sample = TTGSemiLep_16
#sample.files = sample.files[:1]
# add needed variables
NanoVars = NanoVariables(args.year)
genVarString = NanoVars.getVariableString("Gen",
postprocessed=True,
data=False,
plot=True)
photonVarString = NanoVars.getVariableString("Photon",
postprocessed=True,
data=True,
plot=True)
photonVariables = NanoVars.getVariables("Photon",
postprocessed=True,
data=True,
plot=True)
variables = [
TreeVariable.fromString("event/l"),
TreeVariable.fromString("weight/F"),
TreeVariable.fromString('run/i'),
TreeVariable.fromString("luminosityBlock/i"),
VectorTreeVariable.fromString('Photon[%s]' % photonVarString,
nMax=100),
VectorTreeVariable.fromString('GenPhoton[%s]' % genVarString,
nMax=100),
VectorTreeVariable.fromString('GenPart[%s]' % genVarString, nMax=1000),
TreeVariable.fromString('nPhotonGood/I'),
TreeVariable.fromString('nJetGood/I'),
TreeVariable.fromString('nBTagGood/I'),
TreeVariable.fromString('nLeptonTight/I'),
readGenVarString = NanoVars.getVariableString( "Gen", postprocessed=False, data=sample.isData ) readGenJetVarString = NanoVars.getVariableString( "GenJet", postprocessed=False, data=sample.isData ) readJetVarString = NanoVars.getVariableString( "Jet", postprocessed=False, data=sample.isData, skipSyst=True ) readElectronVarString = NanoVars.getVariableString( "Electron", postprocessed=False, data=sample.isData ) readMuonVarString = NanoVars.getVariableString( "Muon", postprocessed=False, data=sample.isData ) readPhotonVarString = NanoVars.getVariableString( "Photon", postprocessed=False, data=sample.isData ) readGenVarList = NanoVars.getVariableNameList( "Gen", postprocessed=False, data=sample.isData ) readGenJetVarList = NanoVars.getVariableNameList( "GenJet", postprocessed=False, data=sample.isData ) readJetVarList = NanoVars.getVariableNameList( "Jet", postprocessed=False, data=sample.isData, skipSyst=True ) readElectronVarList = NanoVars.getVariableNameList( "Electron", postprocessed=False, data=sample.isData ) readMuonVarList = NanoVars.getVariableNameList( "Muon", postprocessed=False, data=sample.isData ) readPhotonVarList = NanoVars.getVariableNameList( "Photon", postprocessed=False, data=sample.isData ) readMuonVariables = NanoVars.getVariables( "Muon", postprocessed=False, data=sample.isData ) writeGenVarString = NanoVars.getVariableString( "Gen", postprocessed=True, data=sample.isData ) writeGenJetVarString = NanoVars.getVariableString( "GenJet", postprocessed=True, data=sample.isData ) writeJetVarString = NanoVars.getVariableString( "Jet", postprocessed=True, data=sample.isData, skipSyst=True ) writeMuonVarString = NanoVars.getVariableString( "Muon", postprocessed=True, data=sample.isData, skipSyst=True ) writePhotonVarString = NanoVars.getVariableString( "Photon", postprocessed=True, data=sample.isData, skipSyst=True ) writeJetVarList = NanoVars.getVariableNameList( "Jet", postprocessed=True, data=sample.isData, skipSyst=True ) writeBJetVarList = NanoVars.getVariableNameList( "BJet", postprocessed=True, data=sample.isData, skipSyst=True ) writeGenVarList = NanoVars.getVariableNameList( "Gen", postprocessed=True, data=sample.isData ) writeGenJetVarList = NanoVars.getVariableNameList( "GenJet", postprocessed=True, data=sample.isData ) writeMuonVarList = NanoVars.getVariableNameList( "Muon", postprocessed=True, data=sample.isData, skipSyst=True ) writePhotonVarList = NanoVars.getVariableNameList( "Photon", postprocessed=True, data=sample.isData, skipSyst=True ) writeGenVariables = NanoVars.getVariables( "Gen", postprocessed=True, data=sample.isData )
binning=[3, 0, 3],
)
# get nano variable lists
NanoVars = NanoVariables(2017)
jetVarString = NanoVars.getVariableString("Jet",
postprocessed=True,
data=True,
plot=True)
jetVariableNames = NanoVars.getVariableNameList("Jet",
postprocessed=True,
data=True,
plot=True)
bJetVariables = NanoVars.getVariables("BJet",
postprocessed=True,
data=True,
plot=True)
leptonVariables = NanoVars.getVariables("Lepton",
postprocessed=True,
data=True,
plot=True)
photonVariables = NanoVars.getVariables("Photon",
postprocessed=True,
data=True,
plot=True)
# Read variables and sequences
read_variables = [
"weight/F", #"ref_weight/F",
"PV_npvs/I",
"PV_npvsGood/I",
copyIndexPHP=True,
)
NanoVars = NanoVariables(args.year)
jetVarString = NanoVars.getVariableString("Jet",
postprocessed=True,
data=(not args.noData),
plot=True)
jetVariableNames = NanoVars.getVariableNameList("Jet",
postprocessed=True,
data=(not args.noData),
plot=True)
bJetVariables = NanoVars.getVariables("BJet",
postprocessed=True,
data=(not args.noData),
plot=True)
leptonVarString = NanoVars.getVariableString("Lepton",
postprocessed=True,
data=(not args.noData),
plot=True)
leptonVariables = NanoVars.getVariables("Lepton",
postprocessed=True,
data=(not args.noData),
plot=True)
leptonVarList = NanoVars.getVariableNameList("Lepton",
postprocessed=True,
data=(not args.noData),
plot=True)
photonVariables = NanoVars.getVariables("Photon",
postprocessed=True,