TgcL0Candidate.h

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/*
   Copyright (C) 2002-2026 CERN for the benefit of the ATLAS collaboration
*/
#ifndef L0MUONS1TGCINTERFACES_TGCL0CANDIDATE_H
#define L0MUONS1TGCINTERFACES_TGCL0CANDIDATE_H
 
#include "AthenaKernel/CLASS_DEF.h"
 
#include <cstdint>
#include <vector>
 
namespace L0Muon {

struct TgcL0Candidate {
  std::uint16_t subdetectorId{0};
  std::uint16_t sectorId{0};
  std::uint16_t readoutSector{0};
  std::uint16_t bcTag{0};

  float eta{0.F};
  float phi{0.F};
  float deltaTheta{0.F};
  float deltaPhi{0.F};

  float preInnerCoincidencePt{0.F};
  float pt{0.F};
  std::uint8_t preInnerCoincidenceThreshold{0};
  std::uint8_t threshold{0};
  std::int8_t charge{0};
  bool hasInnerCoincidence{false};
  bool goodMagneticField{false};

  std::uint8_t tcId{0};
  std::uint8_t wireQuality{0};
  std::uint8_t selectorPriority{0};
  std::uint32_t nswSegment{0};

  std::uint8_t stationMask{0};
  std::uint8_t wireStationMask{0};
  std::uint8_t stripStationMask{0};
  std::uint8_t m1WireQuality{0};
  std::uint8_t m2WireQuality{0};
  std::uint8_t m3WireQuality{0};
  std::uint8_t m1StripQuality{0};
  std::uint8_t m2StripQuality{0};
  std::uint8_t m3StripQuality{0};
  std::uint16_t pivotWireChannel{0};
  std::uint16_t pivotStripChannel{0};

  std::uint8_t positionStationMask{0};
  float m1Eta{0.F};
  float m1Phi{0.F};
  float m2Eta{0.F};
  float m2Phi{0.F};
  float m3Eta{0.F};
  float m3Phi{0.F};
  std::int16_t m1StationEta{0};
  std::uint16_t m1StationPhi{0};
  std::int16_t m2StationEta{0};
  std::uint16_t m2StationPhi{0};
  std::int16_t m3StationEta{0};
  std::uint16_t m3StationPhi{0};

  std::uint16_t overlapGroupId{0};
  std::uint8_t overlapMultiplicity{1};
  bool inChamberOverlap{false};
};

using TgcL0CandidateContainer = std::vector<TgcL0Candidate>;
 
}  // namespace L0Muon
 
CLASS_DEF(L0Muon::TgcL0CandidateContainer, 1316895010, 1)
 
#endif