d0/df8/BSTrkParameters_8h_source.html

#ifndef BeamSpotProducer_BSTrkParameters_h

#define BeamSpotProducer_BSTrkParameters_h


class BSTrkParameters {

public:

  // constructor

  BSTrkParameters() {}

  // constructor from values

  //BSTrkParameters( double z0, double sigz0,

  //                 double d0, double sigd0,

  //                 double phi0, double pt) {

  //    fz0 = z0;

  //    fsigz0 = sigz0;

  //    fd0 = d0;

  //    fsigd0 = sigd0;

  //    fphi0 = phi0;

  //    fpt = pt;

  //

  //};


  BSTrkParameters(double z0,

                  double sigz0,

                  double d0,

                  double sigd0,

                  double phi0,

                  double pt,

                  double d0phi_d0 = 0.,

                  double d0phi_chi2 = 0.) {

    fz0 = z0;

    fsigz0 = sigz0;

    fd0 = d0;

    fsigd0 = sigd0;

    fphi0 = phi0;

    fpt = pt;

    fd0phi_d0 = d0phi_d0;

    fd0phi_chi2 = d0phi_chi2;

    fvx = 0.;

    fvy = 0.;

  };


  //

  double z0() const { return fz0; }

  double sigz0() const { return fsigz0; }

  double d0() const { return fd0; }

  double sigd0() const { return fsigd0; }

  double phi0() const { return fphi0; }

  double pt() const { return fpt; }

  double d0phi_chi2() const { return fd0phi_chi2; }

  double d0phi_d0() const { return fd0phi_d0; }

  double vx() const { return fvx; }

  double vy() const { return fvy; }

  void setVx(double vx) { fvx = vx; }

  void setVy(double vy) { fvy = vy; }


private:

  double fz0;

  double fsigz0;

  double fd0;

  double fsigd0;

  double fphi0;

  double fpt;

  double fd0phi_chi2;

  double fd0phi_d0;

  double fvx;

  double fvy;

};


#endif