MuonCalibTrackSummary.h

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/*
  Copyright (C) 2002-2022 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef MUONCALIBTRACKSUMMARY_H
#define MUONCALIBTRACKSUMMARY_H
 
#include <set>
#include <string>
#include <vector>
 
#include "MuonCalibExtraUtils/MuonFixedIdManipulator.h"
#include "MuonCalibIdentifier/MuonFixedId.h"
 
namespace MuonCalib {
 
    class MuonCalibTrackSummary {
    public:
        struct ChamberHitSummary {
            struct Projection {
                int nhits{0};
                int nholes{0};
                int noutliers{0};
                int ndeltas{0};
            };
 
            ChamberHitSummary(MuonFixedId chID) : chId{chID} {}
 
            MuonFixedId chId{};
            bool isMdt() const { return chId.is_mdt(); }
 
            int nhits() const { return m_first.nhits + m_second.nhits; }
            int nholes() const { return m_first.nholes + m_second.nholes; }
            int noutliers() const { return m_first.noutliers + m_second.noutliers; }
            int ndeltas() const { return m_first.ndeltas + m_second.ndeltas; }
 
            int netaHits() const { return isMdt() ? nhits() : m_first.nhits; }
            int nphiHits() const { return isMdt() ? 0 : m_second.nhits; }
 
            int nMdtHitsMl1() const { return isMdt() ? m_first.nhits : 0; }
            int nMdtHitsMl2() const { return isMdt() ? m_second.nhits : 0; }
 
            // before using make sure isMdt == false!
            Projection& etaProjection() { return m_first; }
            Projection& phiProjection() { return m_second; }
            const Projection& etaProjection() const { return m_first; }
            const Projection& phiProjection() const { return m_second; }
 
        private:
            Projection m_first;   //<! eta projections for cluster chambers, first multi layer for mdt chambers
            Projection m_second;  //<! phi projections for cluster chambers, first multi layer for mdt chambers
        };
 
        unsigned int nhits{0};
        unsigned int npixel{0};
        unsigned int nsct{0};
        unsigned int ntrtBarrel{0};
        unsigned int ntrtEndcap{0};
        unsigned int nhitsUpperHemisphere{0};
        unsigned int nhitsLowerHemisphere{0};
        unsigned int nscatters{0};
        unsigned int nholes{0};
        unsigned int noutliers{0};
        unsigned int npseudo{0};
        unsigned int ntubeHits{0};
        unsigned int nmdtHits{0};
        unsigned int nmdtHitsBelowADCCut{0};
        unsigned int nrpcPhiHits{0};
        unsigned int nrpcEtaHits{0};
        unsigned int ntgcPhiHits{0};
        unsigned int ntgcEtaHits{0};
        unsigned int ncscPhiHits{0};
        unsigned int ncscEtaHits{0};
 
        bool hasEndcapA{false};
        bool hasEndcapC{false};
        bool hasBarrel{false};
 
        bool hasEndcapLayersWithTGC{false};
        bool hasBarrelLayersWithRPC{false};
 
        bool isTrack{false};
 
        unsigned int nmdtCh() const;
        unsigned int nrpcCh(bool phi) const;
        unsigned int ntgcCh(bool phi) const;
        unsigned int ncscCh(bool phi) const;
 
        unsigned int nrpcEtaPhiCh() const;
        unsigned int ntgcEtaPhiCh() const;
        unsigned int ncscEtaPhiCh() const;
 
        unsigned int ntrt() const { return ntrtBarrel + ntrtEndcap; }
 
        unsigned int nphiTrigHits() const { return nrpcPhiHits + ntgcPhiHits; }
        unsigned int netaTrigHits() const { return nrpcEtaHits + ntgcEtaHits; }
 
        unsigned int nmdtHitsPerMl(int ml) const;
 
        bool hasEndcap() const { return hasEndcapA || hasEndcapC; }
        bool hasMuon() const { return nmdtHits + nrpcEtaHits + nrpcPhiHits + ntgcEtaHits + ntgcPhiHits + ncscEtaHits + ncscPhiHits > 0; }
        bool hasId() const { return npixel + nsct + ntrt() > 0; }
 
        std::vector<ChamberHitSummary> chamberHitSummary;
 
        std::set<MuonFixedIdManipulator::PhiStationIndex> phiStationLayers;
 
        std::set<MuonFixedIdManipulator::StationIndex> precisionStationLayers;
 
        std::set<MuonFixedIdManipulator::PhiStationIndex> phiEtaStationLayers;
 
        std::set<MuonFixedIdManipulator::StationIndex> goodPrecisionStationLayers;
 
        std::string dump() const;
    };
}  // namespace MuonCalib
 
#endif