A B C D E F G H I J K L M N O P R S T U V W

C

cacheInsert(int, int, double) - Method in class lio.util.HierPartition

Inserts an entry in the cache.

cacheValue(int) - Method in class lio.util.HierPartition

Returns the value of the cache entry in position index

calculateConstraint() - Static method in class lio.search.pso.contchain.StdContParticle

Calculates the constraint in case the parameter is equal to 0 by using clerc's formula.

calculateMaxVelocities() - Static method in class lio.search.pso.contchain.StdContParticle

Calculates the maxVelocity for each component of the particle as a proportion of the range.

Chain - Class in lio.probdistributions.bitchain

Learns a bivariate model from bitChains where each node can have only one child.

Chain() - Constructor for class lio.probdistributions.bitchain.Chain

change() - Method in class lio.individuals.Individual

Notifies a change in the individual's data.

ChartWindow - Class in lio.gui

ChartWindow() - Constructor for class lio.gui.ChartWindow

ChartWindow(int) - Constructor for class lio.gui.ChartWindow

CHC - Class in lio.search.genetic

Implement the CHC Adaptive Search Algorithm proposed by L.J.

CHC() - Constructor for class lio.search.genetic.CHC

Creates a new instance of StdGeneticAlgorithm

checkCompatibility(String, String) - Method in class lio.core.LiOConfiguration

Tells whether the resource is available for a given kind of data.

checkCompatibility(String) - Method in class lio.core.LiOConfiguration

Returns true if the class that implements this resource is available for the kind of data that uses the task.

CheckerBoard - Class in problems.bitchain

Implements the CheckerBoard problem whose optimum is an string with no consecutive positions with the same value.

CheckerBoard() - Constructor for class problems.bitchain.CheckerBoard

cleanExecution() - Method in class lio.search.LiOSearch

This method should be invoked as the last action in the algorithm execution.

clone() - Method in class lio.individuals.BitChain

clone() - Method in class lio.individuals.ContChain

clone() - Method in class lio.individuals.Individual

Clones an individual.

clone() - Method in class lio.individuals.Permutation

cognitive - Static variable in class lio.search.pso.contchain.StdContParticle

Cognitive component of velocity updating.

Colville - Class in problems.bitchain

Implements the Colville function for binary representations.

Colville() - Constructor for class problems.bitchain.Colville

Colville - Class in problems.contchain

Implements the Colville problems for real problems.

Colville() - Constructor for class problems.contchain.Colville

comparePopulations(Population, Population) - Static method in class lio.util.Utils

Compares two populations.

compareTo(Object) - Method in class lio.individuals.Individual

Compares this Individual with the specified individual for order.

compress() - Method in class lio.population.VariablePopulation

Deletes all empty positions of the population.

conditionals - Variable in class lio.probdistributions.bitchain.BivariateProbDistribution

Conditional probabilities of each variable.

configureSearchA() - Method in class lio.gui.LiOGui

configureSearchOutput() - Method in class lio.gui.LiOGui

configureStopCondition() - Method in class lio.gui.LiOGui

configureTask() - Method in class lio.gui.LiOGui

constraint - Static variable in class lio.search.pso.contchain.StdContParticle

Constraint for velocity updating

ConstraintGroup - Class in lio.gui

ConstraintGroup(int[][], double[][]) - Constructor for class lio.gui.ConstraintGroup

ContChain - Class in lio.individuals

This class is used to manage individuals represented by an array of double.

ContChain(double[]) - Constructor for class lio.individuals.ContChain

Creates a new instance of ContChain from an array of double.

ContChain(int) - Constructor for class lio.individuals.ContChain

Creates a new instance of permutation using the positions as values.

ContChainBounds - Class in lio.individuals

Represents the boundaries for each variable in a problem represented by a chain of real values.

