'title' : 'Z/WZ+X', 'sample' : 'Z+X', 'variable' : 'MassFSR', 'selection' : '', 'category' : 'Z+X', 'isData' : False, 'isSignal' : False, } for c,f in fBkg.iteritems(): if len(binning) == 3: hBkg[c] = plotter.WrappedHist(*binning, channel=c, **bkgKWArgs) else: hBkg[c] = plotter.WrappedHist(binning, channel=c, **bkgKWArgs) hBkg[c].legendstyle = "F" plotter.formatHist(hBkg[c], background=True) for b in hBkg[c]: b.value = fBkg[c](hBkg[c].GetBinCenter(b.idx)) b.error = b.value * errBkg['eeee'] if len(binning) == 3: hBkg['zz'] = plotter.WrappedHist(*binning, channel='zz', **bkgKWArgs) else: hBkg['zz'] = plotter.WrappedHist(binning, channel='zz', **bkgKWArgs) hBkg['zz'].legendstyle = "F" plotter.formatHist(hBkg['zz'], background=True) for b in hBkg['zz']: b.value = sum(fBkg[c](hBkg['zz'].GetBinCenter(b.idx)) for c in fBkg) b.error = sqrt(sum(errBkg[c]**2. for c in errBkg))
"title": "Z/WZ+X", "sample": "Z+X", "variable": "MassFSR", "selection": "", "category": "Z+X", "isData": False, "isSignal": False, } for c, f in fBkg.iteritems(): if len(binning) == 3: hBkg[c] = ntuplePlotter.WrappedHist(*binning, channel=c, **bkgKWArgs) else: hBkg[c] = ntuplePlotter.WrappedHist(binning, channel=c, **bkgKWArgs) hBkg[c].legendstyle = "F" ntuplePlotter.formatHist(hBkg[c], background=True) for b in hBkg[c]: b.value = fBkg[c](hBkg[c].GetBinCenter(b.idx)) b.error = b.value * errBkg["eeee"] if len(binning) == 3: hBkg["zz"] = ntuplePlotter.WrappedHist(*binning, channel="zz", **bkgKWArgs) else: hBkg["zz"] = ntuplePlotter.WrappedHist(binning, channel="zz", **bkgKWArgs) hBkg["zz"].legendstyle = "F" ntuplePlotter.formatHist(hBkg["zz"], background=True) for b in hBkg["zz"]: b.value = sum(fBkg[c](hBkg["zz"].GetBinCenter(b.idx)) for c in fBkg) b.error = sqrt(sum(errBkg[c] ** 2.0 for c in errBkg))