CbmMcbm2018StsPar.h

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// -------------------------------------------------------------------------
// -----            CbmMcbm2018StsPar header file                      -----
// -----            Created 25/09/18  by P.-A. Loizeau                 -----
// -------------------------------------------------------------------------
 
#ifndef CBMMCBM2018STSPAR_H
#define CBMMCBM2018STSPAR_H
 
#include "FairParGenericSet.h"
 
#include "TArrayD.h"
#include "TArrayI.h"
 
class FairParIo;
class FairParamList;
 
 
class CbmMcbm2018StsPar : public FairParGenericSet {
 
public:
  CbmMcbm2018StsPar(const char* name    = "CbmMcbm2018StsPar",
                    const char* title   = "Sts parameters",
                    const char* context = "Default");
 
 
  virtual ~CbmMcbm2018StsPar();
 
  virtual void clear();
 
  void putParams(FairParamList*);
  Bool_t getParams(FairParamList*);
 
  static constexpr UInt_t GetNbCrobsPerDpb() { return kuNbCrobsPerDpb; }
  static constexpr UInt_t GetNbElinkPerCrob() { return kuNbElinksPerCrob; }
  static constexpr UInt_t GetNbElinkPerDpb() {
    return kuNbCrobsPerDpb * kuNbElinksPerCrob;
  }
  static constexpr UInt_t GetNbFebsPerCrob() { return kuNbFebsPerCrob; }
  static constexpr UInt_t GetNbFebsPerDpb() {
    return kuNbCrobsPerDpb * kuNbFebsPerCrob;
  }
  static constexpr UInt_t GetNbAsicsPerFeb() { return kuNbAsicsPerFeb; }
  static constexpr UInt_t GetNbAsicsPerCrob() {
    return kuNbFebsPerCrob * kuNbAsicsPerFeb;
  }
  static constexpr UInt_t GetNbAsicsPerDpb() {
    return kuNbCrobsPerDpb * GetNbAsicsPerCrob();
  }
  static constexpr UInt_t GetNbChanPerAsic() { return kuNbChanPerAsic; }
  static constexpr UInt_t GetNbChanPerFeb() {
    return kuNbAsicsPerFeb * kuNbChanPerAsic;
  }
 
  static constexpr Double_t GetStereoAngle() { return kdStereoAngle; }
  static constexpr Double_t GetPitchMm() { return kdPitchMm; }
  static constexpr Double_t GetSensorSzX() { return kdSensorsSzX; }
  static constexpr Double_t GetSensorSzY() { return kdSensorsSzY; }
  static constexpr Double_t GetCenterStripP() { return kiCenterStripP; }
  static constexpr Double_t GetCenterStripN() { return kiCenterStripN; }
  static constexpr Double_t GetCenterPosX() { return kdCenterPosX; }
  static constexpr Double_t GetCenterPosY() { return kdCenterPosY; }
 
  Double_t GetStereoAngleTan() const { return kdStereoAngleTan; }
 
  Int_t ElinkIdxToFebIdx(UInt_t uElink);
  UInt_t ElinkIdxToAsicIdx(Bool_t bFebType, UInt_t uElink) {
    return kTRUE == bFebType ? ElinkIdxToAsicIdxFebB(uElink)
                             : ElinkIdxToAsicIdxFebA(uElink);
  }
  UInt_t ElinkIdxToAsicIdxFebA(UInt_t uElink);
  UInt_t ElinkIdxToAsicIdxFebB(UInt_t uElink);
 
  UInt_t GetNbOfModules() { return fuNbModules; }
  Bool_t CheckModuleIndex(UInt_t uModuleIdx);
  UInt_t GetModuleType(UInt_t uModuleIdx);
  UInt_t GetModuleAddress(UInt_t uModuleIdx);
  Double_t GetModuleCenterPosX(UInt_t uModuleIdx);
  Double_t GetModuleCenterPosY(UInt_t uModuleIdx);
 
