def output_mapper(channel, sample, jobId, label=''):
output_file = os.path.join(
getHarvestingFilePath(channel),
'local',
"harvested_%s_%s_%s.root" % (channel, sample, jobId)
)
if label:
output_file = output_file.replace('.root', "_" + label + ".root")
# Make the direcdtory if it doesn't exist
if not os.path.exists(os.path.dirname(output_file)):
os.makedirs(os.path.dirname(output_file))
return output_file
#!/usr/bin/env python
from TauAnalysis.TauIdEfficiency.recoSampleDefinitionsTauIdEfficiency_7TeV_grid_cfi import recoSampleDefinitionsTauIdEfficiency_7TeV
from TauAnalysis.Configuration.harvestAnalysisResults_grid import harvestAnalysisResults
from TauAnalysis.Configuration.userRegistry import getAnalysisFilePath, getHarvestingFilePath, getJobId, getTmpFilePath
import os
import subprocess
import TauAnalysis.Configuration.tools.castor as castor
from TauAnalysis.Configuration.tools.harvestingMakefile import buildMakefile
channel = 'ZtoMuTau_tauIdEff'
analysisFilePath = getAnalysisFilePath(channel)
harvestingFilePath = getHarvestingFilePath(channel)
jobId = getJobId(channel)
tmpFilePath = getTmpFilePath(channel)
SAMPLES_TO_ANALYZE = [
'data_SingleMu_Run2011A_May10ReReco_v1',
'data_SingleMu_Run2011A_PromptReco_v4',
'Ztautau_pythia',
'Zmumu_pythia',
'PPmuXptGt20Mu15',
'WplusJets_madgraph',
'TTplusJets_madgraph'
]
def harvestTauIdEffSamples(channel = None, samples = None, inputFilePath = None,
outputFilePath = None, jobId = None,
tmpFilePath = None):
}
meNames = {
'visMass': 'DiTauCandidateQuantities/VisMass'
#'SVfitMass' : 'DiTauCandidateSVfitQuantities/psKine_MEt_ptBalance/Mass'
}
#--------------------------------------------------------------------------------
# load template histogram for Z --> tau+ tau- signal and different types of background events,
# and distributions observed in (pseudo)data in events passing final analysis selection criteria
#--------------------------------------------------------------------------------
process.loadAnalysisResultsZtoMuTau = cms.EDAnalyzer(
"DQMFileLoader",
Ztautau=cms.PSet(inputFileNames=cms.vstring(
reg.getHarvestingFilePath('ZtoMuTau_bgEstTemplate') + '/' +
'bgEstTemplateHistZtoMuTau_skimmed.root'),
scaleFactor=cms.double(1.),
dqmDirectory_store=cms.string('/')))
#--------------------------------------------------------------------------------
# produce auxiliary histograms representing bias of visible muon + tau-jet mass distribution
# introduced by differences in event selection between background enriched samples
# and final Z --> muon + tau-jet analysis
#
# NOTE:
# minuend = contribution of (pure) signal/background process expected in final analysis
# (estimated by Monte Carlo)
# subtrahend = template histogram taken from background enriched sample,
# including contributions from other signal/background processes
# (determined by (pseudo)data)
#!/usr/bin/env python
from TauAnalysis.Configuration.recoSampleDefinitionsAHtoMuTau_7TeV_grid_cfi import recoSampleDefinitionsAHtoMuTau_7TeV
from TauAnalysis.Configuration.harvestAnalysisResults_grid import harvestAnalysisResults
import TauAnalysis.Configuration.userRegistry as reg
channel = 'AHtoMuTau'
#reg.overrideJobId(channel, 'Run33')
analysisFilePath = reg.getAnalysisFilePath(channel)
harvestingFilePath = reg.getHarvestingFilePath(channel)
jobId = reg.getJobId(channel)
tmpFilePath = reg.getTmpFilePath(channel)
harvestAnalysisResults(channel = channel, samples = recoSampleDefinitionsAHtoMuTau_7TeV,
