if args.small: text += "_small"
if args.normalize: text += "_normalize"
TopEFTSample.name = "TOP-18-009"
TopEFTSample.read_variables = [
"Z_mass/F",
"Z_cosThetaStar/F",
"Z_pt/F",
"Z_daughterPdg/F",
"GenLep[pt/F,eta/F]",
]
TopEFTSample.setSelectionString(
"abs(Z_mass-91.2)<10&&(abs(Z_daughterPdg)==11||abs(Z_daughterPdg)==13)&&Sum$(GenLep_pt>15&&abs(GenLep_eta)<2.4)>=2"
)
genSignalSample.weight = lambda event, sample: w.get_weight_func(**kwargs)(
event, sample) * event.ref_lumiweight1fb
comparisonSamples = [[genSignalSample], [TopEFTSample]]
stack = Stack(*comparisonSamples)
# Use some defaults (set defaults before you create/import list of Plots!!)
Plot.setDefaults(stack=stack,
weight=staticmethod(weight_),
selectionString=cutInterpreter.cutString(
args.selection)) #, addOverFlowBin='upper' )
# plotList
addPlots = []
addPlots.append(
'legendText': '%s=%3.2f' % (WC, WCval),
'color': color,
'WC': {
WC: WCval
}
})
params += [{'legendText': 'SM', 'color': ROOT.kBlack, 'WC': {}}]
lumi_scale = 137
for i_param, param in enumerate(params):
param['sample'] = sample
sample.weight = lambda event, sample: event.weight * lumi_scale
param['style'] = styles.lineStyle(param['color'])
stack = Stack(*[[param['sample']] for param in params])
weight = [[w.get_weight_func(**param['WC'])] for param in params]
if args.small:
#sample.normalization = 1.
sample.reduceFiles(to=1)
#sample.reduceFiles( to=1)
#sample.scale /= sample.normalization
# Text on the plots
tex = ROOT.TLatex()
tex.SetNDC()
tex.SetTextSize(0.04)
tex.SetTextAlign(11) # align right
def charge(pdgId):
