def setup(process,
input_files,
collection,
json_file="",
cosmics_zero_tesla=False,
cosmics_deco_mode=True):
"""Mille-specific setup.
Arguments:
- `process`: cms.Process object
- `input_files`: input file list -> cms.untracked.vstring()
- `collection`: track collection to be used
- `cosmics_zero_tesla`: triggers the corresponding track selection
- `cosmics_deco_mode`: triggers the corresponding track selection
"""
# no database output in the mille step:
# --------------------------------------------------------------------------
process.AlignmentProducer.saveToDB = False
process.AlignmentProducer.saveApeToDB = False
process.AlignmentProducer.saveDeformationsToDB = False
# Track selection and refitting
# --------------------------------------------------------------------------
process.load("RecoVertex.BeamSpotProducer.BeamSpot_cfi")
import Alignment.CommonAlignment.tools.trackselectionRefitting as trackRefitter
process.TrackRefittingSequence = trackRefitter.getSequence(
process,
collection,
cosmicsDecoMode=cosmics_deco_mode,
cosmicsZeroTesla=cosmics_zero_tesla)
# Overwrite Track-Selector filter options from unified sequence to 'False'
process.AlignmentTrackSelector.filter = False
if collection != "ALCARECOTkAlCosmicsCTF0T":
# there is no HighPurity selector for cosmics
process.HighPurityTrackSelector.filter = False
# Configure the input data
# --------------------------------------------------------------------------
process.source = cms.Source("PoolSource", fileNames=input_files)
# Set Luminosity-Blockrange from json-file if given
if (json_file != "") and (json_file != "placeholder_json"):
import FWCore.PythonUtilities.LumiList as LumiList
lumi_list = LumiList.LumiList(
filename=json_file).getVLuminosityBlockRange()
process.source.lumisToProcess = lumi_list
# The executed path
# --------------------------------------------------------------------------
process.p = cms.Path(process.offlineBeamSpot *
process.TrackRefittingSequence)
def setup(process, input_files, collection,
json_file = "", cosmics_zero_tesla = False, cosmics_deco_mode = True):
"""Mille-specific setup.
Arguments:
- `process`: cms.Process object
- `input_files`: input file list -> cms.untracked.vstring()
- `collection`: track collection to be used
- `cosmics_zero_tesla`: triggers the corresponding track selection
- `cosmics_deco_mode`: triggers the corresponding track selection
"""
# no database output in the mille step:
# --------------------------------------------------------------------------
process.AlignmentProducer.saveToDB = False
process.AlignmentProducer.saveApeToDB = False
process.AlignmentProducer.saveDeformationsToDB = False
# Track selection and refitting
# --------------------------------------------------------------------------
process.load("RecoVertex.BeamSpotProducer.BeamSpot_cfi")
import Alignment.CommonAlignment.tools.trackselectionRefitting as trackRefitter
process.TrackRefittingSequence = trackRefitter.getSequence(
process,
collection,
cosmicsDecoMode = cosmics_deco_mode,
cosmicsZeroTesla = cosmics_zero_tesla)
# Overwrite Track-Selector filter options from unified sequence to 'False'
process.AlignmentTrackSelector.filter = False
if collection not in ("ALCARECOTkAlCosmicsCTF0T",
"ALCARECOTkAlCosmicsInCollisions"):
# there is no HighPurity selector for cosmics
process.HighPurityTrackSelector.filter = False
# Configure the input data
# --------------------------------------------------------------------------
process.source = cms.Source("PoolSource", fileNames = input_files)
# Set Luminosity-Blockrange from json-file if given
if (json_file != "") and (json_file != "placeholder_json"):
import FWCore.PythonUtilities.LumiList as LumiList
lumi_list = LumiList.LumiList(filename = json_file).getVLuminosityBlockRange()
process.source.lumisToProcess = lumi_list
# The executed path
# --------------------------------------------------------------------------
process.p = cms.Path(process.offlineBeamSpot*process.TrackRefittingSequence)
# process.AlignmentTrackSelector.dzMin = cms.double(-999999.0)
# process.AlignmentTrackSelector.dzMax = cms.double(+999999.0)
if(theRefitter == RefitType.COMMON):
print(">>>>>>>>>> testPVValidation_cfg.py: msg%-i: using the common track selection and refit sequence!")
