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SiRecObjs.h

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#ifndef __SIRECOBJS_H
#define __SIRECOBJS_H 1

#include <vector>
#include "GaudiKernel/MsgStream.h"
#include "GaudiKernel/DataObject.h"
#include "TkrRecon/GFcandidates.h"
#include "GlastEvent/Recon/ISiRecObjs.h"

#include "gui/DisplayRep.h"

//----------------------------------------------
//
//   SiRecObjs
//
//   Transient Storage Data
//----------------------------------------------
//   It contains the high level recostructed objects
//   of the tracker (gammas and tracks)
//----------------------------------------------
//             J.A Hernando, Santa Cruz 02/29/00
//----------------------------------------------

extern const CLID& CLID_SiRecObjs;
//const static CLID CLID_SiRecObjs = 254;

//##########################################################
class SiRecObjs : public ISiRecObjs
//##########################################################
{

public:

        SiRecObjs()  {ini();}
        virtual ~SiRecObjs() {clear();}
        
        // GAUDI members to be use by the converters
        static const CLID& classID() {return CLID_SiRecObjs;}
        virtual const CLID& clID() const {return classID();}

        void addGamma(GFgamma* g)       {m_GFgammaList.push_back(g);}
        void addParticle(GFparticle* p) {m_GFparticleList.push_back(p);}

        int numGammas() const                                       {return m_GFgammaList.size();}
        GFgamma*  Gamma(int i)   const              {return m_GFgammaList[i];}
        int numParticles() const                                    {return m_GFparticleList.size();}
        GFparticle* Particle(int i) const                       {return m_GFparticleList[i];}
        
        void update(gui::DisplayRep& v) {draw(v);}

        virtual void clear();
        virtual void make() {}
        virtual void writeOut(MsgStream& log) const;

    //new methods required for the interface
    double getXGFparticleSlope(int i) {return m_GFparticleList[i]->getXGFtrack()->slope();}
        double getYGFparticleSlope(int i) { return m_GFparticleList[i]->getYGFtrack()->slope();}
    Point getGammaVertex(int i) { return m_GFgammaList[i]->vertex(); }
    Vector getGammaDirection(int i) { return m_GFgammaList[i]->direction(); }
    double getXGFgammaSlope(int i) {return m_GFgammaList[i]->getPair(SiCluster::X)->slope(); }
    double getYGFgammaSlope(int i) { return m_GFgammaList[i]->getPair(SiCluster::Y)->slope(); }

private:

        virtual void ini();
//      void draw(GraphicsRep& v);
        void draw(gui::DisplayRep& v);

private:

        std::vector<GFparticle*> m_GFparticleList;
        std::vector<GFgamma*> m_GFgammaList;
};
      
#endif

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