SToGS_BaseROOTEvents.C

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#include "SToGS_BaseROOTEvents.h"
#include "TClass.h"

ClassImp(SBRHit)
ClassImp(SBREvent)
ClassImp(SBRPHit)
ClassImp(SBRPEvent)
ClassImp(SBROpticalEvent)

SBRHit::SBRHit() : TObject(),
    fE(0.0),
    fPDG(-1),
    fX(0.0),
    fY(0.0),
    fZ(0.0),
    fT(0.0),
    fFlag(0),
    fUID(-1)
{
        SBRHit::Class()->IgnoreTObjectStreamer();
        Clear("");
        
    //  printf("Const \n");
}

SBRHit::SBRHit(const SBRHit &sbrhit) : TObject((TObject &)sbrhit)
{
        fE              = sbrhit.fE;
        fPDG    = sbrhit.fPDG;
        fX              = sbrhit.fX;
        fY              = sbrhit.fY;
        fZ              = sbrhit.fZ;
        fT              = sbrhit.fT;
        fFlag   = sbrhit.fFlag;
        fUID    = sbrhit.fUID;
}

SBRHit::~SBRHit()
{
    //  printf("Des \n");
}

SBRPHit::SBRPHit(const SBRPHit &sbrphit) : SBRHit((SBRPHit &)sbrphit)
{
        fPX             = sbrphit.fPX;
        fPY             = sbrphit.fPY;
        fPZ             = sbrphit.fPZ;
}

SBROpticalHit::SBROpticalHit() : TObject(),
    fX(0.0),
    fY(0.0),
    fZ(0.0),
    fTA(0.0),
    fTL(0.0),
    fLength(0.0),
    fPrimaryID(0.0),
    fSecondaryID(0.0),
    fNbSteps(0.0)
{
        SBROpticalHit::Class()->IgnoreTObjectStreamer();
        Clear("");
        
        //      printf("Const \n");
}

SBROpticalHit::SBROpticalHit(const SBROpticalHit &SBRHit) : TObject((TObject &)SBRHit)
{
        fX              = SBRHit.fX;
        fY              = SBRHit.fY;
        fZ              = SBRHit.fZ;
        fTA             = SBRHit.fTA;
        fTL             = SBRHit.fTL;
        fLength         = SBRHit.fLength;
    
        fPrimaryID      = SBRHit.fPrimaryID;
        fSecondaryID    = SBRHit.fSecondaryID;
        fNbSteps        = SBRHit.fNbSteps;
}

void SBROpticalHit::Clear(Option_t * /*opt*/)
{
        fX  = 0.0;
        fY  = 0.0;
        fZ  = 0.0;
        fTA  = 0.0;
        fTL  = 0.0;
        fLength = 0.0;
    
        fPrimaryID  = -1;
        fSecondaryID = -1;
        fNbSteps = 0;
}

SBROpticalHit::~SBROpticalHit()
{
        //      printf("Des \n");
}

SBREvent::SBREvent() : TObject(),
    fHits(0x0),
    fETot(0.0),
    fMultTot(0)
{
        fHits = new TClonesArray("SBRHit",10000);
    
        SBREvent::Class()->IgnoreTObjectStreamer();
}

SBREvent::~SBREvent()
{
        delete fHits;
}

void SBREvent::Clear(Option_t *opt)
{
        fHits->Clear(opt);
        
        fMultTot = 0;
        fETot = 0.0;
}

SBRHit *SBREvent::AddHit()
{
    //  printf("entries IN %d \n",fHits->GetEntries());
    
        TClonesArray &ar = *fHits;
        SBRHit *p = new( ar[fHits->GetEntries()] ) SBRHit();
        
    //  printf("entries OU %d \n",fHits->GetEntries());
        
        return p;
}

SBRHit *SBREvent::GetHit(Int_t which)
{
        TClonesArray &ar = *fHits;
    
        if ( which < fHits->GetEntries() )
                return (SBRHit *)ar[which];
        return 0x0;
}

