---

EDControl.h

Go to the documentation of this file.

/*************************************************************************

 EDControl class.

 Overall control class.  Connects last known raw/recon files, starts the
 GUI, opens the canvas and initialises analysis histos.  Responds to
 requests made by user via the GUI.

 -------------------------------------

 Authors: N Lumb, Gloria Spandre; INFN-Pisa.

 Start date: Sept. 2001.

*************************************************************************/



#ifndef EDCONTROL_H

#define EDCONTROL_H


#include <stdlib.h>
#include <iostream.h>
#include <fstream.h>


#include "TFile.h"
#include "TTree.h"
#include "TCanvas.h"
#include "digiRootData/DigiEvent.h"
#include "reconRootData/Recon.h"

#include "bfemDisplay/EDHistos.h"


#define CALPEDS_MAY2001 "../calibration/bfem_calpeds.root"
#define CALPEDS_AUG2001 "../calibration/bfem_cal_peds.root"

#define ACDPEDS "../calibration/bfem_peds_acd.dat"
#define XGTPEDS "../calibration/bfem_peds_xgt.dat"

#define NACD 13
#define NXGT 4

#define kForwards kTRUE
#define kBackwards kFALSE



class EDControl {

 private:

  TFile      *m_rawFile;         // input raw file
  TFile      *m_reconFile;       // input recon file
  TTree      *m_rawTree;         // pointer to the raw TTree
  TTree      *m_reconTree;       // pointer to the recon TTree
  DigiEvent  *m_event;           // <<======= The new digiclass definition
  Recon      *m_recon;

  TObjArray  *m_ped;             // contains 8 TVector with the pedestals of CALlogs (80 logs) 
  TObjArray  *m_acdped;          // contains 2 TVector with IDs and pedestals of ACDs subdet
  TObjArray  *m_xgtped;          // contains 2 TVector with IDs and pedestals of XGTs subdet

  EDHistos   *m_histos;          // Analysis histograms.

  TCanvas    *m_canvas;          // Display canvas.

  ifstream   m_rawPathFile;      // ASCII file containing name of raw file.
  ifstream   m_reconPathFile;    // ASCII file containing name of recon file.
  ifstream   m_acdPedFile;       // ASCII file containing ACD peds.
  ifstream   m_xgtPedFile;       // ASCII file containing XGT peds.

  Bool_t     m_rawFileExists;
  Bool_t     m_reconFileExists;
  Bool_t     m_StopDisplayLoop;
  Bool_t     m_isRealData;

  Int_t      m_numEntries;   // Maximum number of events that can be processed.

  TObjArray*  ReadCALPed();             // Read pedestals for 80 CALlogs x 2 End x 4 Range 
  TObjArray*  ReadACDPed();             // Read pedestals and Ids for 13 ACDs
  TObjArray*  ReadXGTPed();             // Read pedestals and Ids for 4 XGTs
  

 public:

  EDControl();
  ~EDControl();

  void ConnectNewRawFile( Char_t *fname );
  void ConnectNewReconFile( Char_t *fname );

  Int_t checkNumEntries();

  void processCommand( Int_t userReq, Int_t evtNo=1000000 );

  // Inline functions.
  TTree *getRawTree() { return m_rawTree; }
  TTree *getReconTree() { return m_reconTree; }
  DigiEvent *getEvent() { return m_event; }
  Recon *getRecon() { return m_recon; }

  EDHistos *getHistos() { return m_histos; }
  TObjArray *getCALPeds() { return m_ped; }
  TObjArray *getACDPeds() { return m_acdped; }
  TObjArray *getXGTPeds() { return m_xgtped; }

  void setRawDataType( Bool_t datatype ) { m_isRealData = datatype; }
  Bool_t getRawDataType() { return m_isRealData; }

  TCanvas *getCanvas() { return m_canvas; }

  Int_t getEntries() { return m_numEntries; }
  

};


#endif

---