from Vgamma.Analysis.records.montecarlosamplerecord import MonteCarloSampleRecord
from Vgamma.Analysis.tools import load_input_files
qcd20m = MonteCarloSampleRecord(
name = 'qcd20m',
title = 'QCD_Pt20_MuEnrichedPt15_TuneZ2_Summer11',
latex_label = 'QCD',
source_filenames = load_input_files('MC/qcd20m_hadoop.dat'),
skim_filenames = load_input_files('MC/mmg_qcd20m_hadoop.dat'),
## AN-11-251 rev 153517, p. 7
cross_section_in_pb = 84679.3,
)
qcd20m.total_processed_events = 25009714
import copy
import os
import socket
import getpass
import FWCore.ParameterSet.Config as cms
import Vgamma.Analysis.cuts as cuts
from Vgamma.Analysis.activeBranches_cff import activeBranchesMC
from Vgamma.Analysis.histos_cff import fullSelection
from Vgamma.Analysis.histos_cff import noSelection
from Vgamma.Analysis.tools import load_input_files
process = cms.Process("VgammaAnalysis")
process.inputs = cms.PSet(
fileNames=load_input_files("MC/mmg_wz_hadoop.dat"),
treeName=cms.string("EventTree"),
version=cms.string("V14MC"),
activeBranches=copy.deepcopy(activeBranchesMC),
)
process.outputs = cms.PSet(outputName=cms.string("wz.root"))
process.maxEvents = cms.PSet(toProcess=cms.untracked.int64(int(-1)), reportEvery=cms.untracked.int64(10000))
## Histograms configuration
process.histograms = cms.PSet(
isMC=cms.bool(True),
# NoSelection = copy.deepcopy(noSelection ),
FullSelection=copy.deepcopy(fullSelection),
import copy
import os
import socket
import getpass
import FWCore.ParameterSet.Config as cms
import Vgamma.Analysis.cuts as cuts
from Vgamma.Analysis.activeBranches_cff import activeBranchesData
from Vgamma.Analysis.histos_cff import fullSelection
from Vgamma.Analysis.histos_cff import noSelection
from Vgamma.Analysis.tools import load_input_files
process = cms.Process('VgammaAnalysis')
process.inputs = cms.PSet(
fileNames = load_input_files('RealData/mm2011AB_susy.dat'),
treeName = cms.string('EventTree'),
version = cms.string('V14Data'),
activeBranches = copy.deepcopy(activeBranchesData),
)
process.outputs = cms.PSet(
outputName = cms.string('data.root')
)
process.maxEvents = cms.PSet(
toProcess = cms.untracked.int64(-1),
reportEvery = cms.untracked.int64(5000)
)
from Vgamma.Analysis.records.montecarlosamplerecord import MonteCarloSampleRecord
from Vgamma.Analysis.tools import load_input_files
ww = MonteCarloSampleRecord(
name = 'ww',
title = 'WWJetsTo2L2Nu_TuneZ2_Fall11',
latex_label = 'WW',
source_filenames = load_input_files('MC/ww_hadoop.dat'),
skim_filenames = load_input_files('MC/mmg_ww_hadoop.dat'),
## AN-11-251 rev 153517, p. 7
cross_section_in_pb = 5.7,
)
ww.total_processed_events = 1190173
from Vgamma.Analysis.activeBranches_cff import activeBranchesData
from Vgamma.Analysis.histos_cff import fullSelection
from Vgamma.Analysis.histos_cff import noSelection
from Vgamma.Analysis.tools import load_input_files
process = cms.Process('VgammaAnalysis')
process.inputs = cms.PSet(
fileNames = cms.vstring(),
treeName = cms.string('EventTree'),
version = cms.string('V14Data'),
activeBranches = copy.deepcopy(activeBranchesData),
)
process.inputs.fileNames = load_input_files('files_mmg_data_susy.dat')
process.outputs = cms.PSet(
outputName = cms.string('vg_data.root')
)
process.maxEvents = cms.PSet(
toProcess = cms.untracked.int64(-1),
reportEvery = cms.untracked.int64(5000)
)
## Histograms configuration
process.histograms = cms.PSet(
isMC = cms.bool(False),
NoSelection = copy.deepcopy(noSelection ),
import copy
import os
import socket
import getpass
import FWCore.ParameterSet.Config as cms
import Vgamma.Analysis.cuts as cuts
from Vgamma.Analysis.activeBranches_cff import activeBranchesMC
from Vgamma.Analysis.histos_cff import fullSelection
from Vgamma.Analysis.histos_cff import noSelection
