Muc/MucGeoCreateAlg/MucGeoCreateAlg-00-01-00/MucGeoCreateAlg/MucEntity.h

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//------------------------------------------------------------------------------|
//      [File  ]:                       MucEntity.h                             |
//      [Brief ]:       Head file of MUC geometry entity class          |
//      [Author]:       Xie Yuguang, <[email protected]>                    |
//      [Date  ]:       May 22, 2005                                            |
//------------------------------------------------------------------------------|
 
#ifndef MUC_ENTITY_H
#define MUC_ENTITY_H
 
#include<iostream>
 
//#include "CLHEP/Geometry/Vector3D.h"
//#include "CLHEP/Geometry/Point3D.h"
 
using namespace std;
 
class MucEntity 
{
    public:
        MucEntity( int part, int segment, int layer ); 
        MucEntity( int part, int segment, int layer, int id );
        MucEntity( int part, int segment, int layer, int upDown, int id );
        MucEntity( int part, int segment, int layer, int upDown, int rpcId, int id );
        MucEntity( const MucEntity &other );
        MucEntity &operator =( const MucEntity &other );
        virtual ~MucEntity() ;
        
        int GetPart();
        int GetSegment();
        int GetLayer();
        int GetUpDown();
        int     GetRpcId();
        int GetID();
 
        double  GetTheta();
        double  GetRin();
        double  GetRout();
        double  GetRc();
        double  GetThin();
        double  GetW();
        double  GetH();
        double  GetL();
        double  GetWu();
        double  GetWd();
        double  GetArea();
        
        double  GetLocOrgInBes( int i );        // 1: Bes_x, 2: Bes_y, 3, Bes_z
                double  GetObjRotToMot( int i );        // 1: Rot_x, 2: Rot_y, 3, Rot_z
                double  GetObjOrgInBes( int i );    // 1: Bes_x, 2: Bes_y, 3, Bes_z
                double  GetObjOrgInLoc( int i );        // 1: Pos_x, 2: Pos_y, 3, Pos_z
 
        double* GetLocOrgInBes();   
        double* GetObjRotToMot();   
        double* GetObjOrgInLoc();
        double* GetObjOrgInBes();
    
        // coordinate transform function, from old to new, 
        // Rot_z is the direction angle of new x axis in old coordinate system
        void    TransBesToLoc( double LocCoord[], double BesCoord[], double LocOrgInBes[], double Rot_z );      
        void    TransLocToBes( double LocCoord[], double BesCoord[], double LocOrgInBes[], double Rot_z ); 
    
    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(mm^2)
    virtual void    SetLocOrgInBes();   // set x, y, z of local origin in BES coordinate system
    virtual void    SetObjRotToMot();   // set rotation angles of x, y, z axises of local coordinate system 
                        // relative to BES 
    virtual void    SetObjOrgInBes();   // set x, y and z of object origin in BES coordinate system 
    virtual void    SetObjOrgInLoc();   // set x, y and z of object origin in local or 
                        // temporary local coordinate system
 
    virtual void    SetAlignment( double dx, double dy, double dz); // set alignment 
 
    protected:
        int m_Part;         // part id
        int m_Segment;      // segment id
        int m_Layer;        // layer id
        int m_UpDown;       // up or down superlayer id, only valid for superlayer objects
        int     m_RpcId;        // rpc id in up or down superlayer
        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
        
        double  m_LocOrgInBes[3];   // x, y, z of the mother origin in BES coordinate system
                        // for panel, the mother is temporary local coordinate system
        double  m_ObjRotToMot[3];   // rotation angles of x, y, z axises of the object coordinate system 
                        // relative to the mother 
                                                // only rotation angle relative to Bes_z axis is useful
                                                // defined as the angle of local xy plane circling mother's z axis, 
                        // not Euler angle 
                        // for local or temparory local, the mother is BES, for panel, 
                        // the mother is the local or temparory local
        double  m_ObjOrgInBes[3];   // x, y and z of object origin in BES coordinate system
        double  m_ObjOrgInLoc[3];   // x, y and z of object origin in its mother coordinate system
                        // for panel, the mother is temporary local coordinate system
 
//-------------------------------------------------------------NOTE---------------------------------------------------------------
// 1:   There are four coordinate systems: BES(the world), local(the mother), temporary local(the temp, for many panels object) 
//  and object, the posterior one is always located in the anterior one.
// 2:   If the local coordinate system of one entity is BES, m_MotOrgInBes is unuseful. 
// 3:   According to the detector structure, the origin coordinates and rotation angles of geometry entities relative to BES 
//  coordinate system can be calculated easily and conveniently, so these values will be initialized first in constructor.
// 4:   For objects having many panels, the id of integral object is -1, and the id of panel begins from 0 to panel number.
//  These objects must be added a temporary local coordinate system for locating the panels, the temporary local      
 
};
 
#endif