Uses of Class
jeco.kernel.problem.Solution

Packages that use Solution

jeco.kernel.algorithm.moga
jeco.kernel.operator.assigner
jeco.kernel.operator.comparator
jeco.kernel.operator.crossover
jeco.kernel.operator.mutator
jeco.kernel.operator.selector
jeco.kernel.problem
jeco.kernel.util
jeco.lib.problems.combinatorial
jeco.lib.problems.ddts
jeco.lib.problems.dtlz
jeco.lib.problems.floorplan
jeco.lib.problems.zdt

Uses of Solution in jeco.kernel.algorithm.moga

Fields in jeco.kernel.algorithm.moga with type parameters of type Solution

protected java.util.Comparator<Solution>	NSGAII.dominance
protected java.util.Comparator<Solution>	SPEA2.dominance

Uses of Solution in jeco.kernel.operator.assigner

Fields in jeco.kernel.operator.assigner with type parameters of type Solution

protected java.util.Comparator<Solution>

FrontsExtractor.comparator

Constructor parameters in jeco.kernel.operator.assigner with type arguments of type Solution

FrontsExtractor(java.util.Comparator<Solution> comparator)

Uses of Solution in jeco.kernel.operator.comparator

Methods in jeco.kernel.operator.comparator with parameters of type Solution

int	ComparatorNSGAII.compare(Solution left, Solution right)
int	EpsilonDominanceComparator.compare(Solution s1, Solution s2)
int	ObjectiveComparator.compare(Solution left, Solution right)
int	PropertyComparator.compare(Solution left, Solution right)
int	SolutionDominance.compare(Solution s1, Solution s2)

Uses of Solution in jeco.kernel.operator.crossover

Methods in jeco.kernel.operator.crossover that return Solution

Solution[]	CycleCrossover.doCrossover(double probability, Solution parent1, Solution parent2)
Solution[]	SBXCrossover.doCrossover(double probability, Solution parent1, Solution parent2)
Solution[]	SinglePointCrossover.doCrossover(double probability, Solution parent1, Solution parent2)
abstract Solution[]	CrossoverOperator.execute(Solution parent1, Solution parent2)
Solution[]	CycleCrossover.execute(Solution parent1, Solution parent2) Executes the operation
Solution[]	SBXCrossover.execute(Solution parent1, Solution parent2) Executes the operation
Solution[]	SinglePointCrossover.execute(Solution parent1, Solution parent2) Executes the operation

Methods in jeco.kernel.operator.crossover with parameters of type Solution

Solution[]	CycleCrossover.doCrossover(double probability, Solution parent1, Solution parent2)
Solution[]	SBXCrossover.doCrossover(double probability, Solution parent1, Solution parent2)
Solution[]	SinglePointCrossover.doCrossover(double probability, Solution parent1, Solution parent2)
abstract Solution[]	CrossoverOperator.execute(Solution parent1, Solution parent2)
Solution[]	CycleCrossover.execute(Solution parent1, Solution parent2) Executes the operation
Solution[]	SBXCrossover.execute(Solution parent1, Solution parent2) Executes the operation
Solution[]	SinglePointCrossover.execute(Solution parent1, Solution parent2) Executes the operation

Uses of Solution in jeco.kernel.operator.mutator

Methods in jeco.kernel.operator.mutator that return Solution

Solution	BinaryMutation.execute(Solution solution)
Solution	IntegerFlipMutation.execute(Solution solution)
abstract Solution	MutationOperator.execute(Solution solution)
Solution	NonUniformMutation.execute(Solution solution) Executes the operation
Solution	PolynomialMutation.execute(Solution solution)
Solution	SwapMutation.execute(Solution solution)
Solution	UniformMutation.execute(Solution solution)

