Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 123]

Ncdt	Clang-15 does not support std::format
Nergodic_moves
CMetropolisTransition	Result of one fully sampled Metropolis-Hastings transition
CMoveError	Typed error returned by move preparation or private execution
Nfoliated_triangulations	Supported construction, inspection, classification, and repair operations for foliated Delaunay triangulations
CFoliatedTriangulation
CFoliatedTriangulation< 3 >	3D Foliated triangulation
Nmanifolds
CManifold
CManifold< 3 >	3D Manifold
Nmove_tracker
CMoveTracker	The data and methods to track ergodic moves
Nruntime_config
CSimulation
CTriangulation
Ns3_action
CPhysicalParameters	Finite physical couplings used to evaluate the Euclidean action
Nutilities
CGenerated_population_bounds	Validated simplex-population bounds for generated triangulations
CMove_statistics	Cumulative counters needed to preserve observable run state
CReproducibility_metadata	Provenance recorded next to every stochastic triangulation
CTriangulation_artifact	A validated triangulation artifact and its provenance
CGeometry
CGeometry< 3 >	3D Geometry
CMoveCommand	Queue and execute requested moves against a three-dimensional manifold while tracking attempted and successful transitions
CMoveRunCadence	Positive pass count and checkpoint interval for a move run
CMoveStrategy	Select a move algorithm
CMoveStrategy< MoveStrategyKind::METROPOLIS, ManifoldType >	Metropolis-Hastings algorithm strategy
CMoveStrategy< MoveStrategyKind::MOVE_ALWAYS, ManifoldType >	The Move Always algorithm
CRandom	A run-owned PCG engine with a recorded seed and stream identifier
CRandomSeed	Root entropy value used to reproduce a random run
CRandomStream	PCG sequence selector derived from a root random seed
Nfmt
Cformatter< CGAL::Point_3< Kernel > >	Formatter specialization for CGAL::Point_3