Classes
class	UlsSolverCatalog
	Canonical runtime inventory of every public IUlsSolver strategy. More...
class	UlsSolverConfiguration
	Versioned, serializable definition of one ULS strategy and its constructor-level options. More...
class	UlsSolverCreationOptions
	Composes the existing strategy-specific constructor options used by UlsSolverFactory. More...
class	UlsSolverDescriptor
	Immutable metadata and construction entry for one public ULS strategy. More...
class	UlsSolverFactory
	Creates public ULS strategies from stable catalog identifiers. More...

Enumerations
enum	UlsSolverCategory { DirectExact = 0 , OptimizationFormulation = 1 , CuttingPlane = 2 , Heuristic = 3 }
	Identifies the operational category of a public ULS strategy. More...
enum	UlsSolverConfigurationCapabilities { None = 0 , AdaptiveGeneralFallback = 1 << 0 , Parallelism = 1 << 1 , OptimizationExecution = 1 << 2 , CuttingPlane = 1 << 3 }
	Identifies the constructor-level settings that can be supplied through the configurable solver factory. More...

Enumeration Type Documentation

◆ UlsSolverCategory

Identifies the operational category of a public ULS strategy.

Enumerator
DirectExact	Direct exact algorithm that does not require an external mathematical programming engine.
OptimizationFormulation	Exact mathematical formulation solved through the portable external optimization layer.
CuttingPlane	Exact cutting-plane strategy solved through the portable external optimization layer.
Heuristic	Constructive or improvement heuristic without an optimality proof.

Definition at line 6 of file UlsSolverCategory.cs.

Identifies the constructor-level settings that can be supplied through the configurable solver factory.

Enumerator
None	The strategy exposes no configurable factory settings.
AdaptiveGeneralFallback	The adaptive exact strategy can select its general exact fallback.
Parallelism	The strategy exposes shared-memory parallel execution controls.
OptimizationExecution	The strategy accepts portable mathematical-optimization execution options, including explicit solver selection.
CuttingPlane	The strategy accepts root (l,S) cutting-plane controls.

	ULSAlgorithms 1.1.0-g3e5595996d High-performance exact and heuristic algorithms for uncapacitated lot sizing