Uses of Class
net.sf.amiba.evolve.population.FitnessCase

Packages that use FitnessCase

net.sf.amiba
net.sf.amiba.evolve.gene
net.sf.amiba.evolve.population
net.sf.amiba.genegrammar
net.sf.amiba.impl.scientific

Uses of FitnessCase in net.sf.amiba

Methods in net.sf.amiba that return types with arguments of type FitnessCase

List<FitnessCase<T>>

FitnessCaseLoader.load(String fileName)

Uses of FitnessCase in net.sf.amiba.evolve.gene

Method parameters in net.sf.amiba.evolve.gene with type arguments of type FitnessCase

double	Individual.evaluateFitness(List<FitnessCase<T>> fitnessCases) This method evaluates afresh the fitness of this individual by building and evaluating the Abstarct Syntax Tree.
List<T>	Individual.useOn(List<FitnessCase<T>> fitnessCases) use this Individual to calculate the the values for given fitness cases.

Uses of FitnessCase in net.sf.amiba.evolve.population

Constructor parameters in net.sf.amiba.evolve.population with type arguments of type FitnessCase

DefaultPopulation(int number, IndividualFactory<T> individualFactory, Selector<T> selector, List<FitnessCase<T>> fitnessCases)

Uses of FitnessCase in net.sf.amiba.genegrammar

Methods in net.sf.amiba.genegrammar with parameters of type FitnessCase

T	GEPRootNode.walk(FitnessCase<T> fitnessCase) walk the abstract syntax tree using given fitness case and return the result of this evaluation

Method parameters in net.sf.amiba.genegrammar with type arguments of type FitnessCase

double	GeneGrammar.evaluate(Gene[] genes, List<FitnessCase<T>> fitnessCases) evaluate the gene array and put a value on it.
List<T>	GeneGrammar.useOn(Gene[] genes, List<FitnessCase<T>> fitnessCases)

Uses of FitnessCase in net.sf.amiba.impl.scientific

Methods in net.sf.amiba.impl.scientific that return types with arguments of type FitnessCase

List<FitnessCase<Double>>

DoubleFitnessCaseLoader.load(String fileName)

Methods in net.sf.amiba.impl.scientific with parameters of type FitnessCase

Double

RootNode.walk(FitnessCase<Double> fitnessCase)

Constructors in net.sf.amiba.impl.scientific with parameters of type FitnessCase

VisitorImpl(FitnessCase<Double> fitnessCase)