- generate(EpigeneticPopulation<P, R>, float, int) - Method in class org.epiga.operators.NucleosomesGenerator
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Generates the nucleosome vector.
- generate() - Method in class org.epiga.representation.BinaryFamilyRepresentation
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Generates a random new instance of the problem.
- generate() - Method in class org.epiga.representation.BinaryRepresentation
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Generates a random new instance of the problem.
- generate(int, int) - Method in class org.epiga.representation.IntegerRepresentation
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Generates a random instance of the problem
- generateNucleosomes(float, int) - Method in class org.epiga.algorithm.EpigeneticCell
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Generates a new configuration of the nucleosomes
- generateSolution() - Method in class org.epiga.problem.intmax.IntmaxProblem
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- generateSolution() - Method in class org.epiga.problem.mkp.MKProblem
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- generateSolution() - Method in class org.epiga.problem.onemax.FamilyOnemaxProblem
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- generateSolution() - Method in class org.epiga.problem.onemax.OnemaxProblem
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- generateSolution() - Method in class org.epiga.problem.Problem
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Generate a new solution of the Problem.
- getBestCell() - Method in class org.epiga.algorithm.EpigeneticIndividual
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Returns the best cell in the individual.
- getBestCell() - Method in class org.epiga.algorithm.EpigeneticPopulation
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Returns the best cell in the population.
- getBestIndividual() - Method in class org.epiga.algorithm.EpigeneticPopulation
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Returns the best individual in the population.
- getEvaluations() - Method in class org.epiga.problem.Problem
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Returns the number of evaluations done.
- getFather() - Method in class org.epiga.representation.BinaryFamilyRepresentation
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Returns the father vector.
- getFitness() - Method in class org.epiga.algorithm.EpigeneticCell
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Returns the cell's fitness
- getFitness(R) - Method in class org.epiga.problem.Problem
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Compute and return the fitness value.
- getMetrics() - Method in class org.epiga.algorithm.EpigeneticPopulation
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Returns the best fitness and the average fitness of the population.
- getMother() - Method in class org.epiga.representation.BinaryFamilyRepresentation
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Returns the mother vector.
- getNucleosomes() - Method in class org.epiga.algorithm.EpigeneticCell
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- getProblem() - Method in class org.epiga.algorithm.EpigeneticCell
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- getRepresentation() - Method in class org.epiga.algorithm.EpigeneticCell
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- getSize() - Method in class org.epiga.problem.Problem
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Returns the size of the solution vector of the problem.
- getSize() - Method in class org.epiga.representation.BinaryRepresentation
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- getSize() - Method in class org.epiga.representation.IntegerRepresentation
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- getSize() - Method in class org.epiga.representation.Representation
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Returns the size of the solution vector.
- getSolution() - Method in class org.epiga.representation.BinaryRepresentation
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- getSolution() - Method in class org.epiga.representation.IntegerRepresentation
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- getSolution() - Method in class org.epiga.representation.Representation
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Returns the solution vector.