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/***************************************************************************
    Flt.h  - description

    begin                : Mon Jul 3 2000
    copyright            : (C) 2000 by Andreas Kopmann
    email                : kopmann@hpe.fzk.de
 ***************************************************************************/


#if defined (_MSC_VER) && (_MSC_VER >= 1000)
#pragma once
#endif
#ifndef _INC_FLT_38563E5801FB_INCLUDED
#define _INC_FLT_38563E5801FB_INCLUDED


#include <Hw/FltDef.h>
#include <Hw/FltRegister.h>
#include <Hw/FltPixRegister.h>

#include <Hw/FltCntrlStatus.h>
#include <Hw/FltMargins.h>
#include <Hw/FltHitRate.h>
#include <Hw/FltCurrent.h>
#include <Hw/FltTestPattern.h>
#include <Hw/FltPeriphStatus.h>
#include <Hw/FltThreshold.h>
#include <Hw/FltStatistic.h>

#include <Hw/FltMemory.h>

#if defined (FLT_VER) && (FLT_VER >= 200)
#include <Hw/FltSum.h>
#endif

#if defined (FLT_VER) && (FLT_VER >= 210)
#include <Hw/flttriggermode.h>
#endif

#include <Hw/Subrack.h>
#include <Hw/subrackboard.h>


#define FLT_REGS 16
#define FLT_PIXREGS 16

class Subrack;

//##ModelId=39913E3F03DC
class Flt : public SubrackBoard {
public:

        //##ModelId=39913E4002BB
   Flt(int ID);

   virtual ~Flt();


   int getVersion(int unit=0);
   
//   bool isPresent();

   bool checkPresence();

   int getHardwareModelVersion(); 

   int testMemory(FILE *fout, int ch = -1);

   int testTransferRate(FILE *fout, int ch = -1, int page = -1);


  int compareData(FILE *fout, unsigned short *data,
           unsigned short *patter, int shift, int n, int output=1);


  int getMeanAdcValue(int ch, double *value);

  int setThresholdToAdc(int ch, unsigned long delta);


        //##ModelId=39913E4002B1
        Subrack* theSubrack;

        //##ModelId=39913E400293
  FltRegister ** theRegister;

        //##ModelId=39913E400275
  FltPixRegister ** thePixRegister;

        //##ModelId=39913E40022E
  int nRegs;

        //##ModelId=39913E4001FC
  int nPixRegs;

  //##ModelId=39913E4001DE
  FltCntrlStatus * cntrlStatus;

  //##ModelId=391FBEFC0180
  //FltPixelStatus1 * pixelStatus1;
  //##ModelId=39913E4001CA
  FltRegister * pixelStatus1;

  //##ModelId=391FBF0302DF
  //FltPixelStatus2 * pixelStatus2;
  //##ModelId=39913E4001AC
  FltRegister * pixelStatus2;

  //##ModelId=391FBF0A027B
  //FltPixelStatus3 * pixelStatus3;
  //##ModelId=39913E40018E
  FltRegister * pixelStatus3;

  //##ModelId=391FBF1600C0
  //FltDisOnCntrl * theDisOnCntrl;
  //##ModelId=39913E400170
  FltRegister * disOnCntrl;

  //##ModelId=39913E40015C
  FltMargins * marginsLow;

  //##ModelId=39913E40013E
  FltMargins * marginsHigh;

  //##ModelId=39913E400120
  FltRegister * serPort;

  //##ModelId=39913E40010C
  FltHitrate * hitrate;

  //##ModelId=39913E4000F8
  FltPixRegister * gain;

  //##ModelId=39913E4000DC
  FltCurrent * current;

  //##ModelId=39913E4000BE
  FltTestPattern * testPattern;

  //##ModelId=39913E4000AA
  FltPeriphStatus * periphStatus;

#if defined (FLT_VER) && (FLT_VER >= 200)
  FltThreshold *threshold;

  FltStatistic * statisticSet;

  FltSum * sum;

  FltPixRegister *sumSq;

#if defined (FLT_VER) && (FLT_VER >= 210)

  FltPixRegister *sumSqBuffer;

  FltTriggerMode *triggerMode;
#endif


#else
  //##ModelId=39913E40009E
  FltThreshold * actThresh;

  //##ModelId=39913E40008C
  FltThreshold * prevThresh;
#endif


  //##ModelId=39913E400078
  FltMemory * memory;

private:

  //int ID;

  //bool present;
};

#endif /* _INC_FLT_38563E5801FB_INCLUDED */