CgemMcHit.h

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#ifndef CgemMcHit_H
#define CgemMcHit_H 
#include <algorithm>
#include <string>
#include "GaudiKernel/ContainedObject.h"
#include "Identifier/Identifier.h"
#include "GaudiKernel/ObjectVector.h"
#include "EventModel/EventModel.h"
#include "TArrayI.h"
 
using namespace EventModel;
using namespace std;
 
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extern const CLID& CLID_CgemMcHit;
 
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namespace Event 
{  /* NameSpace */
  class CgemMcHit : virtual public ContainedObject 
  { 
    public:
       virtual const CLID& clID() const 
       {
         return CgemMcHit::classID();
       }
           
       static const CLID& classID()
        {
          return CLID_CgemMcHit;
        } 
 
      /* Constructor */
      CgemMcHit(){};
      CgemMcHit(int    f_ID_track   , int    f_ID_layer   , int    pdg,
            int    f_ID_parent  , double f_E_deposit  , 
                double f_XYZ_pre_x  , double f_XYZ_pre_y  , double f_XYZ_pre_z  ,
                double f_XYZ_post_x , double f_XYZ_post_y , double f_XYZ_post_z ,
                double f_P_pre_x    , double f_P_pre_y    , double f_P_pre_z    ,
                double f_P_post_x   , double f_P_post_y   , double f_P_post_z   );
                /*,
                double f_Cu_pre_x   , double f_Cu_pre_y   , double f_Cu_pre_z   ,
                double f_Cu_post_x  , double f_Cu_post_y  , double f_Cu_post_z  ,
                double f_Cu_P_pre_x , double f_Cu_P_pre_y , double f_Cu_P_pre_z ,
                double f_Cu_P_post_x, double f_Cu_P_post_y, double f_Cu_P_post_z);
        */
 
      /* Set methods */
      void SetTrackID              ( int    f_ID_track   ) {m_ID_track   = f_ID_track   ;};
      void SetCurrentTrackID       ( int    f_ID_track   ) {m_currentTrackID=f_ID_track;};
      void SetIsSecondary          ( int    isSec        ) {m_isSecondary= isSec        ;};
      void SetLayerID              ( int    f_ID_layer   ) {m_ID_layer   = f_ID_layer   ;};
      void SetPDGCode              ( int    pdg          ) {m_pdg        = pdg          ;};
      void SetParentID             ( int    f_ID_parent  ) {m_ID_parent  = f_ID_parent          ;};
      void SetTotalEnergyDeposit   ( double f_E_deposit  ) {m_E_deposit  = f_E_deposit  ;};
      void SetPositionXOfPrePoint  ( double f_XYZ_pre_x  ) {m_XYZ_pre_x  = f_XYZ_pre_x  ;};
      void SetPositionYOfPrePoint  ( double f_XYZ_pre_y  ) {m_XYZ_pre_y  = f_XYZ_pre_y  ;};
      void SetPositionZOfPrePoint  ( double f_XYZ_pre_z  ) {m_XYZ_pre_z  = f_XYZ_pre_z  ;};
      void SetPositionXOfPostPoint ( double f_XYZ_post_x ) {m_XYZ_post_x = f_XYZ_post_x ;};
      void SetPositionYOfPostPoint ( double f_XYZ_post_y ) {m_XYZ_post_y = f_XYZ_post_y ;};
      void SetPositionZOfPostPoint ( double f_XYZ_post_z ) {m_XYZ_post_z = f_XYZ_post_z ;};
      void SetMomentumXOfPrePoint  ( double f_P_pre_x    ) {m_P_pre_x    = f_P_pre_x    ;};
      void SetMomentumYOfPrePoint  ( double f_P_pre_y    ) {m_P_pre_y    = f_P_pre_y    ;};
      void SetMomentumZOfPrePoint  ( double f_P_pre_z    ) {m_P_pre_z    = f_P_pre_z    ;};
      void SetMomentumXOfPostPoint ( double f_P_post_x   ) {m_P_post_x   = f_P_post_x   ;};
      void SetMomentumYOfPostPoint ( double f_P_post_y   ) {m_P_post_y   = f_P_post_y   ;};
      void SetMomentumZOfPostPoint ( double f_P_post_z   ) {m_P_post_z   = f_P_post_z   ;};
      void SetFlightLengthPrePoint ( double f_len        ) {m_flightLength_pre=f_len;}
      void SetFlightLengthPostPoint( double f_len        ) {m_flightLength_post=f_len;};
      //      void AddIdentifier       ( int  f_ID_Identifier) {m_ID_Identifier.push_back(f_ID_Identifier);};
      //    void AddIdentifier          (int  f_ID_Identifier ,int f_ID     ) {m_ID_Identifier.AddAt(f_ID_Identifier, f_ID);};
      //    void AddIdentifier          ( Int_t  f_ID_Identifier ,Int_t f_ID, Int_t Total  ) {if(f_ID = 0)m_ID_Identifier.Set(Total); m_ID_Identifier.AddAt(f_ID_Identifier, f_ID);};
      void AddIdentifier          ( Int_t  f_ID_Identifier[2000] , Int_t N_dim  ) {m_ID_Identifier.Set(N_dim, f_ID_Identifier); };
      void SetCreatorProcess (string creatorProcess) {m_creatorProcess = creatorProcess;};
      void AddDigiIdx(int id)     {m_vec_digi_id.push_back(id);};
      void AddXclusterIdx(int id) {m_vec_Xcluster_id.push_back(id);};
      void AddVclusterIdx(int id) {m_vec_Vcluster_id.push_back(id);};
      void SetDigiIdxVec          ( const vector<int>& vec) {m_vec_digi_id=vec    ;};
      void SetXclusterIdxVec      ( const vector<int>& vec) {m_vec_Xcluster_id=vec;};
      void SetVclusterIdxVec      ( const vector<int>& vec) {m_vec_Vcluster_id=vec;};
 
