d2/d50/egammaPIDdefsObs_8h_source.html

/*

  Copyright (C) 2002-2022 CERN for the benefit of the ATLAS collaboration

*/


#ifndef EGAMMAEVENT_EGAMMAPIDDEFS_H

#define EGAMMAEVENT_EGAMMAPIDDEFS_H


#include <climits>


namespace egammaPIDObs {


  enum PID : unsigned int {

    IsEM                = 0,

    ElectronWeight,

    BgWeight,

    NeuralNet,

    Hmatrix,

    Hmatrix5,

    SofteIsEM,

    SofteElectronWeight,

    SofteBgWeight,

    SofteNeuralNet,

    IsolationLikelihood_jets,

    IsolationLikelihood_HQDelectrons,

    AdaBoost,

    PhotonWeight,

    BgPhotonWeight,

    FisherScore,

    IsGoodOQ,

    IsEMLoose,

    IsEMMedium,

    IsEMTight,

    RingerNN,

    LastEgammaPID

  };


  enum egammaIDQuality {

    ElectronIDLoose,

    ElectronIDLoosePP,

    ElectronIDMedium,

    ElectronIDMediumPP,

    ElectronIDTight,

    ElectronIDTightPP,

    PhotonIDLoose,

    PhotonIDTight,

    PhotonIDLooseAR,

    PhotonIDTightAR,

    ElectronIDLooseIso,

    ElectronIDLoosePPIso,

    ElectronIDMediumIso,

    ElectronIDMediumPPIso,

    ElectronIDTightIso,

    ElectronIDTightPPIso,

    PhotonIDLooseIso,

    PhotonIDTightIso,

    PhotonIDLooseARIso,

    PhotonIDTightARIso,

    frwdElectronIDLoose,

    frwdElectronIDTight,

    NoIDCut,

    PhotonIDMedium,

    PhotonIDMediumAR

  };


  //const double EgPidUndefined = -999.;

  //const unsigned int EgPidUndefined = 0.;

  const unsigned int EgPidUndefined = UINT_MAX;


  enum BitDefElectron {

    ClusterEtaRange_Electron        =  0,


    ConversionMatch_Electron        =  1,


    ClusterHadronicLeakage_Electron =  2,

    ClusterMiddleEnergy_Electron    =  3,

    ClusterMiddleEratio37_Electron  =  4,

    ClusterMiddleEratio33_Electron  =  5,

    ClusterMiddleWidth_Electron     =  6,


    ClusterBackEnergyFraction_Electron = 7,


    ClusterStripsEratio_Electron    =  8,

    ClusterStripsDeltaEmax2_Electron =  9,

    ClusterStripsDeltaE_Electron    = 10,

    ClusterStripsWtot_Electron      = 11,

    ClusterStripsFracm_Electron     = 12,

    ClusterStripsWeta1c_Electron    = 13,


    ClusterStripsDEmaxs1_Electron   = 15,

    TrackBlayer_Electron            = 16,

    TrackPixel_Electron             = 17,

    TrackSi_Electron                = 18,

    TrackA0_Electron                = 19,

    TrackMatchEta_Electron          = 20,

    TrackMatchPhi_Electron          = 21,

    TrackMatchEoverP_Electron       = 22,

    TrackTRThits_Electron           = 24,

    TrackTRTratio_Electron          = 25,

    TrackTRTratio90_Electron        = 26,


    TrackA0Tight_Electron           = 27,

    TrackMatchEtaTight_Electron     = 28,


    Isolation_Electron              = 29,

    ClusterIsolation_Electron       = 30,

    TrackIsolation_Electron         = 31

  };


