#--------------------------------------------------------------------------------
#
# Add histograms, numbers in FilterStatisticsTables and run + event numbers
# stored as DQM MonitorElements in different ROOT files
#
# NOTE: The jobs get submitted to the '1nh' queue,
# which allows for an execution time of the cmsRun jobs of up to 1 hour
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
# harvest Z --> tau tau
submitToBatch(configFile = "harvestZtoElecMuPlots_cfg.py", channel = "ZtoElecMu", sample = "Ztautau",
replFunction = makeReplacementsHarvesting, replacements =
"inputFilePath = " + inputFilePath + "; recoSampleDefinitionsFile = TauAnalysis.Configuration.plotZtoElecMu_processes_7TeV_cfi",
job = "harvesting", queue = "1nh", outputFilePath = outputFilePath)
# harvest Z --> mu mu
submitToBatch(configFile = "harvestZtoElecMuPlots_cfg.py", channel = "ZtoElecMu", sample = "Zmumu",
replFunction = makeReplacementsHarvesting, replacements =
"inputFilePath = " + inputFilePath + "; recoSampleDefinitionsFile = TauAnalysis.Configuration.plotZtoElecMu_processes_7TeV_cfi",
job = "harvesting", queue = "1nh", outputFilePath = outputFilePath)
# harvest InclusivePPmuX
submitToBatch(configFile = "harvestZtoElecMuPlots_cfg.py", channel = "ZtoElecMu", sample = "InclusivePPmuX",
replFunction = makeReplacementsHarvesting, replacements =
"inputFilePath = " + inputFilePath + "; recoSampleDefinitionsFile = TauAnalysis.Configuration.plotZtoElecMu_processes_7TeV_cfi",
job = "harvesting", queue = "1nh", outputFilePath = outputFilePath)
# harvest PPmuXptGt20
#--------------------------------------------------------------------------------
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#--------------------------------------------------------------------------------
# W --> tau nu jobs
for i in range(4): #4
submitToBatch(
configFile="runWtoTauNu_cfg.py",
channel="WtoTauNu",
sample="Wtaunu_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsAnalysis,
replacements="maxEvents = -1; inputFileType = " + inputFileType +
";inputFilePath = " + inputFilePath +
"; applyFactorization = false; estimateSysUncertainties = false",
job="analysis",
queue="1nd",
outputDirectory=outputDirectory)
#QCD jobs
for i in range(33): #33
submitToBatch(
configFile="runWtoTauNu_cfg.py",
channel="WtoTauNu",
sample="qcd_W_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsAnalysis,
replacements="maxEvents = -1; inputFileType = " + inputFileType +
";inputFilePath = " + inputFilePath +
# reprocessed with CMSSW_3_1_2, skimmed by Letizia and Manuel
#
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
# --------------------------------------------------------------------------------
# Z --> tau+ tau- jobs
for i in range(16):
submitToBatch(
configFile="prodNtupleZtoMuTau_cfg.py",
channel="ZtoMuTau",
sample="Ztautau_7TeV_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsBgEstNtupleProd,
replacements="maxEvents = -1; skipEvents = 0; intLumiData = intLumiZtoMuTau_Data_7TeV; globalTag = MC_36Y_V7A::All",
job="ntupleProd",
queue="1nd",
outputFilePath=outputFilePath,
)
# Z --> mu+ mu- jobs
for i in range(15):
submitToBatch(
configFile="prodNtupleZtoMuTau_cfg.py",
channel="ZtoMuTau",
sample="Zmumu_7TeV_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsBgEstNtupleProd,
replacements="maxEvents = -1; skipEvents = 0; intLumiData = intLumiZtoMuTau_Data_7TeV; globalTag = MC_36Y_V7A::All",
job="ntupleProd",
queue="1nd",
# reprocessed with CMSSW_2_2_3, skimmed by Letizia and Monica
#
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
# --------------------------------------------------------------------------------
# Z --> tau tau jobs
for i in range(3):
submitToBatch(
configFile="skimZtoElecMu_cfg.py",
channel="ZtoElecMu",
sample="Ztautau_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsBgEstSkim,
replacements="maxEvents = -1",
job="bgEstSkim",
queue="1nd",
outputDirectory=outputDirectory,
)
# Z --> e e jobs
submitToBatch(
configFile="skimZtoElecMu_cfg.py",
channel="ZtoElecMu",
sample="Zee",
replFunction=makeReplacementsBgEstSkim,
replacements="maxEvents = -1",
job="bgEstSkim",
queue="1nd",
outputDirectory=outputDirectory,
# Add histograms, numbers in FilterStatisticsTables and run + event numbers
# stored as DQM MonitorElements in different ROOT files
#
# NOTE: The jobs get submitted to the '1nh' queue,
# which allows for an execution time of the cmsRun jobs of up to 1 hour
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
# 7TeV samples
# harvest 2010A data
for i in range(9):
submitToBatch(configFile = "harvestZtoElecTauPlots_cfg.py", channel = "ZtoElecTau",
sample = "Data_7TeV" + "_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsHarvesting, replacements = "inputFilePath = " + inputFilePath,
job = "harvesting", queue = "1nd", outputFilePath = outputFilePath, type = "data")
# harvest 2010B data
for i in range(14):
submitToBatch(configFile = "harvestZtoElecTauPlots_cfg.py", channel = "ZtoElecTau",
sample = "Data2010B" + "_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsHarvesting, replacements = "inputFilePath = " + inputFilePath,
job = "harvesting", queue = "1nd", outputFilePath = outputFilePath, type = "data")
