Uses of Interface
net.sourceforge.cilib.controlparameter.ControlParameter

Packages that use ControlParameter

net.sourceforge.cilib.boa
net.sourceforge.cilib.boa.bee
net.sourceforge.cilib.controlparameter	A ControlParameter is a generalised parameter type within CIlib.
net.sourceforge.cilib.entity.operators.crossover
net.sourceforge.cilib.entity.operators.mutation
net.sourceforge.cilib.entity.operators.selection
net.sourceforge.cilib.entity.topologies	This package contains different topology implementations.
net.sourceforge.cilib.functions.activation
net.sourceforge.cilib.functions.clustering
net.sourceforge.cilib.functions.clustering.validityindices
net.sourceforge.cilib.functions.continuous.decorators
net.sourceforge.cilib.hs
net.sourceforge.cilib.measurement.single
net.sourceforge.cilib.problem.boundaryconstraint
net.sourceforge.cilib.pso.dynamic.detectionstrategies
net.sourceforge.cilib.pso.particle.initialisation
net.sourceforge.cilib.pso.velocityupdatestrategies
net.sourceforge.cilib.stoppingcondition
net.sourceforge.cilib.util.selection.recipes

Uses of ControlParameter in net.sourceforge.cilib.boa

Methods in net.sourceforge.cilib.boa that return ControlParameter

ControlParameter	ABC.getExplorerBeeUpdateLimit()
ControlParameter	ABC.getForageLimit()
ControlParameter	ABC.getWorkerBeeNumber()

Methods in net.sourceforge.cilib.boa with parameters of type ControlParameter

void	ABC.setExplorerBeeUpdateLimit(ControlParameter explorerBeeUpdateLimit)
void	ABC.setForageLimit(ControlParameter forageThreshold)
void	ABC.setWorkerBeePercentage(ControlParameter workerBeeNumber)

Uses of ControlParameter in net.sourceforge.cilib.boa.bee

Methods in net.sourceforge.cilib.boa.bee that return ControlParameter

ControlParameter	ExplorerBee.getExplorerBeeUpdateLimit()
ControlParameter	WorkerBee.getForageLimit() Get the forage limit.

Methods in net.sourceforge.cilib.boa.bee with parameters of type ControlParameter

void	ExplorerBee.setExplorerBeeUpdateLimit(ControlParameter explorerBeeUpdateLimit)
void	WorkerBee.setForageLimit(ControlParameter forageLimit) Set the forage limit.

Uses of ControlParameter in net.sourceforge.cilib.controlparameter

Classes in net.sourceforge.cilib.controlparameter that implement ControlParameter

class	BoundedControlParameter A control parameter instance that is defined to operate within a specific range of values.
class	ConstantControlParameter A control parameter to represent a constant value.
class	ExponentiallyDecreasingControlParameter A control parameter that is defined to update itself in an exponentially decreasing manner.
class	ExponentiallyIncreasingControlParameter A control parameter that is defined to update itself in an exponentially increasing manner.
class	LinearDecreasingControlParameter A control parameter that is defined to update itself in an linearly decreasing manner.
class	LinearIncreasingControlParameter A control parameter that is defined to update itself in an linearly increasing manner.
class	ProportionalControlParameter A control parameter that is defined to return a proportional value.
class	RandomizingControlParameter A control parameter that is defined to return a constant multiplied with a random number.

Fields in net.sourceforge.cilib.controlparameter declared as ControlParameter

protected ControlParameter

RandomizingControlParameter.controlParameter

Methods in net.sourceforge.cilib.controlparameter that return ControlParameter

ControlParameter	ControlParameter.getClone() Clone the current object such that a comparison of the clone and original object will yield two separate, but duplicate objects.
ControlParameter	RandomizingControlParameter.getControlParameter() Get the currently used ControlParameterUpdateStrategy.

Methods in net.sourceforge.cilib.controlparameter with parameters of type ControlParameter

void	RandomizingControlParameter.setControlParameter(ControlParameter controlParameter) Set the ControlParameterUpdateStrategy to be used.

