Uses of Class
com.epochx.representation.Node

Packages that use Node

com.epochx.core
com.epochx.op.initialisation
com.epochx.representation
com.epochx.representation.action
com.epochx.representation.bool
com.epochx.representation.dbl

Uses of Node in com.epochx.core

Methods in com.epochx.core that return types with arguments of type Node

java.util.List<Node<TYPE>>	GPAbstractModel.getSyntax() Returns the union of calls to getTerminals() and getFunctions.
java.util.List<Node<TYPE>>	GPModel.getSyntax() Retrieves the full set of syntax, that is terminals AND function nodes.

Uses of Node in com.epochx.op.initialisation

Methods in com.epochx.op.initialisation that return Node

Node<TYPE>	FullInitialiser.buildFullNodeTree(int depth) Build a full node tree with a given depth.
Node<TYPE>	GrowInitialiser.buildGrowNodeTree(int maxDepth) Build a grown node tree with a maximum depth as given.

Uses of Node in com.epochx.representation

Subclasses of Node in com.epochx.representation

class	FunctionNode<TYPE> Represents a function node within a candidate program.
class	TerminalNode<TYPE> Defines a terminal node.
class	Variable<TYPE> A variable is a data type which can be used as a TerminalNode in place of a predefined constant.

Methods in com.epochx.representation that return Node

Node<TYPE>	Node.getChild(int index) Returns a specific child by index.
Node<TYPE>[]	Node.getChildren() Returns an array of the children of this node.
Node<TYPE>	Node.getNthNode(int n) Returns the element at the specified position in the node tree, where this node is considered to be the root - that is the 0th node.
Node<TYPE>	CandidateProgram.getNthNode(int n) Returns the nth node in the CandidateProgram.
Node<TYPE>	CandidateProgram.getRootNode() Returns the root node of the node tree held by the candidate program.

Methods in com.epochx.representation that return types with arguments of type Node

java.util.List<Node<TYPE>>	Node.getNodesAtDepth(int depth) Retrieves all the nodes in the node tree at a specified depth from this current node.
java.util.List<Node<TYPE>>	CandidateProgram.getNodesAtDepth(int depth) Retrieves all the nodes in the program tree at a specified depth.

Methods in com.epochx.representation with parameters of type Node

void	Node.setChild(int index, Node<TYPE> child) Replaces the child node at the specified index with the specified node.
void	Node.setChildren(Node<TYPE>[] children) Sets the children of this node.
void	Node.setNthNode(int n, Node<TYPE> newNode) Replaces the node at the specified position in this node tree, where this node is considered to be the root node - that is, the 0th node.
void	CandidateProgram.setNthNode(int n, Node<TYPE> newNode) Replaces the node at the specified position in the CandidateProgram with the specified node.

Constructors in com.epochx.representation with parameters of type Node

CandidateProgram(Node<TYPE> rootNode, GPModel<TYPE> model)
Constructs a new program individual where rootNode is the top most node in the program, and which may have 0 or more child nodes.

FunctionNode(Node<TYPE>... children)
Constructor for function node with dynamic number of children depending on arity of function.

Node(Node<TYPE>... children)
Node constructor.

Uses of Node in com.epochx.representation.action

Subclasses of Node in com.epochx.representation.action

class	IfFoodAheadFunction A FunctionNode which represents the conditional if-then-else statement typically used in the artificial ant domain.
class	Seq2Function A FunctionNode which provides the facility to sequence two instructions - which may be other functions or terminal nodes with actions.
class	Seq3Function A FunctionNode which provides the facility to sequence three instructions - which may be other functions or terminal nodes with actions.

Constructors in com.epochx.representation.action with parameters of type Node

IfFoodAheadFunction(Ant ant, AntLandscape landscape, Node<Action> child1, Node<Action> child2)
Construct an IfFoodAheadFunction with two children.

IfFoodAheadFunction(Ant ant, AntLandscape landscape, Node<Action> child1, Node<Action> child2)
Construct an IfFoodAheadFunction with two children.

Seq2Function(Node<Action> child1, Node<Action> child2)
Construct a Seq2Function with two children.

Seq2Function(Node<Action> child1, Node<Action> child2)
Construct a Seq2Function with two children.