# harvest Z --> tau tau
submitToBatch(configFile = "harvestZtoElecTauPlots_cfg.py", channel = "ZtoElecTau", sample = "Ztautau",
replFunction = makeReplacementsHarvesting, replacements = "inputFilePath = " + inputFilePath,
job = "harvesting", queue = "1nd", outputFilePath = outputFilePath, type = "mc")
# harvest Z --> e e
('Ztautau',5),
('Zee',28),
('QCD_EMenriched_Pt20to30',16),
('QCD_EMenriched_Pt30to80',83),
('QCD_EMenriched_Pt80to170',30),
('QCD_BCtoE_Pt20to30',24),
('QCD_BCtoE_Pt30to80',27),
('QCD_BCtoE_Pt80to170',15),
('WplusJets',18),
('ZplusJets',13),
('TTplusJets',18),
# ('PhotonJets_Pt15to20',-1),
# ('PhotonJets_Pt20to25',-1),
# ('PhotonJets_Pt25to30',-1),
# ('PhotonJets_Pt30to25',-1),
# ('PhotonJets_PtGt35',-1)
('ZeePlusJets',13),
('ZtautauPlusJets',13),
]
#samples = [
# ('AH115bb_tautau',1)
#]
for s in samples:
for p in range(1,s[1]+1):
submitToBatch(configFile = "prodNtuplebbAHtoElecTau_cfg.py", channel = "bbAHtoElecTau", sample = "%s_part%02d"%(s[0],p), replFunction = makeReplacementsBgEstNtupleProd, replacements = "maxEvents = -1; skipEvents = 0",
job = "bgEstNtupleProd", queue = "1nd", outputDirectory = outputDirectory)
#!/usr/bin/env python
from TauAnalysis.Configuration.submitToBatch import submitToBatch
from TauAnalysis.Skimming.tools.makeReplacementsSkimByRunEventNumbers import makeReplacementsSkimByRunEventNumbers
# name of the directory (either on afs area or castor)
# to which all .root files produced by the cmsRun job will be copied
outputFilePath = "/castor/cern.ch/user/v/veelken/CMSSW_3_1_2/"
#--------------------------------------------------------------------------------
#
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
# pp --> mu X QCD jobs
for i in range(21):
submitToBatch(configFile = "skimByRunEventNumbers_cfg.py", channel = "ZtoMuTau",
sample = "InclusivePPmuX_10TeV_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsSkimByRunEventNumbers, replacements =
"maxEvents = -1; recoSampleDefinitionsFileName = recoSampleDefinitionsZtoMuTau_10TeV_cfi; runEventNumberFileName = /afs/cern.ch/user/v/veelken/scratch0/CMSSW_3_1_4/src/TauAnalysis/DQMTools/test/selEvents_ZtoTauNu_InclusivePPmuX_passed.txt",
job = "skimByRunEventNumbers", queue = "1nd", outputFilePath = outputFilePath)
#
# Monte Carlo samples from Summer'09 production
# reprocessed with CMSSW_3_1_2, skimmed by Sunil and Artur
#
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
# Z --> tau tau jobs
for i in range(6):
submitToBatch(configFile = "runZtoElecMu_cfg.py", channel = "ZtoElecMu",
sample = "Ztautau_7TeV_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsAnalysis, replacements =
"maxEvents = -1; globalTag = START3X_V27::All; inputFileType = " + inputFileType + "; inputFilePath = " + inputFilePath + "; applyFactorization = false; estimateSysUncertainties = false",
job = "analysis", queue = "1nd", outputFilePath = outputFilePath)
# Z --> mu mu + jets jobs
for i in range(2):
submitToBatch(configFile = "runZtoElecMu_cfg.py", channel = "ZtoElecMu",
sample = "ZmumuPlusJets_7TeV_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsAnalysis, replacements =
"maxEvents = -1; globalTag = START3X_V27::All; inputFileType = " + inputFileType + "; inputFilePath = " + inputFilePath + "; applyFactorization = false; estimateSysUncertainties = false",
job = "analysis", queue = "1nd", outputFilePath = outputFilePath)
# Z --> e e + jets jobs
for i in range(2):
submitToBatch(configFile = "runZtoElecMu_cfg.py", channel = "ZtoElecMu",
sample = "ZeePlusJets_7TeV_part%(i)02d" % {"i" : (i + 1)},
('QCD_EMenriched_Pt80to170', 30),
('QCD_BCtoE_Pt20to30', 24),
('QCD_BCtoE_Pt30to80', 27),
('QCD_BCtoE_Pt80to170', 15),
('WplusJets', 18),
('ZplusJets', 13),
('TTplusJets', 18),
# ('PhotonJets_Pt15to20',-1),
# ('PhotonJets_Pt20to25',-1),
# ('PhotonJets_Pt25to30',-1),
# ('PhotonJets_Pt30to25',-1),
# ('PhotonJets_PtGt35',-1)
('ZeePlusJets', 13),
('ZtautauPlusJets', 13),
]
#samples = [
# ('AH115bb_tautau',1)
#]
for s in samples:
for p in range(1, s[1] + 1):
submitToBatch(configFile="prodNtuplebbAHtoElecTau_cfg.py",
channel="bbAHtoElecTau",
sample="%s_part%02d" % (s[0], p),
replFunction=makeReplacementsBgEstNtupleProd,
replacements="maxEvents = -1; skipEvents = 0",
job="bgEstNtupleProd",
queue="1nd",
outputDirectory=outputDirectory)
# processed with CMSSW_38_x, skimmed by Jeff Kolb
#
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
#
# 7TeV data samples
#
for i in range(402):
submitToBatch(configFile = "producePatTuple_cfg.py", channel = "ZtoElecTau",
sample = "Data2010A_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsPatProduction, replacements = "maxEvents = -1; globalTag = GR_R_38X_V14::All",
job = "PatProduction", queue = "1nd", outputFilePath = outputFilePath, type = "data")
for i in range(417,1097):
submitToBatch(configFile = "producePatTuple_cfg.py", channel = "ZtoElecTau",
sample = "Data2010B_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsPatProduction, replacements = "maxEvents = -1; globalTag = GR10_P_V10::All",
job = "PatProduction", queue = "1nd", outputFilePath = outputFilePath, type = "data")
#
# 7TeV MC samples
#
# Z --> tau tau jobs
for i in range(21):
