Uses of Class
com.github.chen0040.moea.components.Solution

Packages that use Solution

Package	Description
com.github.chen0040.moea.components
com.github.chen0040.moea.problems
com.github.chen0040.moea.utils

Uses of Solution in com.github.chen0040.moea.components

Fields in com.github.chen0040.moea.components with type parameters of type Solution

Modifier and Type	Field and Description
protected List<Solution>	Population.solutions

Methods in com.github.chen0040.moea.components that return Solution

Modifier and Type	Method and Description
Solution	Population.any()
Solution	Population.get(int i)
Solution	NondominatedSortingPopulation.get(int index)
Solution	Solution.makeCopy()

Methods in com.github.chen0040.moea.components that return types with arguments of type Solution

Modifier and Type	Method and Description
static com.github.chen0040.data.utils.TupleTwo<Solution,Solution>	Crossover.apply(Mediator mediator, Solution solution1, Solution solution2)
static com.github.chen0040.data.utils.TupleTwo<Solution,Solution>	Crossover.apply(Mediator mediator, Solution solution1, Solution solution2)
Iterator<Solution>	Population.iterator()

Methods in com.github.chen0040.moea.components with parameters of type Solution

Modifier and Type	Method and Description
boolean	Population.add(Solution s)
boolean	NondominatedSortingPopulation.add(Solution solution_to_add)
boolean	NondominatedPopulation.add(Solution solution_to_add)
static void	Mutation.apply(Mediator mediator, Solution solution)
static com.github.chen0040.data.utils.TupleTwo<Solution,Solution>	Crossover.apply(Mediator mediator, Solution solution1, Solution solution2)
static boolean	NondominatedSortingPopulation.better(Solution s1, Solution s2)
static boolean	NondominatedPopulation.better(Solution s1, Solution s2)
static int	NondominatedSortingPopulation.compare(Solution s1, Solution s2)
static int	NondominatedPopulation.compare(Solution s1, Solution s2)
void	Solution.copy(Solution rhs)
double	Mediator.evaluate(Solution solution, int objective_index)
protected double	NondominatedPopulation.getDistance(Solution s1, Solution s2)
static int	NondominatedSortingPopulation.invertedCompare(Solution s1, Solution s2)
static int	NondominatedPopulation.invertedCompare(Solution s1, Solution s2)
void	Solution.onePointCrossover(Mediator mediator, Solution rhs)
void	NondominatedSortingPopulation.remove(Solution s)
boolean	NondominatedSortingPopulation.replace(Solution solution_to_remove, Solution solution_to_add)
void	Solution.uniformCrossover(Mediator mediator, Solution rhs)

Method parameters in com.github.chen0040.moea.components with type arguments of type Solution

Modifier and Type	Method and Description
void	Population.sort(Comparator<Solution> comparator)
void	Population.sortAndTruncate(int size, Comparator<Solution> comparator)

Uses of Solution in com.github.chen0040.moea.problems

Methods in com.github.chen0040.moea.problems with parameters of type Solution

Modifier and Type	Method and Description
double	TNK.getCost(Solution x, int objective_index)
double	SYMPART.getCost(Solution x, int objective_index)
double	ProblemInstance.getCost(Solution x, int objective_index)
double	OKA2.getCost(Solution x, int objective_index)
double	NGPD.getCost(Solution x, int objective_index)
double	NDND.getCost(Solution x, int objective_index)
double	SYMPART.SYMPART_f1(Solution x, int nx, int n_obj)
double	SYMPART.SYMPART_f2(Solution x, int nx, int n_obj)

Uses of Solution in com.github.chen0040.moea.utils

Methods in com.github.chen0040.moea.utils that return types with arguments of type Solution

Modifier and Type	Method and Description
static TournamentSelectionResult<Solution>	TournamentSelection.select(List<Solution> population, RandomGenerator randEngine, java.util.function.BiFunction<Solution,Solution,Boolean> better)

Methods in com.github.chen0040.moea.utils with parameters of type Solution

Modifier and Type	Method and Description
static int	InvertedCompareUtils.ConstraintCompare(Solution solution1, Solution solution2)
static int	InvertedCompareUtils.CrowdingDistanceCompare(Solution solution1, Solution solution2)
static com.github.chen0040.data.utils.TupleTwo<Integer,Boolean>	InvertedCompareUtils.EpsilonObjectiveCompare(Solution solution1, Solution solution2, double[] epsilons)
double	CostFunction.evaluate(Solution s, int objective_index, List<Double> lowerBounds, List<Double> upperBounds)
static int	InvertedCompareUtils.ParetoConstraintCompare(Solution solution1, Solution solution2)
static int	InvertedCompareUtils.ParetoObjectiveCompare(Solution solution1, Solution solution2)
static int	InvertedCompareUtils.RankCompare(Solution solution1, Solution solution2)

Method parameters in com.github.chen0040.moea.utils with type arguments of type Solution

Modifier and Type	Method and Description
static TournamentSelectionResult<Solution>	TournamentSelection.select(List<Solution> population, RandomGenerator randEngine, java.util.function.BiFunction<Solution,Solution,Boolean> better)
static TournamentSelectionResult<Solution>	TournamentSelection.select(List<Solution> population, RandomGenerator randEngine, java.util.function.BiFunction<Solution,Solution,Boolean> better)
static TournamentSelectionResult<Solution>	TournamentSelection.select(List<Solution> population, RandomGenerator randEngine, java.util.function.BiFunction<Solution,Solution,Boolean> better)