Uses of Interface
orbital.algorithm.evolutionary.Gene

Packages that use Gene

orbital.algorithm.evolutionary

Genetic algorithms simulate nature on a very abstract level to get solutions for sophisticated problems.

Uses of Gene in orbital.algorithm.evolutionary

Classes in orbital.algorithm.evolutionary that implement Gene

static class	Gene.BitSet Bit string gene.
static class	Gene.BoundedFloat Bounded floating point gene data.
static class	Gene.BoundedInteger Bounded integer gene data.
static class	Gene.Fixed Fixed point gene data.
static class	Gene.Float Floating point gene data.
static class	Gene.Integer Integer gene data.
static class	Gene.List Represents a container gene that contains a list of other genes.
static class	Gene.Number Numeric gene data.
class	Genome The Genome data in a population represents a state.

Methods in orbital.algorithm.evolutionary that return Gene

protected Gene[]	Gene.List.elementwiseRecombine(Gene[] parents, int childrenCount, double recombinationProbability) Implemented as element-wise recombination, each gene does recombine, separately.
Gene	Genome.inverse() Get an inverted version of this Genome.
Gene	Gene.inverse() Get an inverted version of this Gene.
Gene	Gene.List.inverse()
Gene	Gene.BitSet.inverse() Get an inverted version of this Gene.
Gene	Gene.Number.inverse()
Gene	Genome.mutate(double probability)
Gene	Gene.mutate(double probability) Get a mutated version of this Gene.
Gene	Gene.List.mutate(double probability) Get a mutated version of this Gene.
Gene	Gene.BitSet.mutate(double probability) Get a mutated version of this Gene.
Gene	Gene.Number.mutate(double probability)
Gene[]	Genome.recombine(Gene[] parents, int childrenCount, double recombinationProbability)
Gene[]	Gene.recombine(Gene[] parents, int childrenCount, double recombinationProbability) Genetically recombine gene data of parents to their children via reproduction.
Gene[]	Gene.List.recombine(Gene[] parents, int childrenCount, double recombinationProbability) Genetically recombine gene data of parents to their children via reproduction..
Gene[]	Gene.BitSet.recombine(Gene[] parents, int childrenCount, double recombinationProbability) Genetically recombine gene data of parents to their children via reproduction..
Gene[]	Gene.Integer.recombine(Gene[] parents, int childrenCount, double recombinationProbability)
Gene[]	Gene.Float.recombine(Gene[] parents, int childrenCount, double recombinationProbability)
protected Gene[]	Gene.List.uniformRecombine(Gene[] parents, int childrenCount, double recombinationProbability) Implemented as uniform recombination, uniformly distributes genes to the children.

Methods in orbital.algorithm.evolutionary with parameters of type Gene

protected Gene[]	Gene.List.elementwiseRecombine(Gene[] parents, int childrenCount, double recombinationProbability) Implemented as element-wise recombination, each gene does recombine, separately.
Gene[]	Genome.recombine(Gene[] parents, int childrenCount, double recombinationProbability)
Gene[]	Gene.recombine(Gene[] parents, int childrenCount, double recombinationProbability) Genetically recombine gene data of parents to their children via reproduction.
Gene[]	Gene.List.recombine(Gene[] parents, int childrenCount, double recombinationProbability) Genetically recombine gene data of parents to their children via reproduction..
Gene[]	Gene.BitSet.recombine(Gene[] parents, int childrenCount, double recombinationProbability) Genetically recombine gene data of parents to their children via reproduction..
Gene[]	Gene.Integer.recombine(Gene[] parents, int childrenCount, double recombinationProbability)
Gene[]	Gene.Float.recombine(Gene[] parents, int childrenCount, double recombinationProbability)
protected Gene[]	Gene.List.uniformRecombine(Gene[] parents, int childrenCount, double recombinationProbability) Implemented as uniform recombination, uniformly distributes genes to the children.

Constructors in orbital.algorithm.evolutionary with parameters of type Gene

Genome(Gene content)
Construct a genome with a single gene.