GepJetAlgConfig Namespace Reference

Functions
	GepJetAlgCfg (flags, name, jetAlgName, caloClustersKey, outputJetsKey, wta_seed_cleaning_name='TwoPass', wta_min_cluster_et=2.0, wta_min_seed_et=5.0, wta_inf_buffer=False, wta_max_const_n=205, wta_max_seed_sorting_n=50, wta_jet_dR2=0.16, wta_block_n=4, OutputLevel=None)

Function Documentation

GepJetAlgCfg()

GepJetAlgConfig.GepJetAlgCfg	(		flags,
			name,
			jetAlgName,
			caloClustersKey,
			outputJetsKey,
			wta_seed_cleaning_name = 'TwoPass',
			wta_min_cluster_et = 2.0,
			wta_min_seed_et = 5.0,
			wta_inf_buffer = False,
			wta_max_const_n = 205,
			wta_max_seed_sorting_n = 50,
			wta_jet_dR2 = 0.16,
			wta_block_n = 4,
			OutputLevel = None )

Definition at line 6 of file GepJetAlgConfig.py.

        OutputLevel=None):
    
    cfg = ComponentAccumulator()
 
 
    assert jetAlgName in ('ModAntikT', 'Cone', 'WTACone')
    if jetAlgName == 'WTACone':
        assert wta_seed_cleaning_name in ('Baseline', 'TwoPass')
        assert wta_block_n in (1, 4)
        if wta_inf_buffer:
            wta_max_const_n = 9999
            wta_max_seed_sorting_n = 9999
 
    alg = CompFactory.GepJetAlg(name,
                                jetAlgName=jetAlgName,
                                caloClustersKey=caloClustersKey,
                                outputJetsKey=outputJetsKey,
                                WTAConstEtCut=wta_min_cluster_et,
                                WTASeedEtCut=wta_min_seed_et,
                                WTAMaxConstN=wta_max_const_n,
                                WTAMaxSeedSortingN=wta_max_seed_sorting_n,
                                WTAJet_dR2=wta_jet_dR2,
                                WTASeedCleaningName=wta_seed_cleaning_name,
                                WTABlockN=wta_block_n)
 
    if OutputLevel is not None:
        alg.OutputLevel = OutputLevel
        
    cfg.addEventAlgo(alg)
 
    return cfg