EventDisplay/BesVisLib/BesVisLib-00-04-04/BesVisLib/BesStatus.h

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//
// BesStatus.h
//
 
#ifndef BES_STATUS
#define BES_STATUS
 
#include <TObject.h>
 
#ifndef BES_EBESViewType
#define BES_EBESViewType
 
enum EBESViewType {
  k3DView   = BIT(0),
  kXYView   = BIT(1),
  kZRView   = BIT(2)
};
#endif
 
class BesStatus : public TObject {
 
 private:
 
 public:
  friend ostream& operator<< (ostream& os,const BesStatus& bs);
  friend istream& operator>> (istream& is,BesStatus& bs);
  BesStatus();
  virtual ~BesStatus();
 
  // status flags for Mdc geometry
 
  Bool_t fMdcGlobal;    //! visibility flag for global Mdc
  Bool_t fMdcTubes;     //! visibility flag for Mdc main tubes
  Bool_t fMdcWires;     //! visibility flag for Mdc wires
 
  // status flags for Tof geometry
 
  Bool_t fTofGlobal;   //!visibility flag for global Tof
  Bool_t fTofEast;     //!visibility flag for Tof east EC
  Bool_t fTofBarrel;   //!visibility flag for Tof barrel
  Bool_t fTofWest;     //!visibility flag for Tof west EC
 
  // status flags for Emc geometry
 
  Bool_t fEmcGlobal;   //! visivility flag for global Emc
  Bool_t fEmcEast;     //! visivility flag for Emc east EC
  Bool_t fEmcBarrel;   //! visivility flag for Emc barrel
  Bool_t fEmcWest;     //! visivility flag for Emc west EC
  Bool_t fEmcSide;     //! visivility flag for Emc side
 
  // status flags for Muc geometry
 
  Bool_t fMucGlobal;   //! visivility flag for global Muc
  Bool_t fMucEast;     //! visivility flag for Muc east EC
  Bool_t fMucBarrel;   //! visivility flag for Muc barrel
  Bool_t fMucWest;     //! visivility flag for Muc west EC
  Bool_t fMucStrips;   //! visivility flag for Muc strips
 
  // status flags for full 3D detector geometry
 
  Bool_t fFull3DMdc;   //! visivility flag for full 3D Mdc
  Bool_t fFull3DTof;   //! visivility flag for full 3D Tof
  Bool_t fFull3DEmc;   //! visivility flag for full 3D Emc
  Bool_t fFull3DMuc;   //! visivility flag for full 3D Muc
 
  // status flags for other parts
 
  Bool_t fBeamPipe;        //! visibility flag for beam pipe
  Bool_t fZRPlaneOnXY;     //! visibility flag for ZRPlaneOnXY
  Bool_t fAxis;            //! visibility flag for axis
 
  // status flags for hits Mdc
  Bool_t fMdcHitsGlobal;       //! visibility flag for global Mdc Hits
  Bool_t fMdcHits;             //! visibility flag for Mdc Hits
 
  // status flags for hits Tof
 
  Bool_t fTofHitsGlobal;    //! visibility flag for global Tof Hits
  Bool_t fTofHitsEast;      //! visibility flag for Tof Hits East
  Bool_t fTofHitsBarrel;    //! visibility flag for Tof Hits Barrel
  Bool_t fTofHitsWest;      //! visibility flag for Tof Hits West
  
  // status flags for hits Emc
 
  Bool_t fEmcHitsGlobal;    //! visibility flag for global Emc Hits
  Bool_t fEmcHitsEast;      //! visibility flag for Emc Hits East
  Bool_t fEmcHitsBarrel;    //! visibility flag for Emc Hits Barrel
  Bool_t fEmcHitsWest;      //! visibility flag for Emc Hits West
  Bool_t fEmcHitsSide;      //! visibility flag for Emc Hits Side
 
  // status flags for hits Muc
 
  Bool_t fMucHitsGlobal;    //! visibility flag for global Muc Hits
  Bool_t fMucHitsEast;      //! visibility flag for Muc Hits East
  Bool_t fMucHitsBarrel;    //! visibility flag for Muc Hits Barrel
  Bool_t fMucHitsWest;      //! visibility flag for Muc Hits West
  
  // status flags for tracks
 
  Bool_t fTracksGlobal;     //! visibility flag for global Tracks
  Bool_t fTracksMdc;        //! visibility flag for Mdc Tracks
  Bool_t fTracksTof;        //! visibility flag for Tof Tracks
  Bool_t fTracksEmc;        //! visibility flag for Emc Tracks
  Bool_t fTracksMuc;        //! visibility flag for Muc Tracks
  Bool_t fTracksExt;        //! visibility flag for Ext Tracks
 
  // status flags for general options
 
  Bool_t fFishEye;           //! flags for fish eye view
 
  // phi range
 
  Float_t      fPhiRangeMin;      // Minimum of phi range for Z-R projection (in degrees)
  Float_t      fPhiRangeMax;      // Maximum of phi range for Z-R projection (in degrees)
 
  // zoom
  Float_t      fZoom;
 
  void Transfer(BesStatus *right, Bool_t set);
 
  void TransferGeometryMdc        (BesStatus *right, Bool_t set);
  void TransferGeometryTof        (BesStatus *right, Bool_t set);
  void TransferGeometryEmc        (BesStatus *right, Bool_t set);
  void TransferGeometryMuc        (BesStatus *right, Bool_t set);
  void TransferGeometryFull3D     (BesStatus *right, Bool_t set);
  void TransferGeometryOtherParts (BesStatus *right, Bool_t set);
 
  void TransferHitsMdc   (BesStatus *right, Bool_t set);
  void TransferHitsTof   (BesStatus *right, Bool_t set);
  void TransferHitsEmc   (BesStatus *right, Bool_t set);
  void TransferHitsMuc   (BesStatus *right, Bool_t set);
 
  void TransferTracks    (BesStatus *right, Bool_t set);
 
  void TransferFishEye  (BesStatus *right, Bool_t set);
  void TransferPhiRange (BesStatus *right, Bool_t set);
  void TransferZoom     (BesStatus *right, Bool_t set);
 
  void Default(EBESViewType type);
 
  ClassDef(BesStatus,0) // Bes View Status
};
istream& operator>> (istream& is,BesStatus& bs);
ostream& operator<< (ostream& os,const BesStatus& bs);
 
#endif