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CellMaker.h

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// Cell Maker.h
//
// HTP tidied up and put into namespace

#ifndef ATLFAST_CELLMAKER_H
#define ATLFAST_CELLMAKER_H

#include <string>

// Gaudi
#include "GaudiKernel/Algorithm.h"

//Atlfast
namespace HepMC_helper{
  class IMCselector;
}


//Transient event store paths

class ISvcLocator;

namespace Atlfast {
  class Calorimeter;
  class MagField;
  class TesIO;
  class ICellSelector;
  class EPileupMap;
  class ISmearer;

  using std::string;
  class CellMaker : public Algorithm {

  public:
    CellMaker(const std::string& name, ISvcLocator* pSvcLocator);
    ~CellMaker();
    
    StatusCode          initialize();
    StatusCode          execute();
    StatusCode          finalize();

  private:
    Calorimeter*    m_calorimeter;  
    ICellSelector*  m_cellSelector; //select cells on readout of Calorimeter
    HepMC_helper::IMCselector*  m_mcSelector; //selects input particles
    EPileupMap* m_epileupMap;
    ISmearer* m_smearer;
    
    // parameters needed to construct a calorimeter object...
    double    m_etaCoverage;      
    double    m_minETCell;         // minimum Et of cell to write out
    double    m_barrelForwardEta;  // boundary between forward and barrel
    bool      m_fieldOn;           // field bending calculted if true
    bool      m_doSmearing;//warning! not fully tested. Should not be used if JetSmearing == true


    //...............Cell Granularities for...............................
    double    m_granBarrelEta;     // barrel eta
    double    m_granBarrelPhi;     // barrel phi
    double    m_granForwardEta;    // forward eta
    double    m_granForwardPhi;    // forward phi

    //Paths in the transient event store to get/put things
    std::string m_inputLocation;
    std::string m_outputLocation;

    TesIO* m_tesIO; // TES interface
    MagField* m_magField; 

  };

} // end of namespace bracket
#endif

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