SBRPEvent::SBRPEvent() : TObject(),
    fHits(0x0),
    fETot(0.0),
    fMultTot(0)
{
        fHits = new TClonesArray("SBRPHit",10000);
    
        SBRPEvent::Class()->IgnoreTObjectStreamer();
}

SBRPEvent::~SBRPEvent()
{
        delete fHits;
}

void SBRPEvent::Clear(Option_t *opt)
{
        fHits->Clear(opt);
        
        fMultTot = 0;
        fETot = 0.0;
}

SBRPHit *SBRPEvent::AddHit()
{
    //  printf("entries IN %d \n",fHits->GetEntries());
    
        TClonesArray &ar = *fHits;
        SBRPHit *p = new( ar[fHits->GetEntries()] ) SBRPHit();
        
    //  printf("entries OU %d \n",fHits->GetEntries());
        
        return p;
}

SBRPHit *SBRPEvent::GetHit(Int_t which)
{
        TClonesArray &ar = *fHits;
    
        if ( which < fHits->GetEntries() )
                return (SBRPHit *)ar[which];
        return 0x0;
}


SBROpticalEvent::SBROpticalEvent() : TObject(),
    fHits(0x0)
{
        fHits = new TClonesArray("SBROpticalHit",100000);
        //
        SBROpticalEvent::Class()->IgnoreTObjectStreamer();
}

SBROpticalEvent::~SBROpticalEvent()
{
        delete fHits;
}

void SBROpticalEvent::Clear(Option_t *opt)
{
        fHits->Clear(opt);
}

SBROpticalHit *SBROpticalEvent::AddHit()
{
        //      printf("entries IN %d \n",fHits->GetEntries());
        
        TClonesArray &ar = *fHits;
        SBROpticalHit *p = new( ar[fHits->GetEntries()] ) SBROpticalHit();
        
        //      printf("entries OU %d \n",fHits->GetEntries());
        
        return p;
}

SBROpticalHit *SBROpticalEvent::GetHit(Int_t which)
{
        TClonesArray &ar = *fHits;
        
        if ( which < fHits->GetEntries() )
                return (SBROpticalHit *)ar[which];
        return 0x0;
}

#include <algorithm>

// function to have hit sorted with increasing energy
bool CompE_ASCENDING(SBRHit *hit1, SBRHit *hit2)
{
        if ( hit2->fE > hit1->fE )
                return true;
        
        return false;
}
// function to have hit sorted with decreasing energy
bool CompE_DESCENDING(SBRHit *hit1, SBRHit *hit2)
{
        if ( hit2->fE < hit1->fE )
                return true;
        
        return false;
}

/*
void SBREvent::CopyTo(std::vector <SBRHit *> &ordlist, Option_t *opt)
{
        TString o = opt; TClonesArray &ar = *fHits;
    
        for( Int_t i = 0; i < ar.GetEntries(); i++ ) {
                ordlist.push_back( (SBRHit *)ar[i] );
        }
        if ( o == "e>" ) {
                std::sort( ordlist.begin(), ordlist.end(), CompE_ASCENDING );
        }
        if ( o == "e<" ) {
                std::sort( ordlist.begin(), ordlist.end(), CompE_DESCENDING );
        }
}

void SBRPEvent::CopyTo(std::vector <SBRPHit *> &ordlist, Option_t *opt)
{
        TString o = opt; TClonesArray &ar = *fHits;
    
        for( Int_t i = 0; i < ar.GetEntries(); i++ ) {
                ordlist.push_back( (SBRPHit *)ar[i] );
        }
        if ( o == "e>" ) {
                std::sort( ordlist.begin(), ordlist.end(), CompE_ASCENDING );
        }
        if ( o == "e<" ) {
                std::sort( ordlist.begin(), ordlist.end(), CompE_DESCENDING );
        }
}
 */