Uses of Class evo.search.ga.DiscreteGene (evo.search 0.0.1 API)

Packages that use DiscreteGene
Package	Description
evo.search	The evoSearch package contains everything of this application.
evo.search.ga	The discrete implementations of classes and interfaces of the `jenetics` package.
evo.search.ga.mutators	Mutators working with `DiscreteGene`s.
evo.search.io.entities	The entities in this package are classes which are serializable in xml.
evo.search.io.service	This package contains io services.
evo.search.util	This utility package contains utility libraries for common tasks.
evo.search.view	This package contains all implementations related to the user interface.
evo.search.view.part	Package with custom viewport parts.

Uses of DiscreteGene in evo.search

Methods in evo.search that return types with arguments of type DiscreteGene
Modifier and Type	Method	Description
`List<io.jenetics.engine.EvolutionResult<DiscreteGene,Double>>`	Evolution.`getHistory()`	History of individuals with the best phenotype in each generation.
`BiFunction<Evolution,List<DiscreteGene>,Double>`	Evolution.Fitness.`getMethod()`

Method parameters in evo.search with type arguments of type DiscreteGene
Modifier and Type	Method	Description
`Evolution.EvolutionBuilder`	Evolution.EvolutionBuilder.`bestConsumer(Consumer<io.jenetics.Phenotype<DiscreteGene,Double>> bestConsumer)`	Consumer of the evolution progress.
`double`	Evolution.`evalFitness(List<DiscreteGene> chromosome)`	Evaluate fitness method.
`double`	Evolution.`fitnessMulti(List<DiscreteGene> chromosome)`	Compute the fitness of a `DiscreteGene` chromosome based on all treasures.
`double`	Evolution.`fitnessSingular(List<DiscreteGene> chromosome)`	Compute the fitness of a `DiscreteGene` chromosome based on the single first treasure `DiscreteGene`.
`Evolution.EvolutionBuilder`	Evolution.EvolutionBuilder.`history(List<io.jenetics.engine.EvolutionResult<DiscreteGene,Double>> history)`	History of individuals with the best phenotype in each generation.
`void`	Evolution.`setHistory(List<io.jenetics.engine.EvolutionResult<DiscreteGene,Double>> history)`	History of individuals with the best phenotype in each generation.

Uses of DiscreteGene in evo.search.ga

Methods in evo.search.ga that return DiscreteGene
Modifier and Type	Method	Description
`DiscreteGene`	DiscreteGene.`clone()`	Clones the `DiscreteGene`.
`DiscreteGene`	DiscreteGene.`newInstance()`
`DiscreteGene`	DiscreteGene.`newInstance(Point2D value)`
`DiscreteGene`	DiscreteGene.`parse(org.dom4j.Element element)`

Methods in evo.search.ga that return types with arguments of type DiscreteGene
Modifier and Type	Method	Description
`static List<DiscreteGene>`	AnalysisUtils.`fill(List<DiscreteGene> chromosome)`	Returns a filled list of points visited on each sector by the chromosome.
`static List<DiscreteGene>`	AnalysisUtils.`inBetween(DiscreteGene a, DiscreteGene b)`	Returns a list of intersections between the line through points a and b and the rays between these points.
`io.jenetics.Chromosome<DiscreteGene>`	DiscreteChromosome.`newInstance()`
`io.jenetics.Chromosome<DiscreteGene>`	DiscreteChromosome.`newInstance(io.jenetics.util.ISeq<DiscreteGene> genes)`

Methods in evo.search.ga with parameters of type DiscreteGene
Modifier and Type	Method	Description
`double`	DiscreteGene.`distance(DiscreteGene other)`	Calculate the euclidean distance to another `DiscreteGene`.
`static boolean`	AnalysisUtils.`finds(DiscreteGene point, DiscreteGene treasure)`	Compute for two `DiscreteGene`s, whether the first point `point` finds the second point `treasure`.
`static List<DiscreteGene>`	AnalysisUtils.`inBetween(DiscreteGene a, DiscreteGene b)`	Returns a list of intersections between the line through points a and b and the rays between these points.
`static double`	AnalysisUtils.`traceLength(List<DiscreteGene> chromosome, DiscreteGene treasure)`	Computes the trace length necessary for the `DiscreteGene` chromosome to find the given treasure `DiscreteGene`.

