PxUtils.h

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#include <iostream>
#include <sstream>
#ifndef UTIL_PXUTILS_H
#define UTIL_PXUTILS_H


namespace util{
    class PxPoint {
    public:
      double w; // wire distance in cm
      double t; // time distance in cm (drift distance)
      unsigned int plane; // plane 0, 1, 2

      PxPoint(){
        Clear();
        //      std::cout<< "This is the default point ctor." << std::endl;
      }

      PxPoint(unsigned int pp,double ww,double tt){
        plane=pp;
        w=ww;
        t=tt;
      }

      void Clear()
      {
        plane = 0;
        w     = 0;
        t     = 0;
      }

      ~PxPoint(){}
    };

  class PxHit : public PxPoint {

  public:

    double charge; ///< area charge
    double sumADC; ///< sum of ADCs
    double peak;   ///< peak amplitude

    PxHit(){
      Clear();
    }

    PxHit(unsigned int pp,double ww,double tt,
      double chrg, double sumadc, double pk):
      PxPoint(pp, ww, tt), charge(chrg), sumADC(sumadc), peak(pk)
      {}

    void Clear()
    {
      PxPoint::Clear();
      charge = 0;
      peak   = 0;
    }

  };


  //helper class needed for the seeding
  class PxLine {
  public:

    PxPoint pt0() { return PxPoint(plane,w0,t0); }
    PxPoint pt1() { return PxPoint(plane,w1,t1); }

    double w0; ///<defined to be the vertex w-position
    double t0; ///<defined to be the vertex t-position
    double w1; ///<defined to be the ending w-position (of line or seed depending)
    double t1; ///<defined to be the ending t-position (of line or seed depending)
    unsigned int plane;

    PxLine(unsigned int pp,double ww0,double tt0, double ww1, double tt1){
      Clear();
      plane=pp;
      w0=ww0;
      t0=tt0;
      w1=ww1;
      t1=tt1;
    }

    PxLine(){Clear();}

    void Clear()
    {
      plane=0;
      w0=0;
      t0=0;
      w1=0;
      t1=0;
    }

  };

}



#endif