totalMCShape.Delete()
#show
finalOutpName = outpName
if countOnly: finalOutpName += '_count'
plot = Plot(finalOutpName)
plot.savelog = True
plot.wideCanvas = False
plot.doMCOverData = False
plot.ratioFrameFill = 3444
plot.ratioFrameColor = 1
#plot.ratiorange=(0.655,1.385)
doDivideByBinWidth = False
if 'mlb' in outpName or 'ptlb' in outpName: doDivideByBinWidth = True
if relShapeGr: plot.relShapeGr = relShapeGr
plot.plotformats = ['pdf', 'png']
for key in ['Data', 't#bar{t}', 'Single top', 'W', 'DY', 'Multiboson']:
if not key in plotsPerProc: continue
isData = True if 'Data' in plotsPerProc[key].GetTitle() else False
color = COLORS[plotsPerProc[key].GetTitle()]
if key == 'DY': plotsPerProc[key].Scale(0.83)
plot.add(plotsPerProc[key], plotsPerProc[key].GetTitle(), color,
isData, False, False, doDivideByBinWidth)
plot.finalize()
plot.mcUnc = 0.0
totalMC = sigH.Clone('tmptotal')
totalMC.Reset('ICE')
for h in plot.mc:
totalMC.Add(plot.mc[h])
plot.normUncGr = ROOT.TGraphErrors(totalMC)
relShapeGr.SetFillColor(ROOT.kRed)
relShapeGr.SetLineWidth(2)
totalMCShape.Delete()
#show
plot = Plot(outpName)
plot.savelog = True
plot.wideCanvas = False
plot.doMCOverData = False
plot.ratioFrameFill = 3444
plot.ratioFrameColor = 1
#plot.ratiorange=(0.655,1.385)
doDivideByBinWidth = False
if 'mlb' in outpName or 'ptlb' in outpName: doDivideByBinWidth = True
if relShapeGr: plot.relShapeGr = relShapeGr
plot.plotformats = ['root', 'pdf', 'png']
for key in ['Data', 't#bar{t}', 'Single top', 'W', 'DY', 'Multiboson']:
if not key in plotsPerProc: continue
isData = True if 'Data' in plotsPerProc[key].GetTitle() else False
color = COLORS[plotsPerProc[key].GetTitle()]
if key == 'DY': plotsPerProc[key].Scale(0.83)
plot.add(plotsPerProc[key], plotsPerProc[key].GetTitle(), color,
isData, False, False, doDivideByBinWidth)
plot.finalize()
plot.mcUnc = 0.0
totalMC = sigH.Clone('tmptotal')
totalMC.Reset('ICE')
for h in plot.mc:
totalMC.Add(plot.mc[h])
plot.normUncGr = ROOT.TGraphErrors(totalMC)