  enum BitDefPhoton {

    ClusterEtaRange_Photon        =  0,

    ClusterEtaRange_PhotonLoose   =  1,


    // selection for Loose photons

    ClusterHadronicLeakage_PhotonLoose =  2,

    ClusterMiddleEnergy_PhotonLoose    =  3,

    ClusterMiddleEratio37_PhotonLoose  =  4,

    ClusterMiddleEratio33_PhotonLoose  =  5,

    ClusterMiddleWidth_PhotonLoose     =  6,


    ClusterBackEnergyFraction_Photon = 7,


    // selection for tight photons

    ClusterHadronicLeakage_Photon =  10,

    ClusterMiddleEnergy_Photon    =  11,

    ClusterMiddleEratio37_Photon  =  12,

    ClusterMiddleEratio33_Photon  =  13,

    ClusterMiddleWidth_Photon     =  14,


    ClusterStripsEratio_Photon    =  15,

    ClusterStripsDeltaEmax2_Photon =  16,

    ClusterStripsDeltaE_Photon    = 17,

    ClusterStripsWtot_Photon      = 18,

    ClusterStripsFracm_Photon     = 19,

    ClusterStripsWeta1c_Photon    = 20,

    ClusterStripsDEmaxs1_Photon  = 21,


    TrackMatchEoverP_Photon       = 22,


    AmbiguityResolution_Photon    = 23,


    Isolation_Photon              = 29,

    ClusterIsolation_Photon       = 30,

    TrackIsolation_Photon         = 31

  };


  //

  // cut definition for electrons

  //

  const unsigned int HADLEAKETA_ELECTRON =

    0x1u << ClusterEtaRange_Electron        |

    0x1u << ClusterHadronicLeakage_Electron;

  const unsigned int CALOSTRIPS_ELECTRON =

    0x1u << ClusterStripsEratio_Electron     |

    0x1u << ClusterStripsDeltaEmax2_Electron |

    0x1u << ClusterStripsDeltaE_Electron     |

    0x1u << ClusterStripsWtot_Electron       |

    0x1u << ClusterStripsFracm_Electron      |

    0x1u << ClusterStripsWeta1c_Electron     |

    0x1u << ClusterStripsDEmaxs1_Electron    ;

  const unsigned int CALOSTRIPS_LOOSE_ELECTRON =

    0x1u << ClusterStripsWtot_Electron       |

    0x1u << ClusterStripsDEmaxs1_Electron    ;

  const unsigned int CALOMIDDLE_ELECTRON =

    0x1u << ClusterMiddleEnergy_Electron     |

    0x1u << ClusterMiddleEratio37_Electron   |

    0x1u << ClusterMiddleWidth_Electron     ;

  const unsigned int CALOBACK_ELECTRON =

    0x1u << ClusterBackEnergyFraction_Electron;


  const unsigned int CALORIMETRICISOLATION_ELECTRON =

    0x1u << ClusterIsolation_Electron ;


  const unsigned int CALO_ELECTRON = HADLEAKETA_ELECTRON | CALOSTRIPS_ELECTRON | CALOMIDDLE_ELECTRON | CALOBACK_ELECTRON;


  const unsigned int TRACKINGNOBLAYER_ELECTRON =

    0x1u << TrackPixel_Electron   |

    0x1u << TrackSi_Electron      |

    0x1u << TrackA0_Electron;

  const unsigned int TRACKINGLOOSE_ELECTRON =

    0x1u << TrackPixel_Electron   |

    0x1u << TrackSi_Electron;

  const unsigned int TRACKING_ELECTRON =

    TRACKINGNOBLAYER_ELECTRON |

    0x1u << TrackBlayer_Electron;

  const unsigned int TRACKMATCHDETA_ELECTRON =

    0x1u << TrackMatchEta_Electron;

  const unsigned int TRACKMATCHNOEOVERP_ELECTRON =

    0x1u << TrackMatchEta_Electron      |

    0x1u << TrackMatchPhi_Electron;

  const unsigned int TRACKMATCH_ELECTRON =

    0x1u << TrackMatchEta_Electron      |

    0x1u << TrackMatchPhi_Electron      |

    0x1u << TrackMatchEoverP_Electron  ;

  const unsigned int TRACKMATCHTIGHT_ELECTRON =

    0x1u << TrackMatchEtaTight_Electron      |

    0x1u << TrackA0Tight_Electron;

  const unsigned int TRACKMATCHDETATIGHT_ELECTRON =

    0x1u << TrackMatchEtaTight_Electron;

  const unsigned int CONVMATCH_ELECTRON =

    0x1u << ConversionMatch_Electron;


  const unsigned int TRT_ELECTRON =

    0x1u << TrackTRThits_Electron   |

    0x1u << TrackTRTratio_Electron;


  const unsigned int TRT_RATIO_ELECTRON =

    0x1u << TrackTRTratio_Electron;


