df/d41/TileDddbManager_8h_source.html

/*

  Copyright (C) 2002-2022 CERN for the benefit of the ATLAS collaboration

*/


/*

 * Updates:

 * - 2022 Jan, Riccardo Maria BIANCHI <riccardo.maria.bianchi@cern.ch>

 *   Added support to input data from SQLite, for the DetectorFactoryLite for Run4

 */


#ifndef TileDddbManager_H

#define TileDddbManager_H


#include <string>

#include <vector>

#include "RDBAccessSvc/IRDBAccessSvc.h"

#include "AthenaBaseComps/AthMessaging.h"


class IRDBRecord;

class MsgStream;


class TileDddbManager

    : public AthMessaging

{

public:

  enum TileSections

  {

    TILE_BARREL=1,

    TILE_EBARREL=2,

    TILE_PLUG1=3,

    TILE_PLUG2=4,

    TILE_PLUG3=5,

    TILE_PLUG4=6

  };


  TileDddbManager(IRDBAccessSvc* access,

                  const std::string&    version_tag,

                  const std::string&    version_node,

                  bool sqliteInput = false);


  TileDddbManager (const TileDddbManager&) = delete;

  TileDddbManager& operator= (const TileDddbManager&) = delete;


  virtual ~TileDddbManager() {}


  // ---------------- T I L E ---------------

  //fields of TILE structure

  int TILEnmodul() const;

  double TILErmim() const;

  double TILErmam() const;

  double TILEzmam() const;

  double TILErmin() const;

  double TILErmax() const;

  double TILEzshift() const;


  // -------------- TILE GLOBALS ---------------

  int GetNumberOfEnv() const;

  int GetEnvType() const;

  int SetCurrentEnvByType(unsigned int envelope);

  int SetCurrentEnvByIndex(unsigned int envelope);

  int GetEnvSide() const;

  int GetEnvNModules() const;

  double GetEnvRin() const;

  double GetEnvRout() const;

  double GetEnvZLength() const;

  double GetEnvDPhi() const;

  double GetEnvDZ() const;

  double GetEnvDX() const;

  double GetEnvDY() const;

  double GetEnvDPsi() const;

  double GetEnvDTheta() const;

  double GetEnvZShift() const;


  // -------------- TILE MODULES ---------------

  int SetCurrentModuleByIndex(unsigned int Id);

  int SetCurrentModuleByNumber(unsigned int Number);

  int GetModNumber() const;

  int GetModType() const;

  double GetModDX() const;

  double GetModDY() const;

  double GetModDZ() const;

  double GetModDPhi() const;

  double GetModDPsi() const;

  double GetModDTheta() const;


  // -------------- TILE MODULE TYPES ---------------

  int SetCurrentTypeByIndex(unsigned int Id);

  int SetCurrentTypeByNumber(unsigned int Number);

  unsigned int GetModType(unsigned int Id) const;

  unsigned int GetModTypeSize() const;


  // -------------- S E C T I O N --------------

  unsigned int GetNumTilb() const;


  int SetCurrentSectionByIndex(unsigned int IdSection);

  int SetCurrentSectionByNumber(unsigned int section);

  int SetCurrentSection(unsigned int section, bool print=true);


  //fields of TILB structure

  int    TILBsection() const;

  int    TILBnperiod() const;

  int    TILBnmodul() const;

  double TILBrmin() const;

  double TILBrmax() const;

  double TILBrminimal() const;

  double TILBrmaximal() const;

  double TILBdzperio() const;

  double TILBdrfront() const;

  double TILBdzend() const;

  double TILBflangex() const;

  double TILBflangey() const;

  double TILBzoffset() const;

  double TILBphigap() const;

  double TILBisci_st() const;

  double TILBdzmodul() const;

  double TILBdzmast() const;

  double TILBdzspac() const;

  double TILBdzend1() const;

  double TILBdzend2() const;

  int    TILBngirder() const;

  int    TILBnscin() const;

  int    TILBfingpattern() const;

  int    TILBnpercutpos() const;

  int    TILBnpercutneg() const;

  int    TILBcurscint() const;

  double TILBdzgir() const;


  // -------- S C I N T I L L A T O R ----------

  int SetCurrentScin(int item);


  int SCNTitem() const;

  double SCNTdr() const;

  double SCNTrc() const;

  double SCNTzp() const;

  double SCNTdrw() const;

  double SCNTdt() const;

  double SCNTdtw() const;

  double SCNTdphi() const;


  // -------- Extended Barrel Cuts ----------

  int SetCurrentCuts(std::string input);

  bool BoolCuts();

  std::string CutsName() const;

  double CutsDX1() const;

  double CutsDX2() const;

  double CutsDY1() const;

  double CutsDY2() const;

  double CutsDZ1() const;

  double CutsXpos() const;

  double CutsYpos() const;


