python.OverlapAnalysisConfig Namespace Reference

Classes
class	OverlapAnalysisConfig

Functions
def	makeOverlapAnalysisConfig (seq, inputLabel=None, outputLabel=None, linkOverlapObjects=None, doEleEleOR=None, electrons=None, muons=None, jets=None, taus=None, doTauAntiTauJetOR=None, photons=None, fatJets=None, enableUserPriority=None, bJetLabel=None, antiTauIDTauLabel=None, antiTauLabel=None, antiTauBJetLabel=None, boostedLeptons=None, postfix=None)

Function Documentation

makeOverlapAnalysisConfig()

def python.OverlapAnalysisConfig.makeOverlapAnalysisConfig	(		seq,
			inputLabel = None,
			outputLabel = None,
			linkOverlapObjects = None,
			doEleEleOR = None,
			electrons = None,
			muons = None,
			jets = None,
			taus = None,
			doTauAntiTauJetOR = None,
			photons = None,
			fatJets = None,
			enableUserPriority = None,
			bJetLabel = None,
			antiTauIDTauLabel = None,
			antiTauLabel = None,
			antiTauBJetLabel = None,
			boostedLeptons = None,
			postfix = None
	)

Function creating the overlap removal algorithm sequence

The function sets up a multi-input/multi-output analysis algorithm sequnce,
which needs to be used in a quite particular way. First off you need to set
the arguments of this function correctly.

Function keyword arguments:
  inputLabel -- Any possible label used to pick up the selected objects
                with.  This should not be a label already used otherwise.
  outputLabel -- Decoration put on the output variables. Set to "true" for
                 objects passing the overlap removal.
  linkOverlapObjects -- Set up an element link between overlapping objects
  doEleEleOR -- Set up electron-electron overlap removal
  doTauAntiTauJetOR -- Set up Tau-AntiTau-Jet overlap removal
  enableUserPriority -- If enabled, the Ele-, Mu-, Tau- and PhoJetOR tools
                        will respect the user priority in the inputLabel.
                        E.g. SUSYTools assigns all signal objects the
                        priority 2 and pre-selected jets the priority 1.
  bJetLabel -- Flag to select b-jets with for lepton OR.
               If left empty, no b-jets are used in the overlap removal.
  antiTauIDTauLabel -- Flag to select ID tau with for Tau-AntiTau-Jet OR.
  antiTauLabel -- Flag to select antiTau with. Required for Tau-AntiTau-Jet OR.
  antiTauBJetLabel -- Flag to select b-jets with for Tau-AntiTau-Jet OR.
  boostedLeptons -- Set to True to enable boosted lepton overlap removal

Definition at line 531 of file OverlapAnalysisConfig.py.

def makeOverlapAnalysisConfig( seq,
                               inputLabel = None, outputLabel = None,
                               linkOverlapObjects = None,
                               doEleEleOR = None, electrons = None,
                               muons = None, jets = None,
                               taus = None, doTauAntiTauJetOR = None,
                               photons = None, fatJets = None,
                               enableUserPriority = None,
                               bJetLabel = None,
                               antiTauIDTauLabel = None, antiTauLabel = None,
                               antiTauBJetLabel = None,
                               boostedLeptons = None,
                               postfix = None):
    """Function creating the overlap removal algorithm sequence
 
    The function sets up a multi-input/multi-output analysis algorithm sequnce,
    which needs to be used in a quite particular way. First off you need to set
    the arguments of this function correctly.
 
    Function keyword arguments:
      inputLabel -- Any possible label used to pick up the selected objects
                    with.  This should not be a label already used otherwise.
      outputLabel -- Decoration put on the output variables. Set to "true" for
                     objects passing the overlap removal.
      linkOverlapObjects -- Set up an element link between overlapping objects
      doEleEleOR -- Set up electron-electron overlap removal
      doTauAntiTauJetOR -- Set up Tau-AntiTau-Jet overlap removal
      enableUserPriority -- If enabled, the Ele-, Mu-, Tau- and PhoJetOR tools
                            will respect the user priority in the inputLabel.
                            E.g. SUSYTools assigns all signal objects the
                            priority 2 and pre-selected jets the priority 1.
      bJetLabel -- Flag to select b-jets with for lepton OR.
                   If left empty, no b-jets are used in the overlap removal.
      antiTauIDTauLabel -- Flag to select ID tau with for Tau-AntiTau-Jet OR.
      antiTauLabel -- Flag to select antiTau with. Required for Tau-AntiTau-Jet OR.
      antiTauBJetLabel -- Flag to select b-jets with for Tau-AntiTau-Jet OR.
      boostedLeptons -- Set to True to enable boosted lepton overlap removal
    """
 
    config = OverlapAnalysisConfig()
    config.setOptionValue ('inputLabel', inputLabel)
    config.setOptionValue ('outputLabel', outputLabel)
    config.setOptionValue ('linkOverlapObjects', linkOverlapObjects)
    config.setOptionValue ('doEleEleOR', doEleEleOR)
    config.setOptionValue ('electrons', electrons)
    config.setOptionValue ('muons', muons)
    config.setOptionValue ('jets', jets)
    config.setOptionValue ('taus', taus)
    config.setOptionValue ('doTauAntiTauJetOR', doTauAntiTauJetOR)
    config.setOptionValue ('photons', photons)
    config.setOptionValue ('fatJets', fatJets)
    config.setOptionValue ('enableUserPriority', enableUserPriority)
    config.setOptionValue ('bJetLabel', bJetLabel)
    config.setOptionValue ('antiTauIDTauLabel', antiTauIDTauLabel)
    config.setOptionValue ('antiTauLabel', antiTauLabel)
    config.setOptionValue ('antiTauBJetLabel', antiTauBJetLabel)
    config.setOptionValue ('boostedLeptons', boostedLeptons)
    seq.append (config)