FunctionGene

org.artoflife.gp.genome. GpTreeNode +GpTreeNode() +evaluate(org.artoflife.gp.Phenotype phenotype) returns java.lang.Object +mutate(java.lang.String geneSelectionId, float probability) returns void +getSize() returns int +clone() returns java.lang.Object #getMutators() returns java.util.SortedMap +getReturnClass() returns java.lang.Class #getParameterClasses() returns java.util.List +getParameterClass(int index) returns java.lang.Class +getParametersLength() returns int +getParameterGene(int index) returns org.artoflife.gp.genome.GpTreeNode +setParameterGene(int index, org.artoflife.gp.genome.GpTreeNode gene) returns void

org.artoflife.gp.genome. FunctionGene #parameterGenes :java.util.List +FunctionGene() #initParameterGenes() returns void #getParameterClasses() returns java.util.List +evaluate(org.artoflife.gp.Phenotype phenotype) returns java.lang.Object #evaluate(org.artoflife.gp.Phenotype phenotype, java.util.List parameters) returns java.lang.Object +getParameterGene(int index) returns org.artoflife.gp.genome.GpTreeNode +setParameterGene(int index, org.artoflife.gp.genome.GpTreeNode gene) returns void +toString() returns java.lang.String +clone() returns java.lang.Object #getMutators() returns java.util.SortedMap #getBooleanParameter(java.util.List parameters, int index) returns boolean #getFloatParameter(java.util.List parameters, int index) returns float #getDoubleParameter(java.util.List parameters, int index) returns double

org.artoflife.gp.genome. RootGene +RootGene(java.lang.String geneSelectionId, java.lang.Class type) #evaluate(org.artoflife.gp.Phenotype phenotype, java.util.List parameters) returns java.lang.Object #getParameterClasses() returns java.util.List +getReturnClass() returns java.lang.Class org.artoflife.gp.genome.bool. UnaryLogicalGene +UnaryLogicalGene() #getParameterClasses() returns java.util.List +getReturnClass() returns java.lang.Class +evaluate(org.artoflife.gp.Phenotype phenotype, java.util.List parameters) returns java.lang.Object #evaluateFor(boolean parameter) returns boolean org.artoflife.gp.genome.bool. ComparisonGene +ComparisonGene() #getParameterClasses() returns java.util.List +getReturnClass() returns java.lang.Class +evaluate(org.artoflife.gp.Phenotype phenotype, java.util.List parameters) returns java.lang.Object #evaluateFor(float parameter1, float parameter2) returns boolean org.artoflife.gp.genome.bool. BinaryLogicalGene +BinaryLogicalGene() #getParameterClasses() returns java.util.List +getReturnClass() returns java.lang.Class +evaluate(org.artoflife.gp.Phenotype phenotype, java.util.List parameters) returns java.lang.Object #evaluateFor(boolean parameter1, boolean parameter2) returns boolean org.artoflife.gp.genome.numeric. UnaryNumericGene +UnaryNumericGene() #getParameterClasses() returns java.util.List +getReturnClass() returns java.lang.Class +evaluate(org.artoflife.gp.Phenotype phenotype, java.util.List parameters) returns java.lang.Object #evaluateFor(float parameter) returns float org.artoflife.gp.genome.numeric. NumericIfGene +NumericIfGene() #getParameterClasses() returns java.util.List +getReturnClass() returns java.lang.Class +evaluate(org.artoflife.gp.Phenotype phenotype, java.util.List parameters) returns java.lang.Object org.artoflife.gp.genome.numeric. BinaryNumericGene +BinaryNumericGene() #getParameterClasses() returns java.util.List +getReturnClass() returns java.lang.Class +evaluate(org.artoflife.gp.Phenotype phenotype, java.util.List parameters) returns java.lang.Object #evaluateFor(float parameter1, float parameter2) returns float