electron_eta = []
electron_phi = []
maxfactor = 1.3
for variable in variables:
compare = []
app = compare.append
for hist in histograms:
if variable in hist:
app(hists['SingleElectron'][hist])
if 'Isolation' in variable:
maxfactor = 2
elif 'mvaTrigV0' in variable:
maxfactor = 1.5
else:
maxfactor = 1.3
canvas, legend = plotting.compareShapes(compare, labels, styles, maxfactor)
legend.Draw()
plotting.saveAs(canvas,
variable,
outputFormats=outputFormats,
outputFolder=outputFolder)
#MET plots
variables = [
'MET_0btag', 'MET_0orMoreBtag', 'Transverse_Mass_MET20_0orMoreBtag',
'Transverse_Mass_0orMoreBtag'
]
selections = ['QCDAntiID', 'QCDNonIso']
histograms = [
'HLTQCDAnalyser_inclusive/' + selection + '/' + trigger +
'/patMETsPFlow/' + variable for variable in variables
electron_eta = []
electron_phi = []
maxfactor = 1.3
for variable in variables:
compare = []
app = compare.append
for hist in histograms:
if variable in hist:
app(hists["SingleElectron"][hist])
if "Isolation" in variable:
maxfactor = 2
elif "mvaTrigV0" in variable:
maxfactor = 1.5
else:
maxfactor = 1.3
canvas, legend = plotting.compareShapes(compare, labels, styles, maxfactor)
legend.Draw()
plotting.saveAs(canvas, variable, outputFormats=outputFormats, outputFolder=outputFolder)
# MET plots
variables = ["MET_0btag", "MET_0orMoreBtag", "Transverse_Mass_MET20_0orMoreBtag", "Transverse_Mass_0orMoreBtag"]
selections = ["QCDAntiID", "QCDNonIso"]
histograms = [
"HLTQCDAnalyser_inclusive/" + selection + "/" + trigger + "/patMETsPFlow/" + variable
for variable in variables
for trigger in triggers
for selection in selections
]
hists = FileReader.getHistogramsFromFiles(histograms, files)
hists = plotting.rebin(hists, 5, "*MET_")
hists = plotting.rebin(hists, 5, "*Transverse_Mass")
