d6/dd4/TauCommonDetailsCnv__p2_8cxx_source.html

/*

  Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration

*/


#include "tauEvent/TauCommonDetails.h"

#include "TrkEventTPCnv/VxVertex/RecVertexCnv_p1.h"

#include "EventCommonTPCnv/HepLorentzVector_p1.h"

#include "EventCommonTPCnv/HepLorentzVectorCnv_p1.h"

#include "DataModelAthenaPool/ElementLinkCnv_p1.h"

#include "DataModelAthenaPool/ElementLinkVectorCnv_p1.h"

#include "tauEventTPCnv/TauCommonDetailsCnv_p2.h"


//Pre allocate converters

static const HepLorentzVectorCnv_p1 hepLorentzVectorCnv;

static const ElementLinkVectorCnv_p1<ElementLinkVector<Rec::TrackParticleContainer> > tracksCnv;

static const ElementLinkVectorCnv_p1<ElementLinkVector<Rec::TrackParticleContainer> > conversionTracksCnv;

static const ElementLinkVectorCnv_p1<ElementLinkVector<Rec::TrackParticleContainer> > seedCalo_wideTrkCnv;

static const ElementLinkVectorCnv_p1<ElementLinkVector<Rec::TrackParticleContainer> > seedTrk_wideTrkCnv;

static const ElementLinkVectorCnv_p1<ElementLinkVector<Rec::TrackParticleContainer> > otherTrkCnv;

static const ElementLinkCnv_p1<ElementLink<CaloClusterContainer> > clusterCnv;

static const ElementLinkVectorCnv_p1<ElementLinkVector<CaloClusterContainer> > clusterVectCnv;


TauCommonDetailsCnv_p2::TauCommonDetailsCnv_p2()

    :  T_AthenaPoolTPPolyCnvBase<Analysis::TauDetails,

    Analysis::TauCommonDetails,

    TauCommonDetails_p2>(),

    m_recVertexCnv(0)

{}


TauCommonDetailsCnv_p2::~TauCommonDetailsCnv_p2(){}


void TauCommonDetailsCnv_p2::persToTrans(

        const TauCommonDetails_p2 *pers,

        Analysis::TauCommonDetails *trans,

        MsgStream &msg ) {


    std::vector<float>::const_iterator i=pers->m_allTheData.begin();

    int first = (int)((*i)*1e-5);

    int second = ((int)(*i)) % 100000;

    ++i;

    trans->setSeedTrk_etChrgEM01Trk (i, i+first);

    i+=first;

    trans->setSeedTrk_etResChrgEMTrk (i, i+second);

    i+=second;


    trans->setIpZ0SinThetaSigLeadTrk          (*i++);

    trans->setEtOverPtLeadTrk                 (*i++);

    trans->setEtOverPtLeadLooseTrk            (*i++);

    trans->setLeadTrkPt                       (*i++);

    trans->setLeadLooseTrkPt                  (*i++);

    trans->setIpSigLeadTrk                    (*i++);

    trans->setIpSigLeadLooseTrk               (*i++);

    trans->setChrgLooseTrk                    (*i++);

    trans->setMassTrkSys                      (*i++);

    trans->setTrkWidth2                       (*i++);

    trans->setTrFlightPathSig                 (*i++);

    trans->setEtEflow                         (*i++);

    trans->setMEflow                          (*i++);

    trans->setEle_E237E277                    (*i++);

    trans->setEle_PresamplerFraction          (*i++);

    trans->setEle_ECALFirstFraction           (*i++);

    trans->setSeedCalo_nIsolLooseTrk          (*i++);

    trans->setSeedCalo_EMRadius               (*i++);

    trans->setSeedCalo_hadRadius              (*i++);

    trans->setSeedCalo_etEMAtEMScale          (*i++);

    trans->setSeedCalo_etHadAtEMScale         (*i++);

    trans->setSeedCalo_isolFrac               (*i++);

    trans->setSeedCalo_centFrac               (*i++);

    trans->setSeedCalo_stripWidth2            (*i++);

    trans->setSeedCalo_etEMCalib              (*i++);

    trans->setSeedCalo_etHadCalib             (*i++);

    trans->setSeedCalo_eta                    (*i++);

    trans->setSeedCalo_phi                    (*i++);

    trans->setSeedCalo_trkAvgDist             (*i++);

    trans->setSeedCalo_trkRmsDist             (*i++);

    trans->setSeedTrk_EMRadius                (*i++);

    trans->setSeedTrk_isolFrac                (*i++);

    trans->setSeedTrk_etChrgHadOverSumTrkPt   (*i++);

    trans->setSeedTrk_isolFracWide            (*i++);

    trans->setSeedTrk_etHadAtEMScale          (*i++);

    trans->setSeedTrk_etEMAtEMScale           (*i++);

    trans->setSeedTrk_etEMCL                  (*i++);

    trans->setSeedTrk_etChrgEM                (*i++);

    trans->setSeedTrk_etNeuEM                 (*i++);

    trans->setSeedTrk_etResNeuEM              (*i++);

    trans->setSeedTrk_hadLeakEt               (*i++);

    trans->setSeedTrk_sumEMCellEtOverLeadTrkPt(*i++);

    trans->setSeedTrk_secMaxStripEt           (*i++);

    trans->setSeedTrk_stripWidth2             (*i++);

    trans->setSeedTrk_etChrgHad               (*i++);

    trans->setSeedTrk_etIsolEM                (*i++);

    trans->setSeedTrk_etIsolHad               (*i++);


    union toConv {int i; float f;} m;

    m.f = (*i++); trans->setSeedCalo_nStrip       (m.i);

    m.f = (*i++); trans->setSeedTrk_nStrip        (m.i);

    m.f = (*i++); trans->setSeedTrk_nOtherCoreTrk (m.i);

    m.f = (*i++); trans->setSeedTrk_nIsolTrk      (m.i);


    if (i < pers->m_allTheData.end()) {

        trans->setNumCells                        (static_cast<unsigned int>((*i++)));

        trans->setNumTopoClusters                 (static_cast<unsigned int>((*i++)));

        trans->setNumEffTopoClusters              (*i++);

        trans->setTopoInvMass                     (*i++);

        trans->setEffTopoInvMass                  (*i++);

        trans->setTopoMeanDeltaR                  (*i++);

        trans->setEffTopoMeanDeltaR               (*i++);

