for c in ['nob']:
if c == 'vbf':
pur = ['NP']
else:
pur = ['HP', 'LP']
for p in pur:
for l in ['e', 'mu']:
continue
# plotter.drawBinned("MLNuJ","m_{VV} (GeV)",c+"_"+l+"_"+p+"_13TeV",[],0,1,"")
# cmslabel_prelim(plotter.pad1,'2016',11)
# plotter.canvas.SaveAs("postFitMVV_"+c+"_"+l+"_"+p+"_13TeV.root")
# plotter.canvas.SaveAs("postFitMVV_"+c+"_"+l+"_"+p+"_13TeV.pdf")
# plotter.canvas.SaveAs("postFitMVV_"+c+"_"+l+"_"+p+"_13TeV.eps")
plotter.drawBinned("MJ", "m_{j} (GeV)",
c + "_" + l + "_" + p + "_13TeV", [], 0, 0, "")
cmslabel_prelim(plotter.pad1, '2016', 11)
plotter.canvas.SaveAs("postFitMJJ_" + c + "_" + l + "_" + p +
"_13TeV.root")
plotter.canvas.SaveAs("postFitMJJ_" + c + "_" + l + "_" + p +
"_13TeV.pdf")
plotter.canvas.SaveAs("postFitMJJ_" + c + "_" + l + "_" + p +
"_13TeV.eps")
# plotter.drawBinned("MLNuJ","m_{VV} (GeV)",c+"_"+l+"_"+p+"_13TeV",[],0,0,"MJ:sig:66:86")
# cmslabel_prelim(plotter.pad1,'2016',11)
# plotter.canvas.SaveAs("postFitMVVW_"+c+"_"+l+"_"+p+"_13TeV.root")
# plotter.canvas.SaveAs("postFitMVVW_"+c+"_"+l+"_"+p+"_13TeV.pdf")
# plotter.canvas.SaveAs("postFitMVVW_"+c+"_"+l+"_"+p+"_13TeV.eps")
if c == 'vbf':
plotter.fix("r", options.fixR)
if options.fit:
plotter.prefit(verbose=VERBOSE)
if s != "":
plotter.addContribution("W", True, sigLgd, 2, 1, sigColor, 0, ROOT.kWhite)
plotter.addContribution("bkg", False, "Background", 1, 1,
ROOT.TColor.GetColor("#0041AA"), 1001,
ROOT.TColor.GetColor("#A5D2FF"))
l = 'allL'
pur = options.purity
c = 'allC'
purities = ['HP', 'LP', 'NP'] #['LP','HP']
for p in purities:
varMJJ = "MJ"
label = p + ", " + YEAR
if pur != '' and pur != p: continue
plotter.drawBinned(varMJJ, "m_{jet} (GeV)", label,
c + "_" + l + "_" + p + "_" + YEAR, [0, 0], False, 0, 0,
"", minMJJ, maxMJJ, YmaxMJJ, 0, sigSF, sigLabel)
# cmsLabel(plotter.canvas)
saveCanvas(
plotter.canvas, directory + "/" + prefix + "MJJ_" + sigStr + "_" + c +
"_" + l + "_" + p + "_" + YEAR)
cmsLabel(plotter2.canvas)
saveCanvas(plotter2.canvas,directory+"/"+prefix+"MVV_LowMJJ_"+sigStr+"_"+subcat)
plotter2.drawBinned(varMVV,labelMVV,label,subcat,[0,0],options.doUncBand,1,0,varMJJ+":high:150:210",minMVV,maxMVV,YmaxMVV,False,-1,"",dataset)
cmsLabel(plotter2.canvas)
saveCanvas(plotter2.canvas,directory+"/"+prefix+"MVV_HighMJJ_"+sigStr+"_"+subcat)
#'''
''' ## fully blind, full mjet range
plotter2.drawBinned(varMVV,labelMVV,label,subcat,[0,10000],options.doUncBand,1,0,"",minMVV,maxMVV,YmaxMVV,False,-1,"",dataset)
cmsLabel(plotter2.canvas)
saveCanvas(plotter2.canvas,directory+"/"+prefix+"MVVBlind_"+sigStr+"_"+subcat)
#'''
#''' ## unblinded (for the paper)
plotter2.drawBinned(varMVV, labelMVV, label, subcat,
[0, 0], options.doUncBand, 1, 0, "",
minMVV, maxMVV, YmaxMVV, UNSTACKSIG,
sigSF, sigLabel, dataset)
cmsLabel(plotter2.canvas)
saveCanvas(
plotter2.canvas, directory + "/" + prefix + "MVV_" +
sigStr + "_" + subcat)
#'''
#''' ## same but linear scale
plotter2.drawBinned(varMVV, labelMVV, label, subcat,
[0, 0], options.doUncBand, 0, 0, "",
minMVV, maxMVV, YmaxMVV, UNSTACKSIG,
sigSF, sigLabel, dataset)
cmsLabel(plotter2.canvas)
saveCanvas(
plotter2.canvas, directory + "/" + prefix +
"MVVlinear_" + sigStr + "_" + subcat)