// BrDetectorParamsTPC.h,v 1.4 1998/05/08 20:45:55 videbaek Exp
// BrDetectorParamsTPC.h,v
// Revision 1.4  1998/05/08 20:45:55  videbaek
// TPC class updates; added functionality
//
// Revision 1.3  1998/05/08 00:58:42  videbaek
// TPC code updates
//
// Revision 1.2  1998/04/01 22:10:57  hagel
// Changes for adding local tracking
//
// Revision 1.1.1.1  1998/03/04 21:34:02  brahmlib
// Brat tpc
//
//
#ifndef _BRDETECTORPARAMSTPC
#define _BRDETECTORPARAMSTPC

///////////////////////////////////////////////////////////////////////
//                                                                   //
//    BrDetectorParamsTPC      					     //
//				                                     //
//                                                                   //
//                                                                   //
///////////////////////////////////////////////////////////////////////

#include "TNamed.h"

class BrDetectorParamsTPC : public TNamed {

public:
  BrDetectorParamsTPC();
  BrDetectorParamsTPC(Char_t *name,Char_t *title);
  
  virtual ~BrDetectorParamsTPC();
  
  void ListParameters() const;
  void SetDefaultParams();
  
  virtual Float_t GetTwoPar() {return fTwoPar;}
  virtual Float_t GetDlong()  {return fDlong; }
  virtual Float_t GetDtrans() {return fDtrans;}
  virtual Float_t GetEff() {return fEff;}
  virtual Float_t GetAnodeGap()   {return fAnodeGap;}

  virtual Float_t GetDriftv() {return fDriftv;}
  virtual Float_t GetTimeBucket()   {return fTimeBucket;}
  virtual Float_t GetShapingTime()   {return fShapingTime;}
  virtual Float_t GetADCGain()   {return fADCGain;}
  virtual Int_t   GetADCChannels() {return fADCChannels;}
 
  virtual Float_t GetRowDistance()   {return fRowDistance;}
  virtual Int_t   GetNumberOfRows(){return fNumberOfRows;}
  virtual Int_t   GetPadsprow(){return fPadsprow;}
  virtual Float_t GetPadDistance()   {return fPadDistance;}
  virtual Float_t GetPadWidth()   {return fPadWidth;}
  virtual Float_t GetPadLength()   {return fPadLength;}
 

  virtual void SetDlong(const Float_t Dlong)  {fDlong = Dlong;}
  virtual void SetDtrans(Float_t Dtrans){fDtrans=Dtrans;}
  virtual void SetEff(Float_t Eff){fEff=Eff;}
  virtual void SetAnodeGap(Float_t AnodeGap){fAnodeGap = AnodeGap;}
  
  virtual void SetDriftv(Float_t Driftv){fDriftv = Driftv;}
  virtual void SetTimeBucket(Float_t TimeBucket){fTimeBucket = TimeBucket;}
  virtual void SetShapingTime(Float_t ShapingTime){fShapingTime = ShapingTime;}
  virtual void SetADCGain(Float_t ADCGain){fADCGain = ADCGain;}
  virtual void SetADCChannels(Float_t ADCChannels){fADCChannels = ADCChannels;}
  
  virtual void SetRowDistance(Float_t RowDistance){fRowDistance = RowDistance;}
  virtual void SetNumberOfRows(Int_t NumberOfRows){fNumberOfRows = NumberOfRows;}
  virtual void SetPadPerRow(Int_t PadsPerRow){fPadsprow = PadsPerRow;}
  virtual void SetPadDistance(Float_t PadDistance){fPadDistance=PadDistance;} 
  virtual void SetPadWidth(Float_t PadWidth){fPadWidth = PadWidth;}
  virtual void SetPadLength(Float_t PadLength){fPadLength = PadLength;}
 
private:
  //
  // Simulation parameters
  //
  Float_t fTwoPar;	    // Twoparticle resolution
  Float_t fDlong;	      // Longitudinal Diffusion coeffecient
  Float_t fDtrans;	    // Transverse Diffisuion coefficient
  Float_t fEff;	        // Efficiency for padrows
  Float_t fAnodeGap;	  // Distance between Pad and anode wire
                        // The proper sim and analysis parameter is really
                        // the pad resolution function (PRF)
  //
  // Gas and readout parameters
  //
  Float_t fDriftv;	    // Drift velocity
  Float_t fTimeBucket;	// Bucket size
  Float_t fShapingTime;	// Preamp shaper time
  Float_t fADCGain;	    // Gain of Preamp
  Int_t   fADCChannels;	// Number of bins in adc (128, 150, 256..)
  //
  // Geometry parameters
  //
  Float_t fRowDistance;  // Distance between Rows
  Int_t   fNumberOfRows; // Number of Rows
  Int_t   fPadsprow;	   // Number of Pads per row
  Float_t fPadDistance;	 // Distance between pads
  Float_t fPadWidth;	   // Width of Pads
  Float_t fPadLength;	   // Length of pads

 public:

    ClassDef(BrDetectorParamsTPC,1) // BRAHMS detector volume class
};

#endif