def makeLeptons( data ):
goodLeptons = getGoodLeptons( data, collVars = leptonVars + extraLepVars )
extraLeptons = sorted( \
[l for l in getLeptons( data, collVars = leptonVars + extraLepVars) if l not in goodLeptons] \
+ getOtherLeptons( data , collVars = leptonVars + extraLepVars),
key=lambda l: -l['pt'] )
#print len(goodLeptons), len(getLeptons( data, collVars = leptonVars + extraLepVars)), len(getOtherLeptons( data , collVars = leptonVars + extraLepVars)), len(extraLeptons)
if len(goodLeptons)==2:
setattr( data, "goodLeptons", goodLeptons )
setattr( data, "extraLeptons", extraLeptons )
extraMu = filter(lambda l: abs(l['pdgId'])==13 and l['relIso04']>0.5, extraLeptons )
extraEle = filter(lambda l: abs(l['pdgId'])==11 and l['relIso04']>0.5, extraLeptons )
setattr( data, "extraMu", extraMu[-1] if len(extraMu)>0 else None )
setattr( data, "extraEle", extraEle[-1] if len(extraEle)>0 else None )
# MT2ll
mt2Calc.reset()
l1, l2 = goodLeptons[0], goodLeptons[1]
mt2Calc.setLeptons(l1["pt"], l1["eta"], l1["phi"], l2["pt"], l2["eta"], l2["phi"])
mt2Calc.setMet(data.met_pt, data.met_phi)
setattr( data, "mt2ll", mt2Calc.mt2ll())
#print data.mt2ll
else:
setattr( data, "goodLeptons", None)
setattr( data, "extraLeptons", None)
setattr( data, "extraMu", None)
setattr( data, "extraEle", None)
setattr( data, "mt2ll", None)
def makeLeptons( data ):
goodLeptons = getGoodLeptons( data, collVars = leptonVars + extraLepVars )
extraLeptons = sorted( \
[l for l in getLeptons( data, collVars = leptonVars + extraLepVars) if l not in goodLeptons] \
+ getOtherLeptons( data , collVars = leptonVars + extraLepVars),
key=lambda l: -l['pt'] )
setattr( data, "goodLeptons", goodLeptons )
setattr( data, "extraLeptons", extraLeptons )
extraMu = filter(lambda l: abs(l['pdgId'])==13 and l['relIso04']>0.5, extraLeptons )
extraEle = filter(lambda l: abs(l['pdgId'])==11 and l['relIso04']>0.5, extraLeptons )
setattr( data, "extraMu", extraMu[-1] if len(extraMu)>0 else None )
setattr( data, "extraEle", extraEle[-1] if len(extraEle)>0 else None )
def makeLeptons(data):
goodLeptons = getGoodLeptons(data,
collVars=leptonVars + extraLepVars)
extraLeptons = sorted( \
[l for l in getLeptons( data, collVars = leptonVars + extraLepVars) if l not in goodLeptons] \
+ getOtherLeptons( data , collVars = leptonVars + extraLepVars),
key=lambda l: -l['pt'] )
setattr(data, "goodLeptons", goodLeptons)
setattr(data, "extraLeptons", extraLeptons)
extraMu = filter(
lambda l: abs(l['pdgId']) == 13 and l['relIso04'] > 0.5,
extraLeptons)
extraEle = filter(
lambda l: abs(l['pdgId']) == 11 and l['relIso04'] > 0.5,
extraLeptons)
setattr(data, "extraMu", extraMu[-1] if len(extraMu) > 0 else None)
setattr(data, "extraEle",
extraEle[-1] if len(extraEle) > 0 else None)
def makeNonIsoLeptons(data):
goodLeptons = getGoodLeptons(data, collVars=leptonVars)
allExtraLeptons = sorted( \
[l for l in getLeptons( data, collVars = leptonVars ) if l not in goodLeptons] + getOtherLeptons( data , collVars = leptonVars ),
key=lambda l: -l['pt'] )
# print len(allLeptons), len(goodLeptons), len(allExtraLeptons)
assert len(goodLeptons) == 2, "Analysis leptons not found!"