inputFilePath = analysisFilePath, outputFilePath = harvestingFilePath, jobId = jobId,
tmpFilePath = tmpFilePath)
from TauAnalysis.Configuration.makePlots2_grid import makePlots
import TauAnalysis.Configuration.userRegistry as reg
# import utility function to enable factorization
from TauAnalysis.Configuration.tools.factorizationTools import \
enableFactorization_makeAHtoElecTauPlots_grid2
process = cms.Process('makeAHtoElecTauPlots')
channel = 'AHtoElecTau'
categories = ['wBtag', 'woBtag', 'ZeroOneJets', 'VBF', 'Boosted']
reg.overrideJobId(channel, 'Run41')
inputFilePath = reg.getHarvestingFilePath(channel)
jobId = reg.getJobId(channel)
plotsDirectory = './plots'
outputFileNameMaker = lambda channel: 'plots%s_all.root' % channel
analyzer_draw_jobs = []
for cat in categories:
for sign in ['OS', 'SS']:
analyzer_draw_jobs.append([
'ahElecTauAnalyzer' + sign + '_' + cat,
drawJobConfiguratorDict[sign + '_' + cat],
'plotAHtoElecTauOS_' + cat + '_#PLOT#.png'
])
dqmDirectory_store=cms.string(
'/analysis/harvested/ZtoMuTau_from_ZmumuEmbedding' + '/' +
dqmDirectories_control['ZmumuEmbedding']
#'/analysis/harvested/ZtoMuTau_from_ZmumuEmbedding'
)))
#--------------------------------------------------------------------------------
# load template histogram of for different types of background events,
# obtained from background enriched control samples
#--------------------------------------------------------------------------------
process.loadTemplateHistZtoMuTau = cms.EDAnalyzer(
"DQMFileLoader",
Ztautau=cms.PSet(
inputFileNames=cms.vstring(
getHarvestingFilePath('ZtoMuTau_bgEstTemplate') +
'plotsZtoMuTau_bgEstTemplate_all.root'
##'/data1/veelken/CMSSW_3_8_x/plots/ZtoMuTau_bgEstTemplate/2011Jan21_HPSloose/plotsZtoMuTau_bgEstTemplate_all.root'
),
scaleFactor=cms.double(1.),
dqmDirectory_store=cms.string('/template')))
#--------------------------------------------------------------------------------
# load distributions expected for different signal/background processes
# and observed in (pseudo)data in events passing final analysis selection criteria
#--------------------------------------------------------------------------------
process.loadAnalysisHistZtoMuTau = cms.EDAnalyzer(
"DQMFileLoader",
data=cms.PSet(
inputFileNames=cms.vstring(
)
##process.fitZtoElecTauSysTauEnUp = copy.deepcopy(process.fitZtoElecTau)
##process.fitZtoElecTauSysTauEnUp.processes.Ztautau.templates.visMass.meName = \
## cms.string(dqmDirectory_Ztautau_templateSysTauEnUp + '/' + meName_visMass)
##process.fitZtoElecTauSysTauEnUp.output.controlPlots.fileName = \
## cms.string("./plots/fitBgEstTemplateZtoElecTau_#PLOT#_sysTauEnUp.pdf")
##process.fitZtoElecTauSysTauEnDown = copy.deepcopy(process.fitZtoElecTau)
##process.fitZtoElecTauSysTauEnDown.processes.Ztautau.templates.visMass.meName = \
## cms.string(dqmDirectory_Ztautau_templateSysTauEnDown + '/' + meName_visMass)
##process.fitZtoElecTauSysTauEnDown.output.controlPlots.fileName = \
## cms.string("./plots/fitBgEstTemplateZtoElecTau_#PLOT#_sysTauEnDown.pdf")
process.saveFitResultsZtoElecTau = cms.EDAnalyzer("DQMSimpleFileSaver",
outputFileName = cms.string( getHarvestingFilePath('ZtoElecTau_bgEstTemplate') + '/' +'fitBgEstTemplateZtoElecTau_results.root'),
outputCommands = cms.vstring(
'keep *'
## 'drop /harvested/*',
## 'keep /template/*',
## 'keep /analysis/*/',
## 'keep /fitResults/*'
)
)
process.dumpDQMStore = cms.EDAnalyzer("DQMStoreDump")
process.p = cms.Path(
