dd/d9a/EMECData_8h_source.html

/*

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

*/


//---------------------------------------------------------------

//

// Data structures which determine properties (such as geometry)

// of the EMEC detector in ATLAS.  May be filled by the database

//

//----------------------------------------------------------------


#ifndef EMEC_DATA_H

#define EMEC_DATA_H

#include <string>

#include <vector>


struct EMECGEOMETRY {

  double  EFIELD ;

  double  MLGAP ;

  double  SABL ;

  double  SBAR ;

  double  SBRN ;

  double  SCRB ;

  double  Z1 ;

  double  Z0 ;

  double  DCF ;

  double  RLIMIT ;

  double  EPS ;

  double  RHOIN ;

  double  RCKP ;

  double  ETOT ;

  double  EKAP ;

  double  ECU ;

  double  EPREP ;

  double  EINOX ;

  int     NLAYER;

  double  RMIN ;

  double  RMAX ;

  double  DZENDE ;

  double  ZORIG ;

  double  DCRACK ;

  double  DZPLA ;

  double  DZDSE ;

  double  DZDSM ;

  double  DZDSI ;

  int     NUREG ;

  double  DETA_0 ;

  double  DETA_1 ;

  double  DETA_2 ;

  double  DETA_3 ;

  double  DETA_4 ;

  double  DETA_5 ;

  double  DETA_6 ;

  double  DETA_7 ;

  double  DETA_8 ;

  double  DETA_9 ;

  double  DETA_10 ;

  double  DPHI_0 ;

  double  DPHI_1 ;

  double  DPHI_2 ;

  double  DPHI_3 ;

  double  DPHI_4 ;

  double  DPHI_5 ;

  double  DPHI_6 ;

  double  DPHI_7 ;

  double  DPHI_8 ;

  double  DPHI_9 ;

  double  DPHI_10 ;

  double  ETASTR_0 ;

  double  ETASTR_1 ;

  double  ETASTR_2 ;

  double  ETASTR_3 ;

  double  ETASTR_4 ;

  double  ETASTR_5 ;

  double  ETASTR_6 ;

  double  EMHIT ;

  double  EMDIGI ;

  double  GAP0 ;

  double  ZSHIFT ;


};


struct EMECPARAMS {

  std::string  PHIROTATION;

  std::string  SAGGING;

  std::string  INNERSLANTPARAM;

  std::string  OUTERSLANTPARAM;

};


struct EMECWHEELPARAMETERS {

  int IWHEEL;

  int NABS;

  int NACC;

  double ETAINT;

  double ETAEXT;

  int  NWSAMP;

};


struct EMECMAGICNUMBERS {

  double STRAIGHTSTARTSECTION;

  double FOCALTOREF ;

  double REFTOACTIVE ;

  double ACTIVELENGTH ;

  double REFTOPRESAMPLER;

  double PRESAMPLERLENGTH;


};


struct COLDCONTRACTION {

  double ABSORBERCONTRACTION;

  double G10RINGCONTRACTION;

  double MOTHERBOARDCONTRACTION;

  double CABLECONTRACTION;

  double COLDWINDOWCONTRACTION;

  double ELECTRODEINVCONTRACTION;

};


struct EMECFAN {

  double LEADTHICKNESSINNER;

  double LEADTHICKNESSOUTER;

  double STEELTHICKNESS;

  double GLUETHICKNESS;

  double ELECTRODETOTALTHICKNESS;

};


struct EMECData {

  std::vector<EMECGEOMETRY>        emecgeometry;

  std::vector<EMECPARAMS>          emecparams;

  std::vector<EMECWHEELPARAMETERS> emecwheelparameters;

  std::vector<EMECMAGICNUMBERS>    emecmagicnumbers;

  std::vector<COLDCONTRACTION>     coldcontraction;

  std::vector<EMECFAN>             emecfan;

};


#endif