HoughRecHit.h

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#ifndef  HOUGHRECHIT_H
#define  HOUGHRECHIT_H
#include "MdcHoughFinder/HoughHit.h"
#include <utility>
class Hough2D;
class HoughRecHit : public HoughHit{
  public:
    HoughRecHit();
    HoughRecHit(const HoughRecHit& other);
    HoughRecHit& operator=(const HoughRecHit& other);
    HoughRecHit(const MdcDigi* const digi,double disToTrack,double disToCir,int flagLs);
    HoughRecHit(const HoughHit& houghhit,double disToTrack,double disToCir,int flagLs);
 
    Hough2D* getPtr2D()     const {return _p_hough2D;}
    double getDisToTrack()  const {return _disToTrack;}
    double getDisToCir()  const {return _disToCir;}
    std::pair<double,double> getRet()  const { return _theta_l; }
    double getzPos()   const {return _zPos;}
    double getsPos()   const {return _sPos;}
    double getzAmb(int i)   const {return _zAmb[i];}
    double getsAmb(int i)   const {return _sAmb[i];}
    double getAmbig()       const {return _ambig;}
    int getflag()        const {return _flagLS;}
    int getnsol()        const {return _n_sol;}
 
    void   setPtr2D( Hough2D* p_hough2D)  {_p_hough2D=p_hough2D;}
    void   setDisToTrack(double dis)  {_disToTrack= dis;}
    void   setDisToCir(double dis)  {_disToCir= dis;}
    void   setRet(std::pair<double,double> theta_l) {_theta_l=theta_l;}
    void   setzPos(double zPos) {_zPos=zPos;}
    void   setsPos(double sPos) {_sPos=sPos;}
    void   setzAmb(int i,double zPos) {_zAmb[i]=zPos;}
    void   setsAmb(int i,double sPos) {_sAmb[i]=sPos;}
    void   setflag(int i) {_flagLS=i;}
    void   setnsol(int i) {_n_sol=i;}
 
    void   setAmb(int i); 
 
  private:
    Hough2D *_p_hough2D;
    double _disToTrack;
    double _disToCir;
    std::pair<double,double> _theta_l;
    int    _ambig;
    double _zPos;
    double _sPos;
    double _zAmb[2];  //1 left 2 right
    double _sAmb[2];
    int _flagLS;
    int _n_sol;
};
#endif