process.loadAnalysisResultsZtoElecTau
##+ process.dumpDQMStore
#+ process.prodSysBiasHistZtoElecTau
#!/usr/bin/env python
from TauAnalysis.Configuration.makeYieldPlot import makeYieldPlot
from TauAnalysis.Configuration.userRegistry import getHarvestingFilePath
import os
inputFileName = getHarvestingFilePath('ZtoMuTau') + '/' + "plotsZtoMuTau_all.root"
inputFileName.replace('//', '/')
dqmDirectory = 'harvested/data/zMuTauAnalyzer/FilterStatistics/evtSelDiMuPairZmumuHypothesisVetoByMass/events_passed_cumulative/'
makeYieldPlot(inputFileName = inputFileName, dqmDirectory = dqmDirectory, outputFileName = "plotZtoMuTau_yield.png")
}
meNames = {
'visMass' : 'DiTauCandidateQuantities/VisMass'
#'SVfitMass' : 'DiTauCandidateSVfitQuantities/psKine_MEt_ptBalance/Mass'
}
#--------------------------------------------------------------------------------
# load template histogram for Z --> tau+ tau- signal and different types of background events,
# and distributions observed in (pseudo)data in events passing final analysis selection criteria
#--------------------------------------------------------------------------------
process.loadAnalysisResultsZtoMuTau = cms.EDAnalyzer("DQMFileLoader",
Ztautau = cms.PSet(
inputFileNames = cms.vstring(
reg.getHarvestingFilePath('ZtoMuTau_bgEstTemplate') + '/' + 'bgEstTemplateHistZtoMuTau_skimmed.root'
),
scaleFactor = cms.double(1.),
dqmDirectory_store = cms.string('/')
)
)
#--------------------------------------------------------------------------------
# produce auxiliary histograms representing bias of visible muon + tau-jet mass distribution
# introduced by differences in event selection between background enriched samples
# and final Z --> muon + tau-jet analysis
#
# NOTE:
# minuend = contribution of (pure) signal/background process expected in final analysis
# (estimated by Monte Carlo)
# subtrahend = template histogram taken from background enriched sample,
reg.overrideJobId(channel, 'Run33FR')
process = cms.Process('makeBgEstFakeRatePlots')
process.DQMStore = cms.Service("DQMStore")
process.maxEvents = cms.untracked.PSet(
input = cms.untracked.int32(0)
)
process.source = cms.Source("EmptySource")
# Load the regular analysis workflow file
reg.overrideJobId(channel, _REGULAR_JOBID)
makePlots.makePlots(
process, channel, samples,
inputFilePath = reg.getHarvestingFilePath(channel),
jobId = reg.getJobId(channel),
skimStatFileMapper = reg.makeSkimStatFileMapper(channel),
skimFilterStatistic = 'evtSelDiMuPairZmumuHypothesisVetoByLooseIsolation',
analyzer_drawJobConfigurator_indOutputFileName_sets = [],
drawJobTemplate = plots_AHtoMuTau,
enableFactorizationFunction = None,
dqmDirectoryFilterStatistics = {
'factorizationDisabled' : 'ahMuTauAnalyzerOS_woBtag/FilterStatistics',
'factorizationEnabled' : 'ahMuTauAnalyzerOS_woBtag_factorizedWithMuonIsolation/FilterStatistics'
},
dqmDirectoryFilterStatisticsForSkim = {
'factorizationDisabled' : 'ahMuTauAnalyzerOS_woBtag/FilterStatistics',
'factorizationEnabled' : 'ahMuTauAnalyzerOS_woBtag_factorizedWithMuonIsolation/FilterStatistics'
},
disableFactorizationSample = True,
dqmDirectory_store = cms.string(
'/analysis/harvested/ZtoMuTau_from_ZmumuEmbedding' + '/' + dqmDirectories_control['ZmumuEmbedding']
#'/analysis/harvested/ZtoMuTau_from_ZmumuEmbedding'
)
)
)
#--------------------------------------------------------------------------------
