//-----------------------------------------------------------
// File and Version Information:
// $Id$
//
// Description:
//      Cluster Finding in the TPC:
//      SectorProcessor using PadProcessor algorithm
//
//
// Environment:
//      Software developed for the PANDA Detector at FAIR.
//
// Author List:
//      Sebastian Neubert    TUM            (original author)
//
//
//-----------------------------------------------------------

#ifndef TPCSECTORPROCESSOR_HH
#define TPCSECTORPROCESSOR_HH

// Base Class Headers ----------------


// Collaborating Class Headers -------
#include <vector>
#include <map>
#include "TpcDigi.h"
#include "TpcCluster.h"

// Collaborating Class Declarations --
class TpcPadPlane;
class padprocessor;
class TpcClusterFitter;

class TpcSectorProcessor {
public:

  // Constructors/Destructors ---------
  TpcSectorProcessor(bool b=false, bool dm=false){fsaveRaw=b; fDataMode=dm;}
  ~TpcSectorProcessor();

  // Operators
  

  // Accessors -----------------------
  unsigned int getNPads() const {return fpproc.size();}
  const padprocessor* getPP(unsigned int id){return fpproc[id];}
  unsigned int getId() const {return fSectorId;}
  

  // Modifiers -----------------------
  void Init(TpcPadPlane* p,
	    unsigned int id,
	    std::vector<TpcCluster*>* ob,
	    double diffFactor, // minimal relative difference for maximum
	    double timeCut, // time gap for cluster splitting 
	    double G=1, double C=1);
  void MaskChannels(const std::vector<unsigned int>& refs);

  void putDigi(TpcDigi* d){fdigi_buffer.push_back(d);}

  // Operations ----------------------
  void process();
  void reset();


private:

  // Private Data Members ------------
  std::map<unsigned int, padprocessor*> fpproc;
  std::map<unsigned int, padprocessor*> factivepads;
  
  std::vector<std::vector<TpcDigi*>*> fcluster_buffer;
  std::vector<TpcCluster*>* foutput_buffer;
  
  TpcPadPlane* fpadplane;
  unsigned int fSectorId;
  TpcClusterFitter* fFitter;
  
  std::vector<TpcDigi*> fdigi_buffer;

  bool fsaveRaw;
  bool fDataMode;

  double fC; // normalization constant for errors
  double fG; // Gain/(electrons per ADC count)

  // Private Methods -----------------
  void cog(); // center of gravity

};

#endif

//--------------------------------------------------------------
// $Log$
//--------------------------------------------------------------