| Class | Description |
|---|---|
| BfgsRootFinder |
Implements the BFGS method to find zeros of a (multi-dimensional)
function.
|
| ConstraintSatisfactionProblem |
This class models a general constraint satisfaction problem.
|
| GradientDescentRootFinder |
Implements the gradient descent method to find zeros of a (multi-dimensional)
function.
|
| HessianGradientDescentRootFinder |
Implements the hessiane/gradient descent method to find zeros of a (multi-dimensional)
function.
|
| LbfgsRootFinder |
Implements the L-BFGS method to find zeros of a (multi-dimensional)
function.
|
| NewtonRootFinder |
This class implements the Newton method for finding zeros of a function.
|
| OpenOptRootFinder |
A wrapper for the open opt library.
|
| OptimizationProblem |
This class models a general optimization problem.
|
| OptimizationRootFinder |
This class is the common ancestor for root finders that work with optimizers.
|
| RootFinder |
Classes which extend this class represent algorithms for
finding zero points (roots) of functions.
|
| Solver |
This abstract class models an abstract solver for constraint satisfaction or optimization problems.
|
| Exception | Description |
|---|---|
| ProblemInconsistentException |
This exception is thrown when a problem cannot be solved due to its inconsistency.
|