submitToBatch(configFile = "producePatTuple_cfg.py", channel = "ZtoElecTau",
# ('QCD_EMenriched_Pt30to80',83),
# ('QCD_EMenriched_Pt80to170',30),
# ('QCD_BCtoE_Pt20to30',24),
# ('QCD_BCtoE_Pt30to80',27),
# ('QCD_BCtoE_Pt80to170',15),
('WplusJets',18),
('ZplusJets',13),
('TTplusJets',18),
# ('PhotonJets_Pt15to20',-1),
# ('PhotonJets_Pt20to25',-1),
# ('PhotonJets_Pt25to30',-1),
# ('PhotonJets_Pt30to25',-1),
# ('PhotonJets_PtGt35',-1)
('ZeePlusJets',13),
('ZtautauPlusJets',13),
]
for s in samples:
if len(s)==2:
s = (s[0],s[1],-1)
if s[1]==-1:
submitToBatch(configFile = "runbbAHtoElecTau_cfg.py", channel = "bbAHtoElecTau", sample = s[0],
replFunction = makeReplacementsAnalysis, replacements = "maxEvents = %d; applyFactorization = false; estimateSysUncertainties = false"%s[2],
job = "analysis", queue = "8nh", outputDirectory = outputDirectory)
else:
for p in range(1,s[1]+1):
submitToBatch(configFile = "runbbAHtoElecTau_cfg.py", channel = "bbAHtoElecTau", sample = "%s_part%02d"%(s[0],p),
replFunction = makeReplacementsAnalysis, replacements = "maxEvents = %d; applyFactorization = false; estimateSysUncertainties = false"%s[2],
job = "analysis", queue = "8nh", outputDirectory = outputDirectory)
#
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
# Z --> tau tau jobs
for i in range(15):
submitToBatch(
configFile="runFakeRateAnalysisZtoMuTau_cfg.py",
channel="ZtoMuTau",
sample="Ztautau_10TeV_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsAnalysis,
replacements="maxEvents = -1; inputFileType = " + inputFileType +
"; inputFilePath = " + inputFilePath +
"; applyFactorization = false; estimateSysUncertainties = false",
job="frAnalysis",
queue="1nd",
outputFilePath=outputFilePath)
# Z --> mu mu jobs
for i in range(17):
submitToBatch(
configFile="runFakeRateAnalysisZtoMuTau_cfg.py",
channel="ZtoMuTau",
sample="Zmumu_10TeV_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsAnalysis,
replacements="maxEvents = -1; inputFileType = " + inputFileType +
"; inputFilePath = " + inputFilePath +
#
# Monte Carlo samples from Summer'09 production
# reprocessed with CMSSW_3_1_2, skimmed by Letizia and Manuel
#
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
# Z --> tau+ tau- jobs
for i in range(16):
submitToBatch(configFile = "runBgEstTemplateProductionZtoMuTau_cfg.py", channel = "ZtoMuTau",
sample = "Ztautau_7TeV_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsAnalysis, replacements =
"maxEvents = -1; inputFileType = " + inputFileType + "; inputFilePath = " + inputFilePath + "; applyFactorization = false; estimateSysUncertainties = true; disableEventDump = true",
job = "bgEstTemplateProduction", queue = "1nw", outputFilePath = outputFilePath)
# Z --> mu+ mu- jobs
for i in range(15):
submitToBatch(configFile = "runBgEstTemplateProductionZtoMuTau_cfg.py", channel = "ZtoMuTau",
sample = "Zmumu_7TeV_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsAnalysis, replacements =
"maxEvents = -1; inputFileType = " + inputFileType + "; inputFilePath = " + inputFilePath + "; applyFactorization = false; estimateSysUncertainties = false; disableEventDump = true",
job = "bgEstTemplateProduction", queue = "1nd", outputFilePath = outputFilePath)
# pp --> mu X QCD jobs
for i in range(28):
submitToBatch(configFile = "runBgEstTemplateProductionZtoMuTau_cfg.py", channel = "ZtoMuTau",
sample = "InclusivePPmuX_7TeV_part%(i)02d" % {"i" : (i + 1)},
#
# Monte Carlo samples from Summer'09 production
# reprocessed with CMSSW_3_1_2, skimmed by Letizia and Manuel
#
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
# Z --> tau tau jobs
for i in range(3):
submitToBatch(configFile = "prodNtupleZtoMuTau_cfg.py", channel = "ZtoMuTau",
sample = "Ztautau_10TeV_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsBgEstNtupleProd,
replacements = "maxEvents = -1; skipEvents = 0; intLumiData = intLumiZtoMuTau_Data_10TeV",
job = "bgEstNtupleProd", queue = "1nd", outputFilePath = outputFilePath)
# Z --> mu mu jobs
for i in range(9):
submitToBatch(configFile = "prodNtupleZtoMuTau_cfg.py", channel = "ZtoMuTau",
sample = "Zmumu_10TeV_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsBgEstNtupleProd,
replacements = "maxEvents = -1; skipEvents = 0; intLumiData = intLumiZtoMuTau_Data_10TeV",
job = "bgEstNtupleProd", queue = "1nd", outputFilePath = outputFilePath)
# pp --> mu X QCD jobs
for i in range(2):
submitToBatch(configFile = "prodNtupleZtoMuTau_cfg.py", channel = "ZtoMuTau",
sample = "InclusivePPmuX_10TeV_part%(i)02d" % {"i" : (i + 1)},
#
# NOTE: The jobs get submitted to the '8nh' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '8nh' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
#
# 7 TeV data samples
#
for i in range(417):
submitToBatch(configFile = "runZtoElecTau_cfg.py", channel = "ZtoElecTau",
sample = "Data_7TeV_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsAnalysis, replacements =
"maxEvents = -1; globalTag = GR_R_36X_V12B::All; inputFileType = " + inputFileType + "; inputFilePath = " + inputFilePath + "; applyFactorization = false; estimateSysUncertainties = false",
job = "analysis", queue = "8nh", outputFilePath = outputFilePath, type = "data",
resourceRequest = None, submit = "yes")