      /*
      void SetPrePositionXInCu     ( double f_Cu_pre_x   ) {m_Cu_pre_x   = f_Cu_pre_x   ;};
      void SetPrePositionYInCu     ( double f_Cu_pre_y   ) {m_Cu_pre_y   = f_Cu_pre_y   ;};
      void SetPrePositionZInCu     ( double f_Cu_pre_z   ) {m_Cu_pre_z   = f_Cu_pre_z   ;};
      void SetPostPositionXInCu    ( double f_Cu_post_x  ) {m_Cu_post_x  = f_Cu_post_x  ;};
      void SetPostPositionYInCu    ( double f_Cu_post_y  ) {m_Cu_post_y  = f_Cu_post_y  ;};
      void SetPostPositionZInCu    ( double f_Cu_post_z  ) {m_Cu_post_z  = f_Cu_post_z  ;};
      void SetMomentumXOfCuPre     ( double f_P_Cu_pre_x ) {m_P_Cu_pre_x = f_P_Cu_pre_x ;};
      void SetMomentumYOfCuPre     ( double f_P_Cu_pre_y ) {m_P_Cu_pre_y = f_P_Cu_pre_y ;};
      void SetMomentumZOfCuPre     ( double f_P_Cu_pre_z ) {m_P_Cu_pre_z = f_P_Cu_pre_z ;};
      void SetMomentumXOfCuPost    ( double f_P_Cu_post_x) {m_P_Cu_post_x= f_P_Cu_post_x;};
      void SetMomentumYOfCuPost    ( double f_P_Cu_post_y) {m_P_Cu_post_y= f_P_Cu_post_y;};
      void SetMomentumZOfCuPost    ( double f_P_Cu_post_z) {m_P_Cu_post_z= f_P_Cu_post_z;};
      */
      /* Get methods */
      int    GetTrackID              () const {return m_ID_track   ;};
      int    GetCurrentTrackID       () const {return m_currentTrackID;}
      int    GetIsSecondary          () const {return m_isSecondary;};
      int    GetLayerID              () const {return m_ID_layer   ;};
      int    GetPDGCode              () const {return m_pdg        ;};
      int    GetParentID             () const {return m_ID_parent  ;};
      double GetTotalEnergyDeposit   () const {return m_E_deposit  ;};
      double GetPositionXOfPrePoint  () const {return m_XYZ_pre_x  ;};
      double GetPositionYOfPrePoint  () const {return m_XYZ_pre_y  ;};
      double GetPositionZOfPrePoint  () const {return m_XYZ_pre_z  ;};
      double GetPositionXOfPostPoint () const {return m_XYZ_post_x ;};
      double GetPositionYOfPostPoint () const {return m_XYZ_post_y ;};
      double GetPositionZOfPostPoint () const {return m_XYZ_post_z ;};
      double GetMomentumXOfPrePoint  () const {return m_P_pre_x    ;};
      double GetMomentumYOfPrePoint  () const {return m_P_pre_y    ;};
      double GetMomentumZOfPrePoint  () const {return m_P_pre_z    ;};
      double GetMomentumXOfPostPoint () const {return m_P_post_x   ;};
      double GetMomentumYOfPostPoint () const {return m_P_post_y   ;};
      double GetMomentumZOfPostPoint () const {return m_P_post_z   ;};
      double GetFlightLengthPrePoint () const {return m_flightLength_pre;}
      double GetFlightLengthPostPoint() const {return m_flightLength_post;}
      const vector<int> & GetDigiIdxVec()     const {return m_vec_digi_id;}
      const vector<int> & GetXclusterIdxVec() const {return m_vec_Xcluster_id;}
      const vector<int> & GetVclusterIdxVec() const {return m_vec_Vcluster_id;}
      //     vector<int>GetIdentifier       () const {return m_ID_Identifier;};
      TArrayI GetIdentifier          () const {return m_ID_Identifier;};
      string GetCreatorProcess       () const {return m_creatorProcess;};
      /*
      double GetPrePositionXInCu     () const {return m_Cu_pre_x   ;};
      double GetPrePositionYInCu     () const {return m_Cu_pre_y   ;};
      double GetPrePositionZInCu     () const {return m_Cu_pre_z   ;};
      double GetPostPositionXInCu    () const {return m_Cu_post_x  ;};
      double GetPostPositionYInCu    () const {return m_Cu_post_y  ;};
      double GetPostPositionZInCu    () const {return m_Cu_post_z  ;};
      double GetMomentumXOfCuPre     () const {return m_P_Cu_pre_x ;};
      double GetMomentumYOfCuPre     () const {return m_P_Cu_pre_y ;};
      double GetMomentumZOfCuPre     () const {return m_P_Cu_pre_z ;};
      double GetMomentumXOfCuPost    () const {return m_P_Cu_post_x;};
      double GetMomentumYOfCuPost    () const {return m_P_Cu_post_y;};
      double GetMomentumZOfCuPost    () const {return m_P_Cu_post_z;}; 
      */
    private:
 
