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

O

OneMax - Class in problems.bitchain

Implements the classical OneMax problem

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

OneMax - Class in problems.contchain

Implements the classical OneMax problem as a real coded problem.

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

OnePointCrossover - Class in lio.crossover.bitchain

Implements the one point crossover operator for chains of bits.

OnePointCrossover() - Constructor for class lio.crossover.bitchain.OnePointCrossover

Creates a new instance of OnePointCrossover

OnePointCrossover(int) - Constructor for class lio.crossover.bitchain.OnePointCrossover

Creates a new instance of OnePointCrossover with a given point of crossover

optimum() - Method in class lio.LiOTask

Returns the optimum of the function.

optimum() - Method in class problems.bitchain.Ackley

Returns the optimum of the function.

optimum() - Method in class problems.bitchain.CheckerBoard

Returns the optimum of the function.

optimum() - Method in class problems.bitchain.Colville

Returns the optimum of the function.

optimum() - Method in class problems.bitchain.DecomposableProblem

optimum() - Method in class problems.bitchain.FC2

Returns the optimum of the function.

optimum() - Method in class problems.bitchain.FC3

Returns the optimum of the function.

optimum() - Method in class problems.bitchain.FC4

optimum() - Method in class problems.bitchain.FC5

optimum() - Method in class problems.bitchain.Griewangk

Returns the optimum of the function.

optimum() - Method in class problems.bitchain.MMDP

Returns the optimum of the function.

optimum() - Method in class problems.bitchain.OneMax

Returns the optimum of the function.

optimum() - Method in class problems.bitchain.Plateau

Returns the optimum of the function.

optimum() - Method in class problems.bitchain.Powell

Returns the optimum of the function.

optimum() - Method in class problems.bitchain.Rastrigin

Returns the optimum of the function.

optimum() - Method in class problems.bitchain.Rosenbrock

Returns the optimum of the function.

optimum() - Method in class problems.bitchain.Schwefel

Returns the optimum of the function.

optimum() - Method in class problems.bitchain.SixPeaks

Returns the optimum of the function.

optimum() - Method in class problems.contchain.Ackley

Returns the optimum of the function.

optimum() - Method in class problems.contchain.Colville

Returns the optimum of the function.

optimum() - Method in class problems.contchain.Griewangk

Returns the optimum of the function.

optimum() - Method in class problems.contchain.OneMax

Returns the optimum of the function.

optimum() - Method in class problems.contchain.Powell

Returns the optimum of the function.

optimum() - Method in class problems.contchain.Rastrigin

Returns the optimum of the function.

optimum() - Method in class problems.contchain.Rosenbrock

Returns the optimum of the function.

optimum() - Method in class problems.contchain.Schwefel

Returns the optimum of the function.

optimum() - Method in class problems.contchain.SumCan

Returns the optimum of the function.

optimum() - Method in class problems.permutation.PermutationExample

Returns the optimum of the function.

optimum() - Method in class problems.permutation.SymmetricTSP

Returns the optimum of the function.

optimun() - Method in class problems.bitchain.EqualProducts

OrderCrossover - Class in lio.crossover.permutations

Implements the order crossover operator for permutations.

OrderCrossover() - Constructor for class lio.crossover.permutations.OrderCrossover

Creates a new instance of OrderCrossover with the given points of crossover.

outputFile - Static variable in class lio.search.LiOSearch

If not null, writes data on the specified file