for i in range(417,1097):
submitToBatch(configFile = "runZtoElecTau_cfg.py", channel = "ZtoElecTau",
sample = "Data2010B_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsAnalysis, replacements =
"maxEvents = -1; globalTag = GR10_P_V10::All; inputFileType = " + inputFileType + "; inputFilePath = " + inputFilePath + "; applyFactorization = false; estimateSysUncertainties = false",
job = "analysis", queue = "8nh", outputFilePath = outputFilePath, type = "data",
resourceRequest = None, submit = "yes")
#
# 7 TeV MC samples
#
#--------------------------------------------------------------------------------
#
# Monte Carlo samples from Summer'08 production
# reprocessed with CMSSW_2_2_3, skimmed by Jeff Kolb
#
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
# Z --> tau tau jobs
for i in range(10):
submitToBatch(configFile = "skimZtoElecTau_cfg.py", channel = "ZtoElecTau", sample = "Ztautau_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsBgEstSkim, replacements = "maxEvents = -1",
job = "bgEstSkim", queue = "1nd", outputDirectory = outputDirectory)
# Z --> e e jobs
for i in range(24):
submitToBatch(configFile = "skimZtoElecTau_cfg.py", channel = "ZtoElecTau", sample = "Zee_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsBgEstSkim, replacements = "maxEvents = -1",
job = "bgEstSkim", queue = "1nd", outputDirectory = outputDirectory)
# Photon + jets jobs
submitToBatch(configFile = "skimZtoElecTau_cfg.py", channel = "ZtoElecTau", sample = "PhotonJets_Pt15to20",
replFunction = makeReplacementsBgEstSkim, replacements = "maxEvents = -1",
job = "bgEstSkim", queue = "1nd", outputDirectory = outputDirectory)
submitToBatch(configFile = "skimZtoElecTau_cfg.py", channel = "ZtoElecTau", sample = "PhotonJets_Pt20to25",
replFunction = makeReplacementsBgEstSkim, replacements = "maxEvents = -1",
job = "bgEstSkim", queue = "1nd", outputDirectory = outputDirectory)
# NOTE: The jobs get submitted to the '1nh' queue,
# which allows for an execution time of the cmsRun jobs of up to 1 hour
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
# 7TeV samples
# harvest 2010A data
for i in range(9):
submitToBatch(configFile="harvestZtoElecTauPlots_cfg.py",
channel="ZtoElecTau",
sample="Data_7TeV" + "_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsHarvesting,
replacements="inputFilePath = " + inputFilePath,
job="harvesting",
queue="1nd",
outputFilePath=outputFilePath,
type="data")
# harvest 2010B data
for i in range(14):
submitToBatch(configFile="harvestZtoElecTauPlots_cfg.py",
channel="ZtoElecTau",
sample="Data2010B" + "_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsHarvesting,
replacements="inputFilePath = " + inputFilePath,
job="harvesting",
queue="1nd",
outputFilePath=outputFilePath,
#
#--------------------------------------------------------------------------------
#
# 7 TeV data samples
#
for i in range(417):
submitToBatch(
configFile="runZtoElecTau_cfg.py",
channel="ZtoElecTau",
sample="Data_7TeV_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsAnalysis,
replacements=
"maxEvents = -1; globalTag = GR_R_36X_V12B::All; inputFileType = " +
inputFileType + "; inputFilePath = " + inputFilePath +
"; applyFactorization = false; estimateSysUncertainties = false",
job="analysis",
queue="8nh",
outputFilePath=outputFilePath,
type="data",
resourceRequest=None,
submit="yes")
for i in range(417, 1097):
submitToBatch(
configFile="runZtoElecTau_cfg.py",
channel="ZtoElecTau",
sample="Data2010B_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsAnalysis,
replacements=
# calculate file ranges
numOutputFiles = numInputFiles/numInputFilesPerOutputFile
rem = numInputFiles%numInputFilesPerOutputFile
if rem != 0:
numOutputFiles += 1
# name of the directory (either on afs area or castor)
# to which all .root files produced by the cmsRun job will be copied
castorDirectory = "/castor/cern.ch/user/j/jkolb/eTauSkims/Summer09_CMSSW_3_1_4/"
outputDirectory = castorDirectory + sampleName
# set input file path and base filename
inputFileNameBase = castorDirectory + sampleName + "/skimElecTau_"
# loop over output files, submitting one job each
for i in range(0, numOutputFiles):
# calculate range of input files for this job
min = (i * numInputFilesPerOutputFile ) + 1
max = (i + 1) * numInputFilesPerOutputFile
if i + 1 == numOutputFiles:
if rem != 0:
max = (i * numInputFilesPerOutputFile) + rem
print "Doing output file",i+1,":",min,"-",max
submitToBatch(configFile = "mergeSkimOutput_cfg.py", channel = "ZtoElecTau", sample = "%(sName)s_%(i)02d" % {"sName" : sampleName, "i" : (i + 1)},
replFunction = makeReplacementsMerge,
replacements = "part = %(i)02d; minFileNum = %(min)d; maxFileNum = %(max)d; maxEvents = -1; inputFileNameBase = %(inDir)s" % {"i" : (i + 1), "min" : min, "max" : max, "inDir" : inputFileNameBase },
job = "merge", queue = "8nh", outputFilePath = outputDirectory, resourceRequest = "", submit = sub)
for i in range(0, numOutputFiles):
# calculate range of input files for this job
min = (i * numInputFilesPerOutputFile) + 1
max = (i + 1) * numInputFilesPerOutputFile
if i + 1 == numOutputFiles:
if rem != 0:
max = (i * numInputFilesPerOutputFile) + rem
