run_gep.py File Reference

Go to the source code of this file.

Namespaces
namespace	run_gep

Functions
	run_gep.getAlg422 (cfg)
	run_gep.fixMakerTool422 (alg)
	run_gep.fixSnapshotTool422 (alg)

Variables
	run_gep.local_log = logging.getLogger('run_gep')
	run_gep.info = local_log.info
	run_gep.error = local_log.error
	run_gep.p = argparse.ArgumentParser()
	run_gep.metavar
	run_gep.default
	run_gep.help
	run_gep.action
	run_gep.type
	run_gep.args = p.parse_args()
	run_gep.clusterAlgNames = args.clusterAlgs.split(',')
	run_gep.jetAlgNames = args.jetAlgs.split(',')
	run_gep.enable_topo_tower = args.enableTopoTower
	run_gep.enable_tc_tower = args.enableTCTower
	run_gep.enable_cell_tower = args.enableCellTower
	run_gep.cellCollectionName = args.cellCollection
	run_gep.flags = initConfigFlags()
tuple	run_gep.ifile
	run_gep.Files
	run_gep.AtlasVersion
	run_gep.AODFileName
	run_gep.isOnline
	run_gep.MaxEvents
	run_gep.NumThreads
	run_gep.NumConcurrentEvents
	run_gep.ShowDataDeps
	run_gep.CheckDependencies
	run_gep.ShowDataFlow
	run_gep.EDMVersion
	run_gep.doLVL1
	run_gep.enableL1CaloPhase1
	run_gep.toggle_geometry
	run_gep.acc = MainServicesCfg(flags)
list	run_gep.FexEDMList
	run_gep.calo_acc420 = CaloTopoClusterCfg(flags)
	run_gep.doLCCalib = flags.Calo.TopoCluster.doTopoClusterLocalCalib
str	run_gep.clustersname = 'CaloCalTopoClusters422' if doLCCalib else 'CaloTopoClusters422'
	run_gep.calo_acc422
	run_gep.alg = getAlg422(calo_acc422)
	run_gep.gepAlgs_output_level = DEBUG
int	run_gep.NumberOfEnergyBits = 6
	GEP configuration.
int	run_gep.ValueOfLeastSignificantBit = 10
int	run_gep.ValueG = 4
str	run_gep.gepEnergyEncodingScheme = str(NumberOfEnergyBits)+"-"+str(ValueOfLeastSignificantBit)+"-"+str(ValueG)
	run_gep.gepcellhandler_cfg
	run_gep.withDetails
	run_gep.summariseProps
list	run_gep.known_cluster_algs = ['WFS', 'Calo420', 'Calo422']
list	run_gep.known_jet_algs = ['Cone', 'ModAntikT']
dict	run_gep.caloclustercolls
str	run_gep.cell_tower_key = 'GEPCellTower'
str	run_gep.alg_name = 'GepCellTowerAlg'
	run_gep.gep_cell_tower_cfg
	run_gep.True
dict	run_gep.caloClustersKey = caloclustercolls.get((cluster_alg, doLCCalib), None)
	run_gep.gepclustering_cfg
list	run_gep.puSuppressionAlgs = ['']
	run_gep.tcLabel = cluster_alg + puSuppressionAlg
str	run_gep.topoTowerKey = 'GEP' + cluster_alg + 'TopoTower'
str	run_gep.ttalg_name = 'Gep' + cluster_alg + 'TopoTower' + jetAlg + 'JetAlg'
str	run_gep.tcTowerKey = 'GEP' + cluster_alg + 'TCTower'
str	run_gep.tctalg_name = 'Gep' + cluster_alg + 'TCTower' + jetAlg + 'JetAlg'
str	run_gep.ctalg_name = 'GepCellTower' + jetAlg + 'JetAlg'
str	run_gep.topoTowerMETKey = 'GEP' + cluster_alg + 'TopoTower'
str	run_gep.ttMETalg_name = 'GepMET' + cluster_alg + 'TopoTower' + 'Alg'
str	run_gep.tcTowerMETKey = 'GEP' + cluster_alg + 'TCTower'
str	run_gep.tctMETalg_name = 'GepMET' + cluster_alg + 'TCTower' + 'Alg'
str	run_gep.ctMETalg_name = 'GepMETCellTowerAlg'
str	run_gep.ttPufitMETalg_name = 'GepMET' + cluster_alg + 'TopoTower' + 'PufitAlg'
str	run_gep.tctPufitMETalg_name = 'GepMET' + cluster_alg + 'TCTower' + 'PufitAlg'
str	run_gep.ctPufitMETalg_name = 'GepMETCellTowerPufitAlg'
	run_gep.sc = acc.run()
	Save and optionally run the configuration.