Index (JEvolution)

A B C D E F G H I J L M N O P Q R S T U V X

A

addChildTo(Element, String, String) - Static method in class evSOLve.JEvolution.misc.Xml: Creates a child element and adds it to parent.
addChromosome(Chromosome) - Method in class evSOLve.JEvolution.JEvolution: Add a JEvolution native or a custom Chromosome to the Genotype.
AddDouble - Class in evSOLve.JEvolution.gp.nodes
AddDouble() - Constructor for class evSOLve.JEvolution.gp.nodes.AddDouble: Constructing the function with two operands.
AddDouble(Element) - Constructor for class evSOLve.JEvolution.gp.nodes.AddDouble: Creates the function via XML.
addIndividual(Individual) - Method in class evSOLve.JEvolution.SubPopulation: Adds an Individual to the SubPopulation.
addNode(ProgramNode) - Method in class evSOLve.JEvolution.gp.TreeChromosome: Adds a program node to the node set.
addTreeModelListener(TreeModelListener) - Method in class evSOLve.JEvolution.gp.Tree: Adds a tree mode listener.
addValue(Object) - Static method in class evSOLve.JEvolution.gp.ProgramNode: Adds a value to the variable container.
AndBoolean - Class in evSOLve.JEvolution.gp.nodes
AndBoolean() - Constructor for class evSOLve.JEvolution.gp.nodes.AndBoolean: Constructing the function with two operands.
AndBoolean(Element) - Constructor for class evSOLve.JEvolution.gp.nodes.AndBoolean: Creates the function via XML.
ArrayEnumeration<E> - Class in evSOLve.JEvolution.misc
ArrayEnumeration(E[]) - Constructor for class evSOLve.JEvolution.misc.ArrayEnumeration: Constructs the Enumeration.

B

bases - Variable in class evSOLve.JEvolution.chromosomes.BitChromosome: The carrier of genetic information.
bases - Variable in class evSOLve.JEvolution.chromosomes.IntChromosome: The genetic information carrier.
BIASED - Static variable in class evSOLve.JEvolution.chromosomes.Chromosome
BitChromosome - Class in evSOLve.JEvolution.chromosomes
BitChromosome() - Constructor for class evSOLve.JEvolution.chromosomes.BitChromosome: The standard constructor with default length.
BitChromosome(int) - Constructor for class evSOLve.JEvolution.chromosomes.BitChromosome: Constructs a chromosome of given length.
BitChromosome(Element) - Constructor for class evSOLve.JEvolution.chromosomes.BitChromosome: Creates a BitChromosome via XML.
BRIEF - Static variable in class evSOLve.JEvolution.JEvolutionReporter: Information on each generation.
buildDocument(String) - Static method in class evSOLve.JEvolution.misc.Xml: Returns a JDOM document built from a file, or from scratch, if the file does not exist.

C

calcFitness() - Method in interface evSOLve.JEvolution.Phenotype: The fitness of the Phenotype is evaluated.
children - Variable in class evSOLve.JEvolution.gp.ProgramNode: The children of this node.
children() - Method in class evSOLve.JEvolution.gp.ProgramNode: Returns an Enumeration of the children.
Chromosome - Class in evSOLve.JEvolution.chromosomes
Chromosome(int) - Constructor for class evSOLve.JEvolution.chromosomes.Chromosome: Constructs a chromosome of given length.
Chromosome(Element) - Constructor for class evSOLve.JEvolution.chromosomes.Chromosome: Creates a Chromosome via XML.
clearValues() - Static method in class evSOLve.JEvolution.gp.ProgramNode: Removes all values from the container.
clone() - Method in class evSOLve.JEvolution.chromosomes.BitChromosome: A proper clone.
clone() - Method in class evSOLve.JEvolution.chromosomes.Chromosome: The Chromosome's clone, which has to be done properly, i.e., all objects representing the chromosome should be replicated exactly.
clone() - Method in class evSOLve.JEvolution.chromosomes.IntChromosome: A proper clone, cloning the bases deeply by creating new objects.
clone() - Method in class evSOLve.JEvolution.chromosomes.RealChromosome: A proper clone, cloning the bases deeply by creating new objects.
clone() - Method in class evSOLve.JEvolution.gp.ProgramNode: A deep clone of this node and all the nodes below, if the node is in a valid tree structure.
clone() - Method in class evSOLve.JEvolution.gp.Tree: A deep clone of this tree.
clone() - Method in class evSOLve.JEvolution.gp.TreeChromosome: A deep clone of this TreeChromosome.
clone() - Method in class evSOLve.JEvolution.Individual: A proper clone also cloning Genotype (including all Chromosomes) and Phenotype.
clone() - Method in interface evSOLve.JEvolution.Phenotype: A proper clone of the Phenotype.
compare(Object, Object) - Method in class evSOLve.JEvolution.misc.MaximizationComparator: Implements a Comparator for the fitness of Individuals, where a fitness value of 1.0 is greater than a fitness of 0.0.
compare(Object, Object) - Method in class evSOLve.JEvolution.misc.MinimizationComparator: Implements a Comparator for the fitness of Individuals, where a fitness value of 0.0 is greater than a fitness of 1.0.
ConstBoolean - Class in evSOLve.JEvolution.gp.nodes
ConstBoolean() - Constructor for class evSOLve.JEvolution.gp.nodes.ConstBoolean: Constructs the constant.
ConstBoolean(Element) - Constructor for class evSOLve.JEvolution.gp.nodes.ConstBoolean: Creates the constant via XML.
ConstDouble - Class in evSOLve.JEvolution.gp.nodes
ConstDouble(double, double) - Constructor for class evSOLve.JEvolution.gp.nodes.ConstDouble: Constructs the constant within boundaries.
ConstDouble(Element) - Constructor for class evSOLve.JEvolution.gp.nodes.ConstDouble: Creates the constant via XML.
ConstInteger - Class in evSOLve.JEvolution.gp.nodes
ConstInteger(int, int) - Constructor for class evSOLve.JEvolution.gp.nodes.ConstInteger: Constructs the constant within boundaries.
ConstInteger(Element) - Constructor for class evSOLve.JEvolution.gp.nodes.ConstInteger: Creates the constant via XML.
create(Element) - Static method in class evSOLve.JEvolution.chromosomes.Chromosome: Creates the chromosome designated by an XML element by calling the XML constructor.
create(Element) - Static method in class evSOLve.JEvolution.gp.ProgramNode: Creates the ProgramNode designated by an XML element by calling the XML constructor.
createBitSet(String) - Static method in class evSOLve.JEvolution.misc.Utilities: Creates a BitSet from the given bit string.
crossoverPoints - Variable in class evSOLve.JEvolution.chromosomes.Chromosome: The number of crossover sites (default = 2).
crossoverRate - Variable in class evSOLve.JEvolution.chromosomes.Chromosome: The crossover rate (default = 0.6).
cutTailAtLast(String, char) - Static method in class evSOLve.JEvolution.misc.Utilities: Eliminates the substring after the last occurrence of 'c' including 'c'.

