#ifndef CALOREC_CBNTAA_CALOCELL_H
#define CALOREC_CBNTAA_CALOCELL_H

// 
// CBNT_CaloCell: 
//     CBNT Algorithm class accessing CaloCell
//     Retrieve CaloCell container, and make ntuple
//
// Algorithm properties (name defined in cxx file): 
//     NtupleID:         Ntuple ID number 
//     CellColl:         Cell Container name

#include "CBNT_Utils/CBNT_AthenaAwareBase.h"

#include "GaudiKernel/NTuple.h"
#include "Identifier/Identifier.h"

class StoreGateSvc; 
class LArEM_ID;
class LArFCAL_ID;
class LArHEC_ID;
class TileID;
class ICaloBadChannelTool;

class CBNTAA_CaloCell: public CBNT_AthenaAwareBase
{
public:    

    CBNTAA_CaloCell(const std::string& name, ISvcLocator* pSvcLocator);
    virtual ~CBNTAA_CaloCell();
    StatusCode CBNT_initialize();
    StatusCode CBNT_execute();
    StatusCode CBNT_finalize();
    StatusCode CBNT_clear();

private: 

    unsigned int CaloCell_GetDetectorInfo(Identifier &cellID,
				  const LArEM_ID &emid,
				  const LArFCAL_ID &fcalid,
				  const LArHEC_ID &hecid,
					  const TileID  &tileid);
    


    std::string     m_cellsName;     //Cell container
    int     m_maxNCells ; //Maximum number of cells in ntuple
    std::vector<unsigned int> m_caloNums ; // which calo to treat
    float m_cellEnergyThreshold ; // threshold on cell energy for ntuple
                                // if negative symmetric
    bool     m_saveDetInfo;
    bool m_saveTimeInfo;

    bool m_caloSelection ;
    bool m_saveQInfo;
        
  const LArEM_ID   *m_emid;
  const LArFCAL_ID *m_fcalid;
  const LArHEC_ID  *m_hecid;
  const TileID     *m_tileid;    
  ICaloBadChannelTool*      m_pb_tool;

// variables to be in ntuple.  

    long   m_nhit; 
    float  m_eCell;  


    long   m_nCells; 
    std::vector<float> * m_eCells;  
    std::vector<float> * m_etaCells;  
    std::vector<float> * m_phiCells; 

   // Added LH
    std::vector<float> *  m_xCells;
    std::vector<float> *  m_yCells;
    std::vector<long> * m_idCells;

 
    std::vector<long>  * m_detCells;
    std::vector<float> * m_timeCells;
    std::vector<long>  * m_qCells;
    std::vector<float> * m_fitQCells;
    std::vector<long> * m_gainCells;

    StoreGateSvc* m_storeGate; 

    std::string m_suffix;        


};

#endif