  const unsigned int TRACKINGISOLATION_ELECTRON =

    0x1u << TrackIsolation_Electron;

  const unsigned int ISOLATION_ELECTRON =

    0x1u << Isolation_Electron ;

  const unsigned int CALOTRACKISOLATION_ELECTRON =

    CALORIMETRICISOLATION_ELECTRON | TRACKINGISOLATION_ELECTRON;


  const unsigned int ALLNOTRT_ELECTRON =

    TRACKING_ELECTRON | TRACKMATCH_ELECTRON | CALO_ELECTRON;

  const unsigned int ALL_ELECTRON =

    ALLNOTRT_ELECTRON | TRT_ELECTRON;


  // new ++ menus


  const unsigned int ElectronLoosePP =

    CALOMIDDLE_ELECTRON | HADLEAKETA_ELECTRON | CALOSTRIPS_LOOSE_ELECTRON |

    TRACKMATCHDETA_ELECTRON | TRACKINGLOOSE_ELECTRON;


  const unsigned int ElectronLoosePPIso =

    ElectronLoosePP |

    ISOLATION_ELECTRON;


  const unsigned int ElectronMediumPP =

    CALO_ELECTRON |

    TRACKING_ELECTRON |

    TRACKMATCHDETA_ELECTRON |

    TRT_RATIO_ELECTRON;


  const unsigned int ElectronMediumPPIso =

    ElectronMediumPP |

    ISOLATION_ELECTRON;


  const unsigned int ElectronTightPP =

    CALO_ELECTRON |

    TRACKING_ELECTRON |

    TRACKMATCH_ELECTRON |

    CONVMATCH_ELECTRON |

    TRT_ELECTRON;


  const unsigned int ElectronTightPPIso =

    ElectronTightPP |

    ISOLATION_ELECTRON;


  // definitions as in 16.6, but with outliers


  const unsigned int ElectronLoose =

    CALOMIDDLE_ELECTRON | HADLEAKETA_ELECTRON;


  const unsigned int ElectronLooseIso =

    ElectronLoose |

    ISOLATION_ELECTRON;


  const unsigned int ElectronMedium_WithoutTrackMatch =

    CALO_ELECTRON | TRACKINGNOBLAYER_ELECTRON;

  const unsigned int ElectronMediumIso_WithoutTrackMatch =

    ElectronMedium_WithoutTrackMatch |

    ISOLATION_ELECTRON;

  const unsigned int ElectronMedium_WithTrackMatch =

    CALO_ELECTRON | TRACKINGNOBLAYER_ELECTRON | TRACKMATCHDETA_ELECTRON;

  const unsigned int ElectronMediumIso_WithTrackMatch =

    ElectronMedium_WithTrackMatch |

    ISOLATION_ELECTRON;

  const unsigned int ElectronMedium = ElectronMedium_WithTrackMatch;

  const unsigned int ElectronMediumIso = ElectronMediumIso_WithTrackMatch;


  const unsigned int ElectronTight_WithoutTrackMatch =

    CALO_ELECTRON |

    TRACKING_ELECTRON |

    0x1u << TrackMatchEoverP_Electron |

    0x1u << TrackA0Tight_Electron |

    CONVMATCH_ELECTRON |

    TRT_ELECTRON ;


  const unsigned int ElectronTight_WithoutTrackMatch_NoConvCut =

    CALO_ELECTRON |

    TRACKING_ELECTRON |

    0x1u << TrackMatchEoverP_Electron |

    0x1u << TrackA0Tight_Electron |

    TRT_ELECTRON ;


  const unsigned int ElectronTightIso_WithoutTrackMatch =

    ElectronTight_WithoutTrackMatch |

    ISOLATION_ELECTRON;


  const unsigned int ElectronTight_WithTrackMatch =

    CALO_ELECTRON | TRACKING_ELECTRON | TRACKMATCH_ELECTRON |

    TRACKMATCHTIGHT_ELECTRON | CONVMATCH_ELECTRON | TRT_ELECTRON ;


  const unsigned int ElectronTight_WithTrackMatch_NoConvCut =

    CALO_ELECTRON | TRACKING_ELECTRON | TRACKMATCH_ELECTRON |

    TRACKMATCHTIGHT_ELECTRON | TRT_ELECTRON ;


