if channel == 'tt':
tauList = tauFun.getTauList(channel, entry)
if len(tauList) < 2: continue
cutCounter.count('TwoTaus')
bestTauPair = tauFun.getBestTauPair(channel, entry, tauList)
elif channel == 'mt':
bestTauPair = tauFun.getBestMuTauPair(entry)
if len(bestTauPair) < 1:
if args.unique == 'FSA_only' and entry.event in FSA_only:
if True:
print("\n** FSA only event *** Count={0:d}".format(count))
print("bestTauPair={0:s}".format(str(bestTauPair)))
bestTauPair = tauFun.getBestMuTauPair(entry, printOn=True)
GF.printEvent(entry)
GF.printMC(entry)
maxPrint -= 1
continue
#iMu = bestTauPair[0]
#bestTauPair[0] = tauFun.getTauPointer(entry,entry.Muon_eta[iMu],entry.Muon_phi[iMu])
elif channel == 'et':
bestTauPair = tauFun.getBestETauPair(entry)
if len(bestTauPair) < 1:
if args.unique == 'FSA_only' and entry.event in FSA_only:
if True:
print("\n** FSA only event *** Count={0:d}".format(count))
print("bestTauPair = {0:s}".format(str(bestTauPair)))
best = tauFun.getBestETauPair(entry, printOn=True)
GF.printEvent(entry)
maxPrint -= 1
continue
pairList=pairList)
if len(bestTauPair) < 1:
if False and maxPrint > 0 and (tauMode == GF.eventID(e)[2:4]):
maxPrint -= 1
print("Failed tau-pair cut")
print("Event ID={0:s} cat={1:s}".format(
GF.eventID(e), cat))
print(
"goodMuonList={0:s} goodElectronList={1:s} Mll={3:.1f} bestTauPair={4:s}"
.format(str(goodMuonList), str(goodElectronList),
str(pairList), M, str(bestTauPair)))
print("Lep1.pt() = {0:.1f} Lep2.pt={1:.1f}".format(
pairList[0].Pt(), pairList[1].Pt()))
GF.printEvent(e)
GF.printMC(e)
continue
cutCounter[cat].count("GoodTauPair")
if tauMode == 'tt' and args.testMode.lower() == "vvtight":
j1, j2 = bestTauPair[0], bestTauPair[1]
if ord(e.Tau_idMVAnewDM2017v2[j1]) < 64: continue
if ord(e.Tau_idMVAnewDM2017v2[j2]) < 64: continue
cutCounter[cat].count("VVtightTauPair")
if len(bestTauPair) > 1:
jt1, jt2 = bestTauPair[0], bestTauPair[1]
else:
continue