D

DecimationSelection - Class in evSOLve.JEvolution.selection: Decimation Selection is used to chop the seed population, if it is larger than the set population size.
DecimationSelection() - Constructor for class evSOLve.JEvolution.selection.DecimationSelection: Default constructor for decimation selection.
DivDouble - Class in evSOLve.JEvolution.gp.nodes
DivDouble() - Constructor for class evSOLve.JEvolution.gp.nodes.DivDouble: Constructing the function with two operands.
DivDouble(Element) - Constructor for class evSOLve.JEvolution.gp.nodes.DivDouble: Creates the function via XML.
doCrossover(Chromosome) - Method in class evSOLve.JEvolution.chromosomes.BitChromosome: k-point Crossover.
doCrossover(Chromosome) - Method in class evSOLve.JEvolution.chromosomes.Chromosome: Crossover.
doCrossover(Chromosome) - Method in class evSOLve.JEvolution.chromosomes.IntChromosome: Standard 1-, or 2-Point Crossover.
doCrossover(Chromosome) - Method in class evSOLve.JEvolution.chromosomes.PermChromosome: PMX Crossover.
doCrossover(Chromosome) - Method in class evSOLve.JEvolution.chromosomes.RealChromosome: Discrete recombination of two random parents.
doCrossover(Chromosome) - Method in class evSOLve.JEvolution.chromosomes.VariableBitChromosome: Non-homologous 1--point crossover.
doCrossover(Chromosome) - Method in class evSOLve.JEvolution.gp.TreeChromosome: Performs crossover by selecting a random node in each of the two parent trees and swapping the subtrees.
doesMaximization() - Method in class evSOLve.JEvolution.JEvolution: Returns status of optimization.
doEvolve() - Method in class evSOLve.JEvolution.JEvolution: The evolutionary cycle.
doEvolve(int) - Method in class evSOLve.JEvolution.JEvolution: Runs JEvolution for the specified number of generations.
doMutation() - Method in class evSOLve.JEvolution.chromosomes.BitChromosome: Bit flip mutation.
doMutation() - Method in class evSOLve.JEvolution.chromosomes.Chromosome: Mutation of Chromosome.
doMutation() - Method in class evSOLve.JEvolution.chromosomes.IntChromosome: Mutate by randomly setting a base to a new integer value within 'low' and 'high' (both included).
doMutation() - Method in class evSOLve.JEvolution.chromosomes.PermChromosome: Mutate by swapping two bases saving the permutation property.
doMutation() - Method in class evSOLve.JEvolution.chromosomes.RealChromosome: Mutate by adding normal noise with constant, single, or specific standard deviation (strategy parameters).
doMutation() - Method in class evSOLve.JEvolution.gp.TreeChromosome: Performs tree and node mutation by iterating over the tree.
doOntogeny(List<Chromosome>) - Method in interface evSOLve.JEvolution.Phenotype: The genotype-phenotype mapper converting the genetic code to a phenotypic structure.
doSelect(SubPopulation, SubPopulation) - Method in class evSOLve.JEvolution.selection.DecimationSelection: JEvolution native selection method.
doSelect(SubPopulation, SubPopulation) - Method in class evSOLve.JEvolution.selection.NoSelection: Simply copies parents to offspring without any selection.
doSelect(SubPopulation, SubPopulation) - Method in interface evSOLve.JEvolution.selection.Selection: The selection method implementing the core principle of an EA: survival of the fittest.
doSelect(SubPopulation, SubPopulation) - Method in class evSOLve.JEvolution.selection.TournamentSelection: JEvolution native and default (binary tournaments) selection method.

E

EACH - Static variable in class evSOLve.JEvolution.chromosomes.RealChromosome: Object parameters are mutated with a strategy parameter (sigma) for each object parameter.
equals(Object) - Method in class evSOLve.JEvolution.chromosomes.BitChromosome: An efficient check for equality.
equals(Object) - Method in class evSOLve.JEvolution.chromosomes.Chromosome: This is very important for usage of the fitness repository.
equals(Object) - Method in class evSOLve.JEvolution.chromosomes.IntChromosome: An efficient check for equality.
equals(Object) - Method in class evSOLve.JEvolution.chromosomes.RealChromosome: An efficient check for equality.
equals(Object) - Method in class evSOLve.JEvolution.chromosomes.SubsetPermChromosome: An efficient check for equality.
equals(Object) - Method in class evSOLve.JEvolution.gp.ProgramNode: Checks for equality of this node to another by using the nodes' string representation.
equals(Object) - Method in class evSOLve.JEvolution.gp.Tree: Checks this tree for equality with another tree.
equals(Object) - Method in class evSOLve.JEvolution.gp.TreeChromosome: Compares this program tree to another in 'chrom'.
eval() - Method in class evSOLve.JEvolution.gp.nodes.AddDouble: Adds up the values of the two children.
eval() - Method in class evSOLve.JEvolution.gp.nodes.AndBoolean: Returns the logical AND of the two operands.
eval() - Method in class evSOLve.JEvolution.gp.nodes.ConstBoolean: Returns the value of the constant.
eval() - Method in class evSOLve.JEvolution.gp.nodes.ConstDouble: Returns the constant value.
eval() - Method in class evSOLve.JEvolution.gp.nodes.ConstInteger: Returns the constant value.
eval() - Method in class evSOLve.JEvolution.gp.nodes.DivDouble: Divides the values of the two children.
eval() - Method in class evSOLve.JEvolution.gp.nodes.IfInteger: Evaluates the if condition and returns the value of the corresponding path.
eval() - Method in class evSOLve.JEvolution.gp.nodes.LessEqualBoolean: Compares first with second child.
eval() - Method in class evSOLve.JEvolution.gp.nodes.MultDouble: Multiplies the values of the two children.
eval() - Method in class evSOLve.JEvolution.gp.nodes.NotBoolean: Returns the logical NOT of the operand.
eval() - Method in class evSOLve.JEvolution.gp.nodes.OrBoolean: Returns the logical OR of the two operands.
eval() - Method in class evSOLve.JEvolution.gp.nodes.SubDouble: Subtracts the values of the two children.
eval() - Method in class evSOLve.JEvolution.gp.nodes.VarDouble: Returns the value of the variable.
eval() - Method in class evSOLve.JEvolution.gp.ProgramNode: Evaluates the node.
evSOLve.JEvolution - package evSOLve.JEvolution: An Evolutionary Algorithm package.
evSOLve.JEvolution.chromosomes - package evSOLve.JEvolution.chromosomes
evSOLve.JEvolution.gp - package evSOLve.JEvolution.gp
evSOLve.JEvolution.gp.nodes - package evSOLve.JEvolution.gp.nodes
evSOLve.JEvolution.misc - package evSOLve.JEvolution.misc
evSOLve.JEvolution.selection - package evSOLve.JEvolution.selection
exchangeNodes(MutableTreeNode, MutableTreeNode, Tree) - Method in class evSOLve.JEvolution.gp.Tree: Exchanges the subtree at node 'own' from this tree with another subtree given by 'other'.
express(BitSet, int, int, double, double) - Static method in class evSOLve.JEvolution.misc.Utilities: Converts a bit gene in a scaled double value.
express(BitSet, int, int) - Static method in class evSOLve.JEvolution.misc.Utilities: Converts a bit gene in a positive integer value.