####################################################################
# Load and Configure Common Track Selection and refitting sequence
####################################################################
import Alignment.CommonAlignment.tools.trackselectionRefitting as trackselRefit
process.seqTrackselRefit = trackselRefit.getSequence(process, 'TRACKTYPETEMPLATE',
isPVValidation=True,
TTRHBuilder='TTRHBUILDERTEMPLATE',
usePixelQualityFlag=True,
openMassWindow=False,
cosmicsDecoMode=True,
cosmicsZeroTesla=False,
momentumConstraint=None,
cosmicTrackSplitting=False,
use_d0cut=False,
)
if((process.TrackerTrackHitFilter.usePixelQualityFlag.value()==True) and (process.FirstTrackRefitter.TTRHBuilder.value()=="WithTrackAngle")):
print(" \n\n","*"*70,"\n *\t\t\t\t WARNING!!!!!\t\t\t\n *\n * Found an inconsistent configuration!\n * TTRHBuilder = WithTrackAngle requires usePixelQualityFlag = False.\n * Going to reset it! \n *\n","*"*70)
process.TrackerTrackHitFilter.usePixelQualityFlag = False
elif (theRefitter == RefitType.STANDARD):
print(">>>>>>>>>> testPVValidation_cfg.py: msg%-i: using the standard single refit sequence!")
####################################################################
# Load and Configure Measurement Tracker Event
# (needed in case NavigationSchool is set != '')
trackSelector = AlignmentTrackSelector.CosmicsSkimSelector
else: # Extend list here with custom track selectors
print("Unknown trackSelection %s, exiting"%(trackSelection))
exit(1)
process.MuSkim = trackSelector
##
## If preselected track list is used
##
if options.useTrackList:
process.MuSkim.src = 'TrackList'
process.TriggerSelectionSequence *= process.TrackList
import Alignment.CommonAlignment.tools.trackselectionRefitting as trackselRefit
process.seqTrackselRefit = trackselRefit.getSequence(process, trackSelector.src.getModuleLabel())
##
## Path
##
process.path = cms.Path(
process.offlineBeamSpot*
process.seqTrackselRefit*
process.MuSkim
)
##
## Define event selection from path
##
EventSelection = cms.PSet(
def setup(process, input_files, collection,
json_file = "",
cosmics_zero_tesla = False,
cosmics_deco_mode = True,
TTRHBuilder = None):
"""Mille-specific setup.
