d5/ddc/TRT__FillCablingData__DC2_8h_source.html

/*

  Copyright (C) 2002-2017 CERN for the benefit of the ATLAS collaboration

*/


//

// TRT_FillCablingData_DC2 class - class used for filling

//      of TRT Mapping in case of DC2

//    A.Zalite

//

#ifndef TRT_FILLCABLINGDATA_DC2_H

#define TRT_FILLCABLINGDATA_DC2_H


/*

 * Base class

 */

#include "AthenaBaseComps/AthAlgTool.h"


#include "Identifier/Identifier.h"

#include "Identifier/IdentifierHash.h"

#include "Identifier/IdContext.h"

#include "InDetIdentifier/TRT_ID.h"

#include "TRT_CablingData.h"

#include "TRT_ReadoutGeometry/TRT_DetectorManager.h"


#include "eformat/SourceIdentifier.h"  // change to new eformat v3

#include <cstdint>

#include <vector>


class TRT_FillCablingData_DC2: public AthAlgTool

{

public:

    // Constructor

  TRT_FillCablingData_DC2(const std::string& type, const std::string& name,

    const IInterface* parent);


    // Destructor

  virtual ~TRT_FillCablingData_DC2();


    // AlgTool InterfaceID

  static const InterfaceID& interfaceID();


  virtual StatusCode initialize();


  virtual StatusCode finalize();


    // Fill the data

  TRT_CablingData* fillData();


    // Get ROBIDs for each Detector Element (straw layer)

  std::vector<uint32_t> getRobID(Identifier& id) const;


    // Get ROD  for each straw

  uint32_t getRodID(Identifier& id) const;


    // Get Straw and ROD ID

  void getStrawRodID(Identifier& id, uint32_t& rod_id, uint32_t& straw_number)

    const;


    // Define Identifier for each straw from BS

  Identifier defineIdentifier(const eformat::SubDetector& subdetector,

    const int& rod, const int& straw) const;


    // Get Identifiers of Collections for the given ROBID

  void fillCollID(uint32_t robid,  std::vector<IdentifierHash> & ids);


    // Get parameters

  void get_parameters(int& numberOfStrawsInROD,

    int& numberOfStrawsInBarrelROD,

    int& shiftForLeftEndCapStraws,

    int& shiftForLeftBarrelStraws,

    int& shiftForRightBarrelStraws,

    int& shiftForRightEndCapStraws,

    int& numberOfEndCapPhiSectors,

    int& numberOfIdentifierSectors);


private:


  void defineParameters();

  void printParameters() const;

  void defineTables();


    // Define Identifiers of Collections for the given ROBID

  void defineCollID();


  int m_numberOfWheelsA{};

  int m_numberOfWheelsAB{};

  int m_numberOfWheelsABC{};

  int m_numberOfStrawsAInRod{};

  int m_numberOfStrawsABInRod{};

  int m_numberOfStrawsInWheelAForRod{};

  int m_numberOfStrawsInWheelBForRod{};

  int m_numberOfStrawsInWheelCForRod{};


  int m_numberOfPlanesAB{};

  int m_totalNumberOfPlanes{};

  int m_numberOfPhiSectorsInIDSector{};

  int m_numberOfStrawsInPhiSectorAB{};

  int m_numberOfStrawsInPhiSectorC{};

  int m_totalNumberOfStrawsInPhiSectorsAB{};


  int m_numberOfRings{};

  int m_numberOfStrawsA{};

  int m_numberOfStrawsAB{};

  int m_numberOfLayersA{};

  int m_numberOfLayersB{};

  int m_numberOfLayersC{};

  int m_numberOfLayersAB{};


  int m_numberOfLayersInPhiSector{};

  int m_numberOfStrawsInPhiSector{};


  int m_numberOfStrawsInROD{};

  int m_numberOfStrawsInBarrelROD{};


  int m_numberOfIdentifierSectors{};

  int m_numberOfEndCapPhiSectors{};


  int m_shiftForLeftEndCap{};

  int m_shiftForLeftBarrel{};

  int m_shiftForRightBarrel{};

  int m_shiftForRightEndCap{};


  int m_shiftForLeftEndCapStraws{};

  int m_shiftForLeftBarrelStraws{};

  int m_shiftForRightBarrelStraws{};

  int m_shiftForRightEndCapStraws{};


  int m_numberOfStrawPlanesAC{};

  int m_numberOfStrawPlanesB{};


  int* m_layerID{};

  int* m_strawIDInLayer{};

  int* m_numberOfStrawsInPreviousLayers{};


  const TRT_ID* m_id_trt{};

  IdContext m_cntx{};


  TRT_CablingData* m_cabling{};

};


#endif  // TRT_FILLCABLINGDATA_DC2_H