      CgemMcHit(const CgemMcHit &);
 
      CgemMcHit &operator=(const CgemMcHit &);
 
      int    m_ID_track;
      int    m_currentTrackID;
      int    m_isSecondary;
      int    m_ID_layer;
      int    m_pdg;
      int    m_ID_parent;
      double m_E_deposit;
      double m_XYZ_pre_x;
      double m_XYZ_pre_y;
      double m_XYZ_pre_z;
      double m_XYZ_post_x;
      double m_XYZ_post_y;
      double m_XYZ_post_z;
      double m_P_pre_x;
      double m_P_pre_y;
      double m_P_pre_z;
      double m_P_post_x;
      double m_P_post_y;
      double m_P_post_z;
      double m_flightLength_pre;
      double m_flightLength_post;
      TArrayI m_ID_Identifier;
      string  m_creatorProcess; /* Name of the generation process */
      vector<int>     m_vec_digi_id;
      vector<int>     m_vec_Xcluster_id;
      vector<int>     m_vec_Vcluster_id;
      /*
      double m_Cu_pre_x;
      double m_Cu_pre_y;
      double m_Cu_pre_z;     
      double m_Cu_post_x;
      double m_Cu_post_y;
      double m_Cu_post_z;     
      double m_P_Cu_pre_x;
      double m_P_Cu_pre_y;
      double m_P_Cu_pre_z;    
      double m_P_Cu_post_x;
      double m_P_Cu_post_y;
      double m_P_Cu_post_z; 
      */
};
 
typedef ObjectVector<CgemMcHit> CgemMcHitCol;
 
} /* End of 'NameSpace Event' */
 
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#endif