Arguments:
- `process`: cms.Process object
- `input_files`: input file list -> cms.untracked.vstring()
- `collection`: track collection to be used
- `cosmics_zero_tesla`: triggers the corresponding track selection
- `cosmics_deco_mode`: triggers the corresponding track selection
- `TTRHBuilder`: TransientTrackingRecHitBuilder used in the track selection
and refitting sequence;
defaults to the default of the above-mentioned sequence
"""
# no database output in the mille step:
# --------------------------------------------------------------------------
process.AlignmentProducer.saveToDB = False
process.AlignmentProducer.saveApeToDB = False
process.AlignmentProducer.saveDeformationsToDB = False
# align calibrations to general settings
# --------------------------------------------------------------------------
for calib in process.AlignmentProducer.calibrations:
calib.saveToDB = process.AlignmentProducer.saveToDB
calib.treeFile = process.AlignmentProducer.algoConfig.treeFile
calib.mergeTreeFiles = process.AlignmentProducer.algoConfig.mergeTreeFiles
# Track selection and refitting
# --------------------------------------------------------------------------
import Alignment.CommonAlignment.tools.trackselectionRefitting as trackRefitter
kwargs = {"cosmicsDecoMode": cosmics_deco_mode,
"cosmicsZeroTesla": cosmics_zero_tesla}
if TTRHBuilder is not None: kwargs["TTRHBuilder"] = TTRHBuilder
process.TrackRefittingSequence \
= trackRefitter.getSequence(process, collection, **kwargs)
# Ensure the correct APV mode for cosmics
# --------------------------------------------------------------------------
if collection in ("ALCARECOTkAlCosmicsCTF0T",
"ALCARECOTkAlCosmicsInCollisions"):
process.load("Alignment.CommonAlignment.apvModeFilter_cfi")
process.apvModeFilter.apvMode = "deco" if cosmics_deco_mode else "peak"
import helper
helper.add_filter(process, process.apvModeFilter)
# Configure the input data
# --------------------------------------------------------------------------
process.source = cms.Source("PoolSource", fileNames = input_files)
# Set Luminosity-Blockrange from json-file if given
if (json_file != "") and (json_file != "placeholder_json"):
import FWCore.PythonUtilities.LumiList as LumiList
lumi_list = LumiList.LumiList(filename = json_file).getVLuminosityBlockRange()
process.source.lumisToProcess = lumi_list
# The executed path
# --------------------------------------------------------------------------
process.p = cms.Path(process.TrackRefittingSequence*
process.AlignmentProducer)
if hasattr(process, "mps_filters"): process.p.insert(0, process.mps_filters)
####################################################################
# Load and Configure TrackRefitter
####################################################################
# process.load("RecoTracker.TrackProducer.TrackRefitters_cff")
# import RecoTracker.TrackProducer.TrackRefitters_cff
# process.FinalTrackRefitter = RecoTracker.TrackProducer.TrackRefitter_cfi.TrackRefitter.clone()
# process.FinalTrackRefitter.src = "TRACKTYPETEMPLATE"
# process.FinalTrackRefitter.TrajectoryInEvent = True
# process.FinalTrackRefitter.NavigationSchool = ''
# process.FinalTrackRefitter.TTRHBuilder = "WithAngleAndTemplate"
####################################################################
# Load and Configure common selection sequence
####################################################################
import Alignment.CommonAlignment.tools.trackselectionRefitting as trackselRefit
process.seqTrackselRefit = trackselRefit.getSequence(process,'TRACKTYPETEMPLATE')
process.HighPurityTrackSelector.trackQualities = cms.vstring()
process.HighPurityTrackSelector.pMin = cms.double(0.)
process.AlignmentTrackSelector.pMin = cms.double(0.)
process.AlignmentTrackSelector.ptMin = cms.double(0.)
process.AlignmentTrackSelector.nHitMin2D = cms.uint32(0)
process.AlignmentTrackSelector.nHitMin = cms.double(0.)