    }


    if (i < pers->m_allTheData.end())

    {

        trans->set_EM_TES_scale                   (*i++);

        trans->set_LC_TES_precalib                (*i++);

        trans->setSeedCalo_lead2ClusterEOverAllClusterE  (*i++);

        trans->setSeedCalo_lead3ClusterEOverAllClusterE (*i++);

        trans->setSeedCalo_caloIso                 (*i++);

        trans->setSeedCalo_caloIsoCorrected        (*i++);

        trans->setSeedCalo_dRmax                   (*i++);

    }

    else {

        trans->set_EM_TES_scale                    (0);

        trans->set_LC_TES_precalib                 (0);

        trans->setSeedCalo_lead2ClusterEOverAllClusterE (0);

        trans->setSeedCalo_lead3ClusterEOverAllClusterE (0);

        trans->setSeedCalo_caloIso                 (0);

        trans->setSeedCalo_caloIsoCorrected        (0);

        trans->setSeedCalo_dRmax                   (0);

    }


    if (i < pers->m_allTheData.end())

    {

    trans->setCellBasedEnergyRing1         (*i++);

    trans->setCellBasedEnergyRing2         (*i++);

    trans->setCellBasedEnergyRing3         (*i++);

    trans->setCellBasedEnergyRing4         (*i++);

    trans->setCellBasedEnergyRing5         (*i++);

    trans->setCellBasedEnergyRing6         (*i++);

    trans->setCellBasedEnergyRing7         (*i++);

        trans->setTRT_NHT_OVER_NLT                (*i++);

    }

    else {

        trans->setCellBasedEnergyRing1         (0);

        trans->setCellBasedEnergyRing2         (0);

        trans->setCellBasedEnergyRing3         (0);

        trans->setCellBasedEnergyRing4         (0);

        trans->setCellBasedEnergyRing5         (0);

        trans->setCellBasedEnergyRing6         (0);

        trans->setCellBasedEnergyRing7         (0);

        trans->setTRT_NHT_OVER_NLT                (0);

    }

    if (i < pers->m_allTheData.end())

    {

        trans->setTauJetVtxFraction                (*i++);

    }

    else {

        trans->setTauJetVtxFraction                (0);

    }


    assert (i <= pers->m_allTheData.end());


    tracksCnv.persToTrans( &pers->m_looseTrk, &trans->looseTrk(), msg );

    conversionTracksCnv.persToTrans( &pers->m_looseConvTrk, &trans->looseConvTrk(),msg );

    seedCalo_wideTrkCnv.persToTrans( &pers->m_seedCalo_wideTrk, &trans->seedCalo_wideTrk(),msg );

    seedTrk_wideTrkCnv.persToTrans( &pers->m_seedTrk_wideTrk, &trans->seedTrk_wideTrk(),msg );

    otherTrkCnv.persToTrans( &pers->m_otherTrk, &trans->otherTrk(),msg );

    clusterCnv.persToTrans( &pers->m_cellEM012Cluster, &trans->cellEM012ClusterLink(), msg );

    CLHEP::HepLorentzVector sumPi0Vec;

    hepLorentzVectorCnv.persToTrans( &pers->m_sumPi0Vec, &sumPi0Vec,msg);

    trans->setSumPi0Vec (sumPi0Vec);

    trans->setSecVtx (createTransFromPStore( &m_recVertexCnv, pers->m_secVtx, msg));

    clusterVectCnv.persToTrans( &pers->m_pi0, &trans->pi0LinkVec(),msg );

}


void TauCommonDetailsCnv_p2::transToPers(

        const Analysis::TauCommonDetails *trans,

        TauCommonDetails_p2 *pers, MsgStream &msg ) {


    float sizeToWrite=trans->seedTrk_etChrgEM01TrkVector().size() * 100000 +

      trans->seedTrk_etResChrgEMTrkVector().size();


    // 49 floats + one sizeToWrite + 6 ints = 56

    // +2+5 new variables (floats) = 63

    // +7 new variables = 70

    // +1 new variable = 71

    // +1 new variable = 72

    pers->m_allTheData.reserve(72 + trans->seedTrk_etChrgEM01TrkVector().size() +

                               trans->seedTrk_etResChrgEMTrkVector().size());


    pers->m_allTheData.push_back(sizeToWrite);


    std::copy(trans->seedTrk_etChrgEM01TrkVector().begin(),

              trans->seedTrk_etChrgEM01TrkVector().end(),

              std::back_inserter(pers->m_allTheData));

    std::copy(trans->seedTrk_etResChrgEMTrkVector().begin(),

              trans->seedTrk_etResChrgEMTrkVector().end(),

              std::back_inserter(pers->m_allTheData));


    pers->m_allTheData.push_back(trans->ipZ0SinThetaSigLeadTrk());

    pers->m_allTheData.push_back(trans->etOverPtLeadTrk());

    pers->m_allTheData.push_back(trans->etOverPtLeadLooseTrk());

    pers->m_allTheData.push_back(trans->leadTrkPt());

    pers->m_allTheData.push_back(trans->leadLooseTrkPt());

    pers->m_allTheData.push_back(trans->ipSigLeadTrk());

    pers->m_allTheData.push_back(trans->ipSigLeadLooseTrk());

    pers->m_allTheData.push_back(trans->chrgLooseTrk());

    pers->m_allTheData.push_back(trans->massTrkSys());

    pers->m_allTheData.push_back(trans->trkWidth2());

    pers->m_allTheData.push_back(trans->trFlightPathSig());

    pers->m_allTheData.push_back(trans->etEflow());

    pers->m_allTheData.push_back(trans->mEflow());

    pers->m_allTheData.push_back(trans->ele_E237E277());

    pers->m_allTheData.push_back(trans->ele_PresamplerFraction());

    pers->m_allTheData.push_back(trans->ele_ECALFirstFraction());

    pers->m_allTheData.push_back(trans->seedCalo_nIsolLooseTrk());

    pers->m_allTheData.push_back(trans->seedCalo_EMRadius());

    pers->m_allTheData.push_back(trans->seedCalo_hadRadius());