  const unsigned int ElectronTightIso_WithTrackMatch =

    ElectronTight_WithTrackMatch |

    ISOLATION_ELECTRON;


  const unsigned int ElectronTight = ElectronTight_WithTrackMatch;

  const unsigned int ElectronTight_NoConvCut = ElectronTight_WithTrackMatch_NoConvCut;

  const unsigned int ElectronTightIso = ElectronTightIso_WithTrackMatch;


  const unsigned int ElectronTight_WithLooseEtaTrackMatch =

    CALO_ELECTRON |

    TRACKING_ELECTRON |

    TRACKMATCHDETA_ELECTRON |

    0x1u << TrackMatchEoverP_Electron |

    0x1u << TrackA0Tight_Electron |

    CONVMATCH_ELECTRON |

    TRT_ELECTRON ;


  const unsigned int ElectronTight_WithTightEtaTrackMatch =

    CALO_ELECTRON |

    TRACKING_ELECTRON |

    TRACKMATCHDETA_ELECTRON |

    TRACKMATCHTIGHT_ELECTRON |

    0x1u << TrackMatchEoverP_Electron |

    CONVMATCH_ELECTRON |

    TRT_ELECTRON ;


  const unsigned int ElectronTightIso_WithLooseEtaTrackMatch =

    ElectronTight_WithLooseEtaTrackMatch |

    ISOLATION_ELECTRON;


  const unsigned int ElectronTightIso_WithTightEtaTrackMatch =

    ElectronTight_WithTightEtaTrackMatch |

    ISOLATION_ELECTRON;


  //

  // for photon selection

  //

  const unsigned int HADLEAKETA_PHOTONLOOSE =

    0x1u << ClusterEtaRange_PhotonLoose  |

    0x1u << ClusterHadronicLeakage_PhotonLoose;

  const unsigned int HADLEAKETA_PHOTON =

    0x1u << ClusterEtaRange_Photon        |

    0x1u << ClusterHadronicLeakage_Photon;

  const unsigned int CALOMIDDLE_PHOTONLOOSE=

    0x1u << ClusterMiddleEnergy_PhotonLoose     |

    0x1u << ClusterMiddleEratio37_PhotonLoose   |

    0x1u << ClusterMiddleEratio33_PhotonLoose   |

    0x1u << ClusterMiddleWidth_PhotonLoose     ;

  const unsigned int CALOMIDDLE_PHOTON =

    0x1u << ClusterMiddleEnergy_Photon     |

    0x1u << ClusterMiddleEratio37_Photon   |

    0x1u << ClusterMiddleEratio33_Photon   |

    0x1u << ClusterMiddleWidth_Photon     ;

  const unsigned int CALOSTRIPS_PHOTON =

    0x1u << ClusterStripsEratio_Photon     |

    0x1u << ClusterStripsDeltaEmax2_Photon |

    0x1u << ClusterStripsDeltaE_Photon     |

    0x1u << ClusterStripsWtot_Photon       |

    0x1u << ClusterStripsFracm_Photon      |

    0x1u << ClusterStripsWeta1c_Photon     |

    0x1u << ClusterStripsDEmaxs1_Photon    ;


  const unsigned int CALOSTRIPS_PHOTONMEDIUM =

    0x1u << ClusterStripsDEmaxs1_Photon    ;


  const unsigned int CALORIMETRICISOLATION_PHOTON =

    0x1u << ClusterIsolation_Photon;

  const unsigned int CALO_PHOTON =

    HADLEAKETA_PHOTON | CALOSTRIPS_PHOTON | CALOMIDDLE_PHOTON;


  const unsigned int TRACKINGISOLATION_PHOTON =

    0x1u << TrackIsolation_Photon;

  const unsigned int ISOLATION_PHOTON =

    0x1u << Isolation_Photon ;

  const unsigned int CALOTRACKISOLATION_PHOTON =

    CALORIMETRICISOLATION_PHOTON | TRACKINGISOLATION_PHOTON;


  const unsigned int TRACKMATCH_PHOTON =

    0x1u << TrackMatchEoverP_Photon  ;


  const unsigned int AMBIGUITYRESOLVE_PHOTON =

    0x1u << AmbiguityResolution_Photon;


