createTree Namespace Reference

Functions
def	parseDir (dir, label, it1="", itN="")

Variables
	args
string	comdir = "common/"
string	common_basedir = comdir
string	csc_basedir = iteration_directory+'/'
string	dd = dt_basedir + wheel[0]
	default
	dest
string	dt_basedir = iteration_directory+'/MB/'
	ff = open("tree_items.js",mode="w")
	file
	help
string	iteration1 = "iter1"
	main script More...
string	iteration_directory = iterationN
	open root and py result files More...
string	iterationN = "iterN"
list	mytree = []
dictionary	NAME_TO_TITLE
	options
	parser = optparse.OptionParser(usage)
	pp = pprint.PrettyPrinter(indent=2)
string	schamber = "%02d" % chamber
string	ssector = "%02d" % sector
list	tree_level1 = ['test','']
def	tree_level2 = parseDir(dt_basedir,"MB",iteration1,iterationN)
def	tree_level3 = parseDir(dd,wheel[0],iteration1,iterationN)
def	tree_level4 = parseDir(dd,station[0],iteration1,iterationN)
def	tree_level5 = parseDir(dd,"%s/%d" % (station[0],sector),iteration1,iterationN)
	type
string	usage = '%prog [options]\n'+\
	functions definitions More...

Function Documentation

parseDir()

def createTree.parseDir	(		dir,
			label,
			it1 = "",
			itN = ""
	)

it1 and itN   are the first and the last iterations' directory names
   dir           is some directory with the results from for the LAST 
                 iteration, so it must contain a itN substring 
   label         is a label for tree's folder for this directory

Definition at line 119 of file createTree.py.

References print().

def parseDir(dir,label,it1="",itN=""):
  """it1 and itN   are the first and the last iterations' directory names
     dir           is some directory with the results from for the LAST 
                   iteration, so it must contain a itN substring 
     label         is a label for tree's folder for this directory"""
  if len(itN)>0 and dir.find(itN)==-1:
    print("directory ", dir, "has no ", itN, " in it!!")
    return ["problem!!!",""]
  res = [label,dir]
  files = sorted(os.listdir(dir))
  for f in files:
    if re.match(".+\.png", f):
      if len(it1)>0 and len(itN)>0:
        lnN = [itN,dir+'/'+f]
        dir1 = dir.replace(itN,it1)
        if not os.access(dir1+'/'+f,os.F_OK):
          print("WARNING: no ",dir1+'/'+f," file found!!!")
        ln1 = [it1,dir1+'/'+f]
        ln = [NAME_TO_TITLE[f],dir+'/'+f,ln1,lnN]
        res.append(ln)
      else:
        ln = [NAME_TO_TITLE[f],dir+'/'+f]
        #print ln
        res.append(ln)
  #pp.pprint(res)
  return res

Variable Documentation

args

createTree.args

Definition at line 83 of file createTree.py.

comdir

string createTree.comdir = "common/"

Definition at line 111 of file createTree.py.

common_basedir

string createTree.common_basedir = comdir

Definition at line 203 of file createTree.py.

csc_basedir

string createTree.csc_basedir = iteration_directory+'/'

Definition at line 176 of file createTree.py.

dd

string createTree.dd = dt_basedir + wheel[0]

Definition at line 154 of file createTree.py.

Referenced by SiStripGainRandomCalculator.algoAnalyze(), SiStripDetInfoFileWriter.beginRun(), SiStripPsuDetIdMap.checkMapInputValues(), BackToBackKinematicConstraint.deviations(), Pixel3DDigitizerAlgorithm.diffusion(), PixelCPEBase.driftDirection(), DTConfigTraco.DTConfigTraco(), CaloTowerTopology.east(), NtupleManager.FillMeasurements(), DataReducer< T >.getReducedDataList(), TrackAssociatorByPositionImpl.getState(), edm::service::MessageLoggerDefaults.limit(), CaloTowerTopology.north(), TwoTrackMinimumDistanceHelixLine.oneIteration(), FWFileEntry.openFile(), Generator.particleAssignDaughters(), HcalCableMapper.process(), TkTransientTrackingRecHitBuilderESProducer.produce(), edm::service::MessageLoggerDefaults.reportEvery(), edm::service::MessageLoggerDefaults.sev_limit(), edm::service::MessageLoggerDefaults.sev_reportEvery(), edm::service::MessageLoggerDefaults.sev_timespan(), hitfit::Top_Decaykin.solve_nu_tmass(), CaloTowerTopology.south(), edm::service::MessageLoggerDefaults.threshold(), edm::service::MessageLoggerDefaults.timespan(), TwoTrackMinimumDistanceHelixLine.updateCoeffs(), and CaloTowerTopology.west().

default

createTree.default

Definition at line 74 of file createTree.py.

dest

createTree.dest

Definition at line 75 of file createTree.py.

dt_basedir

string createTree.dt_basedir = iteration_directory+'/MB/'

Definition at line 151 of file createTree.py.

ff

createTree.ff = open("tree_items.js",mode="w")

Definition at line 213 of file createTree.py.

file

createTree.file

Definition at line 214 of file createTree.py.

help

createTree.help

Definition at line 72 of file createTree.py.

iteration1

string createTree.iteration1 = "iter1"

main script

Definition at line 109 of file createTree.py.

iteration_directory

string createTree.iteration_directory = iterationN

open root and py result files

Definition at line 116 of file createTree.py.

iterationN

string createTree.iterationN = "iterN"

Definition at line 110 of file createTree.py.

mytree

list createTree.mytree = []

Definition at line 147 of file createTree.py.