process.AlignmentTrackSelector.d0Min = cms.double(-999999.0)
process.AlignmentTrackSelector.d0Max = cms.double(+999999.0)
process.AlignmentTrackSelector.dzMin = cms.double(-999999.0)
process.AlignmentTrackSelector.dzMax = cms.double(+999999.0)
####################################################################
# Output file
####################################################################
process.TFileService = cms.Service("TFileService",
##
## Skim tracks
##
import Alignment.APEEstimation.AlignmentTrackSelector_cff
process.MuSkim = Alignment.APEEstimation.AlignmentTrackSelector_cff.MuSkimSelector
##
## If preselected track list is used
##
if options.useTrackList:
process.MuSkim.src = 'TrackList'
process.TriggerSelectionSequence *= process.TrackList
import Alignment.CommonAlignment.tools.trackselectionRefitting as trackselRefit
process.seqTrackselRefit = trackselRefit.getSequence(
process, 'ALCARECOTkAlMuonIsolated')
#~ process.seqTrackselRefit = trackselRefit.getSequence(process, 'ALCARECOTkAlZMuMu')
##
## Path
##
process.path = cms.Path(process.offlineBeamSpot * process.seqTrackselRefit *
process.MuSkim)
##
## Define event selection from path
##
EventSelection = cms.PSet(SelectEvents=cms.untracked.PSet(
SelectEvents=cms.vstring('path')))
##
trackSelector = AlignmentTrackSelector.CosmicsSkimSelector
else: # Extend list here with custom track selectors
print("Unknown trackSelection %s, exiting"%(trackSelection))
exit(1)
process.MuSkim = trackSelector
##
## If preselected track list is used
##
if options.useTrackList:
process.MuSkim.src = 'TrackList'
process.TriggerSelectionSequence *= process.TrackList
import Alignment.CommonAlignment.tools.trackselectionRefitting as trackselRefit
process.seqTrackselRefit = trackselRefit.getSequence(process, trackSelector.src.getModuleLabel())
##
## Path
##
process.path = cms.Path(
process.offlineBeamSpot*
process.seqTrackselRefit*
process.MuSkim
)
##
## Define event selection from path
##
EventSelection = cms.PSet(
process.TwoBodyDecayConstraint.sigmaPositionCut = cms.double(0.5)
process.TwoBodyDecayConstraint.rescaleError = cms.double(1.0)
process.TwoBodyDecayConstraint.chi2Cut = cms.double(99999.)
#process.TwoBodyDecayConstraint.EstimatorParameters.RobustificationConstant = cms.double(1.0)
strTBDConstrainer="TwoBodyDecayConstraint,trackParameters"
if strTBDConstrainer is not None:
print("strTBDConstrainer=",strTBDConstrainer)
process.TrackRefitterSequence = TrackRefitterSequencer.getSequence(
process,
strtrackcollname,
TTRHBuilder = strTTRHBuilder,
usePixelQualityFlag = None, # Keep default behavior ("WithAngleAndTemplate" -> True, "WithTrackAngle" -> False)
openMassWindow = False,
cosmicsDecoMode = False,
cosmicsZeroTesla = False,
#momentumConstraint = None, # Should be a momentum constraint object name or None
momentumConstraint = strTBDConstrainer, # Should be a momentum constraint object name or None
cosmicTrackSplitting = False,
use_d0cut = True
)
# Override TrackRefitterSequencer defaults
process.HighPurityTrackSelector.pMin = 0.0
process.AlignmentTrackSelector.pMin = 0.0
process.AlignmentTrackSelector.ptMin = 15.0
process.AlignmentTrackSelector.etaMin = -3.0
process.AlignmentTrackSelector.etaMax = 3.0
process.AlignmentTrackSelector.nHitMin = 15
process.AlignmentTrackSelector.minHitsPerSubDet.inPIXEL = cms.int32(1)
##
import Alignment.APEEstimation.AlignmentTrackSelector_cff
process.MuSkim = Alignment.APEEstimation.AlignmentTrackSelector_cff.MuSkimSelector
##
## If preselected track list is used
##
if options.useTrackList:
process.MuSkim.src = 'TrackList'
process.TriggerSelectionSequence *= process.TrackList
import Alignment.CommonAlignment.tools.trackselectionRefitting as trackselRefit
#~ process.seqTrackselRefit = trackselRefit.getSequence(process, 'ALCARECOTkAlMuonIsolated')
process.seqTrackselRefit = trackselRefit.getSequence(process, 'ALCARECOTkAlZMuMu')
##
## Path
##
process.path = cms.Path(
process.offlineBeamSpot*
process.seqTrackselRefit*
process.MuSkim
)
##
## Define event selection from path
##
## Mille-procedure
## -----------------------------------------------------------------------------
if setupAlgoMode == "mille":
# no database output in the mille step
process.AlignmentProducer.saveDeformationsToDB = False
## Track selection and refitting
## -----------------------------------------------------------------------------
process.load("RecoVertex.BeamSpotProducer.BeamSpot_cfi")
import Alignment.CommonAlignment.tools.trackselectionRefitting as trackRefitter
process.TrackRefittingSequence = trackRefitter.getSequence(
process,
setupCollection,
cosmicsDecoMode = setupCosmicsDecoMode,
cosmicsZeroTesla = setupCosmicsZeroTesla)
## Overwrite Track-Selector filter from unified Sequence to false
process.AlignmentTrackSelector.filter = False
if setupCollection != "ALCARECOTkAlCosmicsCTF0T":
