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

S

S_ - Variable in class jmetal.problems.WFG.WFG

s_decept(float, float, float, float) - Method in class jmetal.problems.WFG.Transformations

s_decept transformation

s_linear(float, float) - Method in class jmetal.problems.WFG.Transformations

s_linear transformation

s_multi(float, int, int, float) - Method in class jmetal.problems.WFG.Transformations

s_multi transformation

SBXCrossover - Class in jmetal.operators.crossover

This class allows to apply a SBX crossover operator using two parent solutions.

SBXCrossover(HashMap<String, Object>) - Constructor for class jmetal.operators.crossover.SBXCrossover

Constructor Create a new SBX crossover operator whit a default index given by DEFAULT_INDEX_CROSSOVER

SBXCrossoverAndPolynomialMutationOffspring - Class in jmetal.util.offspring

SBXCrossoverOffspring - Class in jmetal.util.offspring

SBXCrossoverOffspring(double, double) - Constructor for class jmetal.util.offspring.SBXCrossoverOffspring

SBXSinglePointCrossover - Class in jmetal.operators.crossover

SBXSinglePointCrossover(HashMap<String, Object>) - Constructor for class jmetal.operators.crossover.SBXSinglePointCrossover

Constructor

scGA - Class in jmetal.metaheuristics.singleObjective.geneticAlgorithm

Class implementing a single-objective synchronous cellular genetic algorithm

scGA(Problem) - Constructor for class jmetal.metaheuristics.singleObjective.geneticAlgorithm.scGA

Constructor

Schaffer - Class in jmetal.problems

Class representing problem Schaffer

Schaffer(String) - Constructor for class jmetal.problems.Schaffer

Constructor.

search(T) - Method in class jmetal.util.avl.AvlTree

searchClosestNode(AvlNode) - Method in class jmetal.util.avl.AvlTree

Searches for the closest node of the node passed as argument

searchNode(AvlNode<T>) - Method in class jmetal.util.avl.AvlTree

Selection - Class in jmetal.operators.selection

This class represents the super class of all the selection operators

Selection(HashMap<String, Object>) - Constructor for class jmetal.operators.selection.Selection

SelectionFactory - Class in jmetal.operators.selection

Class implementing a factory of selection operators

SelectionFactory() - Constructor for class jmetal.operators.selection.SelectionFactory

setCapacity(int) - Method in class jmetal.core.SolutionSet

setClosestNode_(AvlNode<T>) - Method in class jmetal.util.avl.AvlNode

setCrowdingDistance(double) - Method in class jmetal.core.Solution

Sets the crowding distance of a solution in a SolutionSet.

setDecisionVariables(Variable[]) - Method in class jmetal.core.Solution

Sets the decision variables for the solution.

setDefaultParameters(Properties, String) - Static method in class jmetal.util.PropUtils

setDefaultParameters2(Properties, String) - Static method in class jmetal.util.PropUtils

setDistance(double) - Method in class jmetal.util.DistanceNode

Sets the distance to a Solution

setDistanceToSolutionSet(double) - Method in class jmetal.core.Solution

Sets the distance between this solution and a SolutionSet.

setElementsBetweenDiffGreat(int) - Method in class jmetal.problems.EBEs

setFitness(double) - Method in class jmetal.core.Solution

Sets the fitness of a solution.

setHeight(int) - Method in class jmetal.util.avl.AvlNode

setInputParameter(String, Object) - Method in class jmetal.core.Algorithm

Sets an input parameter to an algorithm.

setItem(T) - Method in class jmetal.util.avl.AvlNode

setIth(int, boolean) - Method in class jmetal.encodings.variable.Binary

Sets the value of the ith bit.

setKDistance(double) - Method in class jmetal.core.Solution

Sets the distance between the solution and its k-nearest neighbor in a SolutionSet.

setLeft(AvlNode) - Method in class jmetal.util.avl.AvlNode

setLocation(int) - Method in class jmetal.core.Solution

Sets the location of the solution into a solutionSet.

setLowerBound(double) - Method in class jmetal.core.Variable

Sets the lower bound for a encodings.variable.

setLowerBound(double) - Method in class jmetal.encodings.variable.BinaryReal

Sets the lower bound of the encodings.variable.