    pers->m_allTheData.push_back(trans->seedCalo_etEMAtEMScale());

    pers->m_allTheData.push_back(trans->seedCalo_etHadAtEMScale());

    pers->m_allTheData.push_back(trans->seedCalo_isolFrac());

    pers->m_allTheData.push_back(trans->seedCalo_centFrac());

    pers->m_allTheData.push_back(trans->seedCalo_stripWidth2());

    pers->m_allTheData.push_back(trans->seedCalo_etEMCalib());

    pers->m_allTheData.push_back(trans->seedCalo_etHadCalib());

    pers->m_allTheData.push_back(trans->seedCalo_eta());

    pers->m_allTheData.push_back(trans->seedCalo_phi());

    pers->m_allTheData.push_back(trans->seedCalo_trkAvgDist());

    pers->m_allTheData.push_back(trans->seedCalo_trkRmsDist());

    pers->m_allTheData.push_back(trans->seedTrk_EMRadius());

    pers->m_allTheData.push_back(trans->seedTrk_isolFrac());

    pers->m_allTheData.push_back(trans->seedTrk_etChrgHadOverSumTrkPt());

    pers->m_allTheData.push_back(trans->seedTrk_isolFracWide());

    pers->m_allTheData.push_back(trans->seedTrk_etHadAtEMScale());

    pers->m_allTheData.push_back(trans->seedTrk_etEMAtEMScale());

    pers->m_allTheData.push_back(trans->seedTrk_etEMCL());

    pers->m_allTheData.push_back(trans->seedTrk_etChrgEM());

    pers->m_allTheData.push_back(trans->seedTrk_etNeuEM());

    pers->m_allTheData.push_back(trans->seedTrk_etResNeuEM());

    pers->m_allTheData.push_back(trans->seedTrk_hadLeakEt());

    pers->m_allTheData.push_back(trans->seedTrk_sumEMCellEtOverLeadTrkPt());

    pers->m_allTheData.push_back(trans->seedTrk_secMaxStripEt());

    pers->m_allTheData.push_back(trans->seedTrk_stripWidth2());

    pers->m_allTheData.push_back(trans->seedTrk_etChrgHad());

    pers->m_allTheData.push_back(trans->seedTrk_etIsolEM());

    pers->m_allTheData.push_back(trans->seedTrk_etIsolHad());

    union toConv {int i; float f;} m;

    m.i= trans->seedCalo_nStrip(); pers->m_allTheData.push_back(m.f);

    m.i= trans->seedTrk_nStrip(); pers->m_allTheData.push_back(m.f);

    m.i= trans->seedTrk_nOtherCoreTrk(); pers->m_allTheData.push_back(m.f);

    m.i= trans->seedTrk_nIsolTrk(); pers->m_allTheData.push_back(m.f);


    pers->m_allTheData.push_back(trans->numCells());

    pers->m_allTheData.push_back(trans->numTopoClusters());

    pers->m_allTheData.push_back(trans->numEffTopoClusters());

    pers->m_allTheData.push_back(trans->topoInvMass());

    pers->m_allTheData.push_back(trans->effTopoInvMass());

    pers->m_allTheData.push_back(trans->topoMeanDeltaR());

    pers->m_allTheData.push_back(trans->effTopoMeanDeltaR());


    pers->m_allTheData.push_back(trans->EM_TES_scale());

    pers->m_allTheData.push_back(trans->LC_TES_precalib());


    pers->m_allTheData.push_back(trans->seedCalo_lead2ClusterEOverAllClusterE());

    pers->m_allTheData.push_back(trans->seedCalo_lead3ClusterEOverAllClusterE());

    pers->m_allTheData.push_back(trans->seedCalo_caloIso());

    pers->m_allTheData.push_back(trans->seedCalo_caloIsoCorrected());

    pers->m_allTheData.push_back(trans->seedCalo_dRmax());

    pers->m_allTheData.push_back(trans->cellBasedEnergyRing1());

    pers->m_allTheData.push_back(trans->cellBasedEnergyRing2());

    pers->m_allTheData.push_back(trans->cellBasedEnergyRing3());

    pers->m_allTheData.push_back(trans->cellBasedEnergyRing4());

    pers->m_allTheData.push_back(trans->cellBasedEnergyRing5());

    pers->m_allTheData.push_back(trans->cellBasedEnergyRing6());

    pers->m_allTheData.push_back(trans->cellBasedEnergyRing7());

    pers->m_allTheData.push_back(trans->TRT_NHT_OVER_NLT());


    pers->m_allTheData.push_back(trans->TauJetVtxFraction());


    tracksCnv.transToPers( &trans->looseTrk(), &pers->m_looseTrk, msg );

    conversionTracksCnv.transToPers( &trans->looseConvTrk(), &pers->m_looseConvTrk, msg );

    seedCalo_wideTrkCnv.transToPers( &trans->seedCalo_wideTrk(), &pers->m_seedCalo_wideTrk, msg );

    seedTrk_wideTrkCnv.transToPers( &trans->seedTrk_wideTrk(), &pers->m_seedTrk_wideTrk, msg );

    otherTrkCnv.transToPers( &trans->otherTrk(), &pers->m_otherTrk, msg );

    clusterCnv.transToPers( &trans->cellEM012ClusterLink(), &pers->m_cellEM012Cluster, msg );

    hepLorentzVectorCnv.transToPers( &trans->sumPi0Vec(), &pers->m_sumPi0Vec, msg );

    pers->m_secVtx = toPersistent(  &m_recVertexCnv, trans->secVtx(),msg);

    clusterVectCnv.transToPers( &trans->pi0LinkVec(),   &pers->m_pi0, msg );


}


ElementLinkCnv_p1.h
This file contains the class definition for the ElementLinkCnv_p1 class.

ElementLinkVectorCnv_p1.h
This file contains the class definition for the ElementLinkVectorCnv_p1 class.

