#ifndef PNDGEOSTTPAR_H
#define PNDGEOSTTPAR_H

#include "FairParGenericSet.h"
#include "TH1F.h"
#include "TObjArray.h"

class PndGeoSttPar : public FairParGenericSet 
{
 public:
  TObjArray            *fGeoSensNodes; // List of FairGeoNodes for sensitive volumes
  TObjArray            *fGeoPassNodes; // List of FairGeoNodes for sensitive volumes
  Int_t                 fGeoType;
  Double_t              fTubeInRad, fTubeOutRad;

  Int_t fNLayers, fNSectors, fNTubes, fNTubes_inner_parallel, fNTubes_outer_parallel, fNTubes_fillup_parallel, fNTubes_skewed, fNLayers_inner_parallel, fNLayers_outer_parallel, fNLayers_fillup_parallel;
  TArrayI fLimitList, fShiftList;



  PndGeoSttPar(const char* name="PndGeoSttPar",
	       const char* title="Stt Geometry Parameters",
	       const char* context="TestDefaultContext");
  ~PndGeoSttPar(void);
  void clear(void);
  void putParams(FairParamList*);
  Bool_t getParams(FairParamList*);
  TObjArray             *GetGeoSensitiveNodes(){return fGeoSensNodes;}
  TObjArray             *GetGeoPassiveNodes(){return fGeoPassNodes;}
  
  // additional function for geometry
  void            SetGeometryType(Int_t geoType) { fGeoType = geoType; }
  void            SetTubeInRad(Double_t inrad)   { fTubeInRad = inrad; }
  void            SetTubeOutRad(Double_t outrad) { fTubeOutRad = outrad; }
  Int_t           GetGeometryType() { return (Int_t)    fGeoType;};
  Double_t        GetTubeInRad()    { return (Double_t) fTubeInRad;};
  Double_t        GetTubeOutRad()   { return (Double_t) fTubeOutRad;};

  void            SetNLayers(Int_t nlayers)                   { fNLayers = nlayers;}
  void            SetNLayers_inner_parallel(Int_t ninner)   { fNLayers_inner_parallel = ninner;}
  void            SetNLayers_outer_parallel(Int_t nouter)   { fNLayers_outer_parallel = nouter;}
  void            SetNLayers_fillup_parallel(Int_t nfillup) { fNLayers_fillup_parallel = nfillup;}
      
  void            SetNSectors(Int_t nsectors)                { fNSectors = nsectors;}

  void            SetNTubes(Int_t ntubes)                     { fNTubes = ntubes;}
  void            SetNTubes_inner_parallel(Int_t ninner)      { fNTubes_inner_parallel = ninner;}
  void            SetNTubes_outer_parallel(Int_t nouter) { fNTubes_outer_parallel = nouter;}
  void            SetNTubes_fillup_parallel(Int_t nfillup)    { fNTubes_fillup_parallel = nfillup;}
  void            SetNTubes_skewed(Int_t nskew)               { fNTubes_skewed = nskew;}
  
  void            SetLimitList(TArrayI limit) { fLimitList = limit;}
  void            SetShiftList(TArrayI shift) { fShiftList = shift;}
  // -----------------------------------------
  Int_t           GetNLayers() { return (Int_t) fNLayers;}
  Int_t           GetNLayers_inner_parallel() { return fNLayers_inner_parallel;}
  Int_t           GetNLayers_outer_parallel() { return fNLayers_outer_parallel;}
  Int_t           GetNLayers_fillup_parallel() { return fNLayers_fillup_parallel;}
  
  Int_t           GetNSectors() { return (Int_t) fNSectors;}

  Int_t           GetNTubes() { return (Int_t) fNTubes;}
  Int_t           GetNTubes_inner_parallel() { return (Int_t) fNTubes_inner_parallel;}
  Int_t           GetNTubes_outer_parallel() { return (Int_t) fNTubes_outer_parallel;}
  Int_t           GetNTubes_fillup_parallel() { return (Int_t) fNTubes_fillup_parallel;}
  Int_t           GetNTubes_skewed() { return (Int_t) fNTubes_skewed;}
  
  TArrayI         GetLimitList() { return (TArrayI) fLimitList;}
  TArrayI         GetShiftList() { return (TArrayI) fShiftList;}


  PndGeoSttPar(PndGeoSttPar& par);
  PndGeoSttPar& operator= (const  PndGeoSttPar&) {return *this;};
  
  ClassDef(PndGeoSttPar,1)
};

#endif /* !PNDGEOSTTPAR_H */