# Set up custom MET reconstruction algorithms
from METReconstruction.METRecoFlags import metFlags
from METReconstruction.METRecoConfig import BuildConfig, RefConfig, METConfig, getMETRecoAlg
METConfigs_Top = {}
######################################## CONFIG 1 ########################################
# Ignore tau and photon ID/calibration, medium electrons
# Define the tools to build each term
met_key = 'EleMedNoGammaNoTau' # Container suffix
met_builders = [BuildConfig('Ele'),
BuildConfig('Jet'),
BuildConfig('Muon'),
BuildConfig('SoftClus'),
BuildConfig('SoftTrk')]
met_refiners = [RefConfig('JetFilter','RefJet_JVFCut'),
RefConfig('TrackFilter','PVSoftTrk')]
# Define the details of the full configuration
METConfigs_Top[met_key] = METConfig(met_key,
met_builders,
met_refiners,
doSum=True,
doTracks=True,
duplicateWarning=False
)
# Access the tool configurations here
# Switch electron selection to Tight
METConfigs_Top[met_key].builders['Ele'].PIDSel = 'Medium'
# Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration
from METReconstruction.METRecoFlags import metFlags
from METReconstruction.METRecoConfig import BuildConfig, RefConfig, METConfig, clusterSigStates
cfg_trk = METConfig('Track', [BuildConfig('SoftTrk', 'Track')],
[RefConfig('TrackFilter', 'PVTrack')],
doTracks=metFlags.UseTracks)
cfg_trk.refiners['TrackFilter'].DoLepRecovery = True
cfg_trk.refiners['TrackFilter'].DoVxSep = metFlags.UseTracks()
cfg_trk.refiners['TrackFilter'].DoEoverPSel = True
metFlags.METConfigs()[cfg_trk.suffix] = cfg_trk
metFlags.METOutputList().append(cfg_trk.suffix)
METConfigs_SUSY = {}
######################################## CONFIG 1 ########################################
# Ignore tau ID/calibration
# Define the tools to build each term
met_key = 'NoTau' # Container suffix
met_builders = [
BuildConfig('Ele'),
BuildConfig('Gamma'),
BuildConfig('Jet'),
BuildConfig('Muon'),
BuildConfig('SoftClus'),
BuildConfig('SoftTrk')
]
met_refiners = [
RefConfig('JetFilter', 'RefJet_JVFCut'),
RefConfig('TrackFilter', 'PVSoftTrk')
]
# Define the details of the full configuration
METConfigs_SUSY[met_key] = METConfig(met_key,
met_builders,
met_refiners,
doSum=True,
doTracks=True,
duplicateWarning=False)
######################################## CONFIG 2 ########################################
# Ignore tau ID/calibration, use likelihood electrons
# Define the tools to build each term
met_key = 'EleLHMedNoTau' # Container suffix
doInDet = rec.doInDet()
from JetRec.JetRecFlags import jetFlags
jetsUseTracks = jetFlags.useTracks()
############################################################################
# MET_RefFinal
rf_builders = [
BuildConfig('Ele'),
BuildConfig('Gamma'),
BuildConfig('Tau'),
BuildConfig('Jet'),
BuildConfig('SoftClus'),
BuildConfig('SoftTrk')
]
rf_refiners = [RefConfig('TrackFilter', 'PVSoftTrk')]
cfg_mrf = METConfig('RefFinal',
rf_builders,
rf_refiners,
doSum=True,
doTracks=(doInDet and jetsUseTracks),
doRegions=True)
# Configure the tools explicitly with defaults
# These are mostly already set in the constructor declareProperty calls
cfg_mrf.builders['Ele'].MinPt = 10e3
cfg_mrf.builders['Ele'].MaxEta = 2.47
cfg_mrf.builders['Ele'].PIDSel = 'Medium'
cfg_mrf.builders['Ele'].AuthorSel = 17 # AuthorElectron | AuthorAmbiguous
#
cfg_mrf.builders['Gamma'].MinPt = 10e3