#ifndef _T49DedxInfo_H_INCLUDED_
#define _T49DedxInfo_H_INCLUDED_

/*
$Log: T49DedxInfo.h,v $
Revision 1.5  2002/10/07 09:53:10  cblume
Update for CASTOR

 * Revision 1.3  2000/07/07  14:14:34  cblume
 * Made ROOT v2.25 compatible by Marco
 *
 * Revision 1.2  2000/01/30  14:46:00  cblume
 * New versions from Marco with updated comments
 *
 * Revision 1.1  2000/01/17  12:37:45  cblume
 * Add T49DedxInfo.h
 *
*/

#include "TObject.h"

class T49DedxInfo : public TObject {

public:
    T49DedxInfo();

  virtual ~T49DedxInfo();

  void SetPosition(Float_t x,Int_t i)    { fPosition[i] = x;      }
  void SetAmplitude(Float_t x,Int_t i)   { fAmplitude[i] = x;     }

  void SetPosError(Float_t x,Int_t i)    { fPosError[i] = x;      }
  void SetAmpError(Float_t x,Int_t i)    { fAmpError[i] = x;      }

  void SetChiSq(Float_t x)               { fChisq  = x;           } 
  void SetReso(Float_t x)                { fReso  = x;            } 
  void SetResError(Float_t x)            { fResError  = x;        } 
  void SetAsymmetry(Float_t x)           { fAsym  = x;            } 

  Float_t   GetPosition(Int_t i)         { return  fPosition[i];  }
  Float_t   GetAmplitude(Int_t i)        { return  fAmplitude[i]; }

  Float_t   GetPosError(Int_t i)         { return  fPosError[i];  }
  Float_t   GetAmpError(Int_t i)         { return  fAmpError[i];  }

  Float_t   GetChiSq()                   { return fChisq;         } 
  Float_t   GetReso()                    { return fReso;          } 
  Float_t   GetResError()                { return fResError;      } 
  Float_t   GetAsymmetry()               { return fAsym;          } 

  ClassDef(T49DedxInfo,3)  // Class to hold dE/dx fit results in T49Container
   
protected:

  Float_t  fPosition[4];    
  Float_t  fAmplitude[4];

  Float_t  fReso;
  Float_t  fChisq;

  Float_t  fPosError[4];    
  Float_t  fAmpError[4];
  Float_t  fResError;

  Float_t  fAsym;
};

#endif