F

fixedPoint - Static variable in class evSOLve.JEvolution.misc.Utilities: For numbers with four fraction digits.
fromString(String) - Method in class evSOLve.JEvolution.chromosomes.BitChromosome: Create bases from String.
fromString(String) - Method in class evSOLve.JEvolution.chromosomes.Chromosome: Constructs the Chromosome from its string representation.
fromString(String) - Method in class evSOLve.JEvolution.chromosomes.IntChromosome: Create bases from String.
fromString(String) - Method in class evSOLve.JEvolution.chromosomes.RealChromosome: Create bases from String.
fromString(String) - Method in class evSOLve.JEvolution.gp.TreeChromosome: Creates a program tree from its string representation.
FULL - Static variable in class evSOLve.JEvolution.gp.TreeChromosome

G

generationCount - Variable in class evSOLve.JEvolution.JEvolution: The number of currently completed generations.
getAllowsChildren() - Method in class evSOLve.JEvolution.gp.ProgramNode: Returns if the node allows children.
getBases() - Method in class evSOLve.JEvolution.chromosomes.BitChromosome: Return the genetic information.
getBases() - Method in class evSOLve.JEvolution.chromosomes.Chromosome: Returns the genetic information carrier of the Chromosome.
getBases() - Method in class evSOLve.JEvolution.chromosomes.IntChromosome: Return the genetic information.
getBases() - Method in class evSOLve.JEvolution.chromosomes.RealChromosome: Return the genetic code for object parameters.
getBases() - Method in class evSOLve.JEvolution.gp.TreeChromosome: Returns the genotype aka the program tree, which in this case is also the phenotype.
getBestIndividual() - Method in class evSOLve.JEvolution.JEvolutionReporter: Gives the best Individual of the last run.
getChild(Object, int) - Method in class evSOLve.JEvolution.gp.Tree: Returns the child of a parent node at the given index.
getChildAt(int) - Method in class evSOLve.JEvolution.gp.ProgramNode: Returns the child at the given index.
getChildCount() - Method in class evSOLve.JEvolution.gp.ProgramNode: Returns the number of children of this node.
getChildCount(Object) - Method in class evSOLve.JEvolution.gp.Tree: Returns the number of children of the parent.
getChildOf(Element, String) - Static method in class evSOLve.JEvolution.misc.Xml: Returns the child of an element and creates the child, if it does not exist.
getClassName(Object) - Static method in class evSOLve.JEvolution.misc.Utilities: Returns the unqualified class name, i.e., with all package names dropped.
getCrossoverPoints() - Method in class evSOLve.JEvolution.chromosomes.Chromosome: Access crossover points.
getCrossoverRate() - Method in class evSOLve.JEvolution.chromosomes.Chromosome: Access crossover rate.
getFitness() - Method in class evSOLve.JEvolution.Individual: Get the fitness of the phenotype.
getFitness() - Method in interface evSOLve.JEvolution.Phenotype: Gives the fitness of this Phenotype.
getFitnessComparator() - Method in class evSOLve.JEvolution.JEvolution: Returns the fitness comparator.
getFitnessThreshold() - Method in class evSOLve.JEvolution.JEvolution: Gives the fitness threshold of this evolutionary cycle.
getFreezer() - Method in class evSOLve.JEvolution.JEvolution: Gets the freezing state of the population.
getFullClassName(Object) - Static method in class evSOLve.JEvolution.misc.Utilities: Returns the qualified class name, i.e., with all package names.
getGenotype() - Method in class evSOLve.JEvolution.Individual: Supplies the Individual's Genotype.
getGenotypeModel() - Method in class evSOLve.JEvolution.JEvolution: Returns the genotype used by JEvolution.
getHigh() - Method in class evSOLve.JEvolution.chromosomes.IntChromosome: Gives higher bound of integer encoding.
getHigh() - Method in class evSOLve.JEvolution.chromosomes.RealChromosome: Gives upper bound of initial real values.
getIndex(TreeNode) - Method in class evSOLve.JEvolution.gp.ProgramNode: Returns the index of the given node in children.
getIndexOfChild(Object, Object) - Method in class evSOLve.JEvolution.gp.Tree: Returns the index of a parent's child.
getIndividual(int) - Method in class evSOLve.JEvolution.SubPopulation: Gives specific Individual.
getIndividualsDone() - Method in class evSOLve.JEvolution.JEvolutionReporter: Access the current number of fitness calculations performed.
getInstance() - Static method in class evSOLve.JEvolution.JEvolution: Returns the singleton.
getJEvolutionReporter() - Method in class evSOLve.JEvolution.JEvolution: Access statistics.
getLastPopulation() - Method in class evSOLve.JEvolution.JEvolution: Returns the current (last) population.
getLength() - Method in class evSOLve.JEvolution.chromosomes.Chromosome: Return length of the Chromosome.
getLevel() - Method in class evSOLve.JEvolution.gp.ProgramNode: Returns the node's level in a tree.
getList() - Static method in class evSOLve.JEvolution.misc.Utilities: Returns the utility list.
getLow() - Method in class evSOLve.JEvolution.chromosomes.IntChromosome: Gives lower bound of integer encoding.
getLow() - Method in class evSOLve.JEvolution.chromosomes.RealChromosome: Gives lower bound of initial real values.
getMaximalGenerations() - Method in class evSOLve.JEvolution.JEvolution: Gives maximal number of generations.
getMinimalGenerations() - Method in class evSOLve.JEvolution.JEvolution: Gives minimal number of generations.
getMutationRate() - Method in class evSOLve.JEvolution.chromosomes.Chromosome: Access mutation rate.
getNodeContent(Element, String) - Static method in class evSOLve.JEvolution.misc.Xml: Returns the content of either a child or a attribute of node parent
getNodeMutation() - Method in class evSOLve.JEvolution.gp.TreeChromosome: Returns the flag for node mutation.
getOffspringCount() - Method in class evSOLve.JEvolution.JEvolution: Returns the number of offspring.
getOperandType(int) - Method in class evSOLve.JEvolution.gp.nodes.AddDouble: Returns the operand type Double for both children.
getOperandType(int) - Method in class evSOLve.JEvolution.gp.nodes.AndBoolean: Returns the operand type Boolean for all children.
getOperandType(int) - Method in class evSOLve.JEvolution.gp.nodes.DivDouble: Returns the operand type Double for both children.
