RecCgemCluster.h

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#ifndef RECCGEMCLUSTER_H
#define RECCGEMCLUSTER_H
//Head File//
#include "GaudiKernel/ContainedObject.h"
#include "GaudiKernel/SmartRef.h"
#include "GaudiKernel/ObjectVector.h"
#include "EventModel/EventModel.h"
 
 
#include <vector>
#include <utility>
 
extern const CLID& CLID_RecCgemCluster;
 
class RecCgemCluster :virtual public ContainedObject
{
    public:
        virtual const CLID& clID() const{
            return RecCgemCluster::classID();
        }
 
        static const CLID& classID()    {
            return CLID_RecCgemCluster ;
        }
 
 
        //constructor & destructor
        RecCgemCluster();
        ~RecCgemCluster();
        RecCgemCluster(const RecCgemCluster& reccluster);
 
 
 
        //set method//
        void setclusterid(int clusterid){m_clusterid = clusterid;};
        void setTrkId(int trkid)        { m_trkid = trkid;  }
        void setlayerid(int layerid){m_layerid = layerid;};
        void setsheetid(int sheetid){m_sheetid = sheetid;};
        void setflag   (int flag   ){m_flag    = flag   ;};
        void setenergydeposit(double energydeposit){m_energydeposit = energydeposit;};
        void setrecphi (double recphi ){m_recphi  = recphi ;};
        void setrecv   (double recv )  {m_recv    = recv ;};
    void setRecZ   (double recZ )  {m_recZ    = recZ;};
        void setrecphi_CC (double recphi ){m_recphi_CC  = recphi ;};
        void setrecv_CC   (double recv )  {m_recv_CC    = recv ;};
    void setRecZ_CC   (double recZ )  {m_recZ_CC    = recZ;};
        void setrecphi_mTPC (double recphi ){m_recphi_mTPC  = recphi ;};
        void setrecv_mTPC   (double recv )  {m_recv_mTPC    = recv ;};
    void setRecZ_mTPC   (double recZ )  {m_recZ_mTPC    = recZ;};
        void setSlope_mTPC (double s)    {m_slope_mTPC = s;};
    void setInter_mTPC (double q)    {m_inter_mTPC = q;};
 
        //get method//
        int getclusterid(void) const{return m_clusterid;};
        int getTrkId(void) const { return m_trkid; }
        int getlayerid(void) const{return m_layerid;};
        int getsheetid(void) const{return m_sheetid;};
        int getflag   (void) const{return m_flag;   };
        double getenergydeposit(void) const{return m_energydeposit;};
        double getrecphi (void) const{return m_recphi ;};
        double getrecv   (void) const{return m_recv ;};
    double getRecZ(void) const {return m_recZ;};
        double getrecphi_CC (void) const{return m_recphi_CC ;};
        double getrecv_CC   (void) const{return m_recv_CC ;};
    double getRecZ_CC(void) const {return m_recZ_CC;};
        double getrecphi_mTPC (void) const{return m_recphi_mTPC ;};
        double getrecv_mTPC   (void) const{return m_recv_mTPC ;};
    double getRecZ_mTPC(void) const {return m_recZ_mTPC;};
        double getSlope_mTPC(void)  const {return m_slope_mTPC;};
    double getInter_mTPC(void)  const {return m_inter_mTPC;};
 
        void setclusterflag(int begin,int end){m_clusterflag.first = begin;m_clusterflag.second = end;};
        int getclusterflagb(void) const{return m_clusterflag.first;};
        int getclusterflage(void) const{return m_clusterflag.second;};
 
    void setStripsMTPC(std::vector<int> strips) {m_strips_mTPC=strips;};
    std::vector<int> getStripsMTPC()            {return m_strips_mTPC;};
 
    double get_merge_phi();
    double get_merge_v();
    private:
        int m_clusterid;
        int m_trkid; 
        int m_layerid;
        int m_sheetid;
        int m_flag;
        double m_energydeposit;
        double m_recphi;
        double m_recv;
    double m_recZ;
        double m_recphi_CC;
        double m_recv_CC;
    double m_recZ_CC;
        double m_recphi_mTPC;
        double m_recv_mTPC;
    double m_recZ_mTPC;
    std::vector<int> m_strips_mTPC;
    double m_slope_mTPC;
    double m_inter_mTPC;
 
        typedef std::pair<int,int> beflag;
        beflag m_clusterflag;
};  
typedef ObjectVector<RecCgemCluster> RecCgemClusterCol;
#endif