print "Doing output file", i + 1, ":", min, "-", max
submitToBatch(
configFile="mergeSkimOutput_cfg.py",
channel="ZtoElecTau",
sample="%(sName)s_%(i)02d" % {
"sName": sampleName,
"i": (i + 1)
},
replFunction=makeReplacementsMerge,
replacements=
"part = %(i)02d; minFileNum = %(min)d; maxFileNum = %(max)d; maxEvents = -1; inputFileNameBase = %(inDir)s"
% {
"i": (i + 1),
"min": min,
"max": max,
"inDir": inputFileNameBase
},
job="merge",
queue="8nh",
outputFilePath=outputDirectory,
resourceRequest="",
submit=sub)
#--------------------------------------------------------------------------------
#
# Monte Carlo samples from Summer'09 production
# reprocessed with CMSSW_3_1_2, skimmed by Letizia and Manuel
#
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
# Z --> tau tau jobs
for i in range(15):
submitToBatch(configFile = "skimZtoMuTau_cfg.py", channel = "ZtoMuTau",
sample = "Ztautau_10TeV_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsBgEstSkim, replacements = "maxEvents = -1",
job = "bgEstSkim", queue = "1nd", outputFilePath = outputFilePath)
# Z --> mu mu jobs
for i in range(17):
submitToBatch(configFile = "skimZtoMuTau_cfg.py", channel = "ZtoMuTau",
sample = "Zmumu_10TeV_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsBgEstSkim, replacements = "maxEvents = -1",
job = "bgEstSkim", queue = "1nd", outputFilePath = outputFilePath)
# pp --> mu X QCD jobs
for i in range(21):
submitToBatch(configFile = "skimZtoMuTau_cfg.py", channel = "ZtoMuTau",
sample = "InclusivePPmuX_10TeV_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsBgEstSkim, replacements = "maxEvents = -1",
job = "bgEstSkim", queue = "1nd", outputFilePath = outputFilePath)
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
#
# 7TeV data samples
#
for i in range(402):
submitToBatch(configFile="producePatTuple_cfg.py",
channel="ZtoElecTau",
sample="Data2010A_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsPatProduction,
replacements="maxEvents = -1; globalTag = GR_R_38X_V14::All",
job="PatProduction",
queue="1nd",
outputFilePath=outputFilePath,
type="data")
for i in range(417, 1097):
submitToBatch(configFile="producePatTuple_cfg.py",
channel="ZtoElecTau",
sample="Data2010B_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsPatProduction,
replacements="maxEvents = -1; globalTag = GR10_P_V10::All",
job="PatProduction",
queue="1nd",
outputFilePath=outputFilePath,
type="data")
# Monte Carlo samples from Summer'09 production
# reprocessed with CMSSW_3_1_2, skimmed by Letizia and Manuel
#
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
# Z --> tau tau jobs
for i in range(15):
submitToBatch(configFile="skimZtoMuTau_cfg.py",
channel="ZtoMuTau",
sample="Ztautau_10TeV_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsBgEstSkim,
replacements="maxEvents = -1",
job="bgEstSkim",
queue="1nd",
outputFilePath=outputFilePath)
# Z --> mu mu jobs
for i in range(17):
submitToBatch(configFile="skimZtoMuTau_cfg.py",
channel="ZtoMuTau",
sample="Zmumu_10TeV_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsBgEstSkim,
replacements="maxEvents = -1",
job="bgEstSkim",
queue="1nd",
outputFilePath=outputFilePath)
#--------------------------------------------------------------------------------
# Add histograms, numbers in FilterStatisticsTables and run + event numbers
# stored as DQM MonitorElements in different ROOT files
#
# NOTE: The jobs get submitted to the '1nh' queue,
# which allows for an execution time of the cmsRun jobs of up to 1 hour
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#--------------------------------------------------------------------------------
# harvest W --> tau nu
submitToBatch(configFile="harvestWtoTauNuPlots_cfg.py",
channel="WtoTauNu",
sample="Wtaunu",
replFunction=makeReplacementsHarvesting,
replacements="",
job="harvesting",
queue="1nh",
outputDirectory=outputDirectory)
# harvest qcd
submitToBatch(configFile="harvestWtoTauNuPlots_cfg.py",
channel="WtoTauNu",
sample="qcd_W",
replFunction=makeReplacementsHarvesting,
replacements="",
job="harvesting",
queue="1nh",
outputDirectory=outputDirectory)
# harvest W --> mu nu
#
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
# MSSM Higgs A/H --> tau+ tau- jobs
for i in range(8):
submitToBatch(
configFile="runAHtoMuTau_cfg.py",
channel="AHtoMuTau",
sample="AH120_tautau_7TeV_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsAnalysis,
replacements="maxEvents = -1; inputFileType = " + inputFileType +
"; inputFilePath = " + inputFilePath +
"; applyFactorization = false; estimateSysUncertainties = false; disableEventDump = true; globalTag = MC_36Y_V7A::All",
job="analysis",
queue="1nd",
outputFilePath=outputFilePath)
for i in range(4):
submitToBatch(
configFile="runAHtoMuTau_cfg.py",
channel="AHtoMuTau",
sample="AHbb120_tautau_7TeV_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsAnalysis,
replacements="maxEvents = -1; inputFileType = " + inputFileType +
"; inputFilePath = " + inputFilePath +
"; applyFactorization = false; estimateSysUncertainties = false; disableEventDump = true; globalTag = MC_36Y_V7A::All",
job="analysis",