setLowerBound(double) - Method in class jmetal.encodings.variable.Int

Sets the lower bound of the encodings.variable.

setLowerBound(double) - Method in class jmetal.encodings.variable.Real

Sets the lower bound of the encodings.variable.

setMatrixWidthBand(int) - Method in class jmetal.problems.EBEs

setNumberOfConstraintsNodes(int) - Method in class jmetal.problems.EBEs

setNumberOfElements(int) - Method in class jmetal.problems.EBEs

setnumberOfGroupElements(int) - Method in class jmetal.problems.EBEs

setNumberOfNodes(int) - Method in class jmetal.problems.EBEs

setNumberOfVariables(int) - Method in class jmetal.core.Problem

Sets the number of decision variables of the problem.

setNumberOfViolatedConstraint(int) - Method in class jmetal.core.Solution

Sets the number of constraints violated by the solution.

setNumberOfWeigthHypothesis(int) - Method in class jmetal.problems.EBEs

setNumberOfWeigthsElements(int) - Method in class jmetal.problems.EBEs

setNumberOfWeigthsNodes(int) - Method in class jmetal.problems.EBEs

setObjective(int, double) - Method in class jmetal.core.Solution

Sets the value of the i-th objective.

setOutputParameter(String, Object) - Method in class jmetal.core.Algorithm

Sets an output parameter that can be obtained by invoking getOutputParame.

setOverallConstraintViolation(double) - Method in class jmetal.core.Solution

Sets the overall constraints violated by the solution.

setParameter(String, Object) - Method in class jmetal.core.Operator

Sets a new Object parameter to the operator.

setParent(AvlNode) - Method in class jmetal.util.avl.AvlNode

setPrecision(int[]) - Method in class jmetal.core.Problem

Sets the array containing the number of bits that must be used to encode binary-real variables.

setRandomGenerator(IRandomGenerator) - Static method in class jmetal.util.PseudoRandom

setRank(int) - Method in class jmetal.core.Solution

Sets the rank of a solution.

setReferece(int) - Method in class jmetal.util.DistanceNode

Sets the reference to a Solution

setRight(AvlNode) - Method in class jmetal.util.avl.AvlNode

setSeed(long) - Method in class jmetal.util.MersenneTwisterFast

Initalize the pseudo random number generator.

setSeed(int[]) - Method in class jmetal.util.MersenneTwisterFast

Sets the seed of the MersenneTwister using an array of integers.

setSolutionType(SolutionType) - Method in class jmetal.core.Problem

Sets the type of the variables of the problem.

setStrainAdmissibleCut(int) - Method in class jmetal.problems.EBEs

Settings - Class in jmetal.experiments

Class representing Settings objects.

Settings() - Constructor for class jmetal.experiments.Settings

Constructor

Settings(String) - Constructor for class jmetal.experiments.Settings

Constructor

SettingsFactory - Class in jmetal.experiments

This class represents a factory for Setting object

SettingsFactory() - Constructor for class jmetal.experiments.SettingsFactory

setToMazimize() - Method in class jmetal.qualityIndicator.fastHypervolume.wfg.Front

setToMinimize() - Method in class jmetal.qualityIndicator.fastHypervolume.wfg.Front

setTop(AvlNode<T>) - Method in class jmetal.util.avl.AvlTree

setType(SolutionType) - Method in class jmetal.core.Solution

Sets the type of the encodings.variable.

setUpperBound(double) - Method in class jmetal.core.Variable

Sets the upper bound for a encodings.variable.

setUpperBound(double) - Method in class jmetal.encodings.variable.BinaryReal

Sets the upper bound of the encodings.variable.

setUpperBound(double) - Method in class jmetal.encodings.variable.Int

Sets the upper bound of the encodings.variable.

setUpperBound(double) - Method in class jmetal.encodings.variable.Real

Sets the upper bound of the encodings.variable.

setValue(double) - Method in class jmetal.core.Variable

Sets a double value to a encodings.variable in subclasses of Variable.

