= 55: continue
btag = OP_NumCommonBtagJets(btags[0],5,btags[1],0.679)
out.append(btag)
cutTreeMC.TAttach(aTlow,btag)
out.append( addBinnedStuff(model = switches()["model"],
cutTree = cutTreeMC,
cut = btag,
htBins = [275, 325] + [375+100*i for i in range(6)],
label2 = "btag_%s_%i_AlphaT%d_%s"%(btags[0],btags[1],int(slice[0]), "" if slice[1] is None else "%d_"%int(slice[1])),extra = MChiCut))
if switches()["selection"]=="muon" :
for btags in [("==",0),("==",1),("==",2),(">",2),(">=",1)]:
BtagNoAlphaT = OP_NumCommonBtagJets(btags[0],5,btags[1],0.679)
out.append(BtagNoAlphaT)
MuonEta = OP_AditionalMuonCuts(10.,2.1)
MuonPt = OP_LeadingMuonCut(45.)
cutTreeMC.TAttach(MHToverMET,MuonPt)
cutTreeMC.TAttach(MuonPt,MuonEta)
cutTreeMC.TAttach(MuonEta,BtagNoAlphaT)
out.append(MuonEta)
out.append(MuonPt)
out.append( addBinnedStuff(model = switches()["model"],
cutTree = cutTreeMC,
cut = BtagNoAlphaT,
htBins = [275, 325] + [375+100*i for i in range(6)],
label2 = "btag_%s_%i_NoAlphaT_"%(btags[0],btags[1]),extra = MChiCut))
return out
dummy = OP_ObjCountPlots('dummy',1)
mc = PSet(MSugraScan=False,McAnal=True)
MC_truth = SSDLMCTruth('mcPlots',mc.ps())
out=[]
a += tree
##JSON
# tripleScale(model = 'tanB10',cutTree = tree, label = 'test_pre')
#TRIGGERS
tree.Attach(MC_truth)
tree.Attach(dummy)
if mode == 'mSugra':
out.append(tripleScale(model = 'tanB10', cutTree = tree, cut = dummy, label = 'test_pre'))
elif mode == 'SMS':
out.append(smsOps(model = 'T1TauNu', cutTree = tree, cut = dummy, label = 'test_pre'))
tree.Attach(os_ee_presel)
tree.Attach(os_mm_presel)
tree.Attach(os_tt_presel)
tree.Attach(os_em_presel)
tree.Attach(os_et_presel)
tree.Attach(os_mt_presel)
tree.Attach(ss_ee_presel)
tree.Attach(ss_mm_presel)
tree.Attach(ss_tt_presel)
tree.Attach(ss_em_presel)
tree.Attach(ss_et_presel)
tree.Attach(ss_mt_presel)
def cutFlow(cutTreeMC, model) :
out = []
cutTreeMC.Attach(count_total)
if isCmssm(model) :
cutTreeMC.TAttach(count_total,selection)
out.append( tripleScale(model = switches()["model"], cutTree = cutTreeMC, cut = count_total, label = "before") )
elif isSms(model) :
# cutTreeMC.TAttach(count_total,smsFilter)
out.append( smsOps(model = switches()["model"], cutTree = cutTreeMC, cut =
count_total, label = "before") )
cutTreeMC.TAttach(count_total,selection)
if switches()["selection"]!="muon" :
cutTreeMC.TAttach(selection,oddMuon)
cutTreeMC.TAttach(oddMuon,oddElectron)
cutTreeMC.TAttach(oddElectron,oddPhoton)
cutTreeMC.TAttach(oddPhoton,numComLeptons)
cutTreeMC.TAttach(numComLeptons,numComPhotons)
cutTreeMC.TAttach(numComPhotons,LeadingJetEta)
cutTreeMC.TAttach(LeadingJetEta,badMuonInJet)