# Add histograms, numbers in FilterStatisticsTables and run + event numbers
# stored as DQM MonitorElements in different ROOT files
#
# NOTE: The jobs get submitted to the '1nh' queue,
# which allows for an execution time of the cmsRun jobs of up to 1 hour
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
# harvest Z --> tau tau
submitToBatch(
configFile="harvestZtoElecMuPlots_cfg.py",
channel="ZtoElecMu",
sample="Ztautau",
replFunction=makeReplacementsHarvesting,
replacements="inputFilePath = " + inputFilePath +
"; recoSampleDefinitionsFile = TauAnalysis.Configuration.plotZtoElecMu_processes_10TeV_cfi",
job="harvesting",
queue="1nh",
outputFilePath=outputFilePath)
# harvest Z --> mu mu
submitToBatch(
configFile="harvestZtoElecMuPlots_cfg.py",
channel="ZtoElecMu",
sample="Zmumu",
replFunction=makeReplacementsHarvesting,
replacements="inputFilePath = " + inputFilePath +
"; recoSampleDefinitionsFile = TauAnalysis.Configuration.plotZtoElecMu_processes_10TeV_cfi",
job="harvesting",
queue="1nh",
#
# Monte Carlo samples from Summer'08 production
# reprocessed with CMSSW_3_1_2, skimmed by Letizia and Monica
#
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
# Z --> tau tau jobs
for i in range(15):
submitToBatch(configFile = "runFakeRateAnalysisZtoMuTau_cfg.py", channel = "ZtoMuTau",
sample = "Ztautau_10TeV_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsAnalysis, replacements =
"maxEvents = -1; inputFileType = " + inputFileType + "; inputFilePath = " + inputFilePath + "; applyFactorization = false; estimateSysUncertainties = false",
job = "frAnalysis", queue = "1nd", outputFilePath = outputFilePath)
# Z --> mu mu jobs
for i in range(17):
submitToBatch(configFile = "runFakeRateAnalysisZtoMuTau_cfg.py", channel = "ZtoMuTau",
sample = "Zmumu_10TeV_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsAnalysis, replacements =
"maxEvents = -1; inputFileType = " + inputFileType + "; inputFilePath = " + inputFilePath + "; applyFactorization = false; estimateSysUncertainties = false",
job = "frAnalysis", queue = "1nd", outputFilePath = outputFilePath)
# pp --> mu X QCD jobs
for i in range(21):
submitToBatch(configFile = "runFakeRateAnalysisZtoMuTau_cfg.py", channel = "ZtoMuTau",
sample = "InclusivePPmuX_10TeV_part%(i)02d" % {"i" : (i + 1)},
# Monte Carlo samples from Summer'08 production
# reprocessed with CMSSW_2_2_3, skimmed by Sunil and Giuseppe
#
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
numevts = "maxEvents = -1"
myQueue = "2nd"
# Higgs jobs (mass = 115 GeV)
submitToBatch(configFile = "runAHtoElecMu_cfg.py", channel = "AHtoElecMu", sample = "AH115tautau",
replFunction = makeReplacementsAnalysis, replacements = numevts+"; applyFactorization = false; estimateSysUncertainties = false",
job = "analysis", queue = myQueue, outputDirectory = outputDirectory)
submitToBatch(configFile = "runAHtoElecMu_cfg.py", channel = "AHtoElecMu", sample = "AH115bbtautau",
replFunction = makeReplacementsAnalysis, replacements = "maxEvents = -1; applyFactorization = false; estimateSysUncertainties = false",
job = "analysis", queue = myQueue, outputDirectory = outputDirectory)
## submitToBatch(configFile = "runAHtoElecMu_cfg.py", channel = "AHtoElecMu", sample = "AH115tautau2l",
## replFunction = makeReplacementsAnalysis, replacements = "maxEvents = -1; applyFactorization = false; estimateSysUncertainties = false",
## job = "analysis", queue = myQueue, outputDirectory = outputDirectory)
## for i in range(22):
## submitToBatch(configFile = "runAHtoElecMu_cfg.py", channel = "AHtoElecMu", sample = "AH115bbtautau2l_part%(i)02d" % {"i" : (i + 1)},
## replFunction = makeReplacementsAnalysis, replacements = "maxEvents = -1; applyFactorization = false; estimateSysUncertainties = false",
## job = "analysis", queue = myQueue, outputDirectory = outputDirectory)
# Higgs jobs (mass = 160 GeV)
submitToBatch(configFile = "runAHtoElecMu_cfg.py", channel = "AHtoElecMu", sample = "AH160tautau",
replFunction = makeReplacementsAnalysis, replacements = "maxEvents = -1; applyFactorization = false; estimateSysUncertainties = false",
# #-------------------------------------------------------------------------------- samples = [ #'AH115_tautau', #'AH160_tautau', 'AH115bb_tautau', 'AH160bb_tautau', 'Ztautau', 'Zee', #'QCD_EMenriched_Pt20to30', #'QCD_EMenriched_Pt30to80', #'QCD_EMenriched_Pt80to170', #'QCD_BCtoE_Pt20to30', #'QCD_BCtoE_Pt30to80', #'QCD_BCtoE_Pt80to170', 'WplusJets', 'ZplusJets', 'TTplusJets', #'PhotonJets_Pt15to20', #'PhotonJets_Pt20to25', #'PhotonJets_Pt25to30', #'PhotonJets_Pt30to25', #'PhotonJets_PtGt35', 'ZeePlusJets', 'ZtautauPlusJets' ] for s in samples: submitToBatch(configFile = "harvestbbAHtoElecTauPlots_cfg.py", channel = "bbAHtoElecTau", sample = s, replFunction = makeReplacementsHarvesting, replacements = "", job = "harvesting", queue = "1nh", outputDirectory = outputDirectory)
#
# Monte Carlo samples from Summer'09 production
# reprocessed with CMSSW_3_1_2, skimmed by Letizia and Manuel
#
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
# MSSM Higgs A/H --> tau+ tau- jobs
for i in range(8):
submitToBatch(configFile = "runAHtoMuTau_cfg.py", channel = "AHtoMuTau",
sample = "AH120_tautau_7TeV_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsAnalysis, replacements =