HepLorentzVectorCnv_p1.h

HepLorentzVector_p1.h

clusterCnv
static const ClusterLinkCnv_t clusterCnv
Definition MuonCnv_p1.cxx:40

RecVertexCnv_p1.h

T_AthenaPoolTPPolyCnvBase
TPPolyCnvBase< TRANS_BASE, TRANS, PERS > T_AthenaPoolTPPolyCnvBase
Definition T_AthenaPoolTPConverter.h:38

clusterVectCnv
static const ElementLinkVectorCnv_p1< ElementLinkVector< CaloClusterContainer > > clusterVectCnv
Converter for cluster vector.
Definition Tau1P3PDetailsCnv_p1.cxx:31

hepLorentzVectorCnv
static const HepLorentzVectorCnv_p1 hepLorentzVectorCnv
Converter for Hep lorentz vector.
Definition Tau1P3PDetailsCnv_p1.cxx:34

tracksCnv
static const ElementLinkVectorCnv_p1< ElementLinkVector< Rec::TrackParticleContainer > > tracksCnv
Definition TauCommonDetailsCnv_p1.cxx:30

conversionTracksCnv
static const ElementLinkVectorCnv_p1< ElementLinkVector< Rec::TrackParticleContainer > > conversionTracksCnv
Definition TauCommonDetailsCnv_p1.cxx:32

otherTrkCnv
static const ElementLinkVectorCnv_p1< ElementLinkVector< Rec::TrackParticleContainer > > otherTrkCnv
Definition TauCommonDetailsCnv_p2.cxx:30

seedTrk_wideTrkCnv
static const ElementLinkVectorCnv_p1< ElementLinkVector< Rec::TrackParticleContainer > > seedTrk_wideTrkCnv
Definition TauCommonDetailsCnv_p2.cxx:29

seedCalo_wideTrkCnv
static const ElementLinkVectorCnv_p1< ElementLinkVector< Rec::TrackParticleContainer > > seedCalo_wideTrkCnv
Definition TauCommonDetailsCnv_p2.cxx:28

TauCommonDetailsCnv_p2.h

TauCommonDetails.h
Declaration of details class for tau event.

Analysis::TauCommonDetails
Basic detail class containing information for track and calo seeded tau reconstruction algorithms.
Definition TauCommonDetails.h:38

Analysis::TauCommonDetails::seedTrk_isolFrac
double seedTrk_isolFrac() const
Get the isolation fraction.

Analysis::TauCommonDetails::setLeadTrkPt
void setLeadTrkPt(double pt)
Set leading track p_T.

Analysis::TauCommonDetails::topoMeanDeltaR
double topoMeanDeltaR() const
get mean distance to leading topocluster for topoclusters of jet associated to tau candidate

Analysis::TauCommonDetails::numTopoClusters
unsigned int numTopoClusters() const
get number of topocluster constituents of jet associated to tau candidate

Analysis::TauCommonDetails::seedCalo_lead2ClusterEOverAllClusterE
double seedCalo_lead2ClusterEOverAllClusterE() const
Get sum of 2 leading cluster energy over all cluster energy.

Analysis::TauCommonDetails::topoInvMass
double topoInvMass() const
get invariant mass from topoclusters of jet associated to tau candidate

Analysis::TauCommonDetails::setSeedCalo_nStrip
void setSeedCalo_nStrip(int nStrip)
Set number of strips.

Analysis::TauCommonDetails::seedCalo_wideTrk
const Rec::TrackParticle * seedCalo_wideTrk(unsigned int i) const
Get seedCalo wide track.

Analysis::TauCommonDetails::seedTrk_etNeuEM
double seedTrk_etNeuEM() const
Get E_T of neutral EM cells.

Analysis::TauCommonDetails::seedCalo_caloIso
double seedCalo_caloIso() const
Get sum of transvers energy of clusters around jet seed within 0.2 < dR < 0.4.

Analysis::TauCommonDetails::seedTrk_etChrgEM
double seedTrk_etChrgEM() const
Get E_T of charged EM cells.

Analysis::TauCommonDetails::seedTrk_wideTrk
const Rec::TrackParticle * seedTrk_wideTrk(unsigned int i) const
Get seedTrk wide track.

Analysis::TauCommonDetails::setSeedCalo_etEMAtEMScale
void setSeedCalo_etEMAtEMScale(double energy)
Set EM energy at EM scale.

Analysis::TauCommonDetails::etOverPtLeadTrk
double etOverPtLeadTrk() const
Get leading E_T to p_T ratio.

Analysis::TauCommonDetails::seedTrk_etResNeuEM
double seedTrk_etResNeuEM() const
Get eflow correction term.

Analysis::TauCommonDetails::setSeedTrk_nOtherCoreTrk
void setSeedTrk_nOtherCoreTrk(int n)
Set number of other tracks.

Analysis::TauCommonDetails::setSeedCalo_dRmax
void setSeedCalo_dRmax(double dRmax)
Set maximal dR of tracks associated to calo-seeded tau.

Analysis::TauCommonDetails::chrgLooseTrk
double chrgLooseTrk() const
Get chrg of loose tracks.

Analysis::TauCommonDetails::set_EM_TES_scale
void set_EM_TES_scale(double value)
set EM+TES final scale

Analysis::TauCommonDetails::setIpSigLeadTrk
void setIpSigLeadTrk(double significance)
Set impact parameter significance.

Analysis::TauCommonDetails::setMassTrkSys
void setMassTrkSys(double mass)
Set track system invariant mass.

Analysis::TauCommonDetails::setSeedTrk_etChrgEM
void setSeedTrk_etChrgEM(double et)
Set E_T of charged EM cells.

Analysis::TauCommonDetails::seedCalo_stripWidth2
double seedCalo_stripWidth2() const
Get strip width ^2.

Analysis::TauCommonDetails::secVtx
const Trk::RecVertex * secVtx() const
Get secondary vertex.

Analysis::TauCommonDetails::seedCalo_etEMAtEMScale
double seedCalo_etEMAtEMScale() const
Get EM energy at EM scale.

Analysis::TauCommonDetails::setSeedTrk_etIsolHad
void setSeedTrk_etIsolHad(double etIsolHad)
Set transverse energy in EM calo.

Analysis::TauCommonDetails::setEtOverPtLeadTrk
void setEtOverPtLeadTrk(double ratio)
Set leading E_T to p_T ratio.

Analysis::TauCommonDetails::setCellBasedEnergyRing1
void setCellBasedEnergyRing1(double value)

Analysis::TauCommonDetails::ele_PresamplerFraction
double ele_PresamplerFraction() const
get fraction of EM cluster energy in presampler

Analysis::TauCommonDetails::setSeedCalo_trkAvgDist
void setSeedCalo_trkAvgDist(double trkAvgDist)
Set average track distance to calorimeter seed.

