runHistoBuilders.py File Reference

Go to the source code of this file.

Namespaces
namespace	runHistoBuilders

Typedefs
type	runHistoBuilders.jetTypesCOMMON = set([])
type	runHistoBuilders.jetTypesBoth = set.intersection(jetTypesJETMET,jetTypesCOMMON)

Variables
bool	runHistoBuilders.IsDebug = False
str	runHistoBuilders.treeNameJETMET = "qcd"
	Read and store argument values #.
str	runHistoBuilders.treeNameCOMMON = "physics"
bool	runHistoBuilders.writeBranchInformation = False
str	runHistoBuilders.fileNameJETMET = "/afs/cern.ch/user/d/delsart/public/COMMON/NTUP_COMMON_ref.root"
str	runHistoBuilders.fileNameCOMMON = "/afs/cern.ch/user/d/delsart/public/COMMON/NTUP_COMMON_new.root"
	runHistoBuilders.fileJETMET = ROOT.TFile(fileNameJETMET,"READ")
	Read the input files and get the trees #.
	runHistoBuilders.fileCOMMON = ROOT.TFile(fileNameCOMMON,"READ")
	runHistoBuilders.treeJETMET = fileJETMET.Get(treeNameJETMET)
	runHistoBuilders.treeCOMMON = fileCOMMON.Get(treeNameCOMMON)
	runHistoBuilders.branchesJETMET = treeJETMET.GetSetOfTreeBranchNames()
	First, branch name checks #.
	runHistoBuilders.branchesCOMMON = treeCOMMON.GetSetOfTreeBranchNames()
	runHistoBuilders.branchesBOTH = frozenset.intersection(branchesJETMET,branchesCOMMON)
	runHistoBuilders.brNotInCOMMON = branchesJETMET-branchesCOMMON
	runHistoBuilders.brNotInJETMET = branchesCOMMON-branchesJETMET
	runHistoBuilders.outFile = open('Branches_JETMET.txt','w')
	runHistoBuilders.jetTypesJETMET = set([])
	Next, jet types and variables checks #.
	runHistoBuilders.jetVarsJETMET = set([])
	runHistoBuilders.type = JetType(name)
	runHistoBuilders.jetVarsCOMMON = set([])
	runHistoBuilders.jetVarsBoth = set.intersection(jetVarsJETMET,jetVarsCOMMON)
list	runHistoBuilders.branchesNotExisting = []
str	runHistoBuilders.toCheck = aType + "_" + aVar
	runHistoBuilders.multiBuilder = MultipleHistoBuilderFromD3PD()
	Now, do the thorough variable check #.
	runHistoBuilders.twikiLog = open('Twiki_ToleranceResults.log','w')
	runHistoBuilders.logFile
	runHistoBuilders.twikiLogFile