# there is no HighPurity selector for cosmics
process.HighPurityTrackSelector.filter = False
## Configure the input data.
## -----------------------------------------------------------------------------
process.source = cms.Source(
"PoolSource",
skipEvents = cms.untracked.uint32(0),
process.goodvertexSkim = cms.Sequence(process.primaryVertexFilter + process.noscraping + process.noslowpt)
if(theRefitter == RefitType.COMMON):
print(">>>>>>>>>> testPVValidation_cfg.py: msg%-i: using the common track selection and refit sequence!")
####################################################################
# Load and Configure Common Track Selection and refitting sequence
####################################################################
import Alignment.CommonAlignment.tools.trackselectionRefitting as trackselRefit
process.seqTrackselRefit = trackselRefit.getSequence(process, 'generalTracks',
isPVValidation=True,
TTRHBuilder='WithAngleAndTemplate',
usePixelQualityFlag=True,
openMassWindow=False,
cosmicsDecoMode=True,
cosmicsZeroTesla=False,
momentumConstraint=None,
cosmicTrackSplitting=False,
use_d0cut=False,
)
elif (theRefitter == RefitType.STANDARD):
print(">>>>>>>>>> testPVValidation_cfg.py: msg%-i: using the standard single refit sequence!")
####################################################################
# Load and Configure Measurement Tracker Event
# (needed in case NavigationSchool is set != '')
####################################################################
# process.load("RecoTracker.MeasurementDet.MeasurementTrackerEventProducer_cfi")
# process.MeasurementTrackerEvent.pixelClusterProducer = 'generalTracks'
## Skim tracks
##
import Alignment.APEEstimation.AlignmentTrackSelector_cff
process.MuSkim = Alignment.APEEstimation.AlignmentTrackSelector_cff.MuSkimSelector
##
## If preselected track list is used
##
if options.useTrackList:
process.MuSkim.src = 'TrackList'
process.TriggerSelectionSequence *= process.TrackList
import Alignment.CommonAlignment.tools.trackselectionRefitting as trackselRefit
process.seqTrackselRefit = trackselRefit.getSequence(process, 'ALCARECOTkAlMuonIsolated')
#~ process.seqTrackselRefit = trackselRefit.getSequence(process, 'ALCARECOTkAlZMuMu')
##
## Path
##
process.path = cms.Path(
process.offlineBeamSpot*
process.MuSkim
)
##
## Define event selection from path
##
if (theRefitter == RefitType.COMMON):
print(
">>>>>>>>>> testPVValidation_cfg.py: msg%-i: using the common track selection and refit sequence!"
)
####################################################################
# Load and Configure Common Track Selection and refitting sequence
####################################################################
import Alignment.CommonAlignment.tools.trackselectionRefitting as trackselRefit
process.seqTrackselRefit = trackselRefit.getSequence(
process,
'generalTracks',
isPVValidation=True,
TTRHBuilder='WithAngleAndTemplate',
usePixelQualityFlag=True,
openMassWindow=False,
cosmicsDecoMode=True,
cosmicsZeroTesla=False,
momentumConstraint=None,
cosmicTrackSplitting=False,
use_d0cut=False,
)
elif (theRefitter == RefitType.STANDARD):
print(
">>>>>>>>>> testPVValidation_cfg.py: msg%-i: using the standard single refit sequence!"
)
####################################################################
# Load and Configure Measurement Tracker Event
# (needed in case NavigationSchool is set != '')
process.TwoBodyDecayConstraint.sigmaPositionCut = cms.double(0.5)
process.TwoBodyDecayConstraint.rescaleError = cms.double(1.0)
process.TwoBodyDecayConstraint.chi2Cut = cms.double(99999.)
