def nomSystUncert(self, combFunc=add_hist_quad, systNames=None):
if systNames == None:
systNames = self._systs.keys()
hnom = self._nom.Clone()
set_hist_uncert(hnom, self.systUncert(combFunc=combFunc, systNames=systNames))
return hnom
def nomStatSystUncert(self, systCombFunc=add_hist_quad, statSystCombFunc=add_hist_quad, systNames=None):
if systNames == None:
systNames = self._systs.keys()
hnom = self._nom.Clone()
hsystuncert = self.systUncert(combFunc=systCombFunc, systNames=systNames)
hstatuncert = self.statUncert()
set_hist_uncert(hnom, statSystCombFunc(hsystuncert, hstatuncert))
return hnom
def nomHistStatSystUncert(self, statCombFunc=add_hist_quad,
systCombFunc=add_hist_quad,
statSystCombFunc=add_hist_quad,
systNames=None):
if systNames == None:
systNames = self._systs.keys()
hnom = self.nomHist()
huncert = self.statSystUncert(statCombFunc=statCombFunc,
systCombFunc=systCombFunc,
statSystCombFunc=statSystCombFunc,
systNames=systNames)
set_hist_uncert(hnom, huncert)
return hnom
def nomHistStatUncert(self, combFunc=add_hist_quad):
hnom = sum_hists(self.nominal().GetHists())
set_hist_uncert(hnom, self.statUncert(combFunc=combFunc))
return hnom
if not ndata or not nbkg:
print "cannot determine scale factor for plot %s: there are no data events! continuing." % n
continue
sf = float(ndata)/float(nbkg)
sbkg.GetHists()[0].Scale(sf)
hbkg = sbkg.GetHists()[0].Clone()
hbkgerr = get_hist_uncert(hbkg)
for h in sbkg.GetHists()[1:]:
h.Scale(sf)
hbkg.Add(h)
hbkgerr = add_hist_quad(hbkgerr, get_hist_uncert(h))
set_hist_uncert(hbkg, hbkgerr)
hbkg.SetMarkerStyle(0)
hbkg.SetLineStyle(0)
hbkg.SetFillColor(kBlack)
hbkg.SetFillStyle(3004)
if sdata:
hdata = sdata.GetHists()[0].Clone()
hdataerr = get_hist_uncert(hdata)
for h in sdata.GetHists()[1:]:
hdata.Add(h)
hdataerr = add_hist_quad(hdataerr, get_hist_uncert(h))
if ssig:
for h in ssig.GetHists():