Seq3Function(Node<Action> child1, Node<Action> child2, Node<Action> child3)
Construct a Seq3Function with two children.

Seq3Function(Node<Action> child1, Node<Action> child2, Node<Action> child3)
Construct a Seq3Function with two children.

Seq3Function(Node<Action> child1, Node<Action> child2, Node<Action> child3)
Construct a Seq3Function with two children.

Uses of Node in com.epochx.representation.bool

Subclasses of Node in com.epochx.representation.bool

class	AndFunction A FunctionNode which performs logical conjunction or the boolean function of AND.
class	IfAndOnlyIfFunction A FunctionNode which performs the biconditional logical connective of IFF (if and only if).
class	IfFunction A FunctionNode which represents the conditional if-then-else statement.
class	ImpliesFunction A FunctionNode which performs logical implication.
class	NandFunction A FunctionNode which performs the logical operation of NAND that is equivalent to the negation of the conjunction or NOT AND.
class	NorFunction A FunctionNode which performs the logical operation of NOR that is equivalent to the negation of logical OR or NOT OR.
class	NotFunction A FunctionNode which performs logical negation.
class	OrFunction A FunctionNode which performs logical disjunction.
class	XorFunction A FunctionNode which performs exclusive disjunction, also known as exclusive OR.

Constructors in com.epochx.representation.bool with parameters of type Node

AndFunction(Node<java.lang.Boolean> child1, Node<java.lang.Boolean> child2)
Construct an AndFunction with two children.

AndFunction(Node<java.lang.Boolean> child1, Node<java.lang.Boolean> child2)
Construct an AndFunction with two children.

IfAndOnlyIfFunction(Node<java.lang.Boolean> child1, Node<java.lang.Boolean> child2)
Construct an IfAndOnlyIfFunction with two children.

IfAndOnlyIfFunction(Node<java.lang.Boolean> child1, Node<java.lang.Boolean> child2)
Construct an IfAndOnlyIfFunction with two children.

IfFunction(Node<java.lang.Boolean> condition, Node<java.lang.Boolean> ifStatement, Node<java.lang.Boolean> elseStatement)
Construct an IfFunction with three children.

IfFunction(Node<java.lang.Boolean> condition, Node<java.lang.Boolean> ifStatement, Node<java.lang.Boolean> elseStatement)
Construct an IfFunction with three children.

IfFunction(Node<java.lang.Boolean> condition, Node<java.lang.Boolean> ifStatement, Node<java.lang.Boolean> elseStatement)
Construct an IfFunction with three children.

ImpliesFunction(Node<java.lang.Boolean> child1, Node<java.lang.Boolean> child2)
Construct an ImpliesFunction with two children.

ImpliesFunction(Node<java.lang.Boolean> child1, Node<java.lang.Boolean> child2)
Construct an ImpliesFunction with two children.

NandFunction(Node<java.lang.Boolean> child1, Node<java.lang.Boolean> child2)
Construct a NandFunction with two children.

NandFunction(Node<java.lang.Boolean> child1, Node<java.lang.Boolean> child2)
Construct a NandFunction with two children.

NorFunction(Node<java.lang.Boolean> child1, Node<java.lang.Boolean> child2)
Construct a NorFunction with two children.

NorFunction(Node<java.lang.Boolean> child1, Node<java.lang.Boolean> child2)
Construct a NorFunction with two children.

NotFunction(Node<java.lang.Boolean> child)
Construct a NotFunction with one children.

OrFunction(Node<java.lang.Boolean> child1, Node<java.lang.Boolean> child2)
Construct an OrFunction with two children.

OrFunction(Node<java.lang.Boolean> child1, Node<java.lang.Boolean> child2)
Construct an OrFunction with two children.

XorFunction(Node<java.lang.Boolean> child1, Node<java.lang.Boolean> child2)
Construct an XorFunction with two children.

XorFunction(Node<java.lang.Boolean> child1, Node<java.lang.Boolean> child2)
Construct an XorFunction with two children.