#process.TwoBodyDecayConstraint.EstimatorParameters.RobustificationConstant = cms.double(1.0)
strTBDConstrainer = "TwoBodyDecayConstraint,trackParameters"
if strTBDConstrainer is not None:
print("strTBDConstrainer=", strTBDConstrainer)
process.TrackRefitterSequence = TrackRefitterSequencer.getSequence(
process,
strtrackcollname,
TTRHBuilder=strTTRHBuilder,
usePixelQualityFlag=
None, # Keep default behavior ("WithAngleAndTemplate" -> True, "WithTrackAngle" -> False)
openMassWindow=False,
cosmicsDecoMode=False,
cosmicsZeroTesla=False,
#momentumConstraint = None, # Should be a momentum constraint object name or None
momentumConstraint=
strTBDConstrainer, # Should be a momentum constraint object name or None
cosmicTrackSplitting=False,
use_d0cut=True)
# Override TrackRefitterSequencer defaults
process.HighPurityTrackSelector.pMin = 0.0
process.AlignmentTrackSelector.pMin = 0.0
process.AlignmentTrackSelector.ptMin = 15.0
process.AlignmentTrackSelector.etaMin = -3.0
process.AlignmentTrackSelector.etaMax = 3.0
process.AlignmentTrackSelector.nHitMin = 15
process.AlignmentTrackSelector.minHitsPerSubDet.inPIXEL = cms.int32(1)
####################################################################
# Load and Configure TrackRefitter
####################################################################
# process.load("RecoTracker.TrackProducer.TrackRefitters_cff")
# import RecoTracker.TrackProducer.TrackRefitters_cff
# process.FinalTrackRefitter = RecoTracker.TrackProducer.TrackRefitter_cfi.TrackRefitter.clone()
# process.FinalTrackRefitter.src = "TRACKTYPETEMPLATE"
# process.FinalTrackRefitter.TrajectoryInEvent = True
# process.FinalTrackRefitter.NavigationSchool = ''
# process.FinalTrackRefitter.TTRHBuilder = "WithAngleAndTemplate"
####################################################################
# Load and Configure common selection sequence
####################################################################
import Alignment.CommonAlignment.tools.trackselectionRefitting as trackselRefit
process.seqTrackselRefit = trackselRefit.getSequence(process,'TRACKTYPETEMPLATE')
process.HighPurityTrackSelector.trackQualities = cms.vstring()
process.HighPurityTrackSelector.pMin = cms.double(0.)
process.AlignmentTrackSelector.pMin = cms.double(0.)
process.AlignmentTrackSelector.ptMin = cms.double(0.)
process.AlignmentTrackSelector.nHitMin2D = cms.uint32(0)
process.AlignmentTrackSelector.nHitMin = cms.double(0.)
process.AlignmentTrackSelector.d0Min = cms.double(-999999.0)
process.AlignmentTrackSelector.d0Max = cms.double(+999999.0)
process.AlignmentTrackSelector.dzMin = cms.double(-999999.0)
process.AlignmentTrackSelector.dzMax = cms.double(+999999.0)
####################################################################
# Output file
####################################################################
process.TFileService = cms.Service("TFileService",
## Mille-procedure
## -----------------------------------------------------------------------------
if setupAlgoMode == "mille":
# no database output in the mille step
process.AlignmentProducer.saveDeformationsToDB = False
## Track selection and refitting
## -----------------------------------------------------------------------------
process.load("RecoVertex.BeamSpotProducer.BeamSpot_cfi")
import Alignment.CommonAlignment.tools.trackselectionRefitting as trackRefitter
process.TrackRefittingSequence = trackRefitter.getSequence(
process,
setupCollection,
cosmicsDecoMode=setupCosmicsDecoMode,
cosmicsZeroTesla=setupCosmicsZeroTesla)
## Overwrite Track-Selector filter from unified Sequence to false
process.AlignmentTrackSelector.filter = False
if setupCollection != "ALCARECOTkAlCosmicsCTF0T":
