for b,bNew in zip(h, hNew):
bNew.value = b.value
bNew.error = b.error
if len(binning) == 3:
temp = Hist(*binning)
sigShapeHists[m] = plotter.WrappedHist(hNew.rebinned([e for e in temp._edges(0)]), **sigKWArgs)
else:
sigShapeHists[m] = plotter.WrappedHist(hNew.rebinned(binning), **sigKWArgs)
sigShapeHists[m].fillstyle = 'hollow'
sigShapeHists[m].linestyle = 'dashed'
sigShapeHists[m].linecolor = sigColors[m]
sigShapeHists[m].legendstyle = 'L'
sigShapeHists[m].drawstyle = 'HIST'
sigShapeHists[m].SetLineWidth(3 * sigShapeHists[m].GetLineWidth())
if len(binning) != 3:
plotter.scaleHist(sigShapeHists[m], -1., True)
# overflow bin going to zero looks weird
sigShapeHists[m][0].value = sigShapeHists[m][1].value
sigShapeHists[m][-1].value = sigShapeHists[m][-2].value
xTitle = 'm_{__PARTICLES__}'
def formatDataHZZ(h):
h.drawstyle = 'PEX0'
h.legendstyle = 'P'
var = 'MassFSR'
for b, bNew in zip(h, hNew):
bNew.value = b.value
bNew.error = b.error
if len(binning) == 3:
temp = Hist(*binning)
sigShapeHists[m] = ntuplePlotter.WrappedHist(hNew.rebinned([e for e in temp._edges(0)]), **sigKWArgs)
else:
sigShapeHists[m] = ntuplePlotter.WrappedHist(hNew.rebinned(binning), **sigKWArgs)
sigShapeHists[m].fillstyle = "hollow"
sigShapeHists[m].linestyle = "dashed"
sigShapeHists[m].linecolor = sigColors[m]
sigShapeHists[m].legendstyle = "L"
sigShapeHists[m].drawstyle = "HIST"
sigShapeHists[m].SetLineWidth(3 * sigShapeHists[m].GetLineWidth())
if len(binning) != 3:
ntuplePlotter.scaleHist(sigShapeHists[m], -1.0, True)
# overflow bin going to zero looks weird
sigShapeHists[m][0].value = sigShapeHists[m][1].value
sigShapeHists[m][-1].value = sigShapeHists[m][-2].value
def makePlot(
plotter,
name,
channel,
variable,
selection,
binning,
mcCategory="mc",
dataCategory="data",
