Variables | |
tuple | cloned = src.CloneTree(newEntries) |
tuple | din = input.Get(k.GetName()) |
tuple | dout = output.mkdir(k.GetName()) |
tuple | frac = float(args[1]) |
tuple | input = ROOT.TFile(args[0]) |
tuple | newEntries = int(src.GetEntries()*frac) |
tuple | output = ROOT.TFile(args[2], "RECREATE") |
tuple | parser |
tuple | src = din.Get(i.GetName()) |
tuple cropTnPTrees.cloned = src.CloneTree(newEntries) |
Definition at line 36 of file cropTnPTrees.py.
tuple cropTnPTrees.din = input.Get(k.GetName()) |
Definition at line 29 of file cropTnPTrees.py.
Referenced by HcalDDDGeometry.cellGeomPtr(), HcalGeometry.cellGeomPtr(), HcalDDDGeometry.newCell(), and HcalGeometry.newCell().
tuple cropTnPTrees.dout = output.mkdir(k.GetName()) |
Definition at line 30 of file cropTnPTrees.py.
tuple cropTnPTrees.frac = float(args[1]) |
Definition at line 17 of file cropTnPTrees.py.
Referenced by OutputDDToDDL.addToMatStore(), METTester.analyze(), TrackingMonitor.analyze(), PFClusterAlgo.buildPFClusters(), Quantile.calculateQ(), DTTTrigResidualCorrection.correction(), DDHtmlMaDetails.details(), PFPhotonClusters.FillClusterShape(), HLXMonitor.FillReportSummary(), EcalClusterTools.getFraction(), HcalSubdetDigiMonitor.HcalSubdetDigiMonitor(), EcalClusterTools.matrixEnergy(), ggPFPhotons.PhotonPFCandMatch(), PFConversionProducer.produce(), and PFPhotonClusters.SetSeed().
tuple cropTnPTrees.input = ROOT.TFile(args[0]) |
Definition at line 23 of file cropTnPTrees.py.
tuple cropTnPTrees.newEntries = int(src.GetEntries()*frac) |
Definition at line 34 of file cropTnPTrees.py.
tuple cropTnPTrees.output = ROOT.TFile(args[2], "RECREATE") |
Definition at line 24 of file cropTnPTrees.py.
tuple cropTnPTrees.parser |
Definition at line 8 of file cropTnPTrees.py.
tuple cropTnPTrees.src = din.Get(i.GetName()) |
Definition at line 33 of file cropTnPTrees.py.