L1Muon::L1TGC Namespace Reference

Classes
class	BitwiseCandidateBuilderTool
class	BitwiseInnerCoincidenceTool
class	BitwiseTrackSelectorTool
class	FloatingCandidateBuilderTool
struct	FloatingDecodeStatistics
struct	FloatingHit
struct	FloatingHitGroupKey
	Event-local hardware processing key. More...
class	FloatingInnerCoincidence
	Apply the floating-point Inner-Coincidence response. More...
class	FloatingInnerCoincidenceTool
class	FloatingOverlapClassification
	Tag nearby candidates from distinct chamber paths. More...
struct	FloatingOverlapClassificationConfig
struct	FloatingOverlapClassificationStatistics
struct	FloatingPtEvaluation
class	FloatingPtLut
	Immutable Floating-pT runtime calibration loaded from ASCII. More...
class	FloatingRdoDecoder
class	FloatingSegmentReconstruction
	Reconstruct same-BC inter-station segments and transient candidates. More...
struct	FloatingSegmentReconstructionConfig
struct	FloatingSegmentStatistics
struct	FloatingStationCoincidence
class	FloatingStationCoincidenceBuilder
	Build station representative points from layer-level TGC hits. More...
class	FloatingTrackSelector
	Select and convert floating-point TGC candidates. More...
class	FloatingTrackSelectorTool
class	GoodMagMap
	Immutable sparse GoodMag map loaded from ASCII. More...
class	ICandBuilderTool
	Interface for building pre-Inner-Coincidence TGC candidates. More...
class	IInnerCoincidenceTool
	Interface for applying Inner Coincidence to TGC candidates. More...
class	ITrackSelectorTool
	Interface for selecting TGC candidates and filling L1TGCCandData. More...
class	MdtCandSelector
	Select the TGC candidates sent to MDTTP. More...
class	SectorLogicWordEncoder
	Encode the TGC-owned fields of the Run-4 Sector Logic format. More...
struct	SectorLogicWords
	MuCTPI candidate words produced from one TGC candidate. More...
struct	Segment
	Event-local projection segment optionally exposed for validation. More...

Typedefs
using	FloatingHitContainer = std::vector<FloatingHit>
using	FloatingHitGroups = std::map<FloatingHitGroupKey, FloatingHitContainer>
using	FloatingStationCoincidenceContainer = std::vector<FloatingStationCoincidence>
using	SegmentContainer = std::vector<Segment>

Enumerations
enum class	FloatingStation : std::uint8_t {   M1 , M2 , M3 , Inner ,   Unknown , NumberOfStations }
enum class	FloatingPtResponseMode : std::uint8_t { Invalid = 0 , Linear = 1 , FloatingMonotonicLut = 2 }
enum class	FloatingThresholdCalibrationStatus : std::uint8_t {   None = 0 , Direct = 1 , PhiMedianFallback = 2 , EtaNeighborFallback = 3 ,   GlobalFallback = 4 , Provisional = 5 }
enum class	SegmentProjection : std::uint8_t { Wire = 0U , Strip = 1U }
	Projection represented by a transient TGC segment. More...

Typedef Documentation

FloatingHitContainer

using L1Muon::L1TGC::FloatingHitContainer = std::vector<FloatingHit>

Definition at line 50 of file FloatingData.h.

FloatingHitGroups

using L1Muon::L1TGC::FloatingHitGroups = std::map<FloatingHitGroupKey, FloatingHitContainer>

Definition at line 51 of file FloatingData.h.

FloatingStationCoincidenceContainer

using L1Muon::L1TGC::FloatingStationCoincidenceContainer = std::vector<FloatingStationCoincidence>

Definition at line 105 of file FloatingData.h.

SegmentContainer

using L1Muon::L1TGC::SegmentContainer = std::vector<Segment>

Definition at line 34 of file Trigger/TrigT1/Muon/L1MuonS1TGCToolInterfaces/L1MuonS1TGCToolInterfaces/Segment.h.

Enumeration Type Documentation

FloatingPtResponseMode

enum class L1Muon::L1TGC::FloatingPtResponseMode : std::uint8_t

strong

Enumerator
Invalid
Linear
FloatingMonotonicLut

Definition at line 15 of file FloatingPtLut.h.

                                  : std::uint8_t {
  Invalid = 0,
  Linear = 1,
  FloatingMonotonicLut = 2
};

FloatingStation

enum class L1Muon::L1TGC::FloatingStation : std::uint8_t

strong

Enumerator
M1
M2
M3
Inner
Unknown
NumberOfStations

Definition at line 15 of file FloatingData.h.

: std::uint8_t { M1, M2, M3, Inner, Unknown, NumberOfStations };

FloatingThresholdCalibrationStatus

enum class L1Muon::L1TGC::FloatingThresholdCalibrationStatus : std::uint8_t

strong

Enumerator
None
Direct
PhiMedianFallback
EtaNeighborFallback
GlobalFallback
Provisional

Definition at line 21 of file FloatingPtLut.h.

                                              : std::uint8_t {
  None = 0,
  Direct = 1,
  PhiMedianFallback = 2,
  EtaNeighborFallback = 3,
  GlobalFallback = 4,
  Provisional = 5
};

SegmentProjection

enum class L1Muon::L1TGC::SegmentProjection : std::uint8_t

strong

Projection represented by a transient TGC segment.

Enumerator
Wire
Strip

Definition at line 15 of file Trigger/TrigT1/Muon/L1MuonS1TGCToolInterfaces/L1MuonS1TGCToolInterfaces/Segment.h.

: std::uint8_t { Wire = 0U, Strip = 1U };