Uses of ControlParameter in net.sourceforge.cilib.entity.operators.crossover

Methods in net.sourceforge.cilib.entity.operators.crossover that return ControlParameter

ControlParameter	BlendCrossoverStrategy.getAlpha()
ControlParameter	CrossoverStrategy.getCrossoverProbability()

Methods in net.sourceforge.cilib.entity.operators.crossover with parameters of type ControlParameter

void	BlendCrossoverStrategy.setAlpha(ControlParameter alpha)
void	CrossoverStrategy.setCrossoverProbability(ControlParameter crossoverProbability)

Uses of ControlParameter in net.sourceforge.cilib.entity.operators.mutation

Methods in net.sourceforge.cilib.entity.operators.mutation that return ControlParameter

ControlParameter	GaussianMutationStrategy.getDeviationStrategy()
ControlParameter	MutationStrategy.getMutationProbability()
ControlParameter	CauchyMutationStrategy.getScaleStrategy()

Methods in net.sourceforge.cilib.entity.operators.mutation with parameters of type ControlParameter

void	GaussianMutationStrategy.setDeviationStrategy(ControlParameter deviationStrategy)
void	MutationStrategy.setMutationProbability(ControlParameter mutationProbability)
void	CauchyMutationStrategy.setScaleStrategy(ControlParameter scaleStrategy)

Uses of ControlParameter in net.sourceforge.cilib.entity.operators.selection

Methods in net.sourceforge.cilib.entity.operators.selection that return ControlParameter

ControlParameter	ElitistSelectionStrategy.getSelectionPercentage() Get the percentage of selection for the elitist selection.
ControlParameter	TournamentSelectionStrategy.getTournamentSize() Get the defined size of the tournament.

Methods in net.sourceforge.cilib.entity.operators.selection with parameters of type ControlParameter

void	ElitistSelectionStrategy.setSelectionPercentage(ControlParameter selectionPercentage) Set the percentage for the selection.
void	TournamentSelectionStrategy.setTournamentSize(ControlParameter tournamanetSize) Set the size of the tournament.

Uses of ControlParameter in net.sourceforge.cilib.entity.topologies

Methods in net.sourceforge.cilib.entity.topologies with parameters of type ControlParameter

void	LBestTopology.setNeighbourhoodSize(ControlParameter neighbourhoodSize) Sets the ControlParameter that should be used to determine the number of particles in the neighbourhood of each particle.

Uses of ControlParameter in net.sourceforge.cilib.functions.activation

Methods in net.sourceforge.cilib.functions.activation that return ControlParameter

ControlParameter	Sigmoid.getOffset() Get the offset associated with the function.
ControlParameter	Sigmoid.getSteepness() Get the steepness associated with the Sigmoid.

Methods in net.sourceforge.cilib.functions.activation with parameters of type ControlParameter

void	Sigmoid.setOffset(ControlParameter offset) Set the ControlParameter to represent the offset of the function.
void	Sigmoid.setSteepness(ControlParameter steepness) Set the ControlParameter to represent the steepness of the function.

Uses of ControlParameter in net.sourceforge.cilib.functions.clustering

Fields in net.sourceforge.cilib.functions.clustering declared as ControlParameter

protected ControlParameter	ParametricClusteringFunction.w1 Specifies the weight that influences how much the intra-cluster-distance will contribute to the final fitness.
protected ControlParameter	ParametricClusteringFunction.w2 Specifies the weight that influences how much the inter-cluster-distance will contribute to the final fitness.
protected ControlParameter	ParametricWithQuantisationErrorFunction.w3 Specifies the weight that incluences how much the Quantisation Error will contribute to the final fitness.

Methods in net.sourceforge.cilib.functions.clustering with parameters of type ControlParameter

void	ParametricClusteringFunction.setW1(ControlParameter w) Set the weight that influences how much the intra-cluster-distance will contribute to the final fitness.
void	ParametricClusteringFunction.setW2(ControlParameter w) Set the weight that influences how much the inter-cluster-distance will contribute to the final fitness.
void	ParametricWithQuantisationErrorFunction.setW3(ControlParameter w) Set the weight that influences how much the Quantisation Error will contribute to the final fitness.

Uses of ControlParameter in net.sourceforge.cilib.functions.clustering.validityindices

Methods in net.sourceforge.cilib.functions.clustering.validityindices with parameters of type ControlParameter

void	VeenmanReindersBackerIndex.setMaximumVariance(ControlParameter cpus)

Uses of ControlParameter in net.sourceforge.cilib.functions.continuous.decorators

Methods in net.sourceforge.cilib.functions.continuous.decorators that return ControlParameter

ControlParameter	RotatedFunctionDecorator.getRotationProbability()
ControlParameter	NoisyFunctionDecorator.getVariance()

Methods in net.sourceforge.cilib.functions.continuous.decorators with parameters of type ControlParameter

void	RotatedFunctionDecorator.setRotationProbability(ControlParameter rotationProbability)
void	NoisyFunctionDecorator.setVariance(ControlParameter variance)

Uses of ControlParameter in net.sourceforge.cilib.hs

Methods in net.sourceforge.cilib.hs that return ControlParameter

ControlParameter	HS.getDistanceBandwidth() Get the distance bandwidth.
ControlParameter	HS.getHarmonyMemoryConsideringRate() Get the considering rate for the harmony memory.
ControlParameter	HS.getHarmonyMemorySize() Get the size of the harmony memory.
ControlParameter	HS.getPitchAdjustingRate() Get the current pitch adjusting rate as a ControlParameter.

