Uses of Class
org.episteme.natural.computing.ai.evolutionary.GeneticProgramming.Node

Packages that use GeneticProgramming.Node

Package	Description
org.episteme.natural.computing.ai.evolutionary

Uses of GeneticProgramming.Node in org.episteme.natural.computing.ai.evolutionary

Subclasses of GeneticProgramming.Node in org.episteme.natural.computing.ai.evolutionary

Modifier and Type	Class	Description
static class	GeneticProgramming.ConstNode	Constant node.
static class	GeneticProgramming.OpNode	Binary operator node.
static class	GeneticProgramming.VarNode	Variable node (x).

Methods in org.episteme.natural.computing.ai.evolutionary that return GeneticProgramming.Node

Modifier and Type	Method	Description
GeneticProgramming.Node	GeneticProgramming.ConstNode.copy()
abstract GeneticProgramming.Node	GeneticProgramming.Node.copy()
GeneticProgramming.Node	GeneticProgramming.OpNode.copy()
GeneticProgramming.Node	GeneticProgramming.VarNode.copy()
GeneticProgramming.Node	GeneticProgramming.evolve(double[] inputs, double[] outputs, int populationSize, int generations)	Simple evolutionary run.
GeneticProgramming.Node	GeneticProgramming.OpNode.getLeft()
GeneticProgramming.Node	GeneticProgramming.OpNode.getRight()
GeneticProgramming.Node	GeneticProgramming.randomTree(int depth)	Generates a random expression tree.

Methods in org.episteme.natural.computing.ai.evolutionary with parameters of type GeneticProgramming.Node

Modifier and Type	Method	Description
double	GeneticProgramming.fitness(GeneticProgramming.Node tree, double[] inputs, double[] outputs)	Evaluates fitness as negative mean squared error.
void	GeneticProgramming.OpNode.setLeft(GeneticProgramming.Node n)
void	GeneticProgramming.OpNode.setRight(GeneticProgramming.Node n)

Constructors in org.episteme.natural.computing.ai.evolutionary with parameters of type GeneticProgramming.Node

Modifier	Constructor	Description
	OpNode(String symbol, DoubleBinaryOperator op, GeneticProgramming.Node left, GeneticProgramming.Node right)