setValue(int, int) - Method in class jmetal.encodings.variable.ArrayInt

setValue

setValue(int, double) - Method in class jmetal.encodings.variable.ArrayReal

setValue

setValue(double) - Method in class jmetal.encodings.variable.BinaryReal

This implementation is efficient for binary string of length up to 24 bits, and for positive intervals.

setValue(double) - Method in class jmetal.encodings.variable.Int

Assigns a value to the encodings.variable.

setValue(double) - Method in class jmetal.encodings.variable.Real

Sets the value of the encodings.variable.

setValue(int, int) - Method in class jmetal.util.wrapper.XInt

Sets the value of a encodings.variable

setValue(int, double) - Method in class jmetal.util.wrapper.XReal

Sets the value of a encodings.variable

Shapes - Class in jmetal.problems.WFG

Class implementing shape functions for WFG benchmark Reference: Simon Huband, Luigi Barone, Lyndon While, Phil Hingston A Scalable Multi-objective Test Problem Toolkit.

Shapes() - Constructor for class jmetal.problems.WFG.Shapes

SinglePointCrossover - Class in jmetal.operators.crossover

This class allows to apply a Single Point crossover operator using two parent solutions.

SinglePointCrossover(HashMap<String, Object>) - Constructor for class jmetal.operators.crossover.SinglePointCrossover

Constructor Creates a new instance of the single point crossover operator

size() - Method in class jmetal.core.SolutionSet

Returns the number of solutions in the SolutionSet.

size() - Method in class jmetal.util.wrapper.XReal

Returns the number of variables of the solution

size_ - Variable in class jmetal.encodings.variable.Permutation

Stores the length of the permutation

sMOCell1 - Class in jmetal.metaheuristics.mocell

This class represents the original synchronous MOCell algorithm A description of MOCell can be consulted in Nebro A.

sMOCell1(Problem) - Constructor for class jmetal.metaheuristics.mocell.sMOCell1

Constructor

sMOCell2 - Class in jmetal.metaheuristics.mocell

This class represents a synchronous version of MOCell algorithm, which applies an archive feedback through parent selection.

sMOCell2(Problem) - Constructor for class jmetal.metaheuristics.mocell.sMOCell2

Constructor

SMPSO - Class in jmetal.metaheuristics.smpso

This class implements the SMPSO algorithm described in: A.J.

SMPSO(Problem) - Constructor for class jmetal.metaheuristics.smpso.SMPSO

Constructor

SMPSO(Problem, Vector<Double>, String) - Constructor for class jmetal.metaheuristics.smpso.SMPSO

SMPSO(Problem, String) - Constructor for class jmetal.metaheuristics.smpso.SMPSO

Constructor

SMPSO_main - Class in jmetal.metaheuristics.smpso

This class executes the SMPSO algorithm described in: A.J.

SMPSO_main() - Constructor for class jmetal.metaheuristics.smpso.SMPSO_main

SMPSO_Settings - Class in jmetal.experiments.settings

Settings class of algorithm SMPSO

SMPSO_Settings(String) - Constructor for class jmetal.experiments.settings.SMPSO_Settings

Constructor

SMPSOhv - Class in jmetal.metaheuristics.smpso

This class implements the SMPSOhv algorithm described in: A.J Nebro, J.J.

SMPSOhv(Problem) - Constructor for class jmetal.metaheuristics.smpso.SMPSOhv

Constructor

SMPSOhv(Problem, Vector<Double>, String) - Constructor for class jmetal.metaheuristics.smpso.SMPSOhv

SMPSOhv(Problem, String) - Constructor for class jmetal.metaheuristics.smpso.SMPSOhv

Constructor

SMPSOhv_main - Class in jmetal.metaheuristics.smpso

This class executes the SMPSOhv algorithm described in: Antonio J.

SMPSOhv_main() - Constructor for class jmetal.metaheuristics.smpso.SMPSOhv_main

SMPSOhv_Settings - Class in jmetal.experiments.settings

Settings class of algorithm SMPSOhv

SMPSOhv_Settings(String) - Constructor for class jmetal.experiments.settings.SMPSOhv_Settings

Constructor

SMSEMOA - Class in jmetal.metaheuristics.smsemoa

This class implements the SMS-EMOA algorithm, as described in Michael Emmerich, Nicola Beume, and Boris Naujoks.

