#ifndef GeCluster_h
#define GeCluster_h


/* #include "geant4/globals.hh" */
/* #include "geant4/G4LogicalVolume.hh" */
#include "TList.h"

class TGeoVolume;
class TGeoSphere;
class TGeoTube;
class TGeoPgon;
class TGeoCompositeShape;
class CbmHypGe;

// Dummy declarations to get rid of warnings 

class GeCluster : public TObject
{

 public:
 
 GeCluster();
 virtual ~GeCluster();

 Double_t X_Crystal[105];
 Double_t Y_Crystal[105];
 Double_t Z_Crystal[105];

 int Id_Crystal[105];

 int Id_Cluster[105];
 int Id_Crystal_In_Cluster[105];

 void SetPathGeo(TString path){
   fpath = path;
 };

 TList  *CreateCluster(TGeoPgon* logicCrystal_test,
		       TGeoPgon* lay_sci,
		       TGeoCompositeShape* lay_cap, 
		       TGeoVolume& sphere,
		       double distance, 
		       double theta, 
		       double phi, 
		       double depth_first_interaction, 
		       int id_start); 

/*  TList  *CreateCluster(TGeoCompositeShape* logicCrystal_test, */
/* 		    TGeoVolume& sphere, */
/* 		    double distance,  */
/* 		    double theta,  */
/* 		    double phi,  */
/* 		    double depth_first_interaction,  */
/* 		    int id_start);  */

/*  void CreateCluster(TGeoCompositeShape* logicCrystal_test, */
/* 		    TGeoVolume& sphere, */
/* 		    double distance,  */
/* 		    double theta,  */
/* 		    double phi,  */
/* 		    double depth_first_interaction,  */
/* 		    int id_start);  */
 
 ClassDef(GeCluster,2);
 
 private:

 int fnum_crystal;
 int fnum_cluster;
 TString fpath;
 
 //TGeoVolume*   sphere;    // pointer to the logical envelope
 

    

  //GeCrystal
  //TGeoTube*            Crystal_Tube;   // pointer to the solid Target
  //TGeoPgon*       Crystal_Polyhedra;   // pointer to the solid Target
  //TGeoCompositeShape*  logicCrystal_test;   // 

  
   TGeoVolume* crystal_centre[105];   // pointer to the physical Target
   TGeoVolume* crystal[105];   // pointer to the physical Target
   TGeoVolume* laySci[105];   // pointer to the physical Target
   TGeoVolume* laySci_peri[105];   // periferical physical Target
   TGeoVolume* Cap[105];   // pointer to the physical Target
   TGeoVolume* Cap_peri[105];   // periferical physical Target
   TList *SenVolList;   


};

#endif