from Vgamma.Analysis.tools import load_input_files
process = cms.Process('VgammaAnalysis')
process.inputs = cms.PSet(
fileNames = load_input_files('MC/mmg_zjets_susy.dat'),
treeName = cms.string('EventTree'),
version = cms.string('V14MC'),
activeBranches = copy.deepcopy(activeBranchesMC),
)
process.outputs = cms.PSet(
outputName = cms.string('zjets.root')
)
process.maxEvents = cms.PSet(
toProcess = cms.untracked.int64(int(-1)),
reportEvery = cms.untracked.int64(10000)
)
from Vgamma.Analysis.activeBranches_cff import activeBranchesData
from Vgamma.Analysis.histos_cff import fullSelection
from Vgamma.Analysis.histos_cff import noSelection
from Vgamma.Analysis.tools import load_input_files
process = cms.Process('VgammaAnalysis')
process.inputs = cms.PSet(
fileNames = cms.vstring(),
treeName = cms.string('EventTree'),
version = cms.string('V14Data'),
activeBranches = copy.deepcopy(activeBranchesData),
)
process.inputs.fileNames = load_input_files('RealData/2011AB_hadoop.dat')
process.outputs = cms.PSet(
outputName = cms.string('vg_data_test.root')
)
process.maxEvents = cms.PSet(
toProcess = cms.untracked.int64(int(1e6)),
reportEvery = cms.untracked.int64(10000)
)
## Histograms configuration
process.histograms = cms.PSet(
isMC = cms.bool(False),
#NoSelection = copy.deepcopy(noSelection ),
import copy
import os
import socket
import getpass
import FWCore.ParameterSet.Config as cms
import Vgamma.Analysis.cuts as cuts
from Vgamma.Analysis.activeBranches_cff import activeBranchesMC
from Vgamma.Analysis.histos_cff import fullSelection
from Vgamma.Analysis.histos_cff import noSelection
from Vgamma.Analysis.tools import load_input_files
process = cms.Process('VgammaAnalysis')
process.inputs = cms.PSet(
fileNames = load_input_files('MC/mmg_ttbar_hadoop.dat'),
treeName = cms.string('EventTree'),
version = cms.string('V14MC'),
activeBranches = copy.deepcopy(activeBranchesMC),
)
process.outputs = cms.PSet(
outputName = cms.string('ttbar.root')
)
process.maxEvents = cms.PSet(
toProcess = cms.untracked.int64(int(-1)),
reportEvery = cms.untracked.int64(10000)
)
from Vgamma.Analysis.records.montecarlosamplerecord import MonteCarloSampleRecord
from Vgamma.Analysis.tools import load_input_files
ttbar = MonteCarloSampleRecord(
name = 'ttbar',
title = 'TTJets_TuneZ2_Madgraph_Fall11',
latex_label = 't#bar{t}',
source_filenames = load_input_files('MC/ttbar_hadoop.dat'),
source_tree = 'VgAnalyzerKit/EventTree',
skim_filenames = load_input_files('MC/mmg_ttbar_hadoop.dat'),
skim_tree = 'EventTree',
tree_version = 'V14MC',
## AN-11-251 rev 153517, p. 7
cross_section_in_pb = 165.,
)
## Generated automatically
ttbar.total_processed_events = 3582450
import copy
import os
import socket
import getpass
import FWCore.ParameterSet.Config as cms
import Vgamma.Analysis.cuts as cuts
from Vgamma.Analysis.activeBranches_cff import activeBranchesMC
from Vgamma.Analysis.histos_cff import fullSelection
from Vgamma.Analysis.histos_cff import noSelection
from Vgamma.Analysis.tools import load_input_files
process = cms.Process('VgammaAnalysis')
process.inputs = cms.PSet(
fileNames = load_input_files('MC/mmg_zz_hadoop.dat'),
treeName = cms.string('EventTree'),
version = cms.string('V14MC'),
activeBranches = copy.deepcopy(activeBranchesMC),
)
process.outputs = cms.PSet(
outputName = cms.string('zz.root')
)
process.maxEvents = cms.PSet(
toProcess = cms.untracked.int64(int(-1)),
reportEvery = cms.untracked.int64(10000)
)
from Vgamma.Analysis.records.realdatasamplerecord import RealDataSampleRecord
from Vgamma.Analysis.tools import load_input_files
mm2011AB = RealDataSampleRecord(
name = 'mm2011AB',
title = ('Full DoubleMu 2011A (May10ReReco-v1, '
'05Aug2011-v1, 03Oct2011-v1, PromptReco-v4) and '