  const unsigned int PhotonLooseAR =

    CALOMIDDLE_PHOTONLOOSE | HADLEAKETA_PHOTONLOOSE | AMBIGUITYRESOLVE_PHOTON;

  const unsigned int PhotonLooseARIso = PhotonLooseAR | ISOLATION_PHOTON;


  const unsigned int PhotonMediumAR = PhotonLooseAR | CALOSTRIPS_PHOTONMEDIUM;


  const unsigned int PhotonTightAR = CALO_PHOTON | AMBIGUITYRESOLVE_PHOTON;

  const unsigned int PhotonTightARIso = PhotonTightAR | ISOLATION_PHOTON;


  const unsigned int PhotonLoose =

    CALOMIDDLE_PHOTONLOOSE | HADLEAKETA_PHOTONLOOSE;

  const unsigned int PhotonLooseIso = PhotonLoose | ISOLATION_PHOTON;


  const unsigned int PhotonMedium = PhotonLoose | CALOSTRIPS_PHOTONMEDIUM;


  const unsigned int PhotonTight = CALO_PHOTON ;

  const unsigned int PhotonTightIso = PhotonTight | ISOLATION_PHOTON;


  /*

    --variables:


    ["FIRST_ENG_DENS"] =1;

    ["ENG_FRAC_MAX"]   =2;

    ["LONGITUDINAL"]   =4;

    ["SECOND_LAMBDA"]  =8;

    ["LATERAL"]        =16;

    ["SECOND_R"]       =32;

    ["CENTER_LAMBDA"]  =64;


    --Flavors

    Tight: All avriables except First_ENG_DENS

    Loose: SECOND_LAMBDA, SECOND_R, CENTER_LAMBDA

  */


  const unsigned int frwdElectronTight = 126;

  const unsigned int frwdElectronLoose = 104;


  //

  // for object quality flags

  //


  enum BitDefOQ {

    DeadHVPS = 0,

    DeadHVS1S2S3Core = 1,

    DeadHVS1S2S3Edge = 2,


    NonNominalHVPS = 3,

    NonNominalHVS1S2S3 = 4,


    MissingFEBCellCore = 5,

    MissingFEBCellEdgePS = 6,

    MissingFEBCellEdgeS1 = 7,

    MissingFEBCellEdgeS2 = 8,

    MissingFEBCellEdgeS3 = 9,


    MaskedCellCore = 10,

    MaskedCellEdgePS = 11,

    MaskedCellEdgeS1 = 12,

    MaskedCellEdgeS2 = 13,

    MaskedCellEdgeS3 = 14,


    BadS1Core = 15,


    SporadicNoiseLowQCore = 16,

    SporadicNoiseLowQEdge = 17,


    HighQCore = 18,

    HighQEdge = 19,


    AffectedCellCore = 20,

    AffectedCellEdgePS = 21,

    AffectedCellEdgeS1 = 22,

    AffectedCellEdgeS2 = 23,

    AffectedCellEdgeS3 = 24,


    HECHighQ = 25,


    OutTime =26,


    LArQCleaning=27,

    DeadCellTileS0=28,

    DeadCellTileS1S2=29

  };


  const unsigned int BADCLUSELECTRON =

    0x1u << MaskedCellCore |

    0x1u << MissingFEBCellCore |

    0x1u << MissingFEBCellEdgeS1 |

    0x1u << MissingFEBCellEdgeS2 |

    0x1u << DeadHVS1S2S3Core |

    0x1u << DeadHVS1S2S3Edge ;


 const unsigned int BADCLUSPHOTON =

    0x1u << MaskedCellCore |

    0x1u << MissingFEBCellCore |

    0x1u << MissingFEBCellEdgeS1 |

    0x1u << MissingFEBCellEdgeS2 |

    0x1u << DeadHVS1S2S3Core |

    0x1u << DeadHVS1S2S3Edge |

    0x1u << BadS1Core;


  const unsigned int ALLOQ= 0xFFFFFFFF;


  //

  //

  //    BEWARE, OBSOLETE BELOW HERE.