  UInt_t GetNrOfDpbs() { return fuNrOfDpbs; }
  UInt_t GetDpbId(UInt_t uDpbIdx);
  UInt_t GetNrOfCrobs() { return fuNrOfDpbs * kuNbCrobsPerDpb; }
  UInt_t GetNrOfFebs() { return GetNrOfCrobs() * kuNbFebsPerCrob; }
  UInt_t GetNrOfAsics() { return GetNrOfFebs() * kuNbAsicsPerFeb; }
 
  Bool_t IsCrobActive(UInt_t uDpbIdx, UInt_t uCrobIdx);
  Bool_t IsFebActive(UInt_t uFebInSystIdx);
  Bool_t IsFebActive(UInt_t uDpbIdx, UInt_t uCrobIdx, UInt_t uFebIdx);
  Int_t GetFebModuleIdx(UInt_t uDpbIdx, UInt_t uCrobIdx, UInt_t uFebIdx);
  Int_t GetFebModuleSide(UInt_t uDpbIdx, UInt_t uCrobIdx, UInt_t uFebIdx);
  Double_t GetFebAdcGain(UInt_t uDpbIdx, UInt_t uCrobIdx, UInt_t uFebIdx);
  Double_t GetFebAdcOffset(UInt_t uDpbIdx, UInt_t uCrobIdx, UInt_t uFebIdx);
  Double_t GetFebAdcBase(UInt_t uDpbIdx, UInt_t uCrobIdx, UInt_t uFebIdx);
  Double_t GetFebAdcThrGain(UInt_t uDpbIdx, UInt_t uCrobIdx, UInt_t uFebIdx);
  Int_t GetFebAdcThrOffs(UInt_t uDpbIdx, UInt_t uCrobIdx, UInt_t uFebIdx);
 
  //   Bool_t ComputeModuleCoordinates( UInt_t uModuleIdx, Int_t iChanN, Int_t iChanP, Double_t & dPosX, Double_t & dPosY );
 
private:
  static const UInt_t kuNbCrobsPerDpb = 1;  // Number of CROBs possible per DPB
  static const UInt_t kuNbElinksPerCrob = 42;  // Number of elinks in each CROB
  static const UInt_t kuNbFebsPerCrob =
    5;  // Number of FEBs  connected to each DPB
  static const UInt_t kuNbAsicsPerFeb =
    8;  // Number of ASICs connected in each FEB
  static const UInt_t kuNbChanPerAsic = 128;  // Number of channels in each ASIC
  //   static constexpr UInt_t  kuCrobMapElinkFebA[ kuNbElinksPerCrob ] = {
  const UInt_t kuCrobMapElinkFebA[kuNbElinksPerCrob] = {
    0x0021, 0x0023, 0x0025, 0x0020, 0x0022, 0x0018, 0x001A, 0x001C, 0x0024,
    0x0027, 0xFFFF, 0xFFFF, 0x0026, 0x001E, 0x0010, 0x0012, 0x0019, 0x001B,
    0x001F, 0x000E, 0x0011, 0x0013, 0x000C, 0x0015, 0x0017, 0x0016, 0x001D,
    0x0014, 0x0009, 0x000D, 0x000F, 0x0008, 0x000A, 0x0002, 0x0004, 0x0006,
    0x000B, 0x0005, 0x0000, 0x0003, 0x0007, 0x0001,
  };  
      //   static constexpr UInt_t  kuCrobMapElinkFebB[ kuNbElinksPerCrob ] = {
  const UInt_t
    kuCrobMapElinkFebB
      [kuNbElinksPerCrob] =
        {
          0x0027, 0x0025, 0x0023, 0x0026, 0x0024, 0x001E, 0x001C, 0x001A,
          0x0022, 0x0021, 0xFFFF, 0xFFFF, 0x0020, 0x0018, 0x0016, 0x0014,
          0x001F, 0x001D, 0x0019, 0x0008, 0x0017, 0x0015, 0x000A, 0x0013,
          0x0011, 0x0010, 0x001B, 0x0012, 0x000F, 0x000B, 0x0009, 0x000E,
          0x000C, 0x0004, 0x0002, 0x0000, 0x000D, 0x0003, 0x0006, 0x0005,
          0x0001, 0x0007};  
  //   static constexpr UInt_t  kuCrobMapElinkFebIdx[ kuNbElinksPerCrob ] = {
  const Int_t kiCrobMapElinkFebIdx[kuNbElinksPerCrob] = {4,  4,  4, 4, 4,
                                                         3,  3,  3, 4, 4,
                                                         -1, -1, 4, 3, 2,
                                                         2,  3,  3, 3, 1,
                                                         2,  2,  1, 2, 2,
                                                         2,  3,  2, 1, 1,
                                                         1,  1,  1, 0, 0,
                                                         0,  1,  0, 0, 0,
                                                         0,  0};  
 
