def addPileupcounts(process):
for i in range(11):
filterPU = 'filter%dPU'%i
countsPU = 'counts%dPU'%i
setattr(process,filterPU, pileUpInfoFilter.clone(numberOfPileUpEvents = i))
setattr(process,countsPU, countsAnalyzer.clone())
setattr(process,countsPU + '_step',cms.Path(getattr(process,filterPU) + getattr(process,countsPU)))
return process
def addPileupcounts(process):
for i in range(11):
filterPU = 'filter%dPU' % i
countsPU = 'counts%dPU' % i
setattr(process, filterPU,
pileUpInfoFilter.clone(numberOfPileUpEvents=i))
setattr(process, countsPU, countsAnalyzer.clone())
setattr(
process, countsPU + '_step',
cms.Path(getattr(process, filterPU) + getattr(process, countsPU)))
return process
processIdFilters = addProcessIdFilters(process,config.generator)
##########################################################################
if config.runOnMC:
process.gen_step = cms.Path(process.genChargedParticles+
process.genProtonDissociative*process.edmNtupleMxGen+
process.genStableParticles*
process.etaMaxGen+process.etaMinGen*
process.edmNtupleEtaMaxGen+process.edmNtupleEtaMinGen)
process.analysis_reco_step = cms.Path(process.analysisSequences)
#process.castor_step = cms.Path(process.castorSequence)
# Path for event counting
from Utilities.AnalysisTools.countsAnalyzer_cfi import countsAnalyzer
process.countsAll = countsAnalyzer.clone()
process.countshltMinBias = countsAnalyzer.clone()
process.countsBPTX = countsAnalyzer.clone()
process.countsVertexFilter = countsAnalyzer.clone()
process.countsFilterScraping = countsAnalyzer.clone()
process.countsHcalNoiseFilter = countsAnalyzer.clone()
process.countsMultipleVertexVeto = countsAnalyzer.clone()
process.countsEtaMinFilter = countsAnalyzer.clone()
process.countEvents_step = cms.Path(process.countsAll +
process.hltMinBias +
process.countshltMinBias +
process.bptx +
process.countsBPTX +
process.primaryVertexFilter +
process.countsVertexFilter +
process.filterScraping +