NAME_TO_TITLE

dictionary createTree.NAME_TO_TITLE

Definition at line 20 of file createTree.py.

options

createTree.options

Definition at line 83 of file createTree.py.

parser

createTree.parser = optparse.OptionParser(usage)

Definition at line 69 of file createTree.py.

pp

createTree.pp = pprint.PrettyPrinter(indent=2)

Definition at line 17 of file createTree.py.

Referenced by FWGUIManager.addTo(), ElasticPlotDQMSource.analyze(), CTPPSProtonReconstructionEfficiencyEstimatorMC.analyze(), TotemRPDQMSource.analyze(), TestTrackHits.analyze(), StudyCaloGen.analyze(), IsolatedGenParticles.analyze(), BremsstrahlungSimulator.brem(), MuonBremsstrahlungSimulator.brem(), CommissioningHistosUsingDb.buildDetInfo(), G4muDarkBremsstrahlungModel.chi(), AnalyticalCurvilinearJacobian.computeFullJacobian(), CMSEmStandardPhysicsLPM.ConstructProcess(), G4muDarkBremsstrahlungModel.DsigmaDx(), DTTrigGeom.dumpGeom(), DTTrigGeom.dumpLUT(), FileInStream_Read(), FileInStream_Seek(), FileOutStream_Write(), FileSeqInStream_Read(), NtupleManager.FillOptObjects(), RunDCSHVDat.fillTheMapByTime(), PythiaFilterEMJetHeep.filter(), EMEnrichingFilterAlgo.filterIsoGenPar(), fnc_dscb(), getDaughters(), PrimaryTransformer.GetDefinition(), BPHTrackReference.getFromPC(), DTTrigGeom.getGeom(), FWGUIManager.getSwapCandidate(), L2TauNNProducer.impactParameter(), HiGammaJetSignalDef.IsIsolated(), HiGammaJetSignalDef.IsIsolatedJP(), HiGammaJetSignalDef.IsIsolatedPP(), LookToRead_Look_Exact(), LookToRead_Look_Lookahead(), LookToRead_Read(), LookToRead_Seek(), LookToRead_Skip(), SteppingHelixPropagator.makeAtomStep(), ConvBremSeedProducer.makeTrajectoryState(), TrajectoryManager.makeTrajectoryState(), TtDilepLRSignalSelObservables.operator()(), L1GTDigiToRaw.packGMT(), JetCoreClusterSplitter.produce(), TkTransientTrackingRecHitBuilderESProducer.produce(), PixelTrackProducerFromSoAT< TrackerTraits >.produce(), FastPrimaryVertexWithWeightsProducer.produce(), FastPrimaryVertexProducer.produce(), JetCoreMCtruthSeedGenerator.produce(), FastTimerService::ThreadGuard.register_thread(), KFBasedPixelFitter.run(), SecToLook_Read(), SecToRead_Read(), FSimTrack.setEcal(), FSimTrack.setHcal(), FSimTrack.setHcalExit(), FSimTrack.setHO(), FSimTrack.setLayer1(), FSimTrack.setLayer2(), FSimTrack.setVFcal(), CMSSimEventManager.StackTracks(), EventShape.thrust(), TreatSecondary.tracks(), MonPNMGPADat.writeArrayDB(), MonPNIRedDat.writeArrayDB(), MonPNLed2Dat.writeArrayDB(), MonPNGreenDat.writeArrayDB(), MonPNLed1Dat.writeArrayDB(), MonPNBlueDat.writeArrayDB(), MonPNRedDat.writeArrayDB(), and DCULVRVoltagesDat.writeArrayDB().

schamber

string createTree.schamber = "%02d" % chamber

Definition at line 190 of file createTree.py.

ssector

string createTree.ssector = "%02d" % sector

Definition at line 162 of file createTree.py.

tree_level1

list createTree.tree_level1 = ['test','']

Definition at line 148 of file createTree.py.

tree_level2

def createTree.tree_level2 = parseDir(dt_basedir,"MB",iteration1,iterationN)

Definition at line 152 of file createTree.py.

tree_level3

def createTree.tree_level3 = parseDir(dd,wheel[0],iteration1,iterationN)

Definition at line 156 of file createTree.py.

tree_level4

def createTree.tree_level4 = parseDir(dd,station[0],iteration1,iterationN)

Definition at line 160 of file createTree.py.

tree_level5

def createTree.tree_level5 = parseDir(dd,"%s/%d" % (station[0],sector),iteration1,iterationN)

Definition at line 165 of file createTree.py.

type

createTree.type

Definition at line 73 of file createTree.py.

usage

string createTree.usage = '%prog [options]\n'+\

functions definitions

To parse commandline args

Definition at line 65 of file createTree.py.