  //    (only kept not to crash users who have not changed their code accordingly)

  //

  //


  // for electrons


  const unsigned int CALOSTRIPSOLD_ELECTRON =

    0x1u << ClusterStripsEratio_Electron     |

    0x1u << ClusterStripsDeltaEmax2_Electron |

    0x1u << ClusterStripsDeltaE_Electron     |

    0x1u << ClusterStripsWtot_Electron       |

    0x1u << ClusterStripsFracm_Electron      |

    0x1u << ClusterStripsWeta1c_Electron     ;


  const unsigned int TRT90_ELECTRON =

    0x1u << TrackTRThits_Electron   |

    0x1u << TrackTRTratio90_Electron;


  const unsigned int CALONOISOOLD_ELECTRON = HADLEAKETA_ELECTRON | CALOSTRIPSOLD_ELECTRON | CALOMIDDLE_ELECTRON ;

  const unsigned int CALOOLD_ELECTRON = CALONOISOOLD_ELECTRON | CALORIMETRICISOLATION_ELECTRON;


  const unsigned int ALLNOTRTOLD_ELECTRON =

    TRACKING_ELECTRON | TRACKMATCH_ELECTRON | CALOOLD_ELECTRON;

  const unsigned int ALLOLD_ELECTRON =

    ALLNOTRTOLD_ELECTRON | TRT_ELECTRON;


  // old definitions of cuts as in rel<15.2.0

  const unsigned int ElectronLooseOLD =

    CALOMIDDLE_ELECTRON | HADLEAKETA_ELECTRON;

  const unsigned int ElectronMediumOLD =

    CALOOLD_ELECTRON | TRACKINGNOBLAYER_ELECTRON | TRACKMATCHDETA_ELECTRON;

  const unsigned int ElectronMediumNoIsoOLD =

    CALONOISOOLD_ELECTRON | TRACKINGNOBLAYER_ELECTRON | TRACKMATCHDETA_ELECTRON;

  const unsigned int ElectronTightOLD =

    ALLOLD_ELECTRON;

  const unsigned int ElectronTightTRTNoIsoOLD =

    TRACKING_ELECTRON | TRACKMATCH_ELECTRON | CALONOISOOLD_ELECTRON | TRT90_ELECTRON ;

  const unsigned int ElectronTightNoIsolationOLD = ElectronTightTRTNoIsoOLD;


  const unsigned int ElectronMediumNoIso = ElectronMedium;


  const unsigned int ElectronTightTRTNoIso = ElectronTight;

  const unsigned int ElectronTightNoIsolation = ElectronTight;


  // for photons

  const unsigned int CALOSTRIPSOLD_PHOTON =

    0x1u << ClusterStripsEratio_Photon     |

    0x1u << ClusterStripsDeltaEmax2_Photon |

    0x1u << ClusterStripsDeltaE_Photon     |

    0x1u << ClusterStripsWtot_Photon       |

    0x1u << ClusterStripsFracm_Photon      |

    0x1u << ClusterStripsWeta1c_Photon     ;


  const unsigned int CALONOISOOLD_PHOTON =

    HADLEAKETA_PHOTON | CALOSTRIPSOLD_PHOTON | CALOMIDDLE_PHOTON ;


  const unsigned int PhotonTightOLD =

    CALONOISOOLD_PHOTON | CALORIMETRICISOLATION_PHOTON;


  const unsigned int ElectronTightRobust = ElectronTight_WithLooseEtaTrackMatch;


  enum BitDef {

    // Cluster based egamma

    ClusterEtaRange        =  0,

    ClusterHadronicLeakage =  1,

    ClusterMiddleEnergy    =  4,

    ClusterMiddleEratio37  =  5,

    ClusterMiddleEratio33  =  6,

    ClusterMiddleWidth     =  7,

    ClusterStripsEratio    =  8,

    ClusterStripsDeltaEmax2=  9,

    ClusterStripsDeltaE    = 10,

    ClusterStripsWtot      = 11,

    ClusterStripsFracm     = 12,

    ClusterStripsWeta1c    = 13,

    ClusterIsolation       = 14,

    ClusterStripsDEmaxs1  = 15,

    //Track based egamma

    TrackBlayer            = 16,

    TrackPixel             = 17,

    TrackSi                = 18,

    TrackA0                = 19,

    TrackMatchEta          = 20,

    TrackMatchPhi          = 21,

    TrackMatchEoverP       = 22,

    TrackTRThits           = 24,

    TrackTRTratio          = 25,

    TrackTRTratio90        = 26,

    TrackIsolation       = 27

  };

