#ifndef TQFWProfileParam_H
#define TQFWProfileParam_H

#include "TGo4Parameter.h"

#include "TQFWRawEvent.h"
#include "TQFWProfileEvent.h"






class TQFWProfileParam : public TGo4Parameter {
   public:

      TQFWProfileParam();

      TQFWProfileParam(const char* name);

      virtual Bool_t UpdateFrom(TGo4Parameter *);

      UInt_t fSlowMotionStart; // event number in file to begin slow control mode (0=off)

      Bool_t   fMeasureBackground;  // switches background measurement on/off
      Bool_t   fCorrectBackground;  // apply background correction to qfw on/off
      Bool_t   fDoCountStatistics;  // evaluate mean and sigma of counts with per wire histograms
      Bool_t   fFileOutputCountStatistics;  // dump mean sigma values to file

      // configuration objects are here

      Int_t fNumCups; // number of cup devices
      Int_t fCupDeviceID[PEXOR_QFW_CUPS]; // unique faraday cup id
      Int_t fCupBoardID[PEXOR_QFW_CUPS][PEXOR_QFW_CUPSEGMENTS]; // qfw board id for [cup,segment]
      Int_t fCupChannel[PEXOR_QFW_CUPS][PEXOR_QFW_CUPSEGMENTS]; // qfw channel on board for [cup,segment]

      Int_t fNumGrids; // number of grid devices
      Int_t fGridDeviceID[PEXOR_QFW_GRIDS]; // unique beam profile grid id
      Int_t fGridBoardID_X[PEXOR_QFW_GRIDS][PEXOR_QFW_WIRES]; // qfw board id for [grid,wireX]
      Int_t fGridBoardID_Y[PEXOR_QFW_GRIDS][PEXOR_QFW_WIRES]; // qfw board id for [grid,wireY]
      Int_t fGridChannel_X[PEXOR_QFW_GRIDS][PEXOR_QFW_WIRES];  // qfw channel on board for [grid,wireX]
      Int_t fGridChannel_Y[PEXOR_QFW_GRIDS][PEXOR_QFW_WIRES];  // qfw channel on board for [grid,wireY]
      Int_t fGridMinWire_X[PEXOR_QFW_GRIDS]; // minimum valid X wire index for display (inxlusive)
      Int_t fGridMaxWire_X[PEXOR_QFW_GRIDS]; // maximum X wire index for display (exlusive)
      Int_t fGridMinWire_Y[PEXOR_QFW_GRIDS]; // minimum valid Y wire index for display (inclusive)
      Int_t fGridMaxWire_Y[PEXOR_QFW_GRIDS]; // maximum  Y wire index for display (exclusive)

      Double_t fGridPosition_X[PEXOR_QFW_GRIDS][PEXOR_QFW_WIRES]; // absolute position (mm) of [grid,wireX]
      Double_t fGridPosition_Y[PEXOR_QFW_GRIDS][PEXOR_QFW_WIRES]; // absolute position (mm) of [grid,wirey]

      Double_t fQFWOffsetsX[PEXOR_QFW_GRIDS][PEXOR_QFWLOOPS][PEXOR_QFW_WIRES]; // average offset values (grid,loop,wire)
      Double_t fQFWOffsetXSums[PEXOR_QFW_GRIDS][PEXOR_QFWLOOPS][PEXOR_QFW_WIRES]; // accumulated offset values (grid,loop,wire)
      Double_t fMeasurementCountsX[PEXOR_QFW_GRIDS][PEXOR_QFWLOOPS][PEXOR_QFW_WIRES]; // counts offset values (grid,wire,loop)

      Double_t fQFWOffsetsY[PEXOR_QFW_GRIDS][PEXOR_QFWLOOPS][PEXOR_QFW_WIRES]; // average offset values (grid,wire,loop)
      Double_t fQFWOffsetYSums[PEXOR_QFW_GRIDS][PEXOR_QFWLOOPS][PEXOR_QFW_WIRES]; // accumulated offset values (grid,loop,wire)
      Double_t fMeasurementCountsY[PEXOR_QFW_GRIDS][PEXOR_QFWLOOPS][PEXOR_QFW_WIRES]; // counts offset values (grid,wire,loop)

      Double_t fQFWOffsetsCup[PEXOR_QFW_CUPS][PEXOR_QFWLOOPS][PEXOR_QFW_CUPSEGMENTS]; // average offset values (grid,loop,wire)
      Double_t fQFWOffsetCupSums[PEXOR_QFW_CUPS][PEXOR_QFWLOOPS][PEXOR_QFW_CUPSEGMENTS]; // accumulated offset values (grid,loop,wire)
      Double_t fMeasurementCountsCup[PEXOR_QFW_CUPS][PEXOR_QFWLOOPS][PEXOR_QFW_CUPSEGMENTS]; // counts offset values (grid,wire,loop)





      /* initial mapping of board/channels to grid/cup display*/
      void InitProfileMapping();

      /* reference this parameter with the grid/cup setup at static event members
       * before initialization. Usually this is done in UpdateFrom*/
      Bool_t SetEventConfig();

      /* Reset values of offset measurement to zero.*/
      void ResetOffsetMeasurement();


  /* new measurement point for x direction wire*/
      Bool_t  AddXOffsetMeasurement(Int_t grid, Int_t loop, Int_t wire, Double_t value);

  /* new measurement point for x direction wire*/
      Bool_t AddYOffsetMeasurement(Int_t grid, Int_t loop, Int_t wire, Double_t value);

   /* new measurement point for cup segment */
    Bool_t AddCupOffsetMeasurement(Int_t cup, Int_t loop, Int_t segment, Double_t value);




  /* Evaluate offset correction from the previously measured data*/
  Double_t GetCorrectedXValue(Int_t grid, Int_t loop, Int_t wire, Double_t count);

  /* Evaluate offset correction from the previously measured data*/
  Double_t GetCorrectedYValue(Int_t grid, Int_t loop, Int_t wire, Double_t count);

  /* Evaluate offset correction from the previously measured data*/
   Double_t GetCorrectedCupValue(Int_t cup, Int_t loop, Int_t segment, Double_t count);


  Bool_t CheckGridBoundaries(Int_t grid, Int_t loop, Int_t wire);

  Bool_t CheckCupBoundaries(Int_t cup, Int_t loop, Int_t segment);

  /* evaluate parameter index for grid of given unique id*/
  Int_t FindGridIndex(Int_t gridUID);


   private:



   ClassDef(TQFWProfileParam,4)
};

#endif // TQFWProfileParam_H