SMSEMOA(Problem) - Constructor for class jmetal.metaheuristics.smsemoa.SMSEMOA

Constructor

SMSEMOA_main - Class in jmetal.metaheuristics.smsemoa

Class for configuring and running the SMS-EMOA algorithm.

SMSEMOA_main() - Constructor for class jmetal.metaheuristics.smsemoa.SMSEMOA_main

SMSEMOA_Settings - Class in jmetal.experiments.settings

Settings class of algorithm SMSEMOA

SMSEMOA_Settings(String) - Constructor for class jmetal.experiments.settings.SMSEMOA_Settings

Constructor

Solution - Class in jmetal.core

Class representing a solution for a problem.

Solution() - Constructor for class jmetal.core.Solution

Constructor.

Solution(int) - Constructor for class jmetal.core.Solution

Constructor

Solution(Problem) - Constructor for class jmetal.core.Solution

Constructor.

Solution(Problem, Variable[]) - Constructor for class jmetal.core.Solution

Constructor

Solution(Solution) - Constructor for class jmetal.core.Solution

Copy constructor.

SolutionComparator - Class in jmetal.util.comparators

This class implements a Comparator (a method for comparing Solution objects) based on the values of the variables.

SolutionComparator() - Constructor for class jmetal.util.comparators.SolutionComparator

SolutionSet - Class in jmetal.core

Class representing a SolutionSet (a set of solutions)

SolutionSet() - Constructor for class jmetal.core.SolutionSet

Constructor.

SolutionSet(int) - Constructor for class jmetal.core.SolutionSet

Creates a empty solutionSet with a maximum capacity.

solutionsList_ - Variable in class jmetal.core.SolutionSet

Stores a list of solution objects.

SolutionType - Class in jmetal.core

Abstract class representing solution types, which define the types of the variables constituting a solution

SolutionType(Problem) - Constructor for class jmetal.core.SolutionType

Constructor

solutionType_ - Variable in class jmetal.core.Problem

Stores the type of the solutions of the problem

sort(Comparator) - Method in class jmetal.core.SolutionSet

Sorts a SolutionSet using a Comparator.

sort() - Method in class jmetal.qualityIndicator.fastHypervolume.wfg.Front

sort(Front) - Method in class jmetal.qualityIndicator.fastHypervolume.wfg.WFGHV

SPEA2 - Class in jmetal.metaheuristics.spea2

This class representing the SPEA2 algorithm

SPEA2(Problem) - Constructor for class jmetal.metaheuristics.spea2.SPEA2

Constructor.

SPEA2_main - Class in jmetal.metaheuristics.spea2

Class for configuring and running the SPEA2 algorithm

SPEA2_main() - Constructor for class jmetal.metaheuristics.spea2.SPEA2_main

SPEA2_Settings - Class in jmetal.experiments.settings

Settings class of algorithm SPEA2

SPEA2_Settings(String) - Constructor for class jmetal.experiments.settings.SPEA2_Settings

Constructor

SPEA2DensityArchive - Class in jmetal.util.archive

This class implemens a bounded archive based on strength raw fitness (as defined in SPEA2).

SPEA2DensityArchive(int) - Constructor for class jmetal.util.archive.SPEA2DensityArchive

Constructor.

Spea2Fitness - Class in jmetal.util

This class implements some facilities for calculating the Spea2 fitness

Spea2Fitness(SolutionSet) - Constructor for class jmetal.util.Spea2Fitness

Constructor.

Sphere - Class in jmetal.problems.singleObjective

Class representing a Sphere problem.

Sphere(String, Integer) - Constructor for class jmetal.problems.singleObjective.Sphere

Constructor Creates a default instance of the Sphere problem

Spread - Class in jmetal.qualityIndicator

This class implements the spread quality indicator.

Spread() - Constructor for class jmetal.qualityIndicator.Spread

Constructor.

spread(double[][], double[][], int) - Method in class jmetal.qualityIndicator.Spread

Calculates the Spread metric.

