d7/db1/MuCTPIL1TopoCandidate_8h_source.html

// Dear emacs, this is -*- c++ -*-

/*

  Copyright (C) 2002-2024 CERN for the benefit of the ATLAS collaboration

*/

#ifndef TRIGT1INTERFACES_MUCTPIL1TOPOCANDIDATE_H

#define TRIGT1INTERFACES_MUCTPIL1TOPOCANDIDATE_H


#include <string>


namespace LVL1 {


   class MuCTPIL1TopoCandidate {


   public:

     //constructor

     MuCTPIL1TopoCandidate();


     ~MuCTPIL1TopoCandidate() = default;


     // set candidate data

     void setCandidateData(const std::string&  sectorName,

               unsigned int roiID,

               unsigned int bcid,

               unsigned int ptThresholdID,

               unsigned int ptL1TopoCode,

               unsigned int ptValue,

               float eta,

               float phi,

               unsigned int etacode,

               unsigned int phicode,

               float etamin,

               float etamax,

               float phimin,

               float phimax,

               unsigned int mioctID,

               int ieta,

               int iphi);


     void setTGCFlags(bool bw2or3, bool innerCoin, bool goodMF, int charge);

     void setRPCFlags(bool is2cand, bool phiOvl);


     // set the RoI word (done at a differnt stage of the simulation, hence the separate function

     void setRoiWord( unsigned int roi);


     //setter to set second candidate in Mioct pt to 3 (i.e. 11) in case of > 2 candidates (OverFlow)

     void setptL1TopoCodeToOvFl() { m_ptL1TopoCode=3; }

     bool moreThan2CandidatesOverflow() const { return m_ptL1TopoCode==3; }


     // getter functions

     const std::string&  getSectorName() const { return m_sectorName; }

     unsigned int getRoiID() const { return  m_roiID; }

     unsigned int getbcid() const { return m_bcid; }

     unsigned int getptThresholdID() const { return m_ptThresholdID; }

     unsigned int getptL1TopoCode() const { return m_ptL1TopoCode; }

     unsigned int getptValue() const { return m_ptValue; }

     float geteta() const { return m_eta; }

     float getphi() const { return m_phi; }

     unsigned int getetacode() const { return m_etacode; }

     unsigned int getphicode() const { return m_phicode; }

     float getetamin() const { return m_etamin; }

     float getetamax() const { return m_etamax; }

     float getphimin() const { return m_phimin; }

     float getphimax() const { return m_phimax; }

     unsigned int getRoiWord() const { return m_roiWord; }

     unsigned int getMioctID() const { return m_mioctID; }  // <= run-2 only

     int getieta() const { return m_ieta; }

     int getiphi() const { return m_iphi; }

     int getphiOvl() const { return m_phiOvl; } // >= run-3, RPC only

     int getis2cand() const { return m_is2cand; } // >= run-3, RPC only

     int getcharge() const { return m_charge; } // >= run-3, TGC only

     bool getbw2or3() const {return m_bw2or3;} // >= run-3, TGC only

     bool getinnerCoin() const {return m_innerCoin;} // >= run-3, TGC only

     bool getgoodMF() const {return m_goodMF;} // >= run-3, TGC only


     // formatted print for debugging

     void print() const ;


   private:

     // properties of the candidate

     std::string  m_sectorName;     // name of the muon sector in string format(e.g. B30, with: B=Barrel,

                                    // EA=Endcap A-side, EC=Endcap C side, FA=Forward A-side, FC=Forward C-side)

     unsigned int m_roiID;          // ID of region of Interest for this candidate

     unsigned int m_bcid;           // BCID of this candidate

     unsigned int m_ptThresholdID;  // pt threshold passed (1 to 6)

     unsigned int m_ptL1TopoCode;   // pt threshold in 2 bit L1Topo encoding

     unsigned int m_ptValue;        // Value (GeV) of pt threshold passed

     float m_eta;            // eta value for this candidate

     float m_phi;            // phi value for this candidate

     unsigned int m_etacode;        // eta encoded as in the output numbering scheme of MuCTPI to L1Topo

     unsigned int m_phicode;        // phi encoded as in the output numbering scheme of MuCTPI to L1Topo

     float m_etamin;         // eta min of this eta/phi box encoded

     float m_etamax;         // eta max of this eta/phi box encoded

     float m_phimin;         // phi min of this eta/phi box encoded

     float m_phimax;         // phi max of this eta/phi box encoded

     unsigned int m_roiWord; // 32 bit Roi Word as sent from MuCTPI to RoIB

     unsigned int m_mioctID; // ID of the Octant board (MIOCT) that sent this candidate

     int m_ieta;             // ieta code for L1Topo

     int m_iphi;             // iphi code for L1Topo

     bool m_phiOvl;          // candidate phi overlap in RPC

     bool m_is2cand;         // >1 cand for the cand RoI in RPC

     int m_charge;           // charge (valid for EC/FWD)

     bool m_bw2or3;          // 3-station coincidence with big wheel

     bool m_innerCoin;       // Coincidence with inner detector for TGC

     bool m_goodMF;          // Good magnetic field in TGC


   }; // class MuCTPIL1Topo


} // namespace LVL1


#endif // TRIGT1INTERFACES_MUCTPIL1TOPOCANDIDATE_H