eflowObjectCnv_p3.cxx

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/*
  Copyright (C) 2002-2021 CERN for the benefit of the ATLAS collaboration
*/
 
#include "eflowEvent/eflowObject.h"
#include "eflowEventTPCnv/eflowObjectCnv_p3.h"
#include "Navigation/NavigableVector.h"
 
void eflowObjectCnv_p3::persToTrans( const eflowObject_p3 *persObj, eflowObject *transObj, MsgStream &eflowStream ){
 
 
  //data
 
  transObj->set_d0 (persObj->m_d0);
  transObj->set_z0 (persObj->m_z0);
  transObj->set_type (persObj->m_eflowType);
  transObj->set_charge (persObj->m_charge);
  transObj->set_valid (persObj->m_valid);
  //transObj->m_nTrack = persObj->m_nTrack;
  //transObj->m_nClus = persObj->m_nClus;
  transObj->setCaloRecoStatus (CaloRecoStatus(persObj->m_recoStatus));
 
  transObj->set_eta(persObj->m_eta);
  transObj->set_phi(persObj->m_phi);
  transObj->set_energy(persObj->m_e);
  transObj->set_m(persObj->m_m);
 
  //element links data
 
  ElementLink<Analysis::MuonContainer> muonElementLink;
  m_elMuCnv.persToTrans(&persObj->m_muonElementLink, &muonElementLink, eflowStream);
  transObj->addMuon (muonElementLink);
 
  ElementLink<VxContainer> convElementLink;
  m_elVxCnv.persToTrans(&persObj->m_convElementLink, &convElementLink, eflowStream);
  transObj->addConversion (convElementLink);
 
  //navigable vectors data
  //convert persistent elementlinkvector to transient first and then copy links to navigable vectors
 
  ElementLinkVector<Rec::TrackParticleContainer> dummyTrackVector;
  m_navTrackCnv.persToTrans(&persObj->m_eflowTrack,&dummyTrackVector,eflowStream);
  for (const ElementLink<Rec::TrackParticleContainer> track : dummyTrackVector)
    transObj->addTrack(track);
 
  ElementLinkVector<CaloClusterContainer> dummyClusterVector;
  m_navClusCnv.persToTrans(&persObj->m_eflowClus,&dummyClusterVector,eflowStream);
  for (const ElementLink<CaloClusterContainer> clus : dummyClusterVector)
    transObj->addClus (clus);
}
 
 
void eflowObjectCnv_p3::transToPers( const eflowObject *transObj,eflowObject_p3 *persObj, MsgStream &eflowStream ){
 
  //data
 
  persObj->m_d0 = transObj->d0();
  persObj->m_z0 = transObj->z0();
  persObj->m_eflowType = transObj->eflowType();
  persObj->m_charge = transObj->charge();
  persObj->m_valid = transObj->isValid();
  //persObj->m_nTrack = transObj->m_nTrack;
  //persObj->m_nClus = transObj->m_nClus;
  persObj->m_recoStatus = transObj->getCaloRecoStatus().getStatusWord();
 
  persObj->m_eta = transObj->eta();
  persObj->m_phi = transObj->phi();
  persObj->m_e = transObj->energy();
  persObj->m_m = transObj->m();
 
  //element links data
 
 
  m_elMuCnv.transToPers(&transObj->muonLink(), &persObj->m_muonElementLink, eflowStream);
  m_elVxCnv.transToPers(&transObj->conversionLink(), &persObj->m_convElementLink, eflowStream);
 
  //navigable vectors
  //there are no converters so we have to make an ElementLinkVector first for which converters exist
 
  ElementLinkVector<Rec::TrackParticleContainer> dummyTrackVector;
  for (int i = 0; i < transObj->numTrack();i++)
    dummyTrackVector.push_back(transObj->trackLink(i));
  m_navTrackCnv.transToPers(&dummyTrackVector, &persObj->m_eflowTrack, eflowStream);
 
  ElementLinkVector<CaloClusterContainer> dummyClusterVector;
  for (int i = 0; i < transObj->numClus(); i++)
    dummyClusterVector.push_back(transObj->clusLink(i));
  m_navClusCnv.transToPers(&dummyClusterVector, &persObj->m_eflowClus, eflowStream);
}