# there is no HighPurity selector for cosmics
process.HighPurityTrackSelector.filter = False
## Configure the input data.
## -----------------------------------------------------------------------------
process.source = cms.Source("PoolSource",
skipEvents=cms.untracked.uint32(0),
fileNames=readFiles)
def setup(process, input_files, collection,
json_file = "",
cosmics_zero_tesla = False,
cosmics_deco_mode = True,
TTRHBuilder = None):
"""Mille-specific setup.
Arguments:
- `process`: cms.Process object
- `input_files`: input file list -> cms.untracked.vstring()
- `collection`: track collection to be used
- `cosmics_zero_tesla`: triggers the corresponding track selection
- `cosmics_deco_mode`: triggers the corresponding track selection
- `TTRHBuilder`: TransientTrackingRecHitBuilder used in the track selection
and refitting sequence;
defaults to the default of the above-mentioned sequence
"""
# no database output in the mille step:
# --------------------------------------------------------------------------
process.AlignmentProducer.saveToDB = False
process.AlignmentProducer.saveApeToDB = False
process.AlignmentProducer.saveDeformationsToDB = False
# Track selection and refitting
# --------------------------------------------------------------------------
import Alignment.CommonAlignment.tools.trackselectionRefitting as trackRefitter
kwargs = {"cosmicsDecoMode": cosmics_deco_mode,
"cosmicsZeroTesla": cosmics_zero_tesla}
if TTRHBuilder is not None: kwargs["TTRHBuilder"] = TTRHBuilder
process.TrackRefittingSequence \
= trackRefitter.getSequence(process, collection, **kwargs)
# Ensure the correct APV mode for cosmics
# --------------------------------------------------------------------------
if collection in ("ALCARECOTkAlCosmicsCTF0T",
"ALCARECOTkAlCosmicsInCollisions"):
process.load("Alignment.CommonAlignment.apvModeFilter_cfi")
process.apvModeFilter.apvMode = "deco" if cosmics_deco_mode else "peak"
import helper
helper.add_filter(process, process.apvModeFilter)
# Configure the input data
# --------------------------------------------------------------------------
process.source = cms.Source("PoolSource", fileNames = input_files)
# Set Luminosity-Blockrange from json-file if given
if (json_file != "") and (json_file != "placeholder_json"):
import FWCore.PythonUtilities.LumiList as LumiList
lumi_list = LumiList.LumiList(filename = json_file).getVLuminosityBlockRange()
process.source.lumisToProcess = lumi_list
# The executed path
# --------------------------------------------------------------------------
process.p = cms.Path(process.TrackRefittingSequence*
process.AlignmentProducer)
if hasattr(process, "mps_filters"): process.p.insert(0, process.mps_filters)
##
## Skim tracks
##
import Alignment.APEEstimation.AlignmentTrackSelector_cff
process.MuSkim = Alignment.APEEstimation.AlignmentTrackSelector_cff.MuSkimSelector
##
## If preselected track list is used
##
if options.useTrackList:
process.MuSkim.src = 'TrackList'
process.TriggerSelectionSequence *= process.TrackList
import Alignment.CommonAlignment.tools.trackselectionRefitting as trackselRefit
#~ process.seqTrackselRefit = trackselRefit.getSequence(process, 'ALCARECOTkAlMuonIsolated')
process.seqTrackselRefit = trackselRefit.getSequence(process,
'ALCARECOTkAlZMuMu')
##
## Path
##
process.path = cms.Path(process.offlineBeamSpot * process.seqTrackselRefit *
process.MuSkim)
##
## Define event selection from path
##
EventSelection = cms.PSet(SelectEvents=cms.untracked.PSet(
SelectEvents=cms.vstring('path')))
##
## configure output module
