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TMuiClusterO.h

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// Interface Object Class : TMuiClusterO
// Author: Jason Newby
// Data: 02/12/03
// Description: Class for muon identifier road

#ifndef _TMUICLUSTERO_H_
#define _TMUICLUSTERO_H_

// CINT compatible headers//
//
#include<TDataType.h>
#include<PHKey.hh>
#include<PHException.h>
#include<MUIOO.h>
#include<PHPoint.h>
#include<PHLine.h>




class TMuiClusterO : public PHKey {

public:


  
  TMuiClusterO(){;}  
  
  virtual ~TMuiClusterO(){;}
  
  TMuiClusterO(const Key& key) :
    PHKey(key){;}
  
  TMuiClusterO(const Key&,
               UShort_t arm,
               UShort_t plane,
               UShort_t panel,
               UShort_t orientation,
               UShort_t index){;}
  


  virtual void set_size(UShort_t size) {}
  virtual void set_centroidpos(const PHPoint& point) {}
  virtual void set_centroidsigma(const PHPoint& point) {}
  
  virtual UShort_t get_size() const {return 0;}
  virtual PHPoint get_centroidpos() const {return PHPoint();}
  virtual PHPoint get_centroidsigma() const {return PHPoint();}
  
  virtual void set_coord(const PHLine& line) {}
  virtual void set_coord_end(const PHPoint& point) {}
  virtual void set_coord_begin(const PHPoint& point) {}

  virtual PHLine get_coord() const{return PHLine();}
  virtual PHPoint get_coord_end() const { return PHPoint();}
  virtual PHPoint get_coord_begin() const { return PHPoint();}




  virtual void set_arm( UShort_t arm) {}
  virtual void set_plane( UShort_t plane) {}
  virtual void set_panel( UShort_t panel) {}
  virtual void set_orientation( UShort_t orientation) {}

  virtual UShort_t get_arm() const {return 0;}
  virtual UShort_t get_plane() const {return 0;}
  virtual UShort_t get_panel() const {return 0;}
  virtual UShort_t get_orientation() const {return 0;}
  virtual UShort_t get_index() const {return 0;}




  virtual void print(std::ostream& os = std::cout) const {}


  ClassDef(TMuiClusterO,1)

};

class TMuiClusterO_v1 : public TMuiClusterO {

public:

  TMuiClusterO_v1();  

  virtual ~TMuiClusterO_v1(){;}

  TMuiClusterO_v1(const Key&,
                  UShort_t arm,
                  UShort_t plane,
                  UShort_t panel,
                  UShort_t orientation,
                  UShort_t index);  

  TMuiClusterO_v1(const TMuiClusterO*);  
  TMuiClusterO_v1(const TMuiClusterO&);  

  void set_arm( UShort_t arm) { _arm=arm;}
  void set_plane( UShort_t plane) { _plane=plane;}
  void set_panel( UShort_t panel) { _panel=panel;}
  void set_orientation( UShort_t orientation) { _orientation=orientation;}
  void set_index( UShort_t index) { _index=index;}

  UShort_t get_arm() const {return _arm;}
  UShort_t get_plane() const {return _plane;}
  UShort_t get_panel() const {return _panel;}
  UShort_t get_orientation() const {return _orientation;}
  UShort_t get_index() const {return _index;}

  void set_size(UShort_t size) {_size=size;}
  void set_centroidpos(const PHPoint& point);
  void set_centroidsigma(const PHPoint& point);
  
  UShort_t get_size() const {return 0;}
  PHPoint get_centroidpos() const;
  PHPoint get_centroidsigma() const;
  
  void print(std::ostream& os = std::cout) const {
    MUIOO::PRINT(os,GetName());
    os << " index: " << _index << std::endl;
    os << " arm: " << _arm << std::endl;
    os << " plane: " << _plane << std::endl;
    os << " panel: " << _panel << std::endl;
    os << " orientation: " << _orientation << std::endl;
    os << " centroidpos: (" << _centroidpos[0] << ","
       << _centroidpos[1] << ","
       << _centroidpos[2] <<")" << std::endl;
   MUIOO::PRINT(os,"**");
  }
  
private:
  
  UShort_t _arm;
  UShort_t _plane;
  UShort_t _panel;
  UShort_t _orientation;
  UShort_t _size;
  UShort_t _index;
  
  enum {POINT_SIZE=3};
  double _centroidpos[POINT_SIZE]; 
  double _centroidsigma[POINT_SIZE]; 

  ClassDef(TMuiClusterO_v1,1)
};

class TMuiClusterO_v2 : public TMuiClusterO {

public:

  TMuiClusterO_v2();  

  virtual ~TMuiClusterO_v2(){;}

  TMuiClusterO_v2(const Key&,
                  UShort_t arm,
                  UShort_t plane,
                  UShort_t panel,
                  UShort_t orientation,
                  UShort_t index);  

  TMuiClusterO_v2(const TMuiClusterO*);  
  TMuiClusterO_v2(const TMuiClusterO&);  

  void set_arm( UShort_t arm) { _arm=arm;}
  void set_plane( UShort_t plane) { _plane=plane;}
  void set_panel( UShort_t panel) { _panel=panel;}
  void set_orientation( UShort_t orientation) { _orientation=orientation;}
  void set_index( UShort_t index) { _index=index;}

  UShort_t get_arm() const {return _arm;}
  UShort_t get_plane() const {return _plane;}
  UShort_t get_panel() const {return _panel;}
  UShort_t get_orientation() const {return _orientation;}
  UShort_t get_index() const {return _index;}

  void set_size(UShort_t size) {_size=size;}
  void set_centroidpos(const PHPoint& point);
  void set_centroidsigma(const PHPoint& point);

  UShort_t get_size() const {return 0;}
  PHPoint get_centroidpos() const;
  PHPoint get_centroidsigma() const;

  void set_coord(const PHLine& line);
  void set_coord_end(const PHPoint& point);
  void set_coord_begin(const PHPoint& point);

  PHLine get_coord() const;
  PHPoint get_coord_end() const;
  PHPoint get_coord_begin() const;

  void print(std::ostream& os = std::cout) const {
    MUIOO::PRINT(os,GetName());
    os << " index: " << _index << std::endl;
    os << " arm: " << _arm << std::endl;
    os << " plane: " << _plane << std::endl;
    os << " panel: " << _panel << std::endl;
    os << " orientation: " << _orientation << std::endl;
    os << " centroidpos: (" << _centroidpos[0] << ","
       << _centroidpos[1] << ","
       << _centroidpos[2] <<")" << std::endl;
    os << " centroidsigma: (" << _centroidsigma[0] << ","
       << _centroidsigma[1] << ","
       << _centroidsigma[2] <<")" << std::endl;
    os << " x1: " << _point_1[0] << " y1: " << _point_1[1] 
       << " z1: " << _point_1[2] << std::endl;
    os << " x2: " << _point_2[0] << " y2: " << _point_2[1] 
       << " z2: " << _point_2[2] << std::endl;
   MUIOO::PRINT(os,"**");
  }
  
private:
  
  UShort_t _arm;
  UShort_t _plane;
  UShort_t _panel;
  UShort_t _orientation;
  UShort_t _size;
  UShort_t _index;
  
  enum {POINT_SIZE=3};
  double _centroidpos[POINT_SIZE]; 
  double _centroidsigma[POINT_SIZE]; 
  double _point_1[POINT_SIZE]; 
  double _point_2[POINT_SIZE];

  ClassDef(TMuiClusterO_v2,1)
};

#endif /* _TMUICLUSTERO_H_ */

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