getOperandType(int) - Method in class evSOLve.JEvolution.gp.nodes.IfInteger: Returns the operand type for all children.
getOperandType(int) - Method in class evSOLve.JEvolution.gp.nodes.LessEqualBoolean: Returns the operand type for both children.
getOperandType(int) - Method in class evSOLve.JEvolution.gp.nodes.MultDouble: Returns the operand type Double for both children.
getOperandType(int) - Method in class evSOLve.JEvolution.gp.nodes.NotBoolean: Returns the operand type Boolean for the child.
getOperandType(int) - Method in class evSOLve.JEvolution.gp.nodes.OrBoolean: Returns the operand type Boolean for all children.
getOperandType(int) - Method in class evSOLve.JEvolution.gp.nodes.SubDouble: Returns the operand type Double for both children.
getOperandType(int) - Method in class evSOLve.JEvolution.gp.ProgramNode: Returns the operand type of the program node.
getParent() - Method in class evSOLve.JEvolution.gp.ProgramNode: Returns the parent of this node.
getParentCount() - Method in class evSOLve.JEvolution.JEvolution: Returns the number of parents.
getParentheses(int) - Static method in class evSOLve.JEvolution.misc.Utilities: Returns 'count' opening = '(' or closing = ')' parentheses.
getPhenotype() - Method in class evSOLve.JEvolution.Individual: Supplies the Individual's Phenotype.
getProperty(Element, String, String) - Static method in class evSOLve.JEvolution.misc.Xml: Returns the content of either a child node or an attribute of the XML element.
getProperty(Element, String, int) - Static method in class evSOLve.JEvolution.misc.Xml: Returns the content of either a child node or an attribute of the XML element.
getProperty(Element, String, double) - Static method in class evSOLve.JEvolution.misc.Xml: Returns the content of either a child node or an attribute of the XML element.
getProperty(Element, String, boolean) - Static method in class evSOLve.JEvolution.misc.Xml: Returns the content of either a child node or an attribute of the XML element.
getReportLevel() - Method in class evSOLve.JEvolution.JEvolutionReporter: Access report level.
getResultType() - Method in class evSOLve.JEvolution.gp.nodes.AddDouble: Returns the result type Double.
getResultType() - Method in class evSOLve.JEvolution.gp.nodes.AndBoolean: Returns the result type.
getResultType() - Method in class evSOLve.JEvolution.gp.nodes.ConstBoolean: Returns the result type.
getResultType() - Method in class evSOLve.JEvolution.gp.nodes.ConstDouble: Returns the result type Double.
getResultType() - Method in class evSOLve.JEvolution.gp.nodes.ConstInteger: Returns the result type int.
getResultType() - Method in class evSOLve.JEvolution.gp.nodes.DivDouble: Returns the result type Double.
getResultType() - Method in class evSOLve.JEvolution.gp.nodes.IfInteger: Returns the result type.
getResultType() - Method in class evSOLve.JEvolution.gp.nodes.LessEqualBoolean: Returns the result type.
getResultType() - Method in class evSOLve.JEvolution.gp.nodes.MultDouble: Returns the result type Double.
getResultType() - Method in class evSOLve.JEvolution.gp.nodes.NotBoolean: Returns the result type.
getResultType() - Method in class evSOLve.JEvolution.gp.nodes.OrBoolean: Returns the result type.
getResultType() - Method in class evSOLve.JEvolution.gp.nodes.SubDouble: Returns the result type Double.
getResultType() - Method in class evSOLve.JEvolution.gp.nodes.VarDouble: Returns the result type Double.
getResultType() - Method in class evSOLve.JEvolution.gp.ProgramNode: Returns the result type of the program node.
getRoot() - Method in class evSOLve.JEvolution.gp.Tree: Returns the root node.
getSeedPopulation() - Method in class evSOLve.JEvolution.JEvolution: Returns the seedPopulation (may be empty).
getShuffleRate() - Method in class evSOLve.JEvolution.JEvolution: Returns the shuffle rate.
getSignature() - Method in class evSOLve.JEvolution.gp.nodes.AddDouble: Returns the string signature of the node.
getSignature() - Method in class evSOLve.JEvolution.gp.nodes.AndBoolean: Returns the string signature of the node.
getSignature() - Method in class evSOLve.JEvolution.gp.nodes.ConstBoolean: Returns the string signature of the node.
getSignature() - Method in class evSOLve.JEvolution.gp.nodes.ConstDouble: Returns the string signature of the node.
getSignature() - Method in class evSOLve.JEvolution.gp.nodes.ConstInteger: Returns the string signature of the node.
getSignature() - Method in class evSOLve.JEvolution.gp.nodes.DivDouble: Returns the string signature of the node.
getSignature() - Method in class evSOLve.JEvolution.gp.nodes.IfInteger: Returns the string signature of the node.
getSignature() - Method in class evSOLve.JEvolution.gp.nodes.LessEqualBoolean: Returns the string signature of the node.
getSignature() - Method in class evSOLve.JEvolution.gp.nodes.MultDouble: Returns the string signature of the node.
getSignature() - Method in class evSOLve.JEvolution.gp.nodes.NotBoolean: Returns the string signature of the node.
getSignature() - Method in class evSOLve.JEvolution.gp.nodes.OrBoolean: Returns the string signature of the node.
getSignature() - Method in class evSOLve.JEvolution.gp.nodes.SubDouble: Returns the string signature of the node.
getSignature() - Method in class evSOLve.JEvolution.gp.nodes.VarDouble: Returns the string signature of the node.
getSignature() - Method in class evSOLve.JEvolution.gp.ProgramNode: Returns the string signature of the node.
getSize() - Method in class evSOLve.JEvolution.SubPopulation: Gives the current sub-population size.
getSoupType() - Method in class evSOLve.JEvolution.chromosomes.Chromosome: Access soup type.
getStarPool() - Method in class evSOLve.JEvolution.JEvolutionReporter: Returns star pool.
getStrategy() - Method in class evSOLve.JEvolution.chromosomes.RealChromosome: Gives strategy type.
getStrategyBases() - Method in class evSOLve.JEvolution.chromosomes.RealChromosome: Return the genetic code for strategy parameters.
getSubSetSize() - Method in class evSOLve.JEvolution.chromosomes.SubsetPermChromosome: Return subset size.
getTournamentSize() - Method in class evSOLve.JEvolution.selection.TournamentSelection: Gives the tournament size tournament size.
GROW - Static variable in class evSOLve.JEvolution.gp.TreeChromosome: Initial mode of creation of Chromosome.