Analysis::TauCommonDetails::setEtOverPtLeadLooseTrk
void setEtOverPtLeadLooseTrk(double ratio)
Set E_t to p_T ratio for rau candidate leading loose track.

Analysis::TauCommonDetails::EM_TES_scale
double EM_TES_scale() const
EM+TES final scale.

Analysis::TauCommonDetails::setTrkWidth2
void setTrkWidth2(double trkWidth2)
Set track width ^2.

Analysis::TauCommonDetails::seedTrk_EMRadius
double seedTrk_EMRadius() const
Get EM radius.

Analysis::TauCommonDetails::seedCalo_phi
double seedCalo_phi() const
Get phi of TauJet calculated from calorimeter.

Analysis::TauCommonDetails::setEffTopoInvMass
void setEffTopoInvMass(double value)
set invariant mass from effective topoclusters of jet associated to tau candidate

Analysis::TauCommonDetails::setTopoInvMass
void setTopoInvMass(double value)
set invariant mass from topoclusters of jet associated to tau candidate

Analysis::TauCommonDetails::setSeedCalo_centFrac
void setSeedCalo_centFrac(double centFrac)
Set centrality fraction.

Analysis::TauCommonDetails::setSeedTrk_etEMAtEMScale
void setSeedTrk_etEMAtEMScale(double et)
Set hadronic E_T at EM scale.

Analysis::TauCommonDetails::setSeedTrk_etChrgEM01Trk
void setSeedTrk_etChrgEM01Trk(unsigned int i, double et)
Set transverse energy around track.

Analysis::TauCommonDetails::setSeedTrk_secMaxStripEt
void setSeedTrk_secMaxStripEt(double et)
Set hadronic leakage in Et summed over cells.

Analysis::TauCommonDetails::seedTrk_secMaxStripEt
double seedTrk_secMaxStripEt() const
Get hadronic leakage in Et summed over cells.

Analysis::TauCommonDetails::TauJetVtxFraction
double TauJetVtxFraction() const
Tau Jet Vertex Fraction.

Analysis::TauCommonDetails::setSeedTrk_etIsolEM
void setSeedTrk_etIsolEM(double etIsolEM)
Set transverse energy in EM calo.

Analysis::TauCommonDetails::setSeedTrk_isolFracWide
void setSeedTrk_isolFracWide(double fraction)
Set wide solation fraction.

Analysis::TauCommonDetails::setSeedTrk_stripWidth2
void setSeedTrk_stripWidth2(double stripWidth2)
Set the strip width ^2.

Analysis::TauCommonDetails::looseConvTrk
const Rec::TrackParticle * looseConvTrk(unsigned int i) const
Get loose track.

Analysis::TauCommonDetails::seedTrk_etHadAtEMScale
double seedTrk_etHadAtEMScale() const
Get hadronic E_T at EM scale.

Analysis::TauCommonDetails::seedTrk_nStrip
int seedTrk_nStrip() const
Get the number of strip cells.

Analysis::TauCommonDetails::seedTrk_stripWidth2
double seedTrk_stripWidth2() const
Get the strip width ^2.

Analysis::TauCommonDetails::seedTrk_etIsolHad
double seedTrk_etIsolHad() const
Get transverse energy in Had calo.

Analysis::TauCommonDetails::setCellBasedEnergyRing2
void setCellBasedEnergyRing2(double value)

Analysis::TauCommonDetails::setSeedTrk_etNeuEM
void setSeedTrk_etNeuEM(double et)
Set E_T of neutral EM cells.

Analysis::TauCommonDetails::trkWidth2
double trkWidth2() const
Get track width ^2.

Analysis::TauCommonDetails::seedTrk_etChrgHad
double seedTrk_etChrgHad() const
Get charged E_T in hadronic calorimeter.

Analysis::TauCommonDetails::seedTrk_nIsolTrk
int seedTrk_nIsolTrk() const
Get number of isolated tracks.

Analysis::TauCommonDetails::setSeedTrk_etEMCL
void setSeedTrk_etEMCL(double et)
Set E_T of pure EM cells.

Analysis::TauCommonDetails::setNumTopoClusters
void setNumTopoClusters(unsigned int value)
set number of topocluster constituents of jet associated to tau candidate

Analysis::TauCommonDetails::setSeedCalo_lead3ClusterEOverAllClusterE
void setSeedCalo_lead3ClusterEOverAllClusterE(double lead3ClusterEOverAllClusterE)
Set sum of 3 leading cluster energy over all cluster energy.

Analysis::TauCommonDetails::setCellBasedEnergyRing6
void setCellBasedEnergyRing6(double value)

Analysis::TauCommonDetails::seedTrk_etIsolEM
double seedTrk_etIsolEM() const
Get transverse energy in EM calo.

Analysis::TauCommonDetails::setNumEffTopoClusters
void setNumEffTopoClusters(double value)
set number of effective topocluster constituents of jet associated to tau candidate !...

Analysis::TauCommonDetails::setSeedCalo_phi
void setSeedCalo_phi(double phi)
Set phi of TauJet calculated from calorimeter.

Analysis::TauCommonDetails::setCellBasedEnergyRing7
void setCellBasedEnergyRing7(double value)

Analysis::TauCommonDetails::setTauJetVtxFraction
void setTauJetVtxFraction(double value)

Analysis::TauCommonDetails::setSeedTrk_isolFrac
void setSeedTrk_isolFrac(double isolFrac)
Set the isolation fraction.

Analysis::TauCommonDetails::cellBasedEnergyRing3
double cellBasedEnergyRing3() const
Ring 3: 0.075 < R < 0.10.

Analysis::TauCommonDetails::setSeedTrk_etResNeuEM
void setSeedTrk_etResNeuEM(double et)
Set eflow correction term.

Analysis::TauCommonDetails::setSeedTrk_etChrgHad
void setSeedTrk_etChrgHad(double et)
Set charged E_T in hadronic calorimeter.

Analysis::TauCommonDetails::TRT_NHT_OVER_NLT
double TRT_NHT_OVER_NLT() const
TRT hits high threshold over low threshold.

