Muc/MucCalib/include/MucCalib/MucEntityCal.h

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//------------------------------------------------------------------------------|
//      [File  ]:                       MucEntityCal.h                          |
//      [Brief ]:       Head file of MUC geometry entity class for calibration  |
//      [Author]:       Xie Yuguang, <ygxie@mail.ihep.ac.cn>                    |
//      [Date  ]:       May 22, 2005                                            |
//------------------------------------------------------------------------------|
 
#ifndef MUC_ENTITY_CAL_H
#define MUC_ENTITY_CAL_H
 
#include <iostream>
 
using namespace std;
 
class MucEntityCal {
public:
  MucEntityCal( int part, int segment, int layer );
  MucEntityCal( int part, int segment, int layer, int id );
  MucEntityCal( const MucEntityCal& other );
  MucEntityCal& operator=( const MucEntityCal& other );
  virtual ~MucEntityCal();
 
  int GetPart();
  int GetSegment();
  int GetLayer();
  int GetID();
 
  double GetTheta(); // degree
  double GetRin();   // mm
  double GetRout();  // mm
  double GetRc();    // mm
  double GetThin();  // mm
  double GetW();     // mm
  double GetH();     // mm
  double GetL();     // mm
  double GetWu();    // mm
  double GetWd();    // mm
  double GetArea();  // cm^2
 
protected:
  virtual void Init(); // all geometry information initilization
 
  virtual void SetTheta(); // set theta
  virtual void SetRin();   // set r inner
  virtual void SetRout();  // set r outer
  virtual void SetRc();    // set r center
  virtual void SetThin();  // set thickness
  virtual void SetW();     // set width
  virtual void SetH();     // set height
  virtual void SetL();     // set stretching length
  virtual void SetWu();    // set up width
  virtual void SetWd();    // set down width
  virtual void SetArea();  // set area of entity(cm^2)
 
protected:
  int m_Part;    // part id
  int m_Segment; // segment id
  int m_Layer;   // layer id
  int m_ID;      // object id
 
  double m_Theta; // barrel: inclination angle of R and Bes_X
                  // endcap: inclination angle of panel boudary and Bes_X
 
  double m_Rin;  // r of the inner surface relative to BES origin
  double m_Rout; // r of the outer surface relative to BES origin
  double m_Rc;   // r of the center surface relative to BES orign
  double m_Thin; // thickness of entity
  double m_W;    // width of cross section
  double m_H;    // height of cross section
  double m_L;    // stretching length of cross section
  double m_Wu;   // up width of trapezoid cross section
  double m_Wd;   // down width of trapezoid cross section
  double m_Area; // area of entity,mm^2
};
 
#endif