ContChainBounds(int) - Constructor for class lio.individuals.ContChainBounds

Constructor

ContChainBounds(int, double, double) - Constructor for class lio.individuals.ContChainBounds

Constructor

ContinuousProbDistribution - Class in lio.probdistributions.contchain

This class implements the common features and data structures for continuous probability distributions.

ContinuousProbDistribution() - Constructor for class lio.probdistributions.contchain.ContinuousProbDistribution

CONVERGENCEVEL - Static variable in class lio.gui.ChartWindow

convexCombination(double[], double) - Method in class lio.probdistributions.bitchain.MarginalProbabilityVector

Updates the probability vector by doing the convex combination with the one recevied a parameter.

convexCombination(MarginalProbabilityVector, double) - Method in class lio.probdistributions.bitchain.MarginalProbabilityVector

Updates the probability vector by doing the convex combination with the one recevied a parameter.

copyElementAt(int) - Method in class lio.population.Population

Returns a copy of the element at the given position.

createFromFile(String) - Method in class lio.core.LiOResourceFactory

Tries to create a new instance of an object from a path to .class file or a full qualified class name.

createResource(String) - Method in class lio.core.LiOResourceFactory

Returns the default resource given by either configuration file or default file in that order.

createResource(String, String) - Method in class lio.core.LiOResourceFactory

Returns the resource by looking for a concrete instantiation, but if isn't possible then returns the default resource.

createResource() - Method in class lio.core.ResourceConfiguration

This method returns a resource represented in this object with all its values.

createSearchAlgorithm(String) - Method in class lio.core.LiOResourceFactory

Create the search algorithm encode in the class name passed as argument

createStructures(int) - Method in class lio.probdistributions.bitchain.BivariateProbDistribution

Creates the necessary structures for the search.

createStructures(int) - Method in class lio.probdistributions.bitchain.Tree

Creates the necessary structures for the search.

cross(Individual, Individual) - Method in class lio.crossover.bitchain.HUX

Crosses two individuals.

cross(Individual, Individual) - Method in class lio.crossover.bitchain.OnePointCrossover

Crosses two individuals.

cross(Individual, Individual) - Method in class lio.crossover.bitchain.TwoPointCrossover

Crosses two individuals.

cross(Individual, Individual) - Method in class lio.crossover.bitchain.UniformCrossover

Crosses two individuals.

cross(Individual, Individual) - Method in class lio.crossover.contchain.ArithmeticalCrossover

Crosses two individuals.

cross(Individual, Individual) - Method in class lio.crossover.contchain.BLXAlphaCrossover

Crosses two individuals.

cross(Individual, Individual) - Method in class lio.crossover.contchain.DiscreteCrossover

Crosses two individuals.

cross(Individual, Individual) - Method in class lio.crossover.contchain.ExtendedIntermediateCrossover

Crosses two individuals.

cross(Individual, Individual) - Method in class lio.crossover.contchain.ExtendedLineCrossover

Crosses two individuals.

cross(Individual, Individual) - Method in class lio.crossover.contchain.FlatCrossover

Crosses two individuals.

cross(Individual, Individual) - Method in class lio.crossover.contchain.LinearCrossover

Crosses two individuals.

cross(Individual, Individual) - Method in class lio.crossover.contchain.SimpleCrossover

Crosses two individuals.

cross(Individual, Individual) - Method in class lio.crossover.contchain.WrightsHeuristicCrossover

Crosses two individuals.

cross(Individual, Individual) - Method in interface lio.crossover.Crossover

Crosses two individuals.

cross(Individual, Individual) - Method in class lio.crossover.permutations.OrderCrossover

Crosses two individuals.

cross(Individual, Individual) - Method in class lio.crossover.permutations.PMX

Crosses two individuals.

Crossover - Interface in lio.crossover

Simple crossover operator.

currentIndividual - Variable in class lio.search.local.greedy.GRASP

currentPosition - Variable in class lio.search.pso.Particle

Current position and fitness of the particle