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Orbital library | |||||||||
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Packages that use GeneticAlgorithmProblem | |
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orbital.algorithm.evolutionary | Genetic algorithms simulate nature on a very abstract level to get solutions for sophisticated problems. |
orbital.moon.evolutionary | Contains implementation utilities and a front-end for evolutionary algorithms. |
Uses of GeneticAlgorithmProblem in orbital.algorithm.evolutionary |
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Constructors in orbital.algorithm.evolutionary with parameters of type GeneticAlgorithmProblem | |
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GeneticAlgorithm.Configuration(GeneticAlgorithmProblem problem,
Function selector,
java.lang.Class algorithm)
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GeneticAlgorithm.Configuration(GeneticAlgorithmProblem problem,
Function selector,
double maximumRecombination,
double maximumMutation,
java.lang.Class algorithm)
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GeneticAlgorithm.Configuration(GeneticAlgorithmProblem problem,
Function selector,
int parentCount,
int childrenCount,
double maximumRecombination,
double maximumMutation,
java.lang.Class algorithm)
Construct a new configuration. |
Uses of GeneticAlgorithmProblem in orbital.moon.evolutionary |
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Fields in orbital.moon.evolutionary declared as GeneticAlgorithmProblem | |
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protected GeneticAlgorithmProblem |
BreederControl.problem
The current genetic algorithm problem to solve. |
Methods in orbital.moon.evolutionary that return GeneticAlgorithmProblem | |
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protected GeneticAlgorithmProblem |
BreederControl.getGeneticAlgorithmProblem()
Get the current genetic algorithm problem to solve. |
Methods in orbital.moon.evolutionary with parameters of type GeneticAlgorithmProblem | |
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protected void |
BreederControl.setGeneticAlgorithmProblem(GeneticAlgorithmProblem gap)
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Constructors in orbital.moon.evolutionary with parameters of type GeneticAlgorithmProblem | |
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BreederControl(GeneticAlgorithmProblem problem)
Construct a BreederControl frame for solving the given problem. |
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Orbital library 1.3.0: 11 Apr 2009 |
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