Catalano.Evolutionary.Metaheuristics.Monoobjective

Class ButterflyOptimizationAlgorithm

java.lang.Object

Catalano.Evolutionary.Metaheuristics.Monoobjective.BaseEvolutionaryOptimization

Catalano.Evolutionary.Metaheuristics.Monoobjective.ButterflyOptimizationAlgorithm

public class ButterflyOptimizationAlgorithm
extends BaseEvolutionaryOptimization

Butterfly Optimization Algorithm (BOA).

Constructor Summary

Constructors

Constructor and Description
ButterflyOptimizationAlgorithm() Initializes a new instance of the ButterflyOptimizationAlgorithm class.
ButterflyOptimizationAlgorithm(int populationSize, int generations) Initializes a new instance of the ButterflyOptimizationAlgorithm class.
ButterflyOptimizationAlgorithm(int populationSize, int generations, float probabilitySwitch, double powerExpoent, double sensoryModality) Initializes a new instance of the ButterflyOptimizationAlgorithm class.

Method Summary

Modifier and Type	Method and Description
void	Compute(IObjectiveFunction function, java.util.List<DoubleRange> bounds) Compute the algorithm.
double	getPowerExpoent() Get power expoent.
float	getProbabilitySwith() Get probability switch.
double	getSensoryModality() Get sensory modality.
void	setPowerExpoent(double pExpoent) Set power expoent.
void	setProbabilitySwith(float pSwith) Set probability switch.
void	setSensoryModality(double sensoryModality) Set sensory modality.

Methods inherited from class Catalano.Evolutionary.Metaheuristics.Monoobjective.BaseEvolutionaryOptimization

getBest, getError, getGenerations, getNumberOfEvaluations, getPopulationSize, getTolerance, setGenerations, setOnIteratorListener, setPopulationSize, setTolerance

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

ButterflyOptimizationAlgorithm

public ButterflyOptimizationAlgorithm()

Initializes a new instance of the ButterflyOptimizationAlgorithm class.

ButterflyOptimizationAlgorithm

public ButterflyOptimizationAlgorithm(int populationSize,
                                      int generations)

Initializes a new instance of the ButterflyOptimizationAlgorithm class.

Parameters:

populationSize - Population size.

generations - Generations.

ButterflyOptimizationAlgorithm

public ButterflyOptimizationAlgorithm(int populationSize,
                                      int generations,
                                      float probabilitySwitch,
                                      double powerExpoent,
                                      double sensoryModality)

Initializes a new instance of the ButterflyOptimizationAlgorithm class.

Parameters:

populationSize - Population size.

generations - Generations.

probabilitySwitch - Probability switch.

powerExpoent - Power expoent.

sensoryModality - Sensory modality.

Method Detail

getProbabilitySwith

public float getProbabilitySwith()

Get probability switch.

Returns:

Probability switch.

setProbabilitySwith

public void setProbabilitySwith(float pSwith)

Set probability switch.

Parameters:

pSwith - Probability switch.

getPowerExpoent

public double getPowerExpoent()

Get power expoent.

Returns:

Power expoent.

setPowerExpoent

public void setPowerExpoent(double pExpoent)

Set power expoent.

Parameters:

pExpoent - Power expoent.

getSensoryModality

public double getSensoryModality()

Get sensory modality.

Returns:

Sensory modality.

setSensoryModality

public void setSensoryModality(double sensoryModality)

Set sensory modality.

Parameters:

sensoryModality - Sensory modality.

Compute

public void Compute(IObjectiveFunction function,
                    java.util.List<DoubleRange> bounds)

Description copied from class: BaseEvolutionaryOptimization

Compute the algorithm.

Specified by:

Compute in class BaseEvolutionaryOptimization

Parameters:

function - Function.

bounds - Bounds constraints.