  // ------------- S a d d l e  -----------------

  int SetCurrentSaddle(unsigned int index);

  bool BoolSaddle();

  double DzSaddleSupport() const;

  double RadiusSaddle() const;


  // ------------- G I R D E R -----------------

  int SetCurrentGird(int item);


  // fields of TIGR structure

  int TIGRitem() const;

  int TIGRmaterial() const;

  double TIGRrc() const;

  double TIGRdr() const;

  double TIGRdw() const;

  double TIGRoff() const;


  // -------------- T I F G --------------------

  int SetCurrentTifg(int section);


  // fields of TIFG structure

  int TIFGsection() const;

  int TIFGnelem() const;

  double TIFGdz() const;


  // -------------- T I C G --------------------

  int SetCurrentTicg(int item);


  // fields of TICG structure

  int TICGitem() const;

  int TICGmaterial() const;

  int TICGshape() const;

  double TICGrc() const;

  double TICGdr() const;

  double TICGdx1() const;

  double TICGdx2() const;

  double TICGoff() const;

  double TICGdz() const;

  double TICGzc() const;


  // -------------- T I C L --------------------

  unsigned int GetNumTicl() const;


  int SetCurrentTicl(int detector, double sample, double tower);

  int SetCurrentTicl(unsigned int index);


  // Find first TICL for given detector

  // 1 - success; 0 - doesn't exist any TICL for given detector

  int SetFirstTiclInDet(int detector);


  // Find first TICL for given detector and sample

  // 1 - success; 0 - doesn't exist any such TICL

  int SetFirstTiclInDetSamp(int detector, double sample);


  // Move to the next TICL with the same detector field

  // 1 - success; 0 - the current is last one, it remains unchanged

  int SetNextTiclInDet();


  // Move to the next TICL with the same detector and sample fields

  // 1 - success; 0 - the current is last one, it remains unchanged

  int SetNextTiclInDetSamp();


  // fields of TICL structure

  int TICLdetector() const;

  double TICLncell() const;

  double TICLtower() const;

  double TICLsample() const;

  double TICLeta() const;

  double TICLdeta() const;

  double TICLfirstrow() const;

  double TICLlastrow() const;

  double TICLntilesrow(unsigned int ind) const;

  double TICLnpmt() const;

  double TICLholes(unsigned int ind) const;


  // fields of tile switches

  int getSwitch (const char *name, int def_val) const;

  int addPlatesToCell() const { return getSwitch("ADDPLATESTOCELL",1); }

  int uShape()          const { return getSwitch("USHAPE",0); }

  int glue()            const { return getSwitch("GLUE",1); }

  int PVT()             const { return getSwitch("PVT",0); }

  int steel()           const { return getSwitch("STEEL",0); }

  int csTube()          const { return getSwitch("CSTUBE",0); }


private:


  IRDBRecordset_ptr m_tiglob;

  IRDBRecordset_ptr m_timod;

  IRDBRecordset_ptr m_tile;

  IRDBRecordset_ptr m_tilb;

  IRDBRecordset_ptr m_tigr;

  IRDBRecordset_ptr m_scnt;

  IRDBRecordset_ptr m_tifg;

  IRDBRecordset_ptr m_ticg;

  IRDBRecordset_ptr m_ticl;

  IRDBRecordset_ptr m_cuts;

  IRDBRecordset_ptr m_saddle;

  IRDBRecordset_ptr m_tileSwitches;


  unsigned int m_n_tiglob;

  unsigned int m_n_timod;

  unsigned int m_n_tilb;

  unsigned int m_n_tigr;

  unsigned int m_n_scnt;

  unsigned int m_n_tifg;

  unsigned int m_n_ticg;

  unsigned int m_n_ticl;

  unsigned int m_EnvNum;

  unsigned int m_EnvSize;

  unsigned int m_EnvBegin;

  unsigned int m_n_cuts;

  unsigned int m_n_saddle;

  unsigned int m_n_tileSwitches;


  const IRDBRecord* m_currentTileGlob;

  const IRDBRecord* m_currentTileMod;

  const IRDBRecord* m_currentSection;

  const IRDBRecord* m_currentGird;

  const IRDBRecord* m_currentScin;

  const IRDBRecord* m_currentTifg;

  const IRDBRecord* m_currentTicg;

  const IRDBRecord* m_currentTicl;

  const IRDBRecord* m_currentCuts;

  const IRDBRecord* m_currentSaddle;


  int m_currentTiclInd;   // Index of current TICL structure


  std::string m_tag;

  std::string m_node;


  bool m_sqliteInput;


  std::vector<unsigned int> m_modTypes;

  void FillModTypes();


  bool m_buildCuts;

  bool m_buildSaddle;

};


#endif