l1, l2 = goodLeptons
#print l1['pt'] - data.l1_pt, l2['pt'] - data.l2_pt
data.allExtraLeptons = allExtraLeptons
nonIsoMus = filter(
lambda l: abs(l['pdgId']) == 13 and l['miniRelIso'] > 0.2 and l[
'pt'] > 5, allExtraLeptons)
nonIsoEles = filter(
lambda l: abs(l['pdgId']) == 11 and l['miniRelIso'] > 0.2 and l[
'pt'] > 7, allExtraLeptons)
#print nonIsoMus, nonIsoEles
data.nonIsoMu = nonIsoMus[-1] if len(nonIsoMus) > 0 else None
data.nonIsoEle = nonIsoEles[-1] if len(nonIsoEles) > 0 else None
# extra ele
if data.nonIsoEle is not None:
makeSwappedMT2ll(data, l1, l2, data.nonIsoEle, verbose=verbose)
if data.nonIsoMu is not None:
makeSwappedMT2ll(data, l1, l2, data.nonIsoMu, verbose=verbose)
if verbose: print
# lhe[i].GetXaxis().SetBinLabel(j+1, getBinName(bins[j]))
def getLHEWeights(c):
res = {}
for i in range(110): #c.GetLeaf("nLHEweight").GetValue()):
res[int(c.GetLeaf("LHEweight_id").GetValue(i))] = c.GetLeaf(
"LHEweight_wgt").GetValue(i)
return res
for ev in range(nEvents)[:maxN]:
if ev % 10000 == 0: print "At %i/%i" % (ev, nEvents)
c.GetEntry(eList.GetEntry(ev))
weight = c.GetLeaf('genWeight').GetValue() * lumiScaleFactor
leptons = getLeptons(c, leptonVars + ['relIso03']) + getOtherLeptons(
c, leptonVars + ['relIso03'])
ele = filter(lambda l: looseEleID(l), leptons)
mu = filter(lambda l: looseMuID(l), leptons)
ele = filter(lambda e: min([999] + [deltaR(m, e) for m in mu]) > 0.1, ele)
lep = mu + ele
lep.sort(key=lambda l: -l['pt'])
if not (len(lep) == 3 and abs(closestOSDLMassToMZ(lep) - mZ) < 10):
continue
jets = getGoodJets(c)
bTaggedJets = filter(lambda l: l['btagCSV'] > 0.605, jets)
nJets = len(jets)
nBTags = len(bTaggedJets)
nBin = getBin(nJets, nBTags)
if nBin < 0: continue
# print "#e %i #m %i #j %i #b %i n-bin %i"%(len(ele), len(mu), nJets, nBTags, nBin)
def makeNonIsoLeptons( data ):
goodLeptons = getGoodLeptons( data, collVars = leptonVars )
allExtraLeptons = sorted( \
[l for l in getLeptons( data, collVars = leptonVars ) if l not in goodLeptons] + getOtherLeptons( data , collVars = leptonVars ),
key=lambda l: -l['pt'] )
# print len(allLeptons), len(goodLeptons), len(allExtraLeptons)
assert len(goodLeptons)==2, "Analysis leptons not found!"
l1, l2 = goodLeptons
#print l1['pt'] - data.l1_pt, l2['pt'] - data.l2_pt
data.allExtraLeptons = allExtraLeptons
nonIsoMus = filter(lambda l: abs(l['pdgId'])==13 and l['miniRelIso']>0.2 and l['pt']>5, allExtraLeptons )
nonIsoEles = filter(lambda l: abs(l['pdgId'])==11 and l['miniRelIso']>0.2 and l['pt']>7, allExtraLeptons )
#print nonIsoMus, nonIsoEles
data.nonIsoMu = nonIsoMus[-1] if len(nonIsoMus)>0 else None
data.nonIsoEle = nonIsoEles[-1] if len(nonIsoEles)>0 else None
# extra ele
if data.nonIsoEle is not None:
makeSwappedMT2ll( data, l1, l2, data.nonIsoEle, verbose = verbose)
if data.nonIsoMu is not None:
makeSwappedMT2ll( data, l1, l2, data.nonIsoMu, verbose = verbose)
if verbose: print
#for i in range(110):
# lhe[i] = ROOT.TH1F("lhe_"+str(i), "lhe_"+str(i), len(bins),0,len(bins))
# for j in range(len(bins)):
# lhe[i].GetXaxis().SetBinLabel(j+1, getBinName(bins[j]))
def getLHEWeights(c):
res={}
for i in range(110):#c.GetLeaf("nLHEweight").GetValue()):
res[int(c.GetLeaf("LHEweight_id").GetValue(i))] = c.GetLeaf("LHEweight_wgt").GetValue(i)
return res
for ev in range(nEvents)[:maxN]:
if ev%10000==0:print "At %i/%i"%(ev,nEvents)
c.GetEntry(eList.GetEntry(ev))
weight = c.GetLeaf('genWeight').GetValue()*lumiScaleFactor
leptons = getLeptons(c, leptonVars+['relIso03'])+getOtherLeptons(c, leptonVars+['relIso03'])
ele = filter(lambda l:looseEleID(l), leptons)
mu = filter(lambda l:looseMuID(l), leptons)
ele = filter(lambda e:min([999]+[deltaR(m, e) for m in mu])>0.1, ele)
lep = mu+ele
lep.sort(key=lambda l:-l['pt'])
if not (len(lep)==3 and abs( closestOSDLMassToMZ(lep) - mZ)< 10): continue
jets = getGoodJets(c)
bTaggedJets = filter(lambda l:l['btagCSV']>0.605, jets)
nJets = len(jets)
nBTags = len(bTaggedJets)
nBin = getBin(nJets, nBTags)
if nBin<0:continue
# print "#e %i #m %i #j %i #b %i n-bin %i"%(len(ele), len(mu), nJets, nBTags, nBin)
central.Fill(nBin, weight)
