CgemSim-01-00-40/CgemSim/BesCgemConstruction.hh

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//-------------------------------------------------------------------------------------//
//                BOOST --- BESIII Object_Oriented Simulation Tool                     //
//-------------------------------------------------------------------------------------//
/*
 * =====================================================================================
 *               
 *     Filename: BesCgemConstruciton.hh 
 *  Description: 
 *  Conventions: 
 *               m_*   : normal member of class
 *               sm_*  : static member of class
 *               m_M_* : class data member, material of each layer
 *               m_N_* : class data member, number of layers (CgemLayer,GemFoil)
 *               m_R_* : class data member, radius of each (material) layer, and so on
 *               m_L_* : class data member, length of each layer or hole pitch
 *               m_T_* : class data member, thickness of each (material) layer 
 *               m_A_* : class data member, angle of anode VStrip
 *      Version: CgemSim-01-00-00
 *      Created: 12/16/2013 08:59:21 AM
 *     Revision: CgemSim-00-00-01(in CMT version CgemBoss-0.0.1 written by xiuql)
 *     Compiler: gcc
 *       Author: [email protected]
 * Organization: DG1,EPC,IHEP
 *      History:
 *               <Num> <Author>  <Time>     <Version>   <Remark>
 *                 0    juxd    20131216    00-01-00   created,
 *
 * =====================================================================================
 */
 
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#ifndef BesCgemConstruction_h
#define BesCgemConstruction_h 1
 
/* Header file: BOSS */
#include "BesSubdetector.hh"
#include "BesCgemSD.hh"
#include "CgemGeomSvc/CgemGeomSvc.h"
 
 
/* Header file: Geant4 */
#include "globals.hh"
#include "G4Material.hh"
#include "G4VisAttributes.hh"
 
class G4LogicalVolume;
class G4VPhysicalVolume;
 
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class BesCgemConstruction : public BesSubdetector
{
  public:
    BesCgemConstruction();
   ~BesCgemConstruction();
 
    void Construct(G4LogicalVolume*);
 
  private:
    G4LogicalVolume* ConstructFromCode(G4LogicalVolume*,BesCgemSD*);
    void ConstructPassiveElements(G4LogicalVolume*);
    void ConstructMaterial();
    void Print(G4LogicalVolume *f_LV);
 
    CgemGeomSvc* m_cgem_geomsvc;
 
    BesCgemSD *m_CgemSD;
    BesCgemSD *m_CuSD;
 
  //  G4LogicalVolume* lv_Cgem_logic;
 
    /* Material of Cgem */
  G4Material *m_M_Cu;
  //G4Material *m_M_dummy;
  G4Material *m_M_cable;
  G4Material *m_M_Permaglas;
  G4Material *m_M_Aluminum;
  G4Material *m_M_Au;
  G4Material *m_M_Air;
  G4Material *m_M_CgemGas;
  G4Material *m_M_Honeycomb;
  G4Material *m_M_Rohacell;
  G4Material *m_M_Kapton;
  G4Material *m_M_Epoxy;
  G4Material *m_M_CarbonFiber;
  /* for effective density */
  
  G4Material *m_M_Cu_GEMFoils;
  G4Material *m_M_Cu_AnodeStripX;
  G4Material *m_M_Cu_AnodeStripV;
  G4Material *m_M_Kapton_GEMFoils;
  G4Material *m_M_Kapton_StripV;
  
  /*Option to activate checking volume overlaps*/
  G4bool  m_CheckOverlaps; 
  G4bool  m_CreateHole;
  static const int NMATERIALS_CATHODE =13;
  static const int NMATERIALS_ANODE = 18;
  static const int NMATERIALS_FOIL = 3;
};
 
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#endif