  //

  // old definition of cut bits, kept only not break codes

  // It has to be used on "old" AODs produced with "rel 14"

  //

  const unsigned int HADLEAKETA =

    0x1u << ClusterEtaRange        |

    0x1u << ClusterHadronicLeakage;

  const unsigned int CALOSTRIPSOLD=

    0x1u << ClusterStripsEratio     |

    0x1u << ClusterStripsDeltaEmax2 |

    0x1u << ClusterStripsDeltaE     |

    0x1u << ClusterStripsWtot       |

    0x1u << ClusterStripsFracm      |

    0x1u << ClusterStripsWeta1c     ;

  const unsigned int CALOSTRIPS=

    0x1u << ClusterStripsEratio     |

    0x1u << ClusterStripsDeltaEmax2 |

    0x1u << ClusterStripsDeltaE     |

    0x1u << ClusterStripsWtot       |

    0x1u << ClusterStripsFracm      |

    0x1u << ClusterStripsWeta1c     |

    0x1u << ClusterStripsDEmaxs1    ;

  const unsigned int CALOMIDDLE=

    0x1u << ClusterMiddleEnergy     |

    0x1u << ClusterMiddleEratio37   |

    0x1u << ClusterMiddleEratio33   |

    0x1u << ClusterMiddleWidth     ;

  const unsigned int CALOISO = 0x1 << ClusterIsolation ;

  const unsigned int CALONOISOOLD = HADLEAKETA | CALOSTRIPSOLD | CALOMIDDLE ;

  const unsigned int CALONOISO = HADLEAKETA | CALOSTRIPS | CALOMIDDLE ;

  const unsigned int CALOOLD = CALONOISOOLD | CALOISO ;

  const unsigned int CALO = CALONOISO | CALOISO ;


  const unsigned int TRACKINGNOBLAYER =

    0x1u << TrackPixel   |

    0x1u << TrackSi      |

    0x1u << TrackA0     ;

  const unsigned int TRACKING = TRACKINGNOBLAYER |  0x1 << TrackBlayer;

  const unsigned int TRACKMATCHDETA =

    0x1u << TrackMatchEta;

  const unsigned int TRACKMATCH =

    0x1u << TrackMatchEta      |

    0x1u << TrackMatchPhi      |

    0x1u << TrackMatchEoverP  ;

  const unsigned int TRACKMATCHNOEOVERP =

    0x1u << TrackMatchEta      |

    0x1u << TrackMatchPhi     ;

  const unsigned int TRT =

    0x1u << TrackTRThits   |

    0x1u << TrackTRTratio ;

  const unsigned int TRT90 =

    0x1u << TrackTRThits   |

    0x1u << TrackTRTratio90 ;

  const unsigned int TRACKISO = 0x1u << TrackIsolation;

  const unsigned int ALLNOTRT= TRACKING | TRACKMATCH | CALO;

  const unsigned int ALLNOTRTOLD= TRACKING | TRACKMATCH | CALOOLD;

  //const unsigned int ALL= ALLNOTRT | TRT;

  const unsigned int ALL= 0xFFFFFFFF;

  const unsigned int ALLOLD= ALLNOTRTOLD | TRT;


  // old definitions of cuts as for AODS in rel<15.2.0

  const unsigned int ElectronLooseOLDRel = CALOMIDDLE | HADLEAKETA;

  const unsigned int ElectronMediumOLDRel = CALOOLD | TRACKINGNOBLAYER | TRACKMATCHDETA;

  const unsigned int ElectronMediumNoIsoOLDRel = CALONOISOOLD | TRACKINGNOBLAYER | TRACKMATCHDETA ;

  const unsigned int ElectronTightOLDRel = ALLOLD;

  const unsigned int ElectronTightTRTNoIsoOLDRel = TRACKING | TRACKMATCH | CALONOISOOLD | TRT90 ;

  const unsigned int ElectronTightNoIsolationOLDRel = ElectronTightTRTNoIsoOLDRel;


  const unsigned int PhotonTightOLDRel = CALOOLD;


}


#endif // EGAMMAREC_EGAMMAPIDDEFS_H