nbtags_stack = getStack(
labels={'x':'number of b-tags (CSVM)','y':'Number of Events'},
var={'name':'nBTags','TTreeFormula':"Sum$(Jet_pt>30&&abs(Jet_eta)<2.4&&Jet_id&&Jet_btagCSV>0.890)", 'overFlow':'upper'},
binning={'binning':[8,0,8]},
cut={'string':cutString,'func':cutFunc, 'dataCut':dataCut})
allStacks.append(nbtags_stack)
njets_stack = getStack(
labels={'x':'number of jets','y':'Number of Events'},
var={'name':'njets','TTreeFormula':'Sum$(Jet_pt>30&&abs(Jet_eta)<2.4&&Jet_id)', 'overFlow':'upper'},
binning={'binning':[14,0,14]},
cut={'string':cutString,'func':cutFunc, 'dataCut':dataCut})
allStacks.append(njets_stack)
nVert_stack = getStack(
labels={'x':'vertex multiplicity','y':'Number of Events'},
var={'name':'nVert','leaf':"nVert", 'overFlow':'upper'},
binning={'binning':[50,0,50]},
cut={'string':cutString,'func':cutFunc, 'dataCut':dataCut})
allStacks.append(nVert_stack)
loopAndFill(allStacks)
if not os.path.exists(path): os.makedirs(path)
stuff=[]
for stk in allStacks:
stuff.append(drawNMStacks(1,1,[stk], path=path, filename=stk.options['fileName']))
labels={'x':'jetDR (ele)','y':'Number of Events'},
var={'name':'LepGood_jetDR_ele','string':"LepGood_jetDR", 'overFlow':'both', 'branches':[]},
binning={'binning':[42,0,0.42]},
cut={'string':cutStringEle+"&&"+getEleCut()},
qcdSample=QCD_EMbcToE
)
allStacks.append(ele_jetDR_stack)
if opts.plot=='lostHits':
ele_lostHits_stack = getStack(
labels={'x':'lostHits (ele)','y':'Number of Events'},
var={'name':'LepGood_lostHits_ele','string':"LepGood_lostHits", 'overFlow':'both', 'branches':[]},
binning={'binning':[5,0,5]},
cut={'string':cutStringEle+"&&"+getEleCut()},
qcdSample=QCD_EMbcToE
)
allStacks.append(ele_lostHits_stack)
if len(allStacks)==0:
print "Don't know what to do with channel: %s and plot: %s"%(opts.channel, opts.plot)
loopAndFill(allStacks, mode='draw')
path = '/'.join([plotDir, subdir, prefix])
print "path",path
if not os.path.exists(path): os.makedirs(path)
stuff=[]
for stk in allStacks:
stuff.append(drawNMStacks(1,1,[stk], path=path, filename=stk.options['fileName']))
})
allStacks.append(njets_stack)
nVert_stack = getStack(labels={
'x': 'vertex multiplicity',
'y': 'Number of Events'
},
var={
'name': 'nVert',
'leaf': "nVert",
'overFlow': 'upper'
},
binning={'binning': [50, 0, 50]},
cut={
'string': cutString,
'func': cutFunc,
'dataCut': dataCut
})
allStacks.append(nVert_stack)
loopAndFill(allStacks)
if not os.path.exists(path): os.makedirs(path)
stuff = []
for stk in allStacks:
stuff.append(
drawNMStacks(1,
1, [stk],
path=path,
filename=stk.options['fileName']))