  static constexpr Double_t kdStereoAngle = 7.5;  // [Deg]
  static const Double_t kdStereoAngleTan;  // [] See cxx file for assignation
  static constexpr Double_t kdPitchMm = 0.058;  // [mm]
  static constexpr Double_t kdSensorsSzX =
    60;  // [mm], active is 59.570 mm (kiNbStrips*kdPitchMm)
  static constexpr Double_t kdSensorsSzY = 60;   // [mm], active is 59.570 mm
  static constexpr Int_t kiCenterStripP  = 512;  // []
  static constexpr Int_t kiCenterStripN  = 512;  // []
  static constexpr Double_t kdCenterPosX = 0.0;  // [mm] Top Center
  static constexpr Double_t kdCenterPosY = 59.570 / 2.0;  // [mm] Top Center
 
  UInt_t fuNbModules;  // Total number of STS modules in the setup
  TArrayI
    fiModuleType;  // Type of each module: 0 for connectors on the right, 1 for connectors on the left
  TArrayI fiModAddress;  // STS address for the first strip of each module
  TArrayD
    fdModCenterPosX;  // Offset of module center in X, in mm (Should be done by geometry for the unpacker!)
  TArrayD
    fdModCenterPosY;  // Offset of module center in Y, in mm (Should be done by geometry for the unpacker!)
 
  UInt_t fuNrOfDpbs;  // Total number of STS DPBs in system
  TArrayI
    fiDbpIdArray;  // Array to hold the unique IDs (equipment ID) for all STS DPBs
  TArrayI
    fiCrobActiveFlag;  // Array to hold the active flag for all CROBs, [ NbDpb * kuNbCrobPerDpb ]
  TArrayI
    fiFebModuleIdx;  // Index of the STS module for each FEB, [ NbDpb * kuNbCrobPerDpb * kuNbFebsPerCrob ], -1 if inactive
  TArrayI
    fiFebModuleSide;  // STS module side for each FEB, [ NbDpb * kuNbCrobPerDpb * kuNbFebsPerCrob ], 0 = P, 1 = N, -1 if inactive
  TArrayD
    fdFebAdcGain;  // ADC Gain in e-/ADC bin for each FEB, [ NbDpb * kuNbCrobPerDpb * kuNbFebsPerCrob ]
  TArrayD
    fdFebAdcBase;  // Base at Cal. Thr. in e- for each FEB, [ NbDpb * kuNbCrobPerDpb * kuNbFebsPerCrob ]
  TArrayD
    fdFebAdcThrGain;  // Thr. step in e-/Thr. Unit for each FEB, [ NbDpb * kuNbCrobPerDpb * kuNbFebsPerCrob ]
  TArrayI
    fiFebAdcThrOffs;  // Thr. offset in Units vs Cal. Thr. for each FEB, [ NbDpb * kuNbCrobPerDpb * kuNbFebsPerCrob ]
 
  ClassDef(CbmMcbm2018StsPar, 1);
};
#endif  // CBMMCBM2018STSPAR_H