cutTreeMC.TAttach(badMuonInJet,oddJet)
cutTreeMC.TAttach(oddJet,numComJetsGeq2)
cutTreeMC.TAttach(numComJetsGeq2,secondJetET)
cutTreeMC.TAttach(secondJetET,deadECAL_MC)
cutTreeMC.TAttach(deadECAL_MC,MHToverMET)
cutTreeMC.TAttach(MHToverMET,alphaT)
cutTreeMC.TAttach(MHToverMET,alphaT70)
cutTreeMC.FAttach(alphaT70,alphaT55)
cutTreeMC.FAttach(alphaT55,alphaT53)
else :
cutTreeMC.TAttach(selection,oddMuon)
cutTreeMC.TAttach(oddMuon,oddElectron)
cutTreeMC.TAttach(oddElectron,oddPhoton)
cutTreeMC.TAttach(oddPhoton,numComElectrons)
cutTreeMC.TAttach(numComElectrons,numComMuons)
cutTreeMC.TAttach(numComMuons,minDRMuonJetCut)
cutTreeMC.TAttach(minDRMuonJetCut,ZMassCut)
cutTreeMC.TAttach(ZMassCut,CommonMHTovHT)
cutTreeMC.TAttach(CommonMHTovHT,PFMTCut30)
cutTreeMC.TAttach(PFMTCut30,numComPhotons)
cutTreeMC.TAttach(numComPhotons,LeadingJetEta)
cutTreeMC.TAttach(LeadingJetEta,badMuonInJet)
cutTreeMC.TAttach(badMuonInJet,oddJet)
cutTreeMC.TAttach(oddJet,numComJetsGeq2)
cutTreeMC.TAttach(numComJetsGeq2,secondJetET)
cutTreeMC.TAttach(secondJetET,deadECAL_MC)
cutTreeMC.TAttach(deadECAL_MC,MHToverMET)
cutTreeMC.TAttach(MHToverMET,alphaT)
cutTreeMC.TAttach(MHToverMET,alphaT70)
cutTreeMC.FAttach(alphaT70,alphaT55)
cutTreeMC.FAttach(alphaT55,alphaT53)
# out.append( addBinnedStuff(model = switches()["model"],
# cutTree = cutTreeMC,
# cut = alphaT,
# htBins = [250, 300, 350, 450],
# label2 = "") )
out.append( addBinnedStuff(model = switches()["model"],
cutTree = cutTreeMC,
cut = alphaT,
htBins = [275, 325] + [375+100*i for i in range(6)],
label2 = ""),extra = MChiCut)
# out.append( addBinnedStuff(model = switches()["model"],
# cutTree = cutTreeMC,
# cut = alphaT53,
# htBins = [250, 300, 350, 450],
# label2 = "AlphaT53_55_") )
out.append( addBinnedStuff(model = switches()["model"],
cutTree = cutTreeMC,
cut = alphaT53,
htBins = [275, 325] + [375+100*i for i in range(6)],
label2 = "AlphaT53_55_"),extra = MChiCut)
# out.append( addBinnedStuff(model = switches()["model"],
# cutTree = cutTreeMC,
# cut = alphaT55,
# htBins = [250, 300, 350, 450],
# label2 = "AlphaT55_70_") )
out.append( addBinnedStuff(model = switches()["model"],
cutTree = cutTreeMC,
cut = alphaT55,
htBins = [275, 325] + [375+100*i for i in range(6)],
label2 = "AlphaT55_70_"),extra = MChiCut)
# out.append( addBinnedStuff(model = switches()["model"],
# cutTree = cutTreeMC,
# cut = alphaT70,
# htBins = [250, 300, 350, 450],
# label2 = "AlphaT70_inf") )
out.append( addBinnedStuff(model = switches()["model"],
cutTree = cutTreeMC,
cut = alphaT70,
htBins = [275, 325] + [375+100*i for i in range(6)],
label2 = "AlphaT70_inf_"),extra = MChiCut)
return out