Uses of Class
classifier.gp.GProgram

Packages that use GProgram

classifier
classifier.gp

Uses of GProgram in classifier

Methods in classifier that return GProgram

GProgram

GPClassifier.getGProgram()

Methods in classifier with parameters of type GProgram

void	GPClassifier.setGProgram(GProgram gprogram)

Constructors in classifier with parameters of type GProgram

GPClassifier(GProgram gprogram, java.lang.Object kind)

Uses of GProgram in classifier.gp

Subclasses of GProgram in classifier.gp

class	Function Defines a type of gprogram, function nodes
class	Terminal Defines a type of gprogram, terminal nodes

Fields in classifier.gp declared as GProgram

protected GProgram[]	MutationPlain.program
(package private) GProgram	MutationPlain.program_old
protected GProgram	Individual.program
protected GProgram[]	Function.arg
protected GProgram	CrossoverPlain.male
protected GProgram	CrossoverPlain.female

Methods in classifier.gp that return GProgram

GProgram	TreeJoint.getSubProgram()
protected static GProgram	Population.createIndividualProgram(int allowableDepth, boolean topNodeP, boolean fullP, TerminalSet ts, FunctionSet fs)
GProgram[]	MutationPlain.start(GProgram[] gprogram, FunctionSet functionset, TerminalSet terminalset)
GProgram[]	MutationOperator.start(GProgram[] p, FunctionSet fs, TerminalSet ts) Method to start the mutation operation
GProgram	Joint.getSubProgram()
GProgram	Individual.getProgram()
GProgram	GPEvolution.train(Population[] pop, Exchanger[] exch, fitnessCondition fit_cond)
GProgram	GPEvolution.train(Parameters par, TerminalSet terminal_set, FunctionSet function_set, FitnessFunction fitness_function, fitnessCondition fit_cond)
GProgram[]	CrossoverPlain.start(GProgram[] programs) Method to start the crossover operation
GProgram[]	CrossoverOperator.start(GProgram[] p) Method to start the crossover operation
GProgram[]	Breeder.breed(Population pop)

Methods in classifier.gp with parameters of type GProgram

GProgram[]	MutationPlain.start(GProgram[] gprogram, FunctionSet functionset, TerminalSet terminalset)
(package private) void	MutationPlain.validateMutation(GProgram[] program)
GProgram[]	MutationOperator.start(GProgram[] p, FunctionSet fs, TerminalSet ts) Method to start the mutation operation
boolean	IsProgram.test(GProgram p)
boolean	IsFunction.test(GProgram p)
protected void	Individual.setProgram(GProgram program)
protected static Joint	GProgram.getSubtree(GProgram tree, int index, Condition cond) To have the Joint structure containg the information to break the tree in the desidered point
protected static TreeJoint	GProgram.Walk(GProgram tree, int[] count, Condition cond, Function parent, int childIndex) Method to explore the tree looking for the desidered subtree
protected static int	GProgram.maxDepthOfTree(GProgram tree) To know the maximum depth of a tree
GProgram[]	CrossoverPlain.start(GProgram[] programs) Method to start the crossover operation
(package private) void	CrossoverPlain.validateCrossover(GProgram male, GProgram female, GProgram[] offspring) To check if the result of a crossover is valid, if it's not and keep==true then the crossover operation will be repeated recursively
GProgram[]	CrossoverOperator.start(GProgram[] p) Method to start the crossover operation
(package private) abstract boolean	Condition.test(GProgram p)

Constructors in classifier.gp with parameters of type GProgram

TreeJoint(GProgram subtree, Function parent, int childIndex)

Individual(GProgram p)