Method parameters in evo.search.ga with type arguments of type DiscreteGene
Modifier and Type	Method	Description
`static double`	AnalysisUtils.`areaCovered(List<DiscreteGene> points)`	Calculates the maximised area covered by the points.
`static List<DiscreteGene>`	AnalysisUtils.`fill(List<DiscreteGene> chromosome)`	Returns a filled list of points visited on each sector by the chromosome.
`static double`	AnalysisUtils.`newAreaCovered(List<DiscreteGene> points)`	Computes the sum of newly covered area per step of the chromosome.
`io.jenetics.Chromosome<DiscreteGene>`	DiscreteChromosome.`newInstance(io.jenetics.util.ISeq<DiscreteGene> genes)`
`static double`	AnalysisUtils.`spiralLikeness(List<DiscreteGene> chromosome)`	The spiral-likeness measures the similarity between the individuals structure and a spiral.
`static double`	AnalysisUtils.`spiralLikenessInvariant(List<DiscreteGene> chromosome)`	Measure for the spiral-likeness of the chromosome with rotation invariance.
`static double`	AnalysisUtils.`traceLength(List<DiscreteGene> points)`	Calculates the trace length of a path consisting of the list of points.
`static double`	AnalysisUtils.`traceLength(List<DiscreteGene> chromosome, DiscreteGene treasure)`	Computes the trace length necessary for the `DiscreteGene` chromosome to find the given treasure `DiscreteGene`.
`static double`	AnalysisUtils.`worstCase(List<DiscreteGene> points, float minDistance)`	Calculates the worst case trace length of a trace barely missing a treasure.
`static double`	AnalysisUtils.`worstCaseMean(List<DiscreteGene> points, float epsilon)`	Compute the mean worst case over all points in the strategy.
`static double`	AnalysisUtils.`worstCaseSpiralStrategy(List<DiscreteGene> chromosome)`	Calculate the optimal worst case factor for the strategy.

Constructors in evo.search.ga with parameters of type DiscreteGene
Constructor	Description
`DiscreteChromosome(DiscreteGene... genes)`	Create a new `DiscreteChromosome` from the given `genes` array.

Constructor parameters in evo.search.ga with type arguments of type DiscreteGene
Constructor	Description
`DiscreteChromosome(io.jenetics.util.ISeq<? extends DiscreteGene> genes)`	Create a new `DiscreteChromosome` from the given `genes` array.

Uses of DiscreteGene in evo.search.ga.mutators

Methods in evo.search.ga.mutators that return DiscreteGene
Modifier and Type	Method	Description
`protected DiscreteGene`	DistanceMutator.`mutate(DiscreteGene gene, Random random)`	Mutate the genes distance.
`protected DiscreteGene`	PositionMutator.`mutate(DiscreteGene gene, Random random)`	Mutate the genes position.

Methods in evo.search.ga.mutators that return types with arguments of type DiscreteGene
Modifier and Type	Method	Description
`protected io.jenetics.MutatorResult<io.jenetics.Chromosome<DiscreteGene>>`	SwapPropertyMutator.`mutate(io.jenetics.Chromosome<DiscreteGene> chromosome, double p, Random random)`

Methods in evo.search.ga.mutators with parameters of type DiscreteGene
Modifier and Type	Method	Description
`protected DiscreteGene`	DistanceMutator.`mutate(DiscreteGene gene, Random random)`	Mutate the genes distance.
`protected DiscreteGene`	PositionMutator.`mutate(DiscreteGene gene, Random random)`	Mutate the genes position.

