/***************************************************************************
 *
 * $Id$
 *
 * Author: Marcelo Munhoz
 ***************************************************************************
 *
 * Description: SVT Hybrid Array for the System Test BASE class
 *
 ***************************************************************************
 *
 * $Log$
 **************************************************************************/

#ifndef STSVTHYBRIDCOLLECTION_HH
#define STSVTHYBRIDCOLLECTION_HH

#define MAX_NUMBER_OF_BARRELS  5

#include "StArray.h"

class StSvtHybridCollection: public StObjArray
{
public:
  StSvtHybridCollection(char* config = 0, int size = 1);
  virtual ~StSvtHybridCollection();

  int getNumberOfBarrels() {return mNumberOfBarrels;}
  int getNumberOfLadders(int barrel) {return mNumberOfLadders[barrel-1];}
  int getNumberOfWafers(int barrel)  {return mNumberOfWafers[barrel-1];}
  int getNumberOfHybrids() {return mNumberOfHybrids;}
  int getTotalNumberOfHybrids() {return mTotalNumberOfHybrids;}
  int getHybridIndex(int barrel, int ladder, int wafer, int hybrid);
  int getSytHybridIndex(int index);
  int setSytHybridIndex(int index);

  virtual void setConfiguration(char* config);
  virtual char* getConfiguration() {return fConfig;}

protected:

  int mNumberOfBarrels;                        // Number of Barrels
  int mNumberOfLadders[MAX_NUMBER_OF_BARRELS]; // Number of Ladders of each Barrel
  int mNumberOfWafers[MAX_NUMBER_OF_BARRELS];  // Number of Wafers of each Ladder (Barrel dependent)
  int mNumberOfHybrids;                        // Number of Hybrids of each Wafer ( = 2)
  
  int mTotalNumberOfHybrids;                   // Total Number of Hybrids (entire SVT)

  char* fConfig;    //! SVT Configuration 
  int indexSyt[18]; //  Internal index for the SYSTEM TEST configuration
  int count;        //  Internal counter for the SYSTEM TEST configuration

  ClassDef(StSvtHybridCollection,1)
};

#endif