Analysis::TauCommonDetails::setSeedCalo_hadRadius
void setSeedCalo_hadRadius(double hadRadius)
Set hadron calorimeter radius.

Analysis::TauCommonDetails::setEle_E237E277
void setEle_E237E277(double value)
set ratio of energy in window of 3X7 cells over 7X7 cells in second layer of ECAL

Analysis::TauCommonDetails::seedTrk_etEMCL
double seedTrk_etEMCL() const
Get E_T of pure EM cells.

Analysis::TauCommonDetails::setSeedCalo_etEMCalib
void setSeedCalo_etEMCalib(double etEMCalib)
Set calibrated EM transverse energy.

Analysis::TauCommonDetails::mEflow
double mEflow() const
Get mass from energy flow.

Analysis::TauCommonDetails::seedCalo_eta
double seedCalo_eta() const
Get eta of TauJet calculated from calorimeter.

Analysis::TauCommonDetails::effTopoMeanDeltaR
double effTopoMeanDeltaR() const
get mean distance to leading topocluster for effective topoclusters of jet associated to tau candidat...

Analysis::TauCommonDetails::setSeedTrk_etResChrgEMTrk
void setSeedTrk_etResChrgEMTrk(unsigned int i, double et)
Set correction term for eflow calculations per track.

Analysis::TauCommonDetails::setTRT_NHT_OVER_NLT
void setTRT_NHT_OVER_NLT(double value)

Analysis::TauCommonDetails::seedCalo_trkAvgDist
double seedCalo_trkAvgDist() const
Get the average track distance to calorimeter seed.

Analysis::TauCommonDetails::setSeedCalo_caloIsoCorrected
void setSeedCalo_caloIsoCorrected(double caloIsoCorrected)
Set sum of transvers energy of clusters around jet seed within 0.2 < dR < 0.4 (pile up corrected)

Analysis::TauCommonDetails::numCells
unsigned int numCells() const
get number of cells associated to tau candidate

Analysis::TauCommonDetails::seedTrk_sumEMCellEtOverLeadTrkPt
double seedTrk_sumEMCellEtOverLeadTrkPt() const
Get ratio of LAr+EM E_T / leading track p_T.

Analysis::TauCommonDetails::LC_TES_precalib
double LC_TES_precalib() const
LC+TES precalibration.

Analysis::TauCommonDetails::seedCalo_etEMCalib
double seedCalo_etEMCalib() const
Get calibrated EM transverse energy.

Analysis::TauCommonDetails::setCellBasedEnergyRing3
void setCellBasedEnergyRing3(double value)

Analysis::TauCommonDetails::setEtEflow
void setEtEflow(double et)
Set E_T from energy flow.

Analysis::TauCommonDetails::setSeedCalo_EMRadius
void setSeedCalo_EMRadius(double EMRadius)
Set E_T radius.

Analysis::TauCommonDetails::cellBasedEnergyRing5
double cellBasedEnergyRing5() const
Ring 5: 0.125 < R < 0.15.

Analysis::TauCommonDetails::effTopoInvMass
double effTopoInvMass() const
get invariant mass from effective topoclusters of jet associated to tau candidate

Analysis::TauCommonDetails::setEle_PresamplerFraction
void setEle_PresamplerFraction(double value)
set fraction of EM cluster energy in presampler

Analysis::TauCommonDetails::setNumCells
void setNumCells(unsigned int value)
set number of cells associated to tau candidate

Analysis::TauCommonDetails::seedTrk_hadLeakEt
double seedTrk_hadLeakEt() const
Get hadronic leakage in Et summed over cells.

Analysis::TauCommonDetails::setSeedTrk_EMRadius
void setSeedTrk_EMRadius(double EMRadius)
Set EM radius.

Analysis::TauCommonDetails::setSeedTrk_hadLeakEt
void setSeedTrk_hadLeakEt(double et)
Set hadronic leakage in Et summed over cells.

Analysis::TauCommonDetails::seedCalo_trkRmsDist
double seedCalo_trkRmsDist() const
Get the RMS of track distance to calorimeter seed.

Analysis::TauCommonDetails::setSeedCalo_etHadCalib
void setSeedCalo_etHadCalib(double etHadCalib)
Set calibrated hadronic transverse energy.

Analysis::TauCommonDetails::setSeedCalo_trkRmsDist
void setSeedCalo_trkRmsDist(double trkRmsDist)
Set RMS of track distance to calorimeter seed.

Analysis::TauCommonDetails::seedTrk_etResChrgEMTrkVector
const std::vector< double > & seedTrk_etResChrgEMTrkVector() const

Analysis::TauCommonDetails::setMEflow
void setMEflow(double m)
Set mass from energy flow.

Analysis::TauCommonDetails::setSeedTrk_etHadAtEMScale
void setSeedTrk_etHadAtEMScale(double et)
Set hadronic E_T at EM scale.

Analysis::TauCommonDetails::seedTrk_isolFracWide
double seedTrk_isolFracWide() const
Get wide solation fraction.

Analysis::TauCommonDetails::etEflow
double etEflow() const
Get E_T from energy flow.

Analysis::TauCommonDetails::trFlightPathSig
double trFlightPathSig() const
Get Transverse flight path significance.

Analysis::TauCommonDetails::seedCalo_EMRadius
double seedCalo_EMRadius() const
Get E_T radius.

Analysis::TauCommonDetails::ipSigLeadTrk
double ipSigLeadTrk() const
Get impact parameter significance.

Analysis::TauCommonDetails::cellBasedEnergyRing2
double cellBasedEnergyRing2() const
Ring 2: 0.05 < R < 0.075.

Analysis::TauCommonDetails::setSeedCalo_isolFrac
void setSeedCalo_isolFrac(double isolFrac)
Set isolation fraction.

Analysis::TauCommonDetails::setSeedCalo_caloIso
void setSeedCalo_caloIso(double caloIso)
Set sum of transvers energy of clusters around jet seed within 0.2 < dR < 0.4.

Analysis::TauCommonDetails::massTrkSys
double massTrkSys() const
Get track system invariant mass.

Analysis::TauCommonDetails::leadTrkPt
double leadTrkPt() const
Get leading track p_T.