"maxEvents = -1; inputFileType = " + inputFileType + "; inputFilePath = " + inputFilePath + "; applyFactorization = false; estimateSysUncertainties = false; disableEventDump = true; globalTag = MC_36Y_V7A::All",
job = "analysis", queue = "1nd", outputFilePath = outputFilePath)
for i in range(4):
submitToBatch(configFile = "runAHtoMuTau_cfg.py", channel = "AHtoMuTau",
sample = "AHbb120_tautau_7TeV_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsAnalysis, replacements =
"maxEvents = -1; inputFileType = " + inputFileType + "; inputFilePath = " + inputFilePath + "; applyFactorization = false; estimateSysUncertainties = false; disableEventDump = true; globalTag = MC_36Y_V7A::All",
job = "analysis", queue = "1nd", outputFilePath = outputFilePath)
# Z --> tau+ tau- jobs
for i in range(16):
submitToBatch(configFile = "runAHtoMuTau_cfg.py", channel = "AHtoMuTau",
sample = "Ztautau_7TeV_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsAnalysis, replacements =
"maxEvents = -1; inputFileType = " + inputFileType + "; inputFilePath = " + inputFilePath + "; applyFactorization = false; estimateSysUncertainties = false; disableEventDump = true; globalTag = MC_36Y_V7A::All",
'AH160bb_tautau',
'Ztautau',
'Zee',
#'QCD_EMenriched_Pt20to30',
#'QCD_EMenriched_Pt30to80',
#'QCD_EMenriched_Pt80to170',
#'QCD_BCtoE_Pt20to30',
#'QCD_BCtoE_Pt30to80',
#'QCD_BCtoE_Pt80to170',
'WplusJets',
'ZplusJets',
'TTplusJets',
#'PhotonJets_Pt15to20',
#'PhotonJets_Pt20to25',
#'PhotonJets_Pt25to30',
#'PhotonJets_Pt30to25',
#'PhotonJets_PtGt35',
'ZeePlusJets',
'ZtautauPlusJets'
]
for s in samples:
submitToBatch(configFile="harvestbbAHtoElecTauPlots_cfg.py",
channel="bbAHtoElecTau",
sample=s,
replFunction=makeReplacementsHarvesting,
replacements="",
job="harvesting",
queue="1nh",
outputDirectory=outputDirectory)
# name of the directory (either on afs area or castor) to which all .root files produced by the Harvesting job will be copied
outputFilePath = "/castor/cern.ch/user/l/liis/CMSSW_38X/Histograms/"
inputFilePath = "rfio:" + outputFilePath
#--------------------------------------------------------------------------------
# Add histograms, numbers in FilterStatisticsTables and run + event numbers
# stored as DQM MonitorElements in different ROOT files
#
# NOTE: The jobs get submitted to the '1nh' queue,
# which allows for an execution time of the cmsRun jobs of up to 1 hour
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#--------------------------------------------------------------------------------
# harvest W --> tau nu
submitToBatch(configFile = "harvestWtoTauNuPlots_cfg.py", channel = "WtoTauNu", sample = "Wtaunu",
replFunction = makeReplacementsHarvesting, replacements = "inputFilePath = " + inputFilePath + "; recoSampleDefinitionsFile = TauAnalysis.Configuration.plotWtoTauNu_processes_7TeV_cfi", job = "harvesting", queue = "1nh", outputFilePath = outputFilePath )
# harvest Z+jets
submitToBatch(configFile = "harvestWtoTauNuPlots_cfg.py", channel = "WtoTauNu", sample = "ZplusJets",
replFunction = makeReplacementsHarvesting, replacements = "inputFilePath = " + inputFilePath + "; recoSampleDefinitionsFile = TauAnalysis.Configuration.plotWtoTauNu_processes_7TeV_cfi", job = "harvesting", queue = "1nh", outputFilePath = outputFilePath )
# harvest W --> mu nu
submitToBatch(configFile = "harvestWtoTauNuPlots_cfg.py", channel = "WtoTauNu", sample = "Wmunu",
replFunction = makeReplacementsHarvesting, replacements = "inputFilePath = " + inputFilePath + "; recoSampleDefinitionsFile = TauAnalysis.Configuration.plotWtoTauNu_processes_7TeV_cfi", job = "harvesting", queue = "1nh", outputFilePath = outputFilePath )
# harvest W --> e nu
submitToBatch(configFile = "harvestWtoTauNuPlots_cfg.py", channel = "WtoTauNu", sample = "Wenu",
replFunction = makeReplacementsHarvesting, replacements = "inputFilePath = " + inputFilePath + "; recoSampleDefinitionsFile = TauAnalysis.Configuration.plotWtoTauNu_processes_7TeV_cfi", job = "harvesting", queue = "1nd", outputFilePath = outputFilePath )
# harvest qcd
# Monte Carlo samples from Summer'08 production
# reprocessed with CMSSW_2_2_3, skimmed by Letizia and Monica
#
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
# Z --> tau tau jobs
for i in range(3):
submitToBatch(configFile="skimZtoElecMu_cfg.py",
channel="ZtoElecMu",
sample="Ztautau_part%(i)02d" % {"i": (i + 1)},
replFunction=makeReplacementsBgEstSkim,
replacements="maxEvents = -1",
job="bgEstSkim",
queue="1nd",
outputDirectory=outputDirectory)
# Z --> e e jobs
submitToBatch(configFile="skimZtoElecMu_cfg.py",
channel="ZtoElecMu",
sample="Zee",
replFunction=makeReplacementsBgEstSkim,
replacements="maxEvents = -1",
job="bgEstSkim",
queue="1nd",
outputDirectory=outputDirectory)
# Z --> mu mu jobs
#--------------------------------------------------------------------------------
#
# Add histograms, numbers in FilterStatisticsTables and run + event numbers
# stored as DQM MonitorElements in different ROOT files
#
# NOTE: The jobs get submitted to the '1nh' queue,
# which allows for an execution time of the cmsRun jobs of up to 1 hour
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
