// -----------------------------------------------------------------------------
// -----                                                                   -----
// -----                      from R3BCaloCalibPar                         -----
// -----                Created 21/07/2014 by H. Alvarez-Pol               -----
// -----                                                                   -----
// -----------------------------------------------------------------------------

#ifndef R3BSTARTRACKCALIBPAR_H
#define R3BSTARTRACKCALIBPAR_H

#include <TVector3.h>
#include <TObjString.h>

#include "FairParGenericSet.h"
#include "FairParamList.h"

class R3BStarTrackCalibPar : public FairParGenericSet
{
 public :
  R3BStarTrackCalibPar (const char* name="R3BStarTrackCalibPar",
		   const char* title="Si Strip det Calibration Parameters",
		   const char* context="TestDefaultContext");
  ~R3BStarTrackCalibPar(void){};
  void clear(void){};
  void putParams(FairParamList* list);
  Bool_t getParams(FairParamList* list);
  
  void Print(Option_t* option="") const;
  /** Accessor functions **/
  const Double_t GetEneCalibGain(Int_t strip){return eneCalibGain[strip];}
  const Double_t GetEneCalibOffset(Int_t strip){return eneCalibOffset[strip];}
  const Double_t GetEneCalibGainUncert(Int_t strip){return eneCalibGainUncert[strip];}
  const Double_t GetEneCalibOffsetUncert(Int_t strip){return eneCalibOffsetUncert[strip];}
  
  const Double_t GetTimeCalib_p0(Int_t strip){return timeCalib_p0[strip];}
  const Double_t GetTimeCalib_p1(Int_t strip){return timeCalib_p1[strip];}
  const Double_t GetTimeCalib_p2(Int_t strip){return timeCalib_p2[strip];}
  const Double_t GetTimeCalibUncert_p0(Int_t strip){return timeCalibUncert_p0[strip];}
  const Double_t GetTimeCalibUncert_p1(Int_t strip){return timeCalibUncert_p1[strip];}
  const Double_t GetTimeCalibUncert_p2(Int_t strip){return timeCalibUncert_p2[strip];}
  
  void SetEneCalibGain(Int_t strip, Double_t value){eneCalibGain[strip]=value;}
  void SetEneCalibOffset(Int_t strip, Double_t value){eneCalibOffset[strip]=value;}
  void SetEneCalibGainUncert(Int_t strip, Double_t value){eneCalibGainUncert[strip]=value;}
  void SetEneCalibOffsetUncert(Int_t strip, Double_t value){eneCalibOffsetUncert[strip]=value;}

  void SettimeCalib_p0(Int_t strip, Double_t value){timeCalib_p0[strip]=value;}
  void SettimeCalib_p1(Int_t strip, Double_t value){timeCalib_p1[strip]=value;}
  void SettimeCalib_p2(Int_t strip, Double_t value){timeCalib_p2[strip]=value;}
  void SettimeCalibUncert_p0(Int_t strip, Double_t value){timeCalibUncert_p0[strip]=value;}
  void SettimeCalibUncert_p1(Int_t strip, Double_t value){timeCalibUncert_p1[strip]=value;}
  void SettimeCalibUncert_p2(Int_t strip, Double_t value){timeCalibUncert_p2[strip]=value;}
  
 private:
  //Polynomial (second order) parameters for high gain (gammas) calibration 
  //+ uncertainty. [2×3×double×number_of_crystals].
  Double_t* eneCalibGain;
  Double_t* eneCalibOffset;
  Double_t* eneCalibGainUncert;
  Double_t* eneCalibOffsetUncert;


  // Polynomial (second order) parameters for time calibration 
  //+ uncertainty.
  Double_t* timeCalib_p0;
  Double_t* timeCalib_p1;
  Double_t* timeCalib_p2;
  Double_t* timeCalibUncert_p0;
  Double_t* timeCalibUncert_p1;
  Double_t* timeCalibUncert_p2;

  TString  fGeometryFileName;
  
  ClassDef(R3BStarTrackCalibPar,1); //
};

#endif /* !R3BSTARTRACKCALIBPAR_H*/