Methods in net.sourceforge.cilib.hs with parameters of type ControlParameter

void	HS.setDistanceBandwidth(ControlParameter distanceBandwidth) Set the distance bandwidth.
void	HS.setHarmonyMemoryConsideringRate(ControlParameter harmonyMemoryConsideringRate) Set the considering rate for the harmony memory.
void	HS.setHarmonyMemorySize(ControlParameter harmonyMemorySize) Set the size of the harmony memory.
void	HS.setPitchAdjustingRate(ControlParameter pitchAdjustingRate) Set the pitch adjusting rate.

Uses of ControlParameter in net.sourceforge.cilib.measurement.single

Methods in net.sourceforge.cilib.measurement.single that return ControlParameter

ControlParameter

ConvergedDimensions.getErrorThreshold()

Uses of ControlParameter in net.sourceforge.cilib.problem.boundaryconstraint

Methods in net.sourceforge.cilib.problem.boundaryconstraint that return ControlParameter

ControlParameter	NearestBoundaryConstraint.getTurbulenceProbability() Get the ControlParameter representing the current turbulence probability.
ControlParameter	DeflectionBoundaryConstraint.getVelocityDampingFactor() Get the current velocity dampening factor.

Methods in net.sourceforge.cilib.problem.boundaryconstraint with parameters of type ControlParameter

void	NearestBoundaryConstraint.setTurbulenceProbability(ControlParameter turbulenceProbability) Set the turbulence probability with the provided ControlParameter.
void	DeflectionBoundaryConstraint.setVelocityDampingFactor(ControlParameter velocityDampingFactor) Set the control parameter to be used for the velocity damping factor.

Uses of ControlParameter in net.sourceforge.cilib.pso.dynamic.detectionstrategies

Fields in net.sourceforge.cilib.pso.dynamic.detectionstrategies declared as ControlParameter

protected ControlParameter

RandomSentriesDetectionStrategy.numberOfSentries

Methods in net.sourceforge.cilib.pso.dynamic.detectionstrategies that return ControlParameter

ControlParameter

RandomSentriesDetectionStrategy.getNumberOfSentries()

Methods in net.sourceforge.cilib.pso.dynamic.detectionstrategies with parameters of type ControlParameter

void	RandomSentriesDetectionStrategy.setNumberOfSentries(ControlParameter parameter)

Uses of ControlParameter in net.sourceforge.cilib.pso.particle.initialisation

Methods in net.sourceforge.cilib.pso.particle.initialisation that return ControlParameter

ControlParameter	RandomBoundedInitialVelocityStrategy.getLowerBound()
ControlParameter	RandomBoundedInitialVelocityStrategy.getUpperBound()

Methods in net.sourceforge.cilib.pso.particle.initialisation with parameters of type ControlParameter

void	RandomBoundedInitialVelocityStrategy.setLowerBound(ControlParameter lowerBound)
void	RandomBoundedInitialVelocityStrategy.setUpperBound(ControlParameter upperBound)

Uses of ControlParameter in net.sourceforge.cilib.pso.velocityupdatestrategies

Fields in net.sourceforge.cilib.pso.velocityupdatestrategies declared as ControlParameter

protected ControlParameter	StandardVelocityUpdate.cognitiveAcceleration
protected ControlParameter	FDRVelocityUpdateStrategy.fdrMaximizerAcceleration
protected ControlParameter	StandardVelocityUpdate.inertiaWeight
protected ControlParameter	StandardVelocityUpdate.socialAcceleration
protected ControlParameter	StandardVelocityUpdate.vMax

Methods in net.sourceforge.cilib.pso.velocityupdatestrategies that return ControlParameter

