Optimisation

All Known Subinterfaces:

ExpressionsBasedModel.EntityMap, Optimisation.Constraint, Optimisation.Integration<M,S>, Optimisation.Model, Optimisation.Objective, Optimisation.ProblemStructure, Optimisation.Solver, UpdatableSolver

All Known Implementing Classes:

ActiveSetSolver, BasePrimitiveSolver, ConfiguredIntegration, ConstrainedSolver, ConvexData, ConvexSolver, ConvexSolver.Builder, ConvexSolver.ModelIntegration, DirectASS, DualSimplexSolver, Expression, ExpressionsBasedModel, ExpressionsBasedModel.DefaultIntermediate, ExpressionsBasedModel.Description, ExpressionsBasedModel.Integration, ExpressionsBasedModel.IntegrationWrapper, GenericSolver, GenericSolver.Builder, GomorySolver, GomorySolver.ModelIntegration, IntegerSolver, IntegerSolver.ModelIntegration, IntermediateSolver, IterativeASS, IterativeRefinementSolver, IterativeRefinementSolver2, IterativeRefinementSolverDouble, LinearSolver, LinearSolver.Builder, LinearSolver.ModelIntegration, LinearSolver.NewIntegration, LinearSolver.OldIntegration, LinearStructure, ModelEntity, NodeSolver, Optimisation.ConstraintType, Optimisation.Options, Optimisation.Result, Optimisation.Sense, Optimisation.State, PhasedSimplexSolver, PrimalSimplexSolver, QPESolver, ServiceIntegration, ServiceSolver, SimplexSolver, SimplexTableauSolver, UnconstrainedSolver, Variable
```
public interface Optimisation
```

Nested Class Summary

Nested Classes
Modifier and Type	Interface	Description
`static interface`	`Optimisation.Constraint`	Constraint
`static class`	`Optimisation.ConstraintType`
`static interface`	`Optimisation.Integration<M extends Optimisation.Model,S extends Optimisation.Solver>`	An `Optimisation.Model` implementation should not depend on any specific `Optimisation.Solver`, and `Optimisation.Solver` implementations should be usable independently of any `Optimisation.Model`.
`static interface`	`Optimisation.Model`
`static interface`	`Optimisation.Objective`	Objective
`static class`	`Optimisation.Options`
`static interface`	`Optimisation.ProblemStructure`	Basic description of the size/structure of an optimisation problem.
`static class`	`Optimisation.Result`
`static class`	`Optimisation.Sense`
`static interface`	`Optimisation.Solver`	An Optimisation.Solver instance implements a specific optimisation algorithm.
`static class`	`Optimisation.State`