Uses of Node in com.epochx.representation.dbl

Subclasses of Node in com.epochx.representation.dbl

class	AddFunction A FunctionNode which performs the mathematical function of addition.
class	ArcCosineFunction A FunctionNode which performs the inverse trigonometric function of arccosine.
class	ArcSineFunction A FunctionNode which performs the inverse trigonometric function of arcsine.
class	ArcTangentFunction A FunctionNode which performs the inverse trigonometric function of arctangent.
class	CoefficientPowerFunction The CoefficientPowerFunction is equivalent to a PowerFunction combined with a MultiplyFunction.
class	CosecantFunction A FunctionNode which performs the reciprocal trigonometric function of cosecant.
class	CosineFunction A FunctionNode which performs the trigonometric function of cosine.
class	CotangentFunction A FunctionNode which performs the reciprocal trigonometric function of cotangent.
class	CubeFunction A FunctionNode which performs the arithmetic function of cube, that is - raising to the third power.
class	CubeRootFunction A FunctionNode which performs the mathematical function of cube root.
class	FactorialFunction A FunctionNode which performs the mathematical function of factorial, which is normally expressed with an exclamation mark ! For example: 5! = 5 x 4 x 3 x 2 x 1 = FACTORIAL 5
class	HyperbolicCosineFunction A FunctionNode which performs the hyperbolic trigonometric function of hyperbolic cosine.
class	HyperbolicSineFunction A FunctionNode which performs the hyperbolic trigonometric function of hyperbolic sine.
class	HyperbolicTangentFunction A FunctionNode which performs the hyperbolic trigonometric function of hyperbolic tangent.
class	InvertFunction A FunctionNode which performs the multiplicative inverse (or reciprocal), that is the inverse of x is 1/x.
class	Log10Function A FunctionNode which performs the common (base 10) logarithm.
class	LogFunction A FunctionNode which performs the natural (base e) logarithm.
class	MaxFunction A FunctionNode which performs the simple comparison function of determining which of 2 numbers is larger, as per the boolean greater-than function.
class	MinFunction A MinFunction which performs the simple comparison function of determining which of 2 numbers is smaller, as per the boolean less-than function.
class	ModuloFunction A FunctionNode which performs the modulo operation, that is it finds the remainder of division.
class	MultiplyFunction A FunctionNode which performs the mathematical function of multiplication.
class	PowerFunction A FunctionNode which performs the mathematical operation of exponentiation.
class	ProtectedDivisionFunction A FunctionNode which performs the arithmetic function of division.
class	SecantFunction A FunctionNode which performs the reciprocal trigonometric function of secant.
class	SignumFunction A FunctionNode which performs the mathematical sign function that extracts the sign of a number.
class	SineFunction A FunctionNode which performs the trigonometric function of sine.
class	SquareFunction A FunctionNode which performs the arithmetic function of squaring, that is - raising to the second power.
class	SquareRootFunction A FunctionNode which performs the mathematical function of square root.
class	SubtractFunction A FunctionNode which performs the mathematical function of subtraction.
class	TangentFunction A FunctionNode which performs the trigonometric function of tangent.

Constructors in com.epochx.representation.dbl with parameters of type Node

AddFunction(Node<java.lang.Double> child1, Node<java.lang.Double> child2)
Construct an AddFunction with 2 children.

AddFunction(Node<java.lang.Double> child1, Node<java.lang.Double> child2)
Construct an AddFunction with 2 children.

ArcCosineFunction(Node<java.lang.Double> child)
Construct an ArcCosineFunction with one child.

ArcSineFunction(Node<java.lang.Double> child)
Construct an ArcSineFunction with one child.

ArcTangentFunction(Node<java.lang.Double> child)
Construct an ArcTangentFunction with one child.

CoefficientPowerFunction(Node<java.lang.Double> coefficient, Node<java.lang.Double> term, Node<java.lang.Double> exponent)
Construct a CoefficientPowerFunction with three children.

CoefficientPowerFunction(Node<java.lang.Double> coefficient, Node<java.lang.Double> term, Node<java.lang.Double> exponent)
Construct a CoefficientPowerFunction with three children.

CoefficientPowerFunction(Node<java.lang.Double> coefficient, Node<java.lang.Double> term, Node<java.lang.Double> exponent)
Construct a CoefficientPowerFunction with three children.