H

hashCode() - Method in class evSOLve.JEvolution.chromosomes.BitChromosome: An efficient hash code.
hashCode() - Method in class evSOLve.JEvolution.chromosomes.Chromosome: The Chromosome's hash code.
hashCode() - Method in class evSOLve.JEvolution.chromosomes.IntChromosome: An efficient hash code.
hashCode() - Method in class evSOLve.JEvolution.chromosomes.RealChromosome: An efficient hash code.
hashCode() - Method in class evSOLve.JEvolution.chromosomes.SubsetPermChromosome: An efficient hash code.
hashCode() - Method in class evSOLve.JEvolution.gp.ProgramNode: Returns a hash code for the node by using the hash code for its string representation.
hashCode() - Method in class evSOLve.JEvolution.gp.Tree: Returns a hash code for the tree by using the nodes' hashCode().
hashCode() - Method in class evSOLve.JEvolution.gp.TreeChromosome: Returns a hash code for the program tree.
hasMoreElements() - Method in class evSOLve.JEvolution.misc.ArrayEnumeration: Returns, if there are more elements in the array.
hasNext() - Method in class evSOLve.JEvolution.misc.TreeIterator: Returns, if there are more nodes in the tree.
high - Variable in class evSOLve.JEvolution.chromosomes.IntChromosome: The largest integer encoded.
high - Variable in class evSOLve.JEvolution.chromosomes.RealChromosome: The largest real number for initialization.

I

IfInteger - Class in evSOLve.JEvolution.gp.nodes
IfInteger() - Constructor for class evSOLve.JEvolution.gp.nodes.IfInteger: Constructing the function with three operands.
IfInteger(Element) - Constructor for class evSOLve.JEvolution.gp.nodes.IfInteger: Creates the function via XML.
Individual - Class in evSOLve.JEvolution
Individual(String) - Constructor for class evSOLve.JEvolution.Individual: Constructs an Individual purely from an Individual stored in an XML file.
insert(MutableTreeNode, int) - Method in class evSOLve.JEvolution.gp.ProgramNode: Sets the given node at index in children.
instantiateByClassName(String, String[], Object[]) - Static method in class evSOLve.JEvolution.misc.Utilities: Instantiates an Object by passing the name of the Class in a String.
IntChromosome - Class in evSOLve.JEvolution.chromosomes
IntChromosome() - Constructor for class evSOLve.JEvolution.chromosomes.IntChromosome: Creates a chromosome with default length.
IntChromosome(int) - Constructor for class evSOLve.JEvolution.chromosomes.IntChromosome: Constructs a chromosome of given length.
IntChromosome(Element) - Constructor for class evSOLve.JEvolution.chromosomes.IntChromosome: Creates an IntChromosome via XML.
isFitnessRepositoryUsed() - Method in class evSOLve.JEvolution.JEvolutionReporter: Access status of the use of fitness repository.
isLeaf() - Method in class evSOLve.JEvolution.gp.ProgramNode: Returns if the node is a leaf node.
isLeaf(Object) - Method in class evSOLve.JEvolution.gp.Tree: Returns if the given node is a leaf node.
iterator() - Method in class evSOLve.JEvolution.gp.Tree: Returns a tree iterator for this tree.

J

JEvolution - Class in evSOLve.JEvolution: A quite general implementation of Evolutionary Algorithms.
JEvolutionException - Exception in evSOLve.JEvolution: Handles and comments invalid JEvolution parameters.
JEvolutionException(String, Number) - Constructor for exception evSOLve.JEvolution.JEvolutionException
JEvolutionReporter - Class in evSOLve.JEvolution

L

LAPLACE - Static variable in class evSOLve.JEvolution.chromosomes.Chromosome: Initial mode of creation of Chromosome.
length - Variable in class evSOLve.JEvolution.chromosomes.Chromosome: The default length of the Chromosome.
LessEqualBoolean - Class in evSOLve.JEvolution.gp.nodes
LessEqualBoolean() - Constructor for class evSOLve.JEvolution.gp.nodes.LessEqualBoolean: Constructing the function with two operands.
LessEqualBoolean(Element) - Constructor for class evSOLve.JEvolution.gp.nodes.LessEqualBoolean: Creates the function via XML.
low - Variable in class evSOLve.JEvolution.chromosomes.IntChromosome: The lowest integer encoded.
low - Variable in class evSOLve.JEvolution.chromosomes.RealChromosome: The lowest real number for initialization.

M

MaximizationComparator - Class in evSOLve.JEvolution.misc
MaximizationComparator() - Constructor for class evSOLve.JEvolution.misc.MaximizationComparator
MINIMAL - Static variable in class evSOLve.JEvolution.JEvolutionReporter: Global run information.
MinimizationComparator - Class in evSOLve.JEvolution.misc
MinimizationComparator() - Constructor for class evSOLve.JEvolution.misc.MinimizationComparator
mixSoup() - Method in class evSOLve.JEvolution.chromosomes.BitChromosome: Initial creation of alleles.
mixSoup() - Method in class evSOLve.JEvolution.chromosomes.Chromosome: Generate initial chromosomes.
mixSoup() - Method in class evSOLve.JEvolution.chromosomes.IntChromosome: Initial creation of alleles.
mixSoup() - Method in class evSOLve.JEvolution.chromosomes.PermChromosome: Initial creation of alleles.
mixSoup() - Method in class evSOLve.JEvolution.chromosomes.RealChromosome: Initial creation of the alleles.
mixSoup() - Method in class evSOLve.JEvolution.gp.TreeChromosome: Creates a random program tree in different manners.
MultDouble - Class in evSOLve.JEvolution.gp.nodes
MultDouble() - Constructor for class evSOLve.JEvolution.gp.nodes.MultDouble: Constructing the function with two operands.
MultDouble(Element) - Constructor for class evSOLve.JEvolution.gp.nodes.MultDouble: Creates the function via XML.
mutate() - Method in class evSOLve.JEvolution.gp.nodes.ConstBoolean: Mutates via bit flip.
mutate() - Method in class evSOLve.JEvolution.gp.nodes.ConstDouble: Mutates value by a small percentage value drawn from uniform distribution.
mutate() - Method in class evSOLve.JEvolution.gp.nodes.ConstInteger: Mutates value by drawing a random value within boundaries.
mutate() - Method in class evSOLve.JEvolution.gp.nodes.DivDouble: Changes the operand sequence.
mutate() - Method in class evSOLve.JEvolution.gp.nodes.IfInteger: Exchanges true and false path.
mutate() - Method in class evSOLve.JEvolution.gp.nodes.LessEqualBoolean: Changes the operand sequence.
mutate() - Method in class evSOLve.JEvolution.gp.nodes.SubDouble: Changes the operand sequence.
mutate() - Method in class evSOLve.JEvolution.gp.nodes.VarDouble: Is randomize().
mutate() - Method in class evSOLve.JEvolution.gp.ProgramNode: Mutates attributes of a program node, if necessary.
mutationRate - Variable in class evSOLve.JEvolution.chromosomes.Chromosome: The mutation rate (default = 0.1).

