G3MedTableEntry.hh

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//
// $Id: G3MedTableEntry.hh 67982 2013-03-13 10:36:03Z gcosmo $
//
// ----------------------
// Class description:
//
// The class associates the G3 tracking medium index
// with the corresponding G4Material, G4MagneticField, G4UserLimits 
// instances and sensitivity flag (isvol).

// ----------------------
//
// by I.Hrivnacova, 27 Sep 99

#ifndef G3MEDTABLEENTRYH_HH
#define G3MEDTABLEENTRYH_HH 1

#include "globals.hh"

class G4Material;
class G4MagneticField;
class G4UserLimits;

class G3MedTableEntry 
{
  public:  // with description

    G3MedTableEntry(G4int id, G4Material* material, G4MagneticField* field,
       G4UserLimits* limits, G4int isvol);
    G3MedTableEntry(const G3MedTableEntry& right);
    virtual ~G3MedTableEntry();
    
    // operators
    G3MedTableEntry& operator=(const G3MedTableEntry& right);
    G4int operator==(const G3MedTableEntry& right) const;
    G4int operator!=(const G3MedTableEntry& right) const;

    // set methods
    void SetMaterial(G4Material* material);
    void SetField(G4MagneticField* field);
    void SetLimits(G4UserLimits* limits);
    void SetISVOL(G4int isvol);

    // get methods
    G4int GetID() const;
    G4Material* GetMaterial() const;
    G4MagneticField* GetField() const;
    G4UserLimits* GetLimits() const;
    G4int GetISVOL() const;
    
  private:

    // data members  
    G4int             fID;
    G4Material*       fMaterial;
    G4MagneticField*  fField;
    G4UserLimits*     fLimits;
    G4int             fISVOL;
    //G4double deemax;
    //G4double epsil;
};

// inline methods

inline void G3MedTableEntry::SetMaterial(G4Material* material)
{ fMaterial = material; }

inline void G3MedTableEntry::SetField(G4MagneticField* field)
{ fField = field; }

inline void G3MedTableEntry::SetLimits(G4UserLimits* limits)
{ fLimits = limits; }

inline void G3MedTableEntry::SetISVOL(G4int isvol)
{ fISVOL = isvol; }

inline G4int G3MedTableEntry::GetID() const
{ return fID; }

inline G4Material* G3MedTableEntry::GetMaterial() const
{ return fMaterial; }

inline G4MagneticField* G3MedTableEntry::GetField() const
{ return fField; }

inline G4UserLimits* G3MedTableEntry::GetLimits() const
{ return fLimits; }

inline G4int G3MedTableEntry::GetISVOL() const
{ return fISVOL; }

#endif