# harvest Z --> tau+ tau-
submitToBatch(configFile = "../../Configuration/test/harvestZtoMuTauPlots_cfg.py", channel = "ZtoMuTau", sample = "Ztautau",
replFunction = makeReplacementsHarvesting, replacements =
"inputFilePath = " + inputFilePath + "; recoSampleDefinitionsFile = TauAnalysis.Configuration.plotZtoMuTau_processes_7TeV_cfi",
job = "bgEstTemplateHarvesting", queue = "1nh", outputFilePath = outputFilePath)
# harvest Z --> mu+ mu-
submitToBatch(configFile = "../../Configuration/test/harvestZtoMuTauPlots_cfg.py", channel = "ZtoMuTau", sample = "Zmumu",
replFunction = makeReplacementsHarvesting, replacements =
"inputFilePath = " + inputFilePath + "; recoSampleDefinitionsFile = TauAnalysis.Configuration.plotZtoMuTau_processes_7TeV_cfi",
job = "bgEstTemplateHarvesting", queue = "1nh", outputFilePath = outputFilePath)
# harvest InclusivePPmuX
submitToBatch(configFile = "../../Configuration/test/harvestZtoMuTauPlots_cfg.py", channel = "ZtoMuTau", sample = "InclusivePPmuX",
replFunction = makeReplacementsHarvesting, replacements =
"inputFilePath = " + inputFilePath + "; recoSampleDefinitionsFile = TauAnalysis.Configuration.plotZtoMuTau_processes_7TeV_cfi",
job = "bgEstTemplateHarvesting", queue = "1nh", outputFilePath = outputFilePath)
# harvest PPmuXptGt20
#inputFileType = "PATTuple"
#--------------------------------------------------------------------------------
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#--------------------------------------------------------------------------------
# W --> tau nu jobs
for i in range(10):
submitToBatch(configFile = "runWtoTauNu_cfg.py", channel = "WtoTauNu",
sample = "Wtaunu_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsAnalysis, replacements =
"maxEvents = -1; globalTag = START38_V12::All; inputFileType = " + inputFileType + "; inputFilePath = " + inputFilePath + "; applyFactorization = false; estimateSysUncertainties = false",
job = "analysis", queue = "1nd", outputFilePath = outputFilePath, type = "mc")
# W --> e nu jobs
for i in range(33):
submitToBatch(configFile = "runWtoTauNu_cfg.py", channel = "WtoTauNu",
sample = "Wenu_part%(i)02d" % {"i" : (i + 1)},
replFunction = makeReplacementsAnalysis, replacements =
"maxEvents = -1; globalTag = START38_V12::All; inputFileType = " + inputFileType + "; inputFilePath = " + inputFilePath + "; applyFactorization = false; estimateSysUncertainties = false",
job = "analysis", queue = "1nd", outputFilePath = outputFilePath, type = "mc")
# W --> mu nu jobs
for i in range(30):
submitToBatch(configFile = "runWtoTauNu_cfg.py", channel = "WtoTauNu",
outputDirectory = "/castor/cern.ch/user/l/liis/WTauNuPlots/"
#--------------------------------------------------------------------------------
# Add histograms, numbers in FilterStatisticsTables and run + event numbers
# stored as DQM MonitorElements in different ROOT files
#
# NOTE: The jobs get submitted to the '1nh' queue,
# which allows for an execution time of the cmsRun jobs of up to 1 hour
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#--------------------------------------------------------------------------------
# harvest W --> tau nu
submitToBatch(configFile = "harvestWtoTauNuPlots_cfg.py", channel = "WtoTauNu", sample = "Wtaunu",
replFunction = makeReplacementsHarvesting, replacements = "",
job = "harvesting", queue = "1nh", outputDirectory = outputDirectory)
# harvest qcd
submitToBatch(configFile = "harvestWtoTauNuPlots_cfg.py", channel = "WtoTauNu", sample = "qcd_W",
replFunction = makeReplacementsHarvesting, replacements = "",
job = "harvesting", queue = "1nh", outputDirectory = outputDirectory)
# harvest W --> mu nu
submitToBatch(configFile = "harvestWtoTauNuPlots_cfg.py", channel = "WtoTauNu", sample = "Wmunu",
replFunction = makeReplacementsHarvesting, replacements = "",
job = "harvesting", queue = "1nh", outputDirectory = outputDirectory)
# harvest W --> e nu
submitToBatch(configFile = "harvestWtoTauNuPlots_cfg.py", channel = "WtoTauNu", sample = "Wenu",
replFunction = makeReplacementsHarvesting, replacements = "",
# NOTE: The jobs get submitted to the '1nd' queue,
# which allows for an execution time of the cmsRun jobs of up to 24 hours
# (the queues are {'1nh' (1 hour), '1nd' (24 hours) and '1nw' (1 week execution time limit);
# see https://twiki.cern.ch/twiki/bin/view/CMS/CMSUKCMSSWBatch for details about the CERN batch system)
#
#--------------------------------------------------------------------------------
numevts = "maxEvents = -1"
myQueue = "2nd"
# Higgs jobs (mass = 115 GeV)
submitToBatch(configFile="runAHtoElecMu_cfg.py",
channel="AHtoElecMu",
sample="AH115tautau",
replFunction=makeReplacementsAnalysis,
replacements=numevts +
"; applyFactorization = false; estimateSysUncertainties = false",
job="analysis",
queue=myQueue,
outputDirectory=outputDirectory)
submitToBatch(
configFile="runAHtoElecMu_cfg.py",
channel="AHtoElecMu",
sample="AH115bbtautau",
replFunction=makeReplacementsAnalysis,
replacements=
"maxEvents = -1; applyFactorization = false; estimateSysUncertainties = false",
job="analysis",
queue=myQueue,
outputDirectory=outputDirectory)
## submitToBatch(configFile = "runAHtoElecMu_cfg.py", channel = "AHtoElecMu", sample = "AH115tautau2l",
