EmcFEM.h

Go to the documentation of this file.

#ifndef __EMCFEM_H__
#define __EMCFEM_H__

// EMCalFEE.h Describes class EMCalFEE
// Reads data from file or pool and stores it in EmcDynamicData obect arrays.
// Array FEMstatus keeps information about FEM faults during current event.
// Possible mistakes: FEMstatus[i]=1 if FEM i had not its packet in this event while other had;
//                    FEMstatus[i]=2 if delay between TAC and presamle or between post and presample
//                                   does not equal to expected value
//==================================================================================================
// Created by Sergei Belikov 04/20/99
//-------------------------------------------------------------------------------------------------- 

class Eventiterator;
class Event;
class EmcDynamicData;

struct FEMlimits
{
  int minAmp;
  int maxAmp;
};

struct cells
{
  int pre;
  int post;
  int tac;
};

struct evtInfo
{  
  int evtLength;
  int evtType;
  int evtSequence;
  int evtRunNumber;
};

class EMCalFEE
{
protected:
  FEMlimits * lim;
  EmcDynamicData* dd;
  int* FEMstatus;
  int* DataErrors;
  int* RefErrors;
  cells* EvtCells;
  evtInfo evtIn;
  //  We keep the pointer to last event read-in
  Event  * event;
public:
  EMCalFEE(EmcDynamicData* d, FEMlimits * l, int& status);
  virtual ~EMCalFEE();
  virtual int processEvent(Event* evt) ;
  virtual int getNextEvent(Eventiterator *it);
  virtual int readNextEvent(Eventiterator *it);
  virtual int convertNextEvent();
  const int* getFEMstatus(){return FEMstatus;}
  int      * getDataErrors(){return DataErrors;}
  int     * getRefErrors(){return RefErrors;}
  const cells* getCells(){return EvtCells;}
  const evtInfo* getEvtInfo(){return &evtIn;}
  int getEvtLength(){return evtIn.evtLength;}
  int getEvtType(){return evtIn.evtType;}
  int getEvtSequence(){return evtIn.evtSequence;}
  int getRunNumber(){return evtIn.evtRunNumber;}
};
#endif