MiniballEvts.cc

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#include "MiniballEvts.hh"
 
ClassImp(GammaRayEvt)
ClassImp(GammaRayAddbackEvt)
ClassImp(ParticleEvt)
ClassImp(BeamDumpEvt)
ClassImp(SpedeEvt)
ClassImp(IonChamberEvt)
ClassImp(MiniballEvts)
 
 
// --------------- //
// Miniball events //
// --------------- //
void MiniballEvts::ClearEvt() {
    
    std::vector<GammaRayEvt>().swap(gamma_event);
    std::vector<GammaRayAddbackEvt>().swap(gamma_ab_event);
    std::vector<ParticleEvt>().swap(particle_event);
    std::vector<BeamDumpEvt>().swap(bd_event);
    std::vector<SpedeEvt>().swap(spede_event);
    std::vector<IonChamberEvt>().swap(ic_event);
 
    ebis = 0;
    t1 = 0;
    sc = 0;
 
    return;
 
}
 
void MiniballEvts::AddEvt( std::shared_ptr<GammaRayEvt> event ) {
    
    // Make a copy of the event and push it back
    GammaRayEvt fill_evt;
    fill_evt.SetEnergy( event->GetEnergy() );
    fill_evt.SetSegmentMaxEnergy( event->GetSegmentMaxEnergy() );
    fill_evt.SetSegmentSumEnergy( event->GetSegmentSumEnergy() );
    fill_evt.SetSegmentMultiplicity( event->GetSegmentMultiplicity() );
    fill_evt.SetAddbackMultiplicity( event->GetAddbackMultiplicity() );
    fill_evt.SetTime( event->GetTime() );
    fill_evt.SetCluster( event->GetCluster() );
    fill_evt.SetCrystal( event->GetCrystal() );
    fill_evt.SetSegment( event->GetSegment() );
 
    gamma_event.push_back( fill_evt );
    
}
 
void MiniballEvts::AddEvt( std::shared_ptr<GammaRayAddbackEvt> event ) {
    
    // Make a copy of the event and push it back
    GammaRayAddbackEvt fill_evt;
    fill_evt.SetEnergy( event->GetEnergy() );
    fill_evt.SetSegmentMaxEnergy( event->GetSegmentMaxEnergy() );
    fill_evt.SetSegmentSumEnergy( event->GetSegmentSumEnergy() );
    fill_evt.SetSegmentMultiplicity( event->GetSegmentMultiplicity() );
    fill_evt.SetAddbackMultiplicity( event->GetAddbackMultiplicity() );
    fill_evt.SetTime( event->GetTime() );
    fill_evt.SetCluster( event->GetCluster() );
    fill_evt.SetCrystal( event->GetCrystal() );
    fill_evt.SetSegment( event->GetSegment() );
 
    gamma_ab_event.push_back( fill_evt );
    
}
 
void MiniballEvts::AddEvt( std::shared_ptr<ParticleEvt> event ) {
    
    // Make a copy of the event and push it back
    ParticleEvt fill_evt;
    fill_evt.SetEnergyP( event->GetEnergyP() );
    fill_evt.SetEnergyN( event->GetEnergyN() );
    fill_evt.SetEnergyPad( event->GetEnergyPad() );
    fill_evt.SetTimeP( event->GetTimeP() );
    fill_evt.SetTimeN( event->GetTimeN() );
    fill_evt.SetTimePad( event->GetTimePad() );
    fill_evt.SetDetector( event->GetDetector() );
    fill_evt.SetSector( event->GetSector() );
    fill_evt.SetStripP( event->GetStripP() );
    fill_evt.SetStripN( event->GetStripN() );
 
    particle_event.push_back( fill_evt );
    
}
 
void MiniballEvts::AddEvt( std::shared_ptr<BeamDumpEvt> event ) {
    
    // Make a copy of the event and push it back
    BeamDumpEvt fill_evt;
    fill_evt.SetEnergy( event->GetEnergy() );
    fill_evt.SetTime( event->GetTime() );
    fill_evt.SetDetector( event->GetDetector() );
 
    bd_event.push_back( fill_evt );
    
}
 
void MiniballEvts::AddEvt( std::shared_ptr<SpedeEvt> event ) {
    
    // Make a copy of the event and push it back
    SpedeEvt fill_evt;
    fill_evt.SetEnergy( event->GetEnergy() );
    fill_evt.SetTime( event->GetTime() );
    fill_evt.SetSegment( event->GetSegment() );
 
    spede_event.push_back( fill_evt );
    
}
 
void MiniballEvts::AddEvt( std::shared_ptr<IonChamberEvt> event ) {
    
    // Make a copy of the event and push it back
    IonChamberEvt fill_evt;
    fill_evt.SetEnergies( event->GetEnergies() );
    fill_evt.SetdETime( event->GetdETime() );
    fill_evt.SetETime( event->GetETime() );
    fill_evt.SetIDs( event->GetIDs() );
 
    ic_event.push_back( fill_evt );
    
}
 
void IonChamberEvt::ClearEvt() {
    
    // Clear the ionisation chamber event ready for a new one
    std::vector<float>().swap(energy);
    std::vector<unsigned char>().swap(id);
 
    detime = 0;
    etime = 0;
    
    return;
    
}