org.uma.jmetal.util.artificialdecisionmaker

Class ArtificialDecisionMaker<S,R>

java.lang.Object

org.uma.jmetal.util.artificialdecisionmaker.ArtificialDecisionMaker<S,R>

All Implemented Interfaces:

Serializable, Runnable, Algorithm<R>, DescribedEntity

Direct Known Subclasses:

ArtificialDecisionMakerDecisionTree

public abstract class ArtificialDecisionMaker<S,R>
extends Object
implements Algorithm<R>

See Also:

Serialized Form

Field Summary

Fields

Modifier and Type	Field and Description
protected InteractiveAlgorithm<S,R>	algorithm
protected List<Integer>	indexOfRelevantObjectiveFunctions
protected List<S>	paretoOptimalSolutions
protected Problem<S>	problem

Constructor Summary

Constructors

Constructor and Description
ArtificialDecisionMaker(Problem<S> problem, InteractiveAlgorithm<S,R> algorithm)

Method Summary

Modifier and Type	Method and Description
protected abstract List<Double>	calculateReferencePoints(List<Integer> indexOfRelevantObjectiveFunctions, R front, List<S> paretoOptimalSolutions)
protected abstract List<Double>	generatePreferenceInformation()
String	getDescription()
abstract List<Double>	getDistances()
String	getName()
abstract List<Double>	getReferencePoints()
R	getResult()
protected abstract void	initProgress()
protected abstract boolean	isStoppingConditionReached()
protected abstract List<Integer>	relevantObjectiveFunctions(R front)
void	run()
protected abstract void	updateParetoOptimal(R front, List<S> paretoOptimalSolutions)
protected abstract void	updateProgress()

Methods inherited from class java.lang.Object

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

Field Detail

algorithm

protected InteractiveAlgorithm<S,R> algorithm

problem

protected Problem<S> problem

indexOfRelevantObjectiveFunctions

protected List<Integer> indexOfRelevantObjectiveFunctions

paretoOptimalSolutions

protected List<S> paretoOptimalSolutions

Constructor Detail

ArtificialDecisionMaker

public ArtificialDecisionMaker(Problem<S> problem,
                               InteractiveAlgorithm<S,R> algorithm)

Method Detail

generatePreferenceInformation

protected abstract List<Double> generatePreferenceInformation()

isStoppingConditionReached

protected abstract boolean isStoppingConditionReached()

initProgress

protected abstract void initProgress()

updateProgress

protected abstract void updateProgress()

relevantObjectiveFunctions

protected abstract List<Integer> relevantObjectiveFunctions(R front)

calculateReferencePoints

protected abstract List<Double> calculateReferencePoints(List<Integer> indexOfRelevantObjectiveFunctions,
                                                         R front,
                                                         List<S> paretoOptimalSolutions)

updateParetoOptimal

protected abstract void updateParetoOptimal(R front,
                                            List<S> paretoOptimalSolutions)

getReferencePoints

public abstract List<Double> getReferencePoints()

getDistances

public abstract List<Double> getDistances()

run

public void run()

Specified by:

run in interface Runnable

Specified by:

run in interface Algorithm<R>

getResult

public R getResult()

Specified by:

getResult in interface Algorithm<R>

getName

public String getName()

Specified by:

getName in interface DescribedEntity

Returns:

the name of the DescribedEntity

getDescription

public String getDescription()

Specified by:

getDescription in interface DescribedEntity

Returns:

the description of the DescribedEntity