Analysis::TauCommonDetails::pi0LinkVec
const ElementLinkVector< CaloClusterContainer > & pi0LinkVec() const
Get pi0 cluster vector (const)

Analysis::TauCommonDetails::setEffTopoMeanDeltaR
void setEffTopoMeanDeltaR(double value)
set mean distance to leading topocluster for effective topoclusters of jet associated to tau candidat...

Analysis::TauCommonDetails::ele_ECALFirstFraction
double ele_ECALFirstFraction() const
get fraction of EM cluster energy in first layer of ECAL

Analysis::TauCommonDetails::cellBasedEnergyRing4
double cellBasedEnergyRing4() const
Ring 4: 0.10 < R < 0.125.

Analysis::TauCommonDetails::setSumPi0Vec
void setSumPi0Vec(const CLHEP::HepLorentzVector &sumPi0Vec)
Set the Pi0 energy sum vector.

Analysis::TauCommonDetails::setSeedTrk_nStrip
void setSeedTrk_nStrip(int nStrip)
Set the number of strip cells.

Analysis::TauCommonDetails::setCellBasedEnergyRing4
void setCellBasedEnergyRing4(double value)

Analysis::TauCommonDetails::cellBasedEnergyRing7
double cellBasedEnergyRing7() const
Ring 7: 0.2 < R < 0.4.

Analysis::TauCommonDetails::setEle_ECALFirstFraction
void setEle_ECALFirstFraction(double value)
set fraction of EM cluster energy in first layer of ECAL

Analysis::TauCommonDetails::seedTrk_nOtherCoreTrk
int seedTrk_nOtherCoreTrk() const
Get number of other tracks.

Analysis::TauCommonDetails::seedCalo_lead3ClusterEOverAllClusterE
double seedCalo_lead3ClusterEOverAllClusterE() const
Get sum of 3 leading cluster energy over all cluster energy.

Analysis::TauCommonDetails::setCellBasedEnergyRing5
void setCellBasedEnergyRing5(double value)

Analysis::TauCommonDetails::setIpSigLeadLooseTrk
void setIpSigLeadLooseTrk(double significance)
Set impact parameter significance.

Analysis::TauCommonDetails::ele_E237E277
double ele_E237E277() const
name accessors for electron LLH variables

Analysis::TauCommonDetails::setChrgLooseTrk
void setChrgLooseTrk(double charge)
Set chrg of loose tracks.

Analysis::TauCommonDetails::setSeedCalo_etHadAtEMScale
void setSeedCalo_etHadAtEMScale(double energy)
Set hadronic energy at EM scale.

Analysis::TauCommonDetails::seedTrk_etChrgEM01TrkVector
const std::vector< double > & seedTrk_etChrgEM01TrkVector() const

Analysis::TauCommonDetails::otherTrk
const Rec::TrackParticle * otherTrk(unsigned int i) const
Get other track.

Analysis::TauCommonDetails::seedCalo_nIsolLooseTrk
double seedCalo_nIsolLooseTrk() const
Get number of isolated tracks.

Analysis::TauCommonDetails::setTrFlightPathSig
void setTrFlightPathSig(double significance)
Set Transverse flight path significance.

Analysis::TauCommonDetails::seedCalo_hadRadius
double seedCalo_hadRadius() const
Get hadron calorimeter radius.

Analysis::TauCommonDetails::seedTrk_etChrgHadOverSumTrkPt
double seedTrk_etChrgHadOverSumTrkPt() const
Get E_T over p_T.

Analysis::TauCommonDetails::seedCalo_isolFrac
double seedCalo_isolFrac() const
Get isolation fraction.

Analysis::TauCommonDetails::seedCalo_nStrip
int seedCalo_nStrip() const
Get number of strips.

Analysis::TauCommonDetails::setSeedTrk_etChrgHadOverSumTrkPt
void setSeedTrk_etChrgHadOverSumTrkPt(double fraction)
Set E_T over p_T.

Analysis::TauCommonDetails::setSeedCalo_nIsolLooseTrk
void setSeedCalo_nIsolLooseTrk(double nIsolTRk)
Set number of isolated tracks.

Analysis::TauCommonDetails::seedCalo_etHadAtEMScale
double seedCalo_etHadAtEMScale() const
Get Hadronic energy at EM scale.

Analysis::TauCommonDetails::setIpZ0SinThetaSigLeadTrk
void setIpZ0SinThetaSigLeadTrk(double significance)
Set significance of z0SinTheta.

Analysis::TauCommonDetails::setSecVtx
void setSecVtx(const Trk::RecVertex *secVtx)
Set secondary vertex.

Analysis::TauCommonDetails::seedCalo_caloIsoCorrected
double seedCalo_caloIsoCorrected() const
Get sum of transvers energy of clusters around jet seed within 0.2 < dR < 0.4 (pile up corrected)

Analysis::TauCommonDetails::leadLooseTrkPt
double leadLooseTrkPt() const
Get p_T of leading loose track.

Analysis::TauCommonDetails::seedTrk_etEMAtEMScale
double seedTrk_etEMAtEMScale() const
Get hadronic E_T at EM scale.

Analysis::TauCommonDetails::seedCalo_etHadCalib
double seedCalo_etHadCalib() const
Get calibrated hadronic transverse energy.

Analysis::TauCommonDetails::setLeadLooseTrkPt
void setLeadLooseTrkPt(double pT)
Set p_T of leading loose track.

Analysis::TauCommonDetails::ipSigLeadLooseTrk
double ipSigLeadLooseTrk() const
Get impact parameter significance.

Analysis::TauCommonDetails::etOverPtLeadLooseTrk
double etOverPtLeadLooseTrk() const
Get E_t to p_T ratio for rau candidate leading loose track.

Analysis::TauCommonDetails::sumPi0Vec
const CLHEP::HepLorentzVector & sumPi0Vec() const
Get the Pi0 energy sum vector.

Analysis::TauCommonDetails::cellBasedEnergyRing1
double cellBasedEnergyRing1() const
Ring 1: 0.00 < R < 0.05.

Analysis::TauCommonDetails::setTopoMeanDeltaR
void setTopoMeanDeltaR(double value)
set mean distance to leading topocluster for topoclusters of jet associated to tau candidate

Analysis::TauCommonDetails::seedCalo_dRmax
double seedCalo_dRmax() const
Get maximal dR of tracks associated to calo-seeded tau.

