HarpoDccReader.h

Go to the documentation of this file.

#ifndef HARPODCCREADER_H
#define HARPODCCREADER_H
//                                                                      //
// HarpoDccReader                                                       //
//                                                                      //
// DCC raw file Reader Class                                            //
//                                                                      //
#include "TString.h"
#include "TFile.h"
//#include "TTree.h"

#include "HarpoDetReader.h"

#include "HarpoDccEvent.h"
#include "HarpoDccHeader.h"
#include "HarpoDccAnalyse.h"
#include "HarpoConfig.h"

class HarpoDccReader : public HarpoDetReader {

public:

  HarpoDccReader();
  HarpoDccReader(HarpoConfig *cfg);

  virtual   ~HarpoDccReader();

  void SetDccFile(TString *name);
  void SetRootFile(TString *name);
  void SetAnalyseFunction(HarpoDccAnalyse *func);
  
  Bool_t NextEvent();             // Read next event from raw file
  void  SkipEvent();   // Skipping not "intersting" event
  void  PushBack();   // Reread current event on follwing NextEvent

  HarpoDccEvent *GetEvent();      // Pointer to Current event
  HarpoDccHeader *GetDetHeader(); // Run Header 

  Bool_t    Init();  // Open raw file and check header
  Bool_t    isDone() { return fDone; } 
  Bool_t    isError() { return fError; } 

  Long_t    Loop();   // Process all events as defined in config
  Long_t    Loop(Long_t maxevents);
 
  /* Bool_t    Find(Long_t eventNo); //! Find raw event by event number   */

  /* void  SetRunNo(Long_t nRun) { fRunNo = nRun; } */
  /* Long_t GetRunNo() { return fRunNo; } */

  void  SetPlane(Long_t plane) { fPlane = plane; } 
  Int_t GetPlane() { return fPlane; }
  /* Long_t GetReadEvts() { return fNevts; } //! Number of readed events */
  /* ULong_t GetTimeStamp() { return fTimeStamp; } // TS from prev event  */
  /* ULong_t GetPrevTimeStamp() { return fPrevTimeStamp; } // TS from prev event  */

  void Save();

private:

  void AddPedestals();
  /* Long_t     fRunNo;        // Run Number */
  Long_t     fPlane;        // Plane Number ( X == 0, Y == 1)
  Bool_t     fDone;         // Finished reading
  Bool_t     fError;        // Read error of event format error

  //Bool_t fSaveTree;
  //TTree* fTree;
  /* TString    *fInFile;      // Dcc File name */
  FILE       *fIn;          // Dcc File discriptor
  Long_t     fNevts;        // Readed events 

  /* TString    *fNewFileName;  //ROOT file Name */
  TFile      *fNewFile;      //ROOT file handler
  Long_t      fNewNb;        //Number of bytes written onto new file

  /* Long_t      fMaxEvents;    //max Number of  event to read */


  HarpoDccEvent  *fEvent;   // Current Event 
  HarpoDccEvent  *fSaveEvent;   // Pushed event pointer
  Bool_t isEventSaved;

  HarpoDccAnalyse *fDccAnalyse;  // User Analisysis Function

  EventHeader_t lHeader; // local buffer  
  UShort_t lData[EVENT_BUFFER_SIZE];       // local buffer 



  ClassDef(HarpoDccReader,1) 
};
#endif