Srinivas - Class in jmetal.problems

Class representing problem Srinivas

Srinivas(String) - Constructor for class jmetal.problems.Srinivas

Constructor.

ssGA - Class in jmetal.metaheuristics.singleObjective.geneticAlgorithm

Class implementing a steady-state genetic algorithm

ssGA(Problem) - Constructor for class jmetal.metaheuristics.singleObjective.geneticAlgorithm.ssGA

Constructor Create a new SSGA instance.

ssNSGAII - Class in jmetal.metaheuristics.nsgaII

This class implements a steady-state version of NSGA-II.

ssNSGAII(Problem) - Constructor for class jmetal.metaheuristics.nsgaII.ssNSGAII

Constructor

ssNSGAIIAdaptive - Class in jmetal.metaheuristics.nsgaII

ssNSGAIIAdaptive(Problem) - Constructor for class jmetal.metaheuristics.nsgaII.ssNSGAIIAdaptive

ssNSGAIIRandom - Class in jmetal.metaheuristics.nsgaII

ssNSGAIIRandom(Problem) - Constructor for class jmetal.metaheuristics.nsgaII.ssNSGAIIRandom

StandardStudy - Class in jmetal.experiments.studies

Class implementing a typical experimental study.

StandardStudy() - Constructor for class jmetal.experiments.studies.StandardStudy

StandardStudy2 - Class in jmetal.experiments.studies

Class implementing a typical experimental study.

StandardStudy2() - Constructor for class jmetal.experiments.studies.StandardStudy2

startEvaluator(Problem) - Method in interface jmetal.util.parallel.IParallelEvaluator

startEvaluator(Problem) - Method in class jmetal.util.parallel.MultithreadedEvaluator

Constructor

stateEquals(Object) - Method in class jmetal.util.MersenneTwisterFast

Statistics - Class in jmetal.experiments.util

This class provides methods for computing some statistics

Statistics() - Constructor for class jmetal.experiments.util.Statistics

stopEvaluator() - Method in interface jmetal.util.parallel.IParallelEvaluator

stopEvaluator() - Method in class jmetal.util.parallel.MultithreadedEvaluator

Shutdown the executor

strainAdmissibleCut_ - Variable in class jmetal.problems.EBEs

StrainCutMax_ - Variable in class jmetal.problems.EBEs

Stores the max Strain for elements

Straini(int, int, int) - Method in class jmetal.problems.EBEs

Straini_ - Variable in class jmetal.problems.EBEs

Stores the Strain in node i

Strainj_ - Variable in class jmetal.problems.EBEs

Stores the Strain in node j

StrainMax_ - Variable in class jmetal.problems.EBEs

Stores the max Strain for elements

StrainMin_ - Variable in class jmetal.problems.EBEs

StrainResidualCut_ - Variable in class jmetal.problems.EBEs

Stores the Cut Strain Residual for elements

StrainResidualMax_ - Variable in class jmetal.problems.EBEs

Stores the max Strain for elements

StrainResidualMin_ - Variable in class jmetal.problems.EBEs

Stores the min Strain for elements

StrengthRawFitnessArchive - Class in jmetal.util.archive

This class implements a bounded archive based on strength raw fitness (as defined in SPEA2).

StrengthRawFitnessArchive(int) - Constructor for class jmetal.util.archive.StrengthRawFitnessArchive

Constructor.

subSetGeneration() - Method in class jmetal.metaheuristics.abyss.AbYSS

Implements the subset generation method described in the scatter search template

substituteLabels(Properties, Properties) - Static method in class jmetal.util.PropUtils

subVector(float[], int, int) - Method in class jmetal.problems.WFG.WFG

Gets a subvector of a given vector (Head inclusive and tail inclusive)

SwapMutation - Class in jmetal.operators.mutation

This class implements a swap mutation.

SwapMutation(HashMap<String, Object>) - Constructor for class jmetal.operators.mutation.SwapMutation

Constructor

swarmSize_ - Variable in class jmetal.experiments.settings.dMOPSO_Settings

swarmSize_ - Variable in class jmetal.experiments.settings.OMOPSO_Settings

swarmSize_ - Variable in class jmetal.experiments.settings.pSMPSO_Settings

swarmSize_ - Variable in class jmetal.experiments.settings.SMPSO_Settings

swarmSize_ - Variable in class jmetal.experiments.settings.SMPSOhv_Settings