N

next() - Method in class evSOLve.JEvolution.misc.TreeIterator: Returns the next tree node.
nextElement() - Method in class evSOLve.JEvolution.misc.ArrayEnumeration: Returns the next element.
nextIntegerInRange(int, int) - Static method in class evSOLve.JEvolution.misc.Utilities: Return a random integer within 'low' and 'high'.
nextReal() - Static method in class evSOLve.JEvolution.misc.Utilities: Return a random double within the unit interval'.
nextRealInRange(double, double) - Static method in class evSOLve.JEvolution.misc.Utilities: Return a random double within 'low' and 'high'.
NONE - Static variable in class evSOLve.JEvolution.chromosomes.RealChromosome: Object parameters are mutated with a constant mutation rate.
normalNoise(double, double) - Static method in class evSOLve.JEvolution.misc.Utilities: Normal noise with specified mean and standard deviation.
NoSelection - Class in evSOLve.JEvolution.selection: All parents are selected into the next geneneration, i.e., there is no selection pressure (JEvolution native selection).
NoSelection() - Constructor for class evSOLve.JEvolution.selection.NoSelection: Default constructor.
NotBoolean - Class in evSOLve.JEvolution.gp.nodes
NotBoolean() - Constructor for class evSOLve.JEvolution.gp.nodes.NotBoolean: Constructing the function with one operand.
NotBoolean(Element) - Constructor for class evSOLve.JEvolution.gp.nodes.NotBoolean: Creates the function via XML.

O

objectBases - Variable in class evSOLve.JEvolution.chromosomes.RealChromosome: The genetic information carrier for the object parameters.
OrBoolean - Class in evSOLve.JEvolution.gp.nodes
OrBoolean() - Constructor for class evSOLve.JEvolution.gp.nodes.OrBoolean: Constructing the function with two operands.
OrBoolean(Element) - Constructor for class evSOLve.JEvolution.gp.nodes.OrBoolean: Creates the function via XML.

P

parent - Variable in class evSOLve.JEvolution.gp.ProgramNode: The parent of this node.
PermChromosome - Class in evSOLve.JEvolution.chromosomes
PermChromosome() - Constructor for class evSOLve.JEvolution.chromosomes.PermChromosome: The standard constructor with default length of chromosome.
PermChromosome(int) - Constructor for class evSOLve.JEvolution.chromosomes.PermChromosome: Constructs a chromosome of given length.
PermChromosome(Element) - Constructor for class evSOLve.JEvolution.chromosomes.PermChromosome: Creates a PermChromosome via XML.
Phenotype - Interface in evSOLve.JEvolution
ProgramNode - Class in evSOLve.JEvolution.gp
ProgramNode() - Constructor for class evSOLve.JEvolution.gp.ProgramNode

Q

QUIET - Static variable in class evSOLve.JEvolution.JEvolutionReporter: No output from JevolutionStats.

R

RAMPED - Static variable in class evSOLve.JEvolution.gp.TreeChromosome
randomize() - Method in class evSOLve.JEvolution.gp.nodes.ConstBoolean: Assigns a random constant value.
randomize() - Method in class evSOLve.JEvolution.gp.nodes.ConstDouble: Assigns a random constant value within boundaries.
randomize() - Method in class evSOLve.JEvolution.gp.nodes.ConstInteger: Assigns a random constant value within boundaries.
randomize() - Method in class evSOLve.JEvolution.gp.nodes.VarDouble: Assigns a random variable index, e.
randomize() - Method in class evSOLve.JEvolution.gp.ProgramNode: Randomizes attributes of a program node, if necessary.
RealChromosome - Class in evSOLve.JEvolution.chromosomes
RealChromosome() - Constructor for class evSOLve.JEvolution.chromosomes.RealChromosome: Creates a default chromosome.
RealChromosome(int) - Constructor for class evSOLve.JEvolution.chromosomes.RealChromosome: Constructs a chromosome of given length and default values for 'low' (0.0) and 'high' (1.0), and 'mutationRate' (0.05).
RealChromosome(Element) - Constructor for class evSOLve.JEvolution.chromosomes.RealChromosome: Creates a RealChromosome via XML.
recordPopulation(String) - Method in class evSOLve.JEvolution.JEvolution: Deprecated.
remove(int) - Method in class evSOLve.JEvolution.gp.ProgramNode: Sets the node at the given child index to null.
remove(MutableTreeNode) - Method in class evSOLve.JEvolution.gp.ProgramNode: Removes the given child node.
remove() - Method in class evSOLve.JEvolution.misc.TreeIterator: Removes the last returned tree node from this iterator.
removeFromParent() - Method in class evSOLve.JEvolution.gp.ProgramNode: Removes this node from parent.
removeIndividual(int) - Method in class evSOLve.JEvolution.SubPopulation: Removes an indexed Individual from the SubPopulation.
removeIndividuals() - Method in class evSOLve.JEvolution.SubPopulation: Clear all individuals of the population.
removeTreeModelListener(TreeModelListener) - Method in class evSOLve.JEvolution.gp.Tree: Removes a tree mode listener.
replaceNode(MutableTreeNode, MutableTreeNode) - Method in class evSOLve.JEvolution.gp.Tree: Replaces the subtree at node 'own' from this tree with another subtree given by 'other'.
restorePopulation(String) - Method in class evSOLve.JEvolution.JEvolution: Deprecated.
root - Variable in class evSOLve.JEvolution.gp.Tree: The root of this tree.

