ai.libs.hasco.variants.forwarddecomposition

Class HASCOViaFDAndBestFirstWithRandomCompletionsFactory

java.lang.Object

ai.libs.hasco.core.HASCOFactory<S,ai.libs.jaicore.planning.hierarchical.algorithms.forwarddecomposition.graphgenerators.tfd.TFDNode,java.lang.String,V>

ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDFactory<ai.libs.jaicore.search.probleminputs.GraphSearchWithSubpathEvaluationsInput<ai.libs.jaicore.planning.hierarchical.algorithms.forwarddecomposition.graphgenerators.tfd.TFDNode,java.lang.String,V>,V>

ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstFactory<java.lang.Double>

ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstWithRandomCompletionsFactory

All Implemented Interfaces:

SoftwareConfigurationAlgorithmFactory<RefinementConfiguredSoftwareConfigurationProblem<java.lang.Double>,HASCOSolutionCandidate<java.lang.Double>,java.lang.Double>, ai.libs.jaicore.basic.algorithm.IAlgorithmFactory<RefinementConfiguredSoftwareConfigurationProblem<java.lang.Double>,HASCOSolutionCandidate<java.lang.Double>>

public class HASCOViaFDAndBestFirstWithRandomCompletionsFactory
extends HASCOViaFDAndBestFirstFactory<java.lang.Double>

Constructor Summary

Constructors

Constructor and Description
HASCOViaFDAndBestFirstWithRandomCompletionsFactory(int seed, int numSamples)
HASCOViaFDAndBestFirstWithRandomCompletionsFactory(int seed, int numSamples, int timeoutForSingleCompletionEvaluationInMS, int timeoutForNodeEvaluationInMS)

Method Summary

Modifier and Type	Method and Description
HASCOViaFDAndBestFirst<java.lang.Double>	getAlgorithm()
HASCOViaFDAndBestFirst<java.lang.Double>	getAlgorithm(RefinementConfiguredSoftwareConfigurationProblem<java.lang.Double> problem)
ai.libs.jaicore.search.algorithms.standard.bestfirst.nodeevaluation.INodeEvaluator<ai.libs.jaicore.planning.hierarchical.algorithms.forwarddecomposition.graphgenerators.tfd.TFDNode,java.lang.Double>	getPreferredNodeEvaluator()
java.util.function.Predicate<ai.libs.jaicore.planning.hierarchical.algorithms.forwarddecomposition.graphgenerators.tfd.TFDNode>	getPriorizingPredicate()
void	setPreferredNodeEvaluator(ai.libs.jaicore.search.algorithms.standard.bestfirst.nodeevaluation.INodeEvaluator<ai.libs.jaicore.planning.hierarchical.algorithms.forwarddecomposition.graphgenerators.tfd.TFDNode,java.lang.Double> preferredNodeEvaluator)
void	setPriorizingPredicate(java.util.function.Predicate<ai.libs.jaicore.planning.hierarchical.algorithms.forwarddecomposition.graphgenerators.tfd.TFDNode> priorizingPredicate)

Methods inherited from class ai.libs.hasco.variants.forwarddecomposition.HASCOViaFDAndBestFirstFactory

getSearchFactory, getSearchProblemTransformer, setNodeEvaluator

Methods inherited from class ai.libs.hasco.core.HASCOFactory

getPlanningGraphGeneratorDeriver, getProblem, setPlanningGraphGeneratorDeriver, setProblemInput, setSearchFactory, setSearchProblemTransformer, withAlgorithmConfig, withAlgorithmConfigFile, withDefaultAlgorithmConfig

Methods inherited from class java.lang.Object

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

Constructor Detail

HASCOViaFDAndBestFirstWithRandomCompletionsFactory

public HASCOViaFDAndBestFirstWithRandomCompletionsFactory(int seed,
                                                          int numSamples)

HASCOViaFDAndBestFirstWithRandomCompletionsFactory

public HASCOViaFDAndBestFirstWithRandomCompletionsFactory(int seed,
                                                          int numSamples,
                                                          int timeoutForSingleCompletionEvaluationInMS,
                                                          int timeoutForNodeEvaluationInMS)

Method Detail

getPriorizingPredicate

public java.util.function.Predicate<ai.libs.jaicore.planning.hierarchical.algorithms.forwarddecomposition.graphgenerators.tfd.TFDNode> getPriorizingPredicate()

setPriorizingPredicate

public void setPriorizingPredicate(java.util.function.Predicate<ai.libs.jaicore.planning.hierarchical.algorithms.forwarddecomposition.graphgenerators.tfd.TFDNode> priorizingPredicate)

getPreferredNodeEvaluator

public ai.libs.jaicore.search.algorithms.standard.bestfirst.nodeevaluation.INodeEvaluator<ai.libs.jaicore.planning.hierarchical.algorithms.forwarddecomposition.graphgenerators.tfd.TFDNode,java.lang.Double> getPreferredNodeEvaluator()

setPreferredNodeEvaluator

public void setPreferredNodeEvaluator(ai.libs.jaicore.search.algorithms.standard.bestfirst.nodeevaluation.INodeEvaluator<ai.libs.jaicore.planning.hierarchical.algorithms.forwarddecomposition.graphgenerators.tfd.TFDNode,java.lang.Double> preferredNodeEvaluator)

getAlgorithm

public HASCOViaFDAndBestFirst<java.lang.Double> getAlgorithm()

Specified by:

getAlgorithm in interface SoftwareConfigurationAlgorithmFactory<RefinementConfiguredSoftwareConfigurationProblem<java.lang.Double>,HASCOSolutionCandidate<java.lang.Double>,java.lang.Double>

Specified by:

getAlgorithm in interface ai.libs.jaicore.basic.algorithm.IAlgorithmFactory<RefinementConfiguredSoftwareConfigurationProblem<java.lang.Double>,HASCOSolutionCandidate<java.lang.Double>>

Overrides:

getAlgorithm in class HASCOViaFDAndBestFirstFactory<java.lang.Double>

getAlgorithm

public HASCOViaFDAndBestFirst<java.lang.Double> getAlgorithm(RefinementConfiguredSoftwareConfigurationProblem<java.lang.Double> problem)

Specified by:

getAlgorithm in interface SoftwareConfigurationAlgorithmFactory<RefinementConfiguredSoftwareConfigurationProblem<java.lang.Double>,HASCOSolutionCandidate<java.lang.Double>,java.lang.Double>

Specified by:

getAlgorithm in interface ai.libs.jaicore.basic.algorithm.IAlgorithmFactory<RefinementConfiguredSoftwareConfigurationProblem<java.lang.Double>,HASCOSolutionCandidate<java.lang.Double>>

Overrides:

getAlgorithm in class HASCOFactory<ai.libs.jaicore.search.probleminputs.GraphSearchWithSubpathEvaluationsInput<ai.libs.jaicore.planning.hierarchical.algorithms.forwarddecomposition.graphgenerators.tfd.TFDNode,java.lang.String,java.lang.Double>,ai.libs.jaicore.planning.hierarchical.algorithms.forwarddecomposition.graphgenerators.tfd.TFDNode,java.lang.String,java.lang.Double>