'2011B (PromptReco-v1) Data'),
latex_label = 'Data',
source_filenames = load_input_files('RealData/mm2011AB_susy.dat'),
skim_filenames = load_input_files('RealData/mmg_mm2011AB_susy.dat'),
total_processed_events = 56945243,
## AN-11-251 rev 153517, p. 150
lumi_per_pb = 4998.9,
)
from Vgamma.Analysis.records.montecarlosamplerecord import MonteCarloSampleRecord
from Vgamma.Analysis.tools import load_input_files
zmmg = MonteCarloSampleRecord(
name = 'zmmg',
title = ('ZGammaToMuMuGamma_2Jet_MG5_TuneZ2 UW Private Sample with Fall11'
' Conditions'),
latex_label = 'Z#gamma#to#mu#mu#gamma',
source_filenames = load_input_files('MC/zmmg_susy.dat'),
source_tree = 'VgAnalyzerKit/EventTree',
skim_filenames = load_input_files('MC/mmg_zmmg_susy.dat'),
skim_tree = 'EventTree',
tree_version = 'V15MC',
total_processed_events = 472380,
## AN-11-251 rev 153517, p. 7
cross_section_in_pb = 45.2,
)
#______________________________________________________________________________
if __name__ == '__main__':
print zmmg.__repr__()
import user
from Vgamma.Analysis.records.montecarlosamplerecord import MonteCarloSampleRecord
from Vgamma.Analysis.tools import load_input_files
zjets = MonteCarloSampleRecord(
name = 'zjets',
title = 'DYJetsToLL_TuneZ2_M50_Madgraph_Fall11',
latex_label = 'Z+jets',
source_filenames = load_input_files('MC/zjets_hadoop.dat'),
# skim_filenames = load_input_files('MC/eeg_zjets_hadoop.dat'),
## AN-11-251 rev 153517, p. 7
cross_section_in_pb = 3048.,
)
## Injected automatically by output of
## Vgamma.Analysis.bookkeeping.processedevents
zjets.total_processed_events = 34576856
from Vgamma.Analysis.records.montecarlosamplerecord import MonteCarloSampleRecord
from Vgamma.Analysis.tools import load_input_files
zjets = MonteCarloSampleRecord(
name = 'zjets',
title = 'DYJetsToLL_TuneZ2_M50_Madgraph_Fall11',
latex_label = 'Z+jets',
source_filenames = load_input_files('MC/zjets_hadoop.dat'),
source_tree = 'VgAnalyzerKit/EventTree',
## Seems to be corrupted 2013/03/29
# skim_filenames = load_input_files('MC/mmg_zjets_hadoop.dat'),
skim_filenames = load_input_files('MC/mmg_zjets_susy.dat'),
skim_tree = 'EventTree',
tree_version = 'V14MC',
## AN-11-251 rev 153517, p. 7
cross_section_in_pb = 3048.,
)
zjets.total_processed_events = 34576856
from Vgamma.Analysis.records.realdatasamplerecord import RealDataSampleRecord
from Vgamma.Analysis.tools import load_input_files
ee2011AB = RealDataSampleRecord(
name = 'ee2011AB',
title = ('Full DoubleElectron 2011A (May10ReReco-v1, '
'05Aug2011-v1_excTrg_addCSC, 03Oct2011-v1, PromptReco-v4) and '
'2011B (PromptReco-v1) Data'),
latex_label = 'Data',
source_filenames = load_input_files('RealData/ee2011AB_susy.dat'),
#skim_filenames = load_input_files('RealData/eeg_ee2011AB_susy.dat'),
## AN-11-251 rev 153517, p. 150
lumi_per_pb = 4961.1,
)
## Injected automatically by output of
## Vgamma.Analysis.bookkeeping.processedevents
ee2011AB.total_processed_events = 58582068
import copy
import os
import socket
import getpass
import FWCore.ParameterSet.Config as cms
import Vgamma.Analysis.cuts as cuts
from Vgamma.Analysis.activeBranches_cff import activeBranchesMC
from Vgamma.Analysis.histos_cff import fullSelection
from Vgamma.Analysis.histos_cff import noSelection
from Vgamma.Analysis.tools import load_input_files
process = cms.Process('VgammaAnalysis')
process.inputs = cms.PSet(
fileNames = load_input_files('MC/mmg_wjets_hadoop.dat'),
treeName = cms.string('EventTree'),
version = cms.string('V14MC'),
activeBranches = copy.deepcopy(activeBranchesMC),
)
process.outputs = cms.PSet(
outputName = cms.string('wjets.root')
)
process.maxEvents = cms.PSet(
toProcess = cms.untracked.int64(int(-1)),
reportEvery = cms.untracked.int64(10000)
)
