Uses of Class
jabble.Evolver

Packages that use Evolver

jabble

The core classes for Jabble that make up the framework.

Uses of Evolver in jabble

Subclasses of Evolver in jabble

class	FAS Implements FAS (Full Approximation Storage).
class	FullMultigrid Adds the linear Multigrid V-Cycle to implement FullMultigrid.
class	GaussSeidel This class implements the Gauss-Seidel method for solving elliptic equation of the form Lu=f, where L is an elliptic differential operator.
class	IteratedCrankNicholson This class implements the Iterated Crank-Nicholson template algorithm.
class	Jacobi This class implements the Jacobi method for solving elliptic equation of the form Lu=f, where L is an elliptic differential operator.
class	LaxWendroff This class implements a template for the Lax-Wendroff algorithm.
class	Multigrid Base class for Multigrid algorithms.
class	Multigrid.VCycle
class	RungeKutta Solves a 1D Ordinary Differential Equation using Runge-Kutta.
class	SingleLoopEvolver An Evolver that performs a single loop over the Grid.

Methods in jabble that return Evolver

protected Evolver	Problem.getDefaultEvolver() Returns the default Evolver to be used to solve the problem.
Evolver	Multigrid.getExactSolutionEvolver()
Evolver	Multigrid.getRelaxationEvolver()
Evolver	Multigrid.getVCycleEvolver()

Methods in jabble with parameters of type Evolver

ProblemSolver	ProblemSolver.setConstraintEvolver(Evolver evolver, int maxIterations, java.lang.String fieldName, double truncationError) Changes the constraint evolver.
ProblemSolver	ProblemSolver.setEvolver(Evolver evolver) Specifies which Evolver should be used for the evolution.

Constructors in jabble with parameters of type Evolver

FAS(Evolver evolver, java.lang.String u, java.lang.String f)

FullMultigrid(Evolver evolver, java.lang.String u, java.lang.String f)
Creates a new MultiGrid evolver on top of the given evolver.

Multigrid(Evolver evolver, java.lang.String u, java.lang.String f)
Creates a new MultiGrid evolver on top of the given evolver.