CosecantFunction(Node<java.lang.Double> child)
Construct a CosecantFunction with one child.

CosineFunction(Node<java.lang.Double> child)
Construct a CosineFunction with one child.

CotangentFunction(Node<java.lang.Double> child)
Construct a CotangentFunction with one child.

CubeFunction(Node<java.lang.Double> child)
Construct a CubeFunction with one child.

CubeRootFunction(Node<java.lang.Double> child)
Construct a CubeRootFunction with one child.

FactorialFunction(Node<java.lang.Double> child)
Construct a FactorialFunction with one child.

HyperbolicCosineFunction(Node<java.lang.Double> child)
Construct a HyperbolicCosineFunction with one child.

HyperbolicSineFunction(Node<java.lang.Double> child)
Construct a HyperbolicSineFunction with one child.

HyperbolicTangentFunction(Node<java.lang.Double> child)
Construct a HyperbolicTangentFunction with one child.

InvertFunction(Node<java.lang.Double> child)
Construct an InvertFunction with one child.

Log10Function(Node<java.lang.Double> child)
Construct a Log10Function with one child.

LogFunction(Node<java.lang.Double> child)
Construct a LogFunction with one child.

MaxFunction(Node<java.lang.Double> child1, Node<java.lang.Double> child2)
Construct a MaxFunction with two child.

MaxFunction(Node<java.lang.Double> child1, Node<java.lang.Double> child2)
Construct a MaxFunction with two child.

MinFunction(Node<java.lang.Double> child1, Node<java.lang.Double> child2)
Construct a MinFunction with two child.

MinFunction(Node<java.lang.Double> child1, Node<java.lang.Double> child2)
Construct a MinFunction with two child.

ModuloFunction(Node<java.lang.Double> child1, Node<java.lang.Double> child2)
Construct a ModuloFunction with two children.

ModuloFunction(Node<java.lang.Double> child1, Node<java.lang.Double> child2)
Construct a ModuloFunction with two children.

MultiplyFunction(Node<java.lang.Double> child1, Node<java.lang.Double> child2)
Construct a MultiplyFunction with 2 children.

MultiplyFunction(Node<java.lang.Double> child1, Node<java.lang.Double> child2)
Construct a MultiplyFunction with 2 children.

PowerFunction(Node<java.lang.Double> base, Node<java.lang.Double> exponent)
Construct a PowerFunction with 2 children.

PowerFunction(Node<java.lang.Double> base, Node<java.lang.Double> exponent)
Construct a PowerFunction with 2 children.

ProtectedDivisionFunction(Node<java.lang.Double> dividend, Node<java.lang.Double> divisor)
Construct a ProtectedDivisionFunction with 2 children.

ProtectedDivisionFunction(Node<java.lang.Double> dividend, Node<java.lang.Double> divisor)
Construct a ProtectedDivisionFunction with 2 children.

ProtectedDivisionFunction(Node<java.lang.Double> dividend, Node<java.lang.Double> divisor, java.lang.Double protectionValue)
Construct a ProtectedDivisionFunction with 2 children and a divide-by-zero protection value.

ProtectedDivisionFunction(Node<java.lang.Double> dividend, Node<java.lang.Double> divisor, java.lang.Double protectionValue)
Construct a ProtectedDivisionFunction with 2 children and a divide-by-zero protection value.

SecantFunction(Node<java.lang.Double> child)
Construct a SecantFunction with one child.

SignumFunction(Node<java.lang.Double> child)
Construct a SignumFunction with one child.

SineFunction(Node<java.lang.Double> child)
Construct a SineFunction with one child.

SquareFunction(Node<java.lang.Double> child)
Construct a SquareFunction with one child.

SquareRootFunction(Node<java.lang.Double> child)
Construct a SquareRootFunction with one child.

SubtractFunction(Node<java.lang.Double> child1, Node<java.lang.Double> child2)
Construct a SubtractFunction with 2 children.

SubtractFunction(Node<java.lang.Double> child1, Node<java.lang.Double> child2)
Construct a SubtractFunction with 2 children.

TangentFunction(Node<java.lang.Double> child)
Construct a TangentFunction with one child.