/data/refman/pasoursint/CMSSW_5_3_10_patch2/src/RecoTauTag/RecoTau/python/PFRecoTauProducer_cfi.py

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import FWCore.ParameterSet.Config as cms
from RecoTauTag.RecoTau.PFRecoTauQualityCuts_cfi import PFTauQualityCuts

PFRecoTauProducer = cms.EDProducer("PFRecoTauProducer",

      Algorithm            = cms.string("ConeBased"),
      LeadPFCand_minPt     = cms.double(5.0),  #cut on lead object (can be track, or gamma)

      #SignalCone parameters
      TrackerSignalConeMetric = cms.string('DR'), ## *
      TrackerSignalConeSizeFormula = cms.string('0.07'), ## **
      TrackerSignalConeSize_min = cms.double(0.0),

      #Important: the four-vector energy for the PFTau is defined as the candidates
      # within the maximum tracker signal cone size (TrackerSignalConeSize_max_).
      # For fixed cone taus, this should be set to the fixed cone size.
      TrackerSignalConeSize_max = cms.double(0.07),

      ECALSignalConeMetric = cms.string('DR'), ## *
      ECALSignalConeSizeFormula = cms.string('0.15'), ## **
      ECALSignalConeSize_min = cms.double(0.0),
      ECALSignalConeSize_max = cms.double(0.6),

      HCALSignalConeMetric = cms.string('DR'), ## *
      HCALSignalConeSizeFormula = cms.string('0.10'), ## **
      HCALSignalConeSize_min = cms.double(0.0),
      HCALSignalConeSize_max = cms.double(0.6),

      #IsolationCone parameters
      TrackerIsolConeMetric = cms.string('DR'), ## *
      TrackerIsolConeSizeFormula = cms.string('0.50'), ## **
      TrackerIsolConeSize_min = cms.double(0.0),
      TrackerIsolConeSize_max = cms.double(0.6),

      ECALIsolConeMetric = cms.string('DR'), ## *
      ECALIsolConeSizeFormula = cms.string('0.50'), ## **
      ECALIsolConeSize_min = cms.double(0.0),
      ECALIsolConeSize_max = cms.double(0.6),

      HCALIsolConeMetric = cms.string('DR'), ## *
      HCALIsolConeSizeFormula = cms.string('0.50'), ## **
      HCALIsolConeSize_min = cms.double(0.0),
      HCALIsolConeSize_max = cms.double(0.6),

      # Cut on the number of tracker hits on isolation PF charged hadrons
      #ChargedHadrCand_IsolAnnulus_minNhits = cms.uint32(8), # this cut is now applied in the PFTauDiscriminator
      ChargedHadrCand_IsolAnnulus_minNhits = cms.uint32(0),

      #Electron rejection parameters
      ElectronPreIDProducer                = cms.InputTag("elecpreid"),
      EcalStripSumE_deltaPhiOverQ_minValue = cms.double(-0.1),
      EcalStripSumE_deltaPhiOverQ_maxValue = cms.double(0.5),
      EcalStripSumE_minClusEnergy          = cms.double(0.1),
      EcalStripSumE_deltaEta               = cms.double(0.03),
      ElecPreIDLeadTkMatch_maxDR           = cms.double(0.01),
      maximumForElectrionPreIDOutput       = cms.double(-0.1),

      #Lead track matching cone parameters
      MatchingConeMetric      = cms.string('DR'),
      MatchingConeSizeFormula = cms.string('0.1'),
      MatchingConeSize_min    = cms.double(0.0), #min/max don't affect, as it is locked at 0.1
      MatchingConeSize_max    = cms.double(0.6), #just make sure they window 0.1!

      # PFTaus are seeded by TauTagInfos (basically a jet wrapper/quality filter)
      PFTauTagInfoProducer = cms.InputTag("pfRecoTauTagInfoProducer"),
      JetPtMin             = cms.double(0.0),
      #Filter lead charged hadron cand. by DZ to vertex?
      UseChargedHadrCandLeadChargedHadrCand_tksDZconstraint = cms.bool(True),
      ChargedHadrCandLeadChargedHadrCand_tksmaxDZ = cms.double(1.0),

      #Standard PV stuff
      PVProducer      = PFTauQualityCuts.primaryVertexSrc,
      smearedPVsigmaY = cms.double(0.0015),
      smearedPVsigmaX = cms.double(0.0015),
      smearedPVsigmaZ = cms.double(0.005),

      #FixedArea parameters
      AreaMetric_recoElements_maxabsEta = cms.double(2.5),

      DataType = cms.string("AOD"),            # Computring tier (modifies how some values are retrieved..)

      # The following parameters affect TRACKS ONLY.
      # i.e., they use tracks, from the jet tracks associator, not PFChargedHadronCandidates
      # Intended only as a cross check, don't use them unles syou need them!

      # Track - PV filtering
      LeadTrack_minPt               = cms.double(0.0), # This should be cut on at the discriminator level,
                                                       #  to make things consistent in the case where the tau
                                                       #  has a leading PFGamma cand but no lead PFChargedCand
      TrackLeadTrack_maxDZ          = cms.double(1.0),
      UseTrackLeadTrackDZconstraint = cms.bool(True),
      Track_IsolAnnulus_minNhits    = cms.uint32(3),
      ### parameters for gammas in ellipse ###
      AddEllipseGammas = cms.bool(False),
      Rphi = cms.double(2.0), ## factor*Reta; Reta is the standard ecal signal cone size
      MaxEtInEllipse = cms.double(2.0), # max pt for gammas inside the ellipse
      ########################################

      # If true, include signal cone neutral hadrons in the tau four vector.
      # Note: alternatLorentzVector is always only charged + gamma
      putNeutralHadronsInP4 = cms.bool(False),

)
 # * possible metrics : "DR", "angle", "area";
    #   if the "area" metric is chosen, AreaMetric_recoElements_maxabsEta parameter is considered, the area of a cone is increased by increasing the angle of the cone;
    #   functionnality to use a "DR" signal cone and an "area" isolation outer cone is not available;
    # ** may depend on E(energy) and/or PT(transverse momentum) of the initial PFJet, ex. : "3.0/E" or "3.0/ET"
    #    if XXXConeSizeFormula>XXXConeSize_max then XXXConeSize_max is the considered cone size ; if XXXConeSizeFormula<XXXConeSize_min then XXXConeSize_min is the considered cone size;
    # *** a PV is needed for computing a leading (charged hadron PFCand) rec. tk signed transverse impact parameter.
    # For electron rejection variable