Uses of Class
jenes.stage.AbstractStage

Packages that use AbstractStage

Package	Description
jenes
jenes.algorithms
jenes.performance
jenes.stage
jenes.stage.operator
jenes.stage.operator.common
jenes.tutorials.old.problem3

Uses of AbstractStage in jenes

Methods in jenes with parameters of type AbstractStage

Modifier and Type	Method and Description
void	GeneticAlgorithm.addStage(AbstractStage<T> stage) Adds a new stage at the genetic algorithm's body

Uses of AbstractStage in jenes.algorithms

Methods in jenes.algorithms with parameters of type AbstractStage

Modifier and Type	Method and Description
void	CrowdingGA.addStage(AbstractStage<T> stage) A stage is added to the crowder evolution pipeline

Constructors in jenes.algorithms with parameters of type AbstractStage

Constructor and Description
SteadyStateGA(Fitness fitness, Population<T> pop, int genlimit, int rr, int sr, Selector<T> selector, AbstractStage<T>... stages) Builds a new SteadyStateGA
SteadyStateGA(Fitness fitness, Population<T> pop, int genlimit, int rr, int sr, SteadyStateGA.SelectionMethod selmethod, AbstractStage<T>... stages) Builds a new SteadyStateGA
SteadyStateGA(Fitness fitness, Population<T> pop, int genlimit, Selector<T> selector, AbstractStage<T>... stages) Builds a new SteadyStateGA
SteadyStateGA(Fitness fitness, Population<T> pop, int genlimit, SteadyStateGA.SelectionMethod selmethod, AbstractStage<T>... stages) Builds a new SteadyStateGA with default replacement rate, defaul selection rate

Uses of AbstractStage in jenes.performance

Subclasses of AbstractStage in jenes.performance

Modifier and Type	Class and Description
class	TSPCrossover
class	TSPMutator

Uses of AbstractStage in jenes.stage

Subclasses of AbstractStage in jenes.stage

Modifier and Type	Class and Description
class	AlgorithmStage<T extends Chromosome> A stage wrapping an algoithm in order to make it part of a wider algorithm.
class	BreakPoint<T extends Chromosome> Stage representing a break point.
class	Evaluator<T extends Chromosome> This stage performs a population evaluation.
class	Parallel<T extends Chromosome> A parallel is formed by differents branches; each branch receives a subpopolation according to the population dispenser used (see Dispenser.distribute(Population, Population[])).
class	Sequence<T extends Chromosome> A sequence is like a "pipe" of other stages.

Methods in jenes.stage that return AbstractStage

Modifier and Type	Method and Description
AbstractStage<T>	Sequence.getStageAt(int pos) Returns the stage at the specified position
AbstractStage<T>	Sequence.removeAt(int pos) Removes the stage at the specified position

Methods in jenes.stage with parameters of type AbstractStage

Modifier and Type	Method and Description
void	Parallel.add(AbstractStage<T> stage) Adds a new branch to this parallel stage.
void	Sequence.appendStage(AbstractStage<T> stage) Adds the specified stage at the end of this sequence
void	Sequence.insertStageAt(AbstractStage<T> stage, int pos) Adds the specified stage to the specified position
void	Parallel.remove(AbstractStage<T> stage) Removes a stage from the parallel andall the stages it contains.
void	Parallel.setBranch(int index, AbstractStage<T> stage) Sets the specified stage at the specified branch number replacing the stage already present

Uses of AbstractStage in jenes.stage.operator

Subclasses of AbstractStage in jenes.stage.operator

Modifier and Type	Class and Description
class	Crossover<T extends Chromosome> A genetic class representing a crossover operator.
class	Crowder<T extends Chromosome> This class provides abstraction to crowders.
class	Mutator<T extends Chromosome> A generic mutation operator.
class	Operator<T extends Chromosome> A genetic operator used in the evolution process.
class	Scaling<T extends Chromosome> This class of operators performs fitness scaling.
class	Selector<T extends Chromosome> A class representing a generic selection operator.

Uses of AbstractStage in jenes.stage.operator.common

Subclasses of AbstractStage in jenes.stage.operator.common

Modifier and Type	Class and Description
class	DeJongCrowder<T extends Chromosome> This class implements De Jong crowding.
class	DeterministicCrowder<T extends Chromosome> This class implements the deterministic crowding.
class	HeuristicCrossover<T extends DoubleChromosome> A HeuristicCrossover performs a ordered convex combination of DoubleChromosome by a coefficient code.
class	IntermediateCrossover<T extends DoubleChromosome> IntermediateCrossover performs a convex combination of DoubleChromosome by a coefficient code.
class	MultiNicheCrowder<T extends Chromosome> Implementation of multi-niche crowding.
class	OnePointCrossover<T extends Chromosome> A one-point crossover operator.
class	ProportionalScaling<T extends Chromosome> Implements proportional scaling of individual fitness, so that each score is proportionally rescaled within the range [min,max] of each objective.
class	RankScaling<T extends Chromosome> This operator implements the rank scaling.
class	RouletteWheelSelector<T extends Chromosome> A classic roulette wheel selection operator.
class	SimpleMutator<T extends Chromosome> A simple mutation operator.
class	SteadyState<T extends Chromosome> This class implements a steady-state stage.
class	TopScaling<T extends Chromosome> This operator performs fitness top-scaling.
class	TournamentSelector<T extends Chromosome> A classic tournament selection operator.
class	TwoPointsCrossover<T extends Chromosome> A two-points crossover operator.

Constructors in jenes.stage.operator.common with parameters of type AbstractStage

Constructor and Description
DeJongCrowder(int sr, int cf, Selector<T> selector, AbstractStage<T>... stages) Creates DeJongCrowder
SteadyState(int rr, int sr, Selector<T> selector, AbstractStage<T>... stages) Creates a SteadyState instance
SteadyState(Selector<T> selector, AbstractStage<T>... stages) Creates a SteadySate instance

Uses of AbstractStage in jenes.tutorials.old.problem3

Subclasses of AbstractStage in jenes.tutorials.old.problem3

Modifier and Type	Class and Description
class	TSPCityCenteredCrossover Tutorial showing how to implement problem specific operators.
class	TSPScrambleMutator Tutorial showing how to implement problem specific operators.