# load template histogram of for different types of background events,
# obtained from background enriched control samples
#--------------------------------------------------------------------------------
process.loadTemplateHistZtoMuTau = cms.EDAnalyzer("DQMFileLoader",
Ztautau = cms.PSet(
inputFileNames = cms.vstring(
getHarvestingFilePath('ZtoMuTau_bgEstTemplate') + 'plotsZtoMuTau_bgEstTemplate_all.root'
##'/data1/veelken/CMSSW_3_8_x/plots/ZtoMuTau_bgEstTemplate/2011Jan21_HPSloose/plotsZtoMuTau_bgEstTemplate_all.root'
),
scaleFactor = cms.double(1.),
dqmDirectory_store = cms.string('/template')
)
)
#--------------------------------------------------------------------------------
# load distributions expected for different signal/background processes
# and observed in (pseudo)data in events passing final analysis selection criteria
#--------------------------------------------------------------------------------
process.loadAnalysisHistZtoMuTau = cms.EDAnalyzer("DQMFileLoader",
data = cms.PSet(
inputFileNames = cms.vstring(
Data = plotHistZtoElecTauStacked.processes.Data.clone(
dqmDirectory = cms.string('/template/harvested/' + dqmDirectories_processes['Data']['template'])
)
),
drawJobs = drawJobConfiguratorZtoElecTauStacked.configure(),
indOutputFileName = cms.string('bgEstControlZtoElecTau_%s_#PLOT#.pdf' % selectionName)
)
dqmHistPlotterModuleName = "plotZtoElecTauStacked%s" % selectionName
setattr(process, dqmHistPlotterModuleName, dqmHistPlotterModule)
process.plotAnalysisHistZtoElecTauStacked += dqmHistPlotterModule
process.saveBgEstTemplateHistZtoElecTau = cms.EDAnalyzer("DQMSimpleFileSaver",
outputFileName = cms.string(
getHarvestingFilePath('ZtoElecTau_bgEstTemplate') + '/' + 'bgEstTemplateHistZtoElecTau_skimmed.root'
#'/data1/veelken/CMSSW_3_8_x/plots/ZtoElecTau_bgEstTemplate/2011Feb01_HPSloose/bgEstTemplateHistZtoElecTau_skimmed.root'
#'skim.root'
),
outputCommands = cms.vstring(
'drop *',
# 'keep *',
## 'keep /analysis/harvested/*/zElecTauAnalyzerOS/afterEvtSelDiTauCandidateForElecTauZeroCharge/*',
'keep *ZtautauSum/*',
'keep *ZeeSum/*',
## 'keep /template/harvested/Zmumu/*',
## 'keep /template/harvested/Zmumu_powheg/*',
'keep *qcdSum/*',
## 'keep /template/harvested/WplusJets_madgraph/*',
'keep *WplusJets_*',
##process.fitZtoElecTauSysTauEnUp = copy.deepcopy(process.fitZtoElecTau)
##process.fitZtoElecTauSysTauEnUp.processes.Ztautau.templates.visMass.meName = \
## cms.string(dqmDirectory_Ztautau_templateSysTauEnUp + '/' + meName_visMass)
##process.fitZtoElecTauSysTauEnUp.output.controlPlots.fileName = \
## cms.string("./plots/fitBgEstTemplateZtoElecTau_#PLOT#_sysTauEnUp.pdf")
##process.fitZtoElecTauSysTauEnDown = copy.deepcopy(process.fitZtoElecTau)
##process.fitZtoElecTauSysTauEnDown.processes.Ztautau.templates.visMass.meName = \
## cms.string(dqmDirectory_Ztautau_templateSysTauEnDown + '/' + meName_visMass)
##process.fitZtoElecTauSysTauEnDown.output.controlPlots.fileName = \
## cms.string("./plots/fitBgEstTemplateZtoElecTau_#PLOT#_sysTauEnDown.pdf")
process.saveFitResultsZtoElecTau = cms.EDAnalyzer(
"DQMSimpleFileSaver",
outputFileName=cms.string(
getHarvestingFilePath('ZtoElecTau_bgEstTemplate') + '/' +
'fitBgEstTemplateZtoElecTau_results.root'),
outputCommands=cms.vstring(
'keep *'
## 'drop /harvested/*',
## 'keep /template/*',
## 'keep /analysis/*/',
## 'keep /fitResults/*'
))
process.dumpDQMStore = cms.EDAnalyzer("DQMStoreDump")
process.p = cms.Path(
process.loadAnalysisResultsZtoElecTau
##+ process.dumpDQMStore
#+ process.prodSysBiasHistZtoElecTau