S

saveDocument(Document, String) - Static method in class evSOLve.JEvolution.misc.Xml: Writes a JDOM document to a file of given name.
scientific - Static variable in class evSOLve.JEvolution.misc.Utilities: For numbers in a power format.
Selection - Interface in evSOLve.JEvolution.selection: The Selection interface for implementation of various selection methods.
setCrossoverPoints(int) - Method in class evSOLve.JEvolution.chromosomes.Chromosome: Change crossover points.
setCrossoverRate(double) - Method in class evSOLve.JEvolution.chromosomes.Chromosome: Change crossover rate.
setFitnessThreshold(double) - Method in class evSOLve.JEvolution.JEvolution: Changes the fitness threshold.
setFreezer(boolean) - Method in class evSOLve.JEvolution.JEvolution: Freezes the population starting with the next generation.
setHigh(int) - Method in class evSOLve.JEvolution.chromosomes.IntChromosome: Changes higher bound of integer encoding.
setHigh(double) - Method in class evSOLve.JEvolution.chromosomes.RealChromosome: Changes upper bound of initial real values.
setLength(int) - Method in class evSOLve.JEvolution.chromosomes.Chromosome: Change Chromosome length.
setLow(int) - Method in class evSOLve.JEvolution.chromosomes.IntChromosome: Changes lower bound of integer encoding.
setLow(double) - Method in class evSOLve.JEvolution.chromosomes.RealChromosome: Changes lower bound of initial real values.
setMaximalGenerations(int) - Method in class evSOLve.JEvolution.JEvolution: Changes maximal number of generations.
setMaximization(boolean) - Method in class evSOLve.JEvolution.JEvolution: Sets status of optimization.
setMinimalGenerations(int) - Method in class evSOLve.JEvolution.JEvolution: Changes minimal number of generations.
setMutationRate(double) - Method in class evSOLve.JEvolution.chromosomes.Chromosome: Change mutation rate.
setNodeMutation(boolean) - Method in class evSOLve.JEvolution.gp.TreeChromosome: Sets the flag for node mutation.
setParent(MutableTreeNode) - Method in class evSOLve.JEvolution.gp.ProgramNode: Sets the parent of this node.
setPhenotype(Phenotype) - Method in class evSOLve.JEvolution.JEvolution: Set the Phenotype with all the problem-specific code.
setPopulationSize(int) - Method in class evSOLve.JEvolution.JEvolution: Changes population sizes.
setPopulationSize(int, int) - Method in class evSOLve.JEvolution.JEvolution: Changes population sizes.
setPrintWriter(PrintWriter) - Method in class evSOLve.JEvolution.JEvolutionReporter: Define the output sink for reports.
setRandomSeed(long) - Static method in class evSOLve.JEvolution.misc.Utilities: Sets the random seed of the random number generator.
setReportLevel(int) - Method in class evSOLve.JEvolution.JEvolutionReporter: Change report level.
setRoot(MutableTreeNode) - Method in class evSOLve.JEvolution.gp.Tree: Sets the root node.
setSeedPopulation(SubPopulation) - Method in class evSOLve.JEvolution.JEvolution: Sets seed population.
setSelection(Selection) - Method in class evSOLve.JEvolution.JEvolution: Set Selection type.
setShuffleRate(double) - Method in class evSOLve.JEvolution.JEvolution: Sets the shuffle rate.
setSoupType(int) - Method in class evSOLve.JEvolution.chromosomes.Chromosome: Change soup type.
setStarPool(boolean) - Method in class evSOLve.JEvolution.JEvolutionReporter: Creates star pool with specific modes.
setStrategy(int) - Method in class evSOLve.JEvolution.chromosomes.RealChromosome: Changes number of strategy parameters.
setSubPopulations(int) - Method in class evSOLve.JEvolution.JEvolution: Sets the number of sub-populations (default = 1).
setSubSetSize(int) - Method in class evSOLve.JEvolution.chromosomes.SubsetPermChromosome: Change subset size.
setTournamentSize(int) - Method in class evSOLve.JEvolution.selection.TournamentSelection: Sets tournament size.
setUserObject(Object) - Method in class evSOLve.JEvolution.gp.ProgramNode: Empty implementation.
SINGLE - Static variable in class evSOLve.JEvolution.chromosomes.RealChromosome: Object parameters are mutated with a single strategy parameter (sigma).
size() - Method in class evSOLve.JEvolution.gp.Tree: Returns the number of nodes in this tree.
sort() - Method in class evSOLve.JEvolution.SubPopulation: Sorts the SubPopulation according to fitness in descending order.
soupType - Variable in class evSOLve.JEvolution.chromosomes.Chromosome: Method of generation of start population (default = LAPLACE).
strategy - Variable in class evSOLve.JEvolution.chromosomes.RealChromosome: The type of self-adaptation strategy.
strategyBases - Variable in class evSOLve.JEvolution.chromosomes.RealChromosome: The genetic information carrier for the strategy parameters.
SubDouble - Class in evSOLve.JEvolution.gp.nodes
SubDouble() - Constructor for class evSOLve.JEvolution.gp.nodes.SubDouble: Constructing the function with two operands.
SubDouble(Element) - Constructor for class evSOLve.JEvolution.gp.nodes.SubDouble: Creates the function via XML.
SubPopulation - Class in evSOLve.JEvolution
SubsetPermChromosome - Class in evSOLve.JEvolution.chromosomes
SubsetPermChromosome() - Constructor for class evSOLve.JEvolution.chromosomes.SubsetPermChromosome: The standard constructor.
SubsetPermChromosome(int) - Constructor for class evSOLve.JEvolution.chromosomes.SubsetPermChromosome: Constructs a chromosome of given length.
SubsetPermChromosome(Element) - Constructor for class evSOLve.JEvolution.chromosomes.SubsetPermChromosome: Creates a SubsetPermChromosome via XML.
swap(List, int, int) - Static method in class evSOLve.JEvolution.misc.Utilities: Exchanges two elements in a List.
swap(int, int) - Method in class evSOLve.JEvolution.SubPopulation: Exchanges two Individuals in the Population.