ControlParameter	BareBonesDEVelocityUpdate.getCognitive() Get the cognitive component.
ControlParameter	ConstrictionVelocityUpdate.getCognitiveAcceleration() Get the coginitive acceleration parameter.
ControlParameter	BareBonesVelocityUpdateStrategy.getCognitiveAcceleration()
ControlParameter	StandardVelocityUpdate.getCognitiveAcceleration() Gets the ControlParameter representing the cognitive component within this VelocityUpdateStrategy.
ControlParameter	BareBonesDEVelocityUpdate.getCrossoverProbability() Get the cross-over probability.
ControlParameter	FDRVelocityUpdateStrategy.getFdrMaximizerAcceleration()
ControlParameter	StandardVelocityUpdate.getInertiaWeight() Get the ControlParameter representing the inerti weight of the VelocityUpdateStrategy.
ControlParameter	ConstrictionVelocityUpdate.getKappa() Get the Kappa control parameter.
ControlParameter	FIPSVelocityUpdate.getRandomComponent()
ControlParameter	GCVelocityUpdateStrategy.getRho() Get the current value for rho.
ControlParameter	GCVelocityUpdateStrategy.getRhoContractCoefficient() Get the coefficient value for rho contraction.
ControlParameter	GCVelocityUpdateStrategy.getRhoExpandCoefficient() Get the coefficient value for rho expansion.
ControlParameter	GCVelocityUpdateStrategy.getRhoLowerBound() Get the lower-bound value for rho.
ControlParameter	BareBonesDEVelocityUpdate.getSocial() Get the social component.
ControlParameter	ConstrictionVelocityUpdate.getSocialAcceleration() Get the social acceleration parameter.
ControlParameter	BareBonesVelocityUpdateStrategy.getSocialAcceleration()
ControlParameter	StandardVelocityUpdate.getSocialAcceleration() Get the ControlParameter representing the social component of the velocity update equation.
ControlParameter	ConstrictionVelocityUpdate.getVMax() Get the maximum velocity parameter.
ControlParameter	StandardVelocityUpdate.getVMax() Get the ControlParameter representing the vMax component.

Methods in net.sourceforge.cilib.pso.velocityupdatestrategies with parameters of type ControlParameter

void	BareBonesDEVelocityUpdate.setCognitive(ControlParameter cognitive) Set the cognitive component.
void	ConstrictionVelocityUpdate.setCognitiveAcceleration(ControlParameter cognitiveAcceleration) Set the coginitive acceleration parameter.
void	BareBonesVelocityUpdateStrategy.setCognitiveAcceleration(ControlParameter cognitiveAcceleration)
void	StandardVelocityUpdate.setCognitiveAcceleration(ControlParameter cognitiveComponent) Set the cognitive component ControlParameter.
void	BareBonesDEVelocityUpdate.setCrossoverProbability(ControlParameter crossoverProbability) Set the crossover probability.
void	FDRVelocityUpdateStrategy.setFdrMaximizerAcceleration(ControlParameter fdrMaximizerAcceleration)
void	StandardVelocityUpdate.setInertiaWeight(ControlParameter inertiaWeight) Set the ControlParameter for the inertia weight of the velocity update equation.
void	ConstrictionVelocityUpdate.setKappa(ControlParameter kappa) Set the Kappa control parameter.
void	FIPSVelocityUpdate.setRandomComponent(ControlParameter randomComponent)
void	GCVelocityUpdateStrategy.setRho(ControlParameter rho) Set the value for rho.
void	GCVelocityUpdateStrategy.setRhoContractCoefficient(ControlParameter rhoContractCoefficient) Set the contraction coefficient value.
void	GCVelocityUpdateStrategy.setRhoExpandCoefficient(ControlParameter rhoExpandCoefficient) Set the value of the coefficient of expansion.
void	GCVelocityUpdateStrategy.setRhoLowerBound(ControlParameter rhoLowerBound) Set the lower-bound value for rho.
void	BareBonesDEVelocityUpdate.setSocial(ControlParameter social) Set the social component ControlParameter.
void	ConstrictionVelocityUpdate.setSocialAcceleration(ControlParameter socialAcceleration) Set the social acceleration parameter.
void	BareBonesVelocityUpdateStrategy.setSocialAcceleration(ControlParameter socialAcceleration)
void	StandardVelocityUpdate.setSocialAcceleration(ControlParameter socialComponent) Set the ControlParameter for the social component.
void	ConstrictionVelocityUpdate.setVMax(ControlParameter vMax) Set the maximum velocity parameter.
void	StandardVelocityUpdate.setVMax(ControlParameter max) Set the ControlParameter for the vMax parameter.

Uses of ControlParameter in net.sourceforge.cilib.stoppingcondition

Methods in net.sourceforge.cilib.stoppingcondition with parameters of type ControlParameter

void	MinimumDiversity.setConsecutiveIterations(ControlParameter ci) Any ControlParameter can be used to control the MinimumDiversity.consecutiveIterations value.
void	MinimumDiversity.setMinimumDiversity(ControlParameter md) Any ControlParameter can be used to control the MinimumDiversity.minimumDiversity value.

Uses of ControlParameter in net.sourceforge.cilib.util.selection.recipes

Methods in net.sourceforge.cilib.util.selection.recipes that return ControlParameter

ControlParameter

TournamentSelection.getTournamentSize() Get the size of the tournament.

Methods in net.sourceforge.cilib.util.selection.recipes with parameters of type ControlParameter

void	TournamentSelection.setTournamentSize(ControlParameter tournamanetSize) Set the size of the tournament.