Analysis::TauCommonDetails::setSeedTrk_nIsolTrk
void setSeedTrk_nIsolTrk(int n)
Set number of tracks.

Analysis::TauCommonDetails::looseTrk
const Rec::TrackParticle * looseTrk(unsigned int i) const
Get loose track.

Analysis::TauCommonDetails::cellEM012ClusterLink
const ElementLink< CaloClusterContainer > & cellEM012ClusterLink() const
Get ElementLink to EM calorimeter cell cluster (const)

Analysis::TauCommonDetails::setSeedCalo_stripWidth2
void setSeedCalo_stripWidth2(double stripWidth2)
Set strip width ^2.

Analysis::TauCommonDetails::setSeedCalo_eta
void setSeedCalo_eta(double eta)
Set eta of TauJet calculated from calorimeter.

Analysis::TauCommonDetails::seedCalo_centFrac
double seedCalo_centFrac() const
Get centrality fraction.

Analysis::TauCommonDetails::cellBasedEnergyRing6
double cellBasedEnergyRing6() const
Ring 6: 0.15 < R < 0.2.

Analysis::TauCommonDetails::set_LC_TES_precalib
void set_LC_TES_precalib(double value)
set LC+TES precalibration

Analysis::TauCommonDetails::setSeedTrk_sumEMCellEtOverLeadTrkPt
void setSeedTrk_sumEMCellEtOverLeadTrkPt(double ratio)
Set LAr+EM E_T / leading track p_T.

Analysis::TauCommonDetails::setSeedCalo_lead2ClusterEOverAllClusterE
void setSeedCalo_lead2ClusterEOverAllClusterE(double lead2ClusterEOverAllClusterE)
Set sum of 2 leading cluster energy over all cluster energy.

Analysis::TauCommonDetails::ipZ0SinThetaSigLeadTrk
double ipZ0SinThetaSigLeadTrk() const
Get significance of z0SinTheta.

Analysis::TauCommonDetails::numEffTopoClusters
double numEffTopoClusters() const
get number of effective topocluster constituents of jet associated to tau candidate !...

ElementLinkCnv_p1
Definition ElementLinkCnv_p1.h:27

ElementLinkVectorCnv_p1
Definition ElementLinkVectorCnv_p1.h:28

HepLorentzVectorCnv_p1
Definition HepLorentzVectorCnv_p1.h:34

ITPConverterFor< TRANS_BASE >::createTransFromPStore
CNV::Trans_t * createTransFromPStore(CNV **cnv, const TPObjRef &ref, MsgStream &log) const
Definition TPConverter.h:172

ITPConverterFor< TRANS_BASE >::toPersistent
TPObjRef toPersistent(CNV **cnv, const typename CNV::TransBase_t *transObj, MsgStream &log) const
Definition TPConverter.h:119

TauCommonDetailsCnv_p2::TauCommonDetailsCnv_p2
TauCommonDetailsCnv_p2()
Constructor.
Definition TauCommonDetailsCnv_p2.cxx:34

TauCommonDetailsCnv_p2::transToPers
virtual void transToPers(const Analysis::TauCommonDetails *trans, TauCommonDetails_p2 *pers, MsgStream &msg)
Fills a persistent object from a transient object.
Definition TauCommonDetailsCnv_p2.cxx:185

TauCommonDetailsCnv_p2::~TauCommonDetailsCnv_p2
virtual ~TauCommonDetailsCnv_p2()
Destructor.
Definition TauCommonDetailsCnv_p2.cxx:41

TauCommonDetailsCnv_p2::m_recVertexCnv
RecVertexCnv_p1 * m_recVertexCnv
Reconstruction vertex converter.
Definition TauCommonDetailsCnv_p2.h:58

TauCommonDetailsCnv_p2::persToTrans
virtual void persToTrans(const TauCommonDetails_p2 *pers, Analysis::TauCommonDetails *trans, MsgStream &msg)
Fills a transient object from a persistent object.
Definition TauCommonDetailsCnv_p2.cxx:43

TauCommonDetails_p2
Persistent class dor Analysis::TauCommonDetails.
Definition TauCommonDetails_p2.h:29

TauCommonDetails_p2::m_secVtx
TPObjRef m_secVtx
Secondary vertex.
Definition TauCommonDetails_p2.h:71

TauCommonDetails_p2::m_looseConvTrk
ElementLinkIntVector_p1 m_looseConvTrk
Loose conversion track links.
Definition TauCommonDetails_p2.h:50

TauCommonDetails_p2::m_pi0
ElementLinkIntVector_p1 m_pi0
Pi0 cluster links.
Definition TauCommonDetails_p2.h:62

TauCommonDetails_p2::m_allTheData
std::vector< float > m_allTheData
Vector containing all the data.
Definition TauCommonDetails_p2.h:44

TauCommonDetails_p2::m_cellEM012Cluster
ElementLinkInt_p1 m_cellEM012Cluster
EM calo clusters.
Definition TauCommonDetails_p2.h:65

TauCommonDetails_p2::m_seedTrk_wideTrk
ElementLinkIntVector_p1 m_seedTrk_wideTrk
SeedTrk wide tracks.
Definition TauCommonDetails_p2.h:56

TauCommonDetails_p2::m_looseTrk
ElementLinkIntVector_p1 m_looseTrk
Loose track links.
Definition TauCommonDetails_p2.h:47

TauCommonDetails_p2::m_sumPi0Vec
HepLorentzVector_p1 m_sumPi0Vec
Pi0 sum vector.
Definition TauCommonDetails_p2.h:68

TauCommonDetails_p2::m_seedCalo_wideTrk
ElementLinkIntVector_p1 m_seedCalo_wideTrk
SeedCalo wide tracks.
Definition TauCommonDetails_p2.h:53

TauCommonDetails_p2::m_otherTrk
ElementLinkIntVector_p1 m_otherTrk
Other tracks.
Definition TauCommonDetails_p2.h:59

Analysis
The namespace of all packages in PhysicsAnalysis/JetTagging.
Definition BTaggingCnvAlg.h:20

msg
MsgStream & msg
Definition testRead.cxx:32