#yieldTable._columnList = ['Rare', 'WZJets3LNu', 'Fakes', 'BG', 'DATA', 'FCNHWW', 'FCNHTauTau', 'FCNHZZ']
#yieldTable._columnList = ['Rare', 'WZJets3LNu', 'Fakes', 'BG', 'DATA', 'FCNHUpWW', 'FCNHUpZZ', 'FCNHUpTauTau']
#yieldTable._columnList = ['Rare', 'WZJets3LNu', 'Fakes', 'BG', 'DATA', 'TTH_M-125']
#yieldTable._columnList = samples['3l_inclusive'] + ['BG', 'DATA', 'FCNH']
#yieldTable._columnList = ['BG', 'DATA', 'FCNHWW', 'FCNHZZ', 'FCNHTauTau']
#yieldTable._columnList = ['BG', 'DATA', 'FCNH']#, 'Significance']
yieldTable.add_datasets(samples['3l_inclusive'], Clear = True)
#yieldTable.add_datasets('TTH_M-125')
yieldTable.add_datasets('FCNH')
#yieldTable.add_datasets('FCNHWW')
#yieldTable.add_datasets('FCNHZZ')
#yieldTable.add_datasets('FCNHTauTau')
yieldTable.add_datasets('DATA')
yieldTable._rowList = 5*['.'] + ['ss dilepton', 'Z removal', '2+ jets', 'MET/jet']
for category in cat3l:
yieldTable._category = category
histDict = yieldTable.get_hist_dict('YieldByCut')
yieldTable.print_table(histDict, doErrors = True, doEff = False, startBin = 1)
if doSS:
#yieldTable.add_datasets(['Irreducible', 'Fakes', 'QFlips'], Clear = True)
yieldTable._rowList = 5*['.'] + ['ss dilepton', 'Z removal', '2+ jets', 'MET']
yieldTable._columnList = ['Rare', 'WZJets3LNu', 'QFlips', 'Fakes', 'BG', 'DATA', 'FCNH']
#yieldTable._columnList = ['Rare', 'WZJets3LNu', 'QFlips', 'Fakes', 'BG', 'DATA', 'FCNHWW', 'FCNHTauTau', 'FCNHZZ']#, 'Significance']
#yieldTable._columnList = ['Rare', 'WZJets3LNu', 'QFlips', 'Fakes', 'BG', 'DATA', 'TTH_M-125']
#yieldTable._columnList = ['Rare', 'WZJets3LNu', 'QFlips', 'Fakes', 'BG', 'DATA', 'FCNHUp', 'FCNH']
if doOS:
categoryNames.extend(catOS)
if doSS:
categoryNames.extend(catSS)
if do3l:
categoryNames.extend(cat3l)
if not doPlots:
yieldTable.get_scale_factors()
for category in categoryNames:
if category == 'inclusive':
continue
#yieldTable._rowList = ['Initial', '.', '.', '.', '.']
yieldTable._rowList = ['.', '.', '.', '.', '.']
if category[:2] == '3l' and do3l:
yieldTable._rowList.extend(['3 lepton', 'Z removal', 'MET \& HT ', 'b-jet']) #, '1 jet'])
#yieldTable._rowList.extend(['.', '.', '.', '.', '.', '.', 'BDT > -0.3'])
elif category[:2] == 'ss' and doSS:
yieldTable._rowList.extend(['ss lepton', '.', 'MET \& HT', '1 b-jet']) #, '1 jet'])
elif category[:2] == 'os' and doOS:
yieldTable._rowList.extend(['2 os leptons', 'MET cut', '1 b-jet/1 jet', 'Z removal'])
yieldTable._category = category
histDict = yieldTable.get_hist_dict('YieldByCut')
if category[:2] == 'os':
bTable = TableMaker('../HiggsAnalyzer/histos/higgsHistograms_'+dataSet+period+'.root', LUMIDATA)
samples = ['tW', 'ttbar', 'GluGluWW', 'WWJets', 'WZJets', 'ZZJets']
if selection in ['muGamma', 'eGamma']:
samples.append('PhotonJets')
elif selection == 'muEG':
samples.append('DYToTauTau')
elif doZJets:
samples.append('ZJets')
elif not doZJets:
if selection == 'muon':
samples.append('DYToMuMu')
samples.append('DYToTauTau')
if selection == 'electron':
samples.append('DYToEE')
samples.append('DYToTauTau')
bTable.AddDatasets(samples)
bTable.AddDatasets('DATA')
bTable._rowList = ['0 b-jet', '1 b-jet', '2 b-jet', '3 b-jet']
if selection in ['eGamma', 'muGamma']:
bTable._columnList = ['ZZJets', 'WZJets', 'WWJets', 'ttbar', 'tW', 'PhotonJets', 'BG', 'DATA']
if selection in ['electron', 'muon']:
bTable._columnList = ['ZZJets', 'WZJets', 'WWJets', 'ttbar', 'tW', 'ZJets', 'BG', 'DATA']
histDict = bTable.GetHistDict('Jet', 'bJetMultNoVeto')
bTable.PrintTable(histDict, True, True, startBin = 1)