Method parameters in evo.search.ga.mutators with type arguments of type DiscreteGene
Modifier and Type	Method	Description
`protected io.jenetics.MutatorResult<io.jenetics.Chromosome<DiscreteGene>>`	SwapPropertyMutator.`mutate(io.jenetics.Chromosome<DiscreteGene> chromosome, double p, Random random)`
`protected void`	SwapDistanceMutator.`swapComponent(io.jenetics.util.MSeq<DiscreteGene> mSeq, int a, int b)`	Swap the distances of two `DiscreteGene`s in a chromosome sequence of `DiscreteGene`s.
`protected void`	SwapPositionsMutator.`swapComponent(io.jenetics.util.MSeq<DiscreteGene> mSeq, int a, int b)`	Swap the positions of two `DiscreteGene`s in a chromosome sequence of `DiscreteGene`s.
`protected abstract void`	SwapPropertyMutator.`swapComponent(io.jenetics.util.MSeq<DiscreteGene> mSeq, int a, int b)`	Swap a property of two genes at positions a and b.

Uses of DiscreteGene in evo.search.io.entities

Methods in evo.search.io.entities that return types with arguments of type DiscreteGene
Modifier and Type	Method	Description
`io.jenetics.Genotype<DiscreteGene>`	Configuration.`genotypeFactory()`	Shuffle a new chromosome with `DiscreteGene`s from the distance list.
`io.jenetics.Selector<DiscreteGene,Double>`	Configuration.`getSelector()`	Selection method for offspring.
`List<DiscreteGene>`	Configuration.`getTreasures()`	List of treasure `DiscreteGene`s to search for.

Method parameters in evo.search.io.entities with type arguments of type DiscreteGene
Modifier and Type	Method	Description
`boolean`	Configuration.`geneSequenceValidator(io.jenetics.util.ISeq<DiscreteGene> geneSequence)`	Validator for a sequence of `DiscreteGene`s.
`Configuration.ConfigurationBuilder`	Configuration.ConfigurationBuilder.`selector(io.jenetics.Selector<DiscreteGene,Double> selector)`	Selection method for offspring.
`void`	Configuration.`setSelector(io.jenetics.Selector<DiscreteGene,Double> selector)`	Selection method for offspring.
`void`	Configuration.`setTreasures(List<DiscreteGene> treasures)`	List of treasure `DiscreteGene`s to search for.
`Configuration.ConfigurationBuilder`	Configuration.ConfigurationBuilder.`treasures(List<DiscreteGene> treasures)`	List of treasure `DiscreteGene`s to search for.

Constructor parameters in evo.search.io.entities with type arguments of type DiscreteGene
Constructor	Description
`Configuration(String version, String name, int limit, int positions, List<Double> distances, List<DiscreteGene> treasures, Evolution.Fitness fitness, List<? extends DiscreteAlterer> alterers, io.jenetics.Selector<DiscreteGene,Double> selector, int offspring, int population, boolean chooseWithoutPermutation, double distanceMutationDelta)`

Uses of DiscreteGene in evo.search.io.service

Fields in evo.search.io.service with type parameters of type DiscreteGene
Modifier and Type	Field	Description
`static com.pploder.events.Event<Iterable<DiscreteGene>>`	EventService.`REPAINT_CANVAS`	Event to repaint the `Canvas` upon.

Uses of DiscreteGene in evo.search.util

Methods in evo.search.util that return DiscreteGene
Modifier and Type	Method	Description
`static DiscreteGene`	RandomUtils.`generatePoint(int positions, double minDistance, double maxDistance)`	Returns a shuffled `DiscreteGene`.

Uses of DiscreteGene in evo.search.view

Methods in evo.search.view that return DiscreteGene
Modifier and Type	Method	Description
`DiscreteGene`	ShuffleDialog.`shuffleTreasures(double minDistance, double maxDistance)`	Treasure supplier by min and max distance.

Methods in evo.search.view with parameters of type DiscreteGene
Modifier and Type	Method	Description
`void`	Preview.`add(DiscreteGene gene)`

Uses of DiscreteGene in evo.search.view.part

Methods in evo.search.view.part that return DiscreteGene
Modifier and Type	Method	Description
`static @NotNull DiscreteGene`	GeneListCellEditor.`parseGene(Matcher matcher)`

Method parameters in evo.search.view.part with type arguments of type DiscreteGene
Modifier and Type	Method	Description
`void`	Canvas.`render(Iterable<DiscreteGene> chromosome)`	Render a single chromosome as a series of points connected with lines.
`void`	Canvas.`renderTreasures(Iterable<DiscreteGene> treasures)`	Render the treasure points as red crosses.