Methods in jeco.kernel.operator.mutator with parameters of type Solution

Solution	BinaryMutation.execute(Solution solution)
Solution	IntegerFlipMutation.execute(Solution solution)
abstract Solution	MutationOperator.execute(Solution solution)
Solution	NonUniformMutation.execute(Solution solution) Executes the operation
Solution	PolynomialMutation.execute(Solution solution)
Solution	SwapMutation.execute(Solution solution)
Solution	UniformMutation.execute(Solution solution)

Uses of Solution in jeco.kernel.operator.selector

Fields in jeco.kernel.operator.selector with type parameters of type Solution

protected java.util.Comparator<Solution>	BinaryTournament.comparator
protected java.util.Comparator<Solution>	BinaryTournamentNSGAII.comparator
protected java.util.Comparator<Solution>	TournamentSelect.comparator

Methods in jeco.kernel.operator.selector that return Solution

Solution	BinaryTournament.execute(Solutions solutions)
Solution	BinaryTournamentNSGAII.execute(Solutions population) Performs the operation
abstract Solution	SelectionOperator.execute(Solutions solutions)
Solution	TournamentSelect.execute(Solutions solutions)

Constructor parameters in jeco.kernel.operator.selector with type arguments of type Solution

BinaryTournament(java.util.Comparator<Solution> comparator)

TournamentSelect(java.util.Comparator<Solution> comparator)

TournamentSelect(int tournamentSize, java.util.Comparator<Solution> comparator)

Uses of Solution in jeco.kernel.problem

Methods in jeco.kernel.problem that return Solution

Solution

Solution.clone()

Methods in jeco.kernel.problem with parameters of type Solution

int	Solution.compareTo(Solution solution, java.util.Comparator<Solution> comparator)
abstract void	Problem.evaluate(Solution solution)
void	Problem.evaluateConstraints(Solution solution)
boolean	Solution.objectivesEquals(Solution right)

Method parameters in jeco.kernel.problem with type arguments of type Solution

int	Solution.compareTo(Solution solution, java.util.Comparator<Solution> comparator)
Solutions	Solutions.keepParetoNonDominated(java.util.Comparator<Solution> comparator)

Uses of Solution in jeco.kernel.util

Methods in jeco.kernel.util with parameters of type Solution

static double

Distance.euclideanDistance(Solution sol1, Solution sol2)

Uses of Solution in jeco.lib.problems.combinatorial

Methods in jeco.lib.problems.combinatorial with parameters of type Solution

void	TSP.evaluate(Solution solution) Evaluates a solution

Uses of Solution in jeco.lib.problems.ddts

Methods in jeco.lib.problems.ddts with parameters of type Solution

void	DynamicDataTypes.evaluate(Solution solution)

Uses of Solution in jeco.lib.problems.dtlz

Methods in jeco.lib.problems.dtlz with parameters of type Solution

void	DTLZ2.evaluate(Solution solution)
void	DTLZ5.evaluate(Solution solution)
void	DTLZ7.evaluate(Solution solution)

Uses of Solution in jeco.lib.problems.floorplan

Methods in jeco.lib.problems.floorplan that return Solution

Solution	PostfixVariable.PostfixMutation.execute(Solution object)
Solution[]	LiquidChannelsCrossover.execute(Solution parent1, Solution parent2)

Methods in jeco.lib.problems.floorplan with parameters of type Solution

void	Board.buildBoard(Solution solution)
void	FloorplanPolish.evaluate(Solution solution)
void	LiquidChannels.evaluate(Solution solution)
Solution	PostfixVariable.PostfixMutation.execute(Solution object)
Solution[]	LiquidChannelsCrossover.execute(Solution parent1, Solution parent2)
void	LiquidChannels.saveFloorplanFile(FloorplanConfiguration configuration, Solution solutions, java.lang.String datPath)

Uses of Solution in jeco.lib.problems.zdt

Methods in jeco.lib.problems.zdt with parameters of type Solution

void	ZDT1.evaluate(Solution solution)
void	ZDT2.evaluate(Solution solution)
void	ZDT3.evaluate(Solution solution)
void	ZDT4.evaluate(Solution solution)
void	ZDT6.evaluate(Solution solution)