ACTS
Experiment-independent tracking
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Topics
Here is a list of all topics with brief descriptions:
[detail level 123]
 Algebra typesThese are the default vector/matrix types that should be used throughout the codebase
 Context
 Data Preparation
 ClusteringAlgorithms and data structures for clustering hits
 Space Point FormationAlgorithms and data structures for forming space points from clusters
 Detector Description
 GeometryDetector geometry description and handling
 Magnetic FieldA description of magnetic field configurations for algorithms
 MaterialDetector material description and handling
 Material mappingProjection procedure to derive mapped material properties
 Error definitions
 Event Data Model
 Charge interpretation for track parametersTrack parameters store a single coefficient that describes charge and momentum
 MeasurementsModels experiment specific measurements as input to algorithms
 Track Event Data ModelHigh-level Track Event Data Model
 LoggingSubsystem for logging and message handling
 Logging MacrosHelper macros for logging with Acts::Logger
 Logging ThresholdsFunctions and classes to manage logging failure thresholds
 Pattern Recognition
 SeedingAlgorithms and data structures for track seeding
 Track FindingAlgorithms and data structures for track finding
 PluginsOptional functionality that connects to external dependencies
 ActSVG PluginSVG visualization plugin based on the ActSVG library
 Covfie Plugin
 DD4hep Plugin
 Detray Plugin
 EDM4hep Plugin
 FPE Monitoring Plugin
 FastJet Plugin
 GNN Plugin
 Geant4 Plugin
 GeoModel Plugin
 Hashing Plugin
 JSON Plugin
 ONNX Plugin
 ROOT Plugin
 PropagationParticle propagation
 Magnetic FieldA description of magnetic field configurations for algorithms
 Track FittingAlgorithms and data structures for track fitting
 UtilitiesAuxiliary functions and classes used throughout ACTS
 VertexingAlgorithms and data structures for vertex reconstruction