(float(nEvents) / 100), 2)) + "%")
sys.stdout.flush()
sys.stdout.write('\r')
chain.GetEntry(eList.GetEntry(ev))
#No double counting in data samples
if getVarValue(chain, "evt") in ListOfDataEvents:
continue
else:
ListOfDataEvents.append(getVarValue(chain, "evt"))
weight = reduceStat * getVarValue(
chain, "weight") * (luminosity / 1000.) if not s['isData'] else 1
#leptons
electrons = getGoodElectrons(chain)
muons = getGoodMuons(chain)
leptons = getGoodLeptons(chain, 10)
#mt2ll for 2l
mt2ll = getVarValue(chain, "dl_mt2ll")
#met
met = getVarValue(chain, 'met_pt')
#jets
jets = getGoodJets(chain)
bjets = filter(lambda j: j['btagCSV'] > btagcoeff, jets)
nobjets = filter(lambda j: j['btagCSV'] <= btagcoeff, jets)
zleptons = []
#MET
met = getVarValue(chain, "met_pt")
metPhi = getVarValue(chain, "met_phi")
#jetpt
leadingjetpt = getVarValue(chain, "Jet_pt",0)
subleadingjetpt = getVarValue(chain, "Jet_pt",1)
#leptons
l0pt = getVarValue(chain, "l1_pt")
l1pt = getVarValue(chain, "l2_pt")
mll = getVarValue(chain,"dl_mass")
#Leptons
allLeptons = getGoodLeptons(chain)
muons = getGoodMuons(chain)
electrons = getGoodElectrons(chain)
#SF and OF channels
leptons = {\
'mu': {'name': 'mumu', 'file': muons},
'e': {'name': 'ee', 'file': electrons},
'emu': {'name': 'emu', 'file': [electrons,muons]},
}
for lep in leptons.keys():
twoleptons = False
#Same Flavor
if lep != 'emu':
if len(leptons[lep]['file'])==2 and (len(muons)+len(electrons))==2 and leptons[lep]['file'][0]['pdgId']*leptons[lep]['file'][1]['pdgId']<0:
twoleptons = True
zveto = True