T

tau - Variable in class evSOLve.JEvolution.chromosomes.RealChromosome: The second parameter for mutation of strategy parameters.
tauPrime - Variable in class evSOLve.JEvolution.chromosomes.RealChromosome: The first parameter for mutation of strategy parameters.
toFile(String) - Method in class evSOLve.JEvolution.Individual: Saves the Individual to an XML file.
toString() - Method in class evSOLve.JEvolution.chromosomes.BitChromosome: Convert chromosome to string.
toString() - Method in class evSOLve.JEvolution.chromosomes.Chromosome: Returns bases of the Chromosome as String.
toString() - Method in class evSOLve.JEvolution.chromosomes.IntChromosome: Convert chromosome to string.
toString() - Method in class evSOLve.JEvolution.chromosomes.RealChromosome: Convert chromosome (object parameters) to string.
toString() - Method in class evSOLve.JEvolution.gp.nodes.AddDouble: Returns the string representation of the node.
toString() - Method in class evSOLve.JEvolution.gp.nodes.AndBoolean: Returns the string representation of the node.
toString() - Method in class evSOLve.JEvolution.gp.nodes.ConstBoolean: Returns the string representation of the node.
toString() - Method in class evSOLve.JEvolution.gp.nodes.ConstDouble: Returns the string representation of the node.
toString() - Method in class evSOLve.JEvolution.gp.nodes.ConstInteger: Returns the string representation of the node.
toString() - Method in class evSOLve.JEvolution.gp.nodes.DivDouble: Returns the string representation of the node.
toString() - Method in class evSOLve.JEvolution.gp.nodes.IfInteger: Returns the string representation of the node.
toString() - Method in class evSOLve.JEvolution.gp.nodes.LessEqualBoolean: Returns the string representation of the node.
toString() - Method in class evSOLve.JEvolution.gp.nodes.MultDouble: Returns the string representation of the node.
toString() - Method in class evSOLve.JEvolution.gp.nodes.NotBoolean: Returns the string representation of the node.
toString() - Method in class evSOLve.JEvolution.gp.nodes.OrBoolean: Returns the string representation of the node.
toString() - Method in class evSOLve.JEvolution.gp.nodes.SubDouble: Returns the string representation of the node.
toString() - Method in class evSOLve.JEvolution.gp.nodes.VarDouble: Returns the string representation of the node.
toString() - Method in class evSOLve.JEvolution.gp.ProgramNode: Returns the string representation of the node.
toString() - Method in class evSOLve.JEvolution.gp.Tree: Returns the string representation of this tree in Polish notation.
toString() - Method in class evSOLve.JEvolution.gp.TreeChromosome: Returns the string representation of the program tree.
toString() - Method in class evSOLve.JEvolution.Individual: Convert Individual's Genotype to a string.
toString() - Method in interface evSOLve.JEvolution.Phenotype: A String representation of the Phenotype.
TournamentSelection - Class in evSOLve.JEvolution.selection
TournamentSelection() - Constructor for class evSOLve.JEvolution.selection.TournamentSelection: Default constructor for binary tournament selection.
TournamentSelection(int) - Constructor for class evSOLve.JEvolution.selection.TournamentSelection: Constructor for tournament selection with a given tournament size.
toXml(Element) - Method in class evSOLve.JEvolution.chromosomes.Chromosome: Saves the current state to XML.
toXml(Element) - Method in class evSOLve.JEvolution.chromosomes.IntChromosome: Saves the current state to XML.
toXml(Element) - Method in class evSOLve.JEvolution.chromosomes.RealChromosome: Saves the current state to XML.
toXml(Element) - Method in class evSOLve.JEvolution.chromosomes.SubsetPermChromosome: Saves the current state to XML.
toXml(Element) - Method in class evSOLve.JEvolution.gp.nodes.ConstBoolean: Saves the constant to XML.
toXml(Element) - Method in class evSOLve.JEvolution.gp.nodes.ConstDouble: Saves the constant to XML.
toXml(Element) - Method in class evSOLve.JEvolution.gp.nodes.ConstInteger: Saves the constant to XML.
toXml(Element) - Method in class evSOLve.JEvolution.gp.nodes.VarDouble: Saves the variable to XML.
toXml(Element) - Method in class evSOLve.JEvolution.gp.ProgramNode: Saves the node to XML.
toXml(Element) - Method in class evSOLve.JEvolution.gp.TreeChromosome: Saves the current state to XML.
toXml(Element) - Method in interface evSOLve.JEvolution.Phenotype: Saves the phenotype to XML.
Tree - Class in evSOLve.JEvolution.gp
Tree(MutableTreeNode) - Constructor for class evSOLve.JEvolution.gp.Tree: Constructs the tree by defining the root.
TreeChromosome - Class in evSOLve.JEvolution.gp
TreeChromosome(int, int) - Constructor for class evSOLve.JEvolution.gp.TreeChromosome: Constructs a TreeChromosome.
TreeChromosome(Element) - Constructor for class evSOLve.JEvolution.gp.TreeChromosome: Creates a TreeChromosome via XML.
TreeIterator - Class in evSOLve.JEvolution.misc
TreeIterator(TreeModel) - Constructor for class evSOLve.JEvolution.misc.TreeIterator: Constructs the TreeIterator.
TYPE_BOOLEAN - Static variable in class evSOLve.JEvolution.gp.ProgramNode
TYPE_DOUBLE - Static variable in class evSOLve.JEvolution.gp.ProgramNode
TYPE_INT - Static variable in class evSOLve.JEvolution.gp.ProgramNode
TYPE_UNDEFINED - Static variable in class evSOLve.JEvolution.gp.ProgramNode: The node result/operand types.

U

useFitnessRepository(boolean) - Method in class evSOLve.JEvolution.JEvolutionReporter: Switch the use of fitness repository on/off.
Utilities - Class in evSOLve.JEvolution.misc
Utilities() - Constructor for class evSOLve.JEvolution.misc.Utilities

V

valueForPathChanged(TreePath, Object) - Method in class evSOLve.JEvolution.gp.Tree: Receives notification of a node change.
values - Static variable in class evSOLve.JEvolution.gp.ProgramNode: Container for the variable values passed to the program.
VarDouble - Class in evSOLve.JEvolution.gp.nodes
VarDouble() - Constructor for class evSOLve.JEvolution.gp.nodes.VarDouble: Constructs the variable.
VarDouble(Element) - Constructor for class evSOLve.JEvolution.gp.nodes.VarDouble: Creates the variable via XML.
VariableBitChromosome - Class in evSOLve.JEvolution.chromosomes
VariableBitChromosome() - Constructor for class evSOLve.JEvolution.chromosomes.VariableBitChromosome: The standard constructor.
VariableBitChromosome(int) - Constructor for class evSOLve.JEvolution.chromosomes.VariableBitChromosome: Constructs a chromosome of given length.
VariableBitChromosome(Element) - Constructor for class evSOLve.JEvolution.chromosomes.VariableBitChromosome: Creates a VariableBitChromosome via XML.
VERBOSE - Static variable in class evSOLve.JEvolution.JEvolutionReporter: Report on each Individual.

X

Xml - Class in evSOLve.JEvolution.misc
Xml() - Constructor for class evSOLve.JEvolution.misc.Xml

A B C D E F G H I J L M N O P Q R S T U V X