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Packages that use org.jgap | |
com.anji.gomoku | com.anji.gomoku contains classes to handle Go-Moku (see Gamerz.net for rules). |
com.anji.imaging | com.anji.imaging contains utility classes to handle image processing. |
com.anji.integration | com.anji.integration contains classes that provide the glue between the various components of the system, including artificial neural net implementations, JGAP, NEAT, Log4J, and persistence and presentation layers. |
com.anji.neat | com.anji.neat contains classes implementing NEAT framework, including genes, mutation operators, and fitness function used for XOR. |
com.anji.persistence | com.anji.persistence contains classes implementing a simple persistence interface. |
com.anji.polebalance | com.anji.polebalance contains classes to implement pole balancing. |
com.anji.roshambo | com.anji.roshambo contains classes to implement the game of
roshambo, also commonly known as
rock-scissors-paper. |
com.anji.run | com.anji.run contains classes concerned with an evolutionary run. |
com.anji.tournament | com.anji.tournament contains classes to handle tournaments and games. |
com.anji.ttt | com.anji.ttt contains classes to handle Tic-Tac-Toe (see Yahooligans for rules). |
com.anji.util | com.anji.util contains utility classes used in the ANJI framework. |
examples | |
org.jgap | |
org.jgap.impl |
Classes in org.jgap used by com.anji.gomoku | |
Chromosome
Chromosomes represent potential solutions and consist of a fixed-length collection of genes. |
Classes in org.jgap used by com.anji.imaging | |
BulkFitnessFunction
Bulk fitness functions are used to determine how optimal a group of solutions are relative to each other. |
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Chromosome
Chromosomes represent potential solutions and consist of a fixed-length collection of genes. |
Classes in org.jgap used by com.anji.integration | |
Allele
Allele contains gene data that can be different for multiple chromosomes with the same gene. |
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BulkFitnessFunction
Bulk fitness functions are used to determine how optimal a group of solutions are relative to each other. |
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Chromosome
Chromosomes represent potential solutions and consist of a fixed-length collection of genes. |
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Configuration
The Configuration class represents the current configuration of plugins and flags necessary to execute the genetic algorithm (such as fitness function, natural selector, genetic operators, and so on). |
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Genotype
Genotypes are fixed-length populations of chromosomes. |
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NaturalSelector
Natural selectors are responsible for actually selecting a specified number of Chromosome specimens from a population, using the fitness values as a guide. |
Classes in org.jgap used by com.anji.neat | |
Allele
Allele contains gene data that can be different for multiple chromosomes with the same gene. |
|
BulkFitnessFunction
Bulk fitness functions are used to determine how optimal a group of solutions are relative to each other. |
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Chromosome
Chromosomes represent potential solutions and consist of a fixed-length collection of genes. |
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ChromosomeMaterial
This is the guts of the original Chromosome object, pulled out so the genes can be modified by genetic operators before creating the Chromosome object. |
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Configuration
The Configuration class represents the current configuration of plugins and flags necessary to execute the genetic algorithm (such as fitness function, natural selector, genetic operators, and so on). |
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CrossoverReproductionOperator
Abstract crossover reporduction operator handles iteration over population to determine pairs of parent chromosomes. |
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Gene
Genes represent the discrete components of a potential solution (the Chromosome). |
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InvalidConfigurationException
This exception is typically thrown when an invalid value has been passed to a Configuration object, an attempt is made to lock a Configuration object before all required settings have been provided, or an attempt is made to alter a setting in a Configuration object after it has been successfully locked. |
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MutationOperator
Abstract class for mutation operators. |
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ReproductionOperator
Abstract class for reproduction operators. |
Classes in org.jgap used by com.anji.persistence | |
Chromosome
Chromosomes represent potential solutions and consist of a fixed-length collection of genes. |
|
Configuration
The Configuration class represents the current configuration of plugins and flags necessary to execute the genetic algorithm (such as fitness function, natural selector, genetic operators, and so on). |
|
Genotype
Genotypes are fixed-length populations of chromosomes. |
Classes in org.jgap used by com.anji.polebalance | |
BulkFitnessFunction
Bulk fitness functions are used to determine how optimal a group of solutions are relative to each other. |
|
Chromosome
Chromosomes represent potential solutions and consist of a fixed-length collection of genes. |
Classes in org.jgap used by com.anji.roshambo | |
Chromosome
Chromosomes represent potential solutions and consist of a fixed-length collection of genes. |
Classes in org.jgap used by com.anji.run | |
Genotype
Genotypes are fixed-length populations of chromosomes. |
Classes in org.jgap used by com.anji.tournament | |
BulkFitnessFunction
Bulk fitness functions are used to determine how optimal a group of solutions are relative to each other. |
|
Chromosome
Chromosomes represent potential solutions and consist of a fixed-length collection of genes. |
Classes in org.jgap used by com.anji.ttt | |
Chromosome
Chromosomes represent potential solutions and consist of a fixed-length collection of genes. |
Classes in org.jgap used by com.anji.util | |
BulkFitnessFunction
Bulk fitness functions are used to determine how optimal a group of solutions are relative to each other. |
|
Configuration
The Configuration class represents the current configuration of plugins and flags necessary to execute the genetic algorithm (such as fitness function, natural selector, genetic operators, and so on). |
|
ReproductionOperator
Abstract class for reproduction operators. |
Classes in org.jgap used by examples | |
Chromosome
Chromosomes represent potential solutions and consist of a fixed-length collection of genes. |
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FitnessFunction
Deprecated. use BulkFitnessFunction instead |
Classes in org.jgap used by org.jgap | |
Allele
Allele contains gene data that can be different for multiple chromosomes with the same gene. |
|
BulkFitnessFunction
Bulk fitness functions are used to determine how optimal a group of solutions are relative to each other. |
|
Chromosome
Chromosomes represent potential solutions and consist of a fixed-length collection of genes. |
|
ChromosomeMaterial
This is the guts of the original Chromosome object, pulled out so the genes can be modified by genetic operators before creating the Chromosome object. |
|
Configuration
The Configuration class represents the current configuration of plugins and flags necessary to execute the genetic algorithm (such as fitness function, natural selector, genetic operators, and so on). |
|
FitnessFunction
Deprecated. use BulkFitnessFunction instead |
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Gene
Genes represent the discrete components of a potential solution (the Chromosome). |
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Genotype
Genotypes are fixed-length populations of chromosomes. |
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IdFactory
Factory for generating unique IDs across multiple runs. |
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InvalidConfigurationException
This exception is typically thrown when an invalid value has been passed to a Configuration object, an attempt is made to lock a Configuration object before all required settings have been provided, or an attempt is made to alter a setting in a Configuration object after it has been successfully locked. |
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MutationOperator
Abstract class for mutation operators. |
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NaturalSelector
Natural selectors are responsible for actually selecting a specified number of Chromosome specimens from a population, using the fitness values as a guide. |
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ReproductionOperator
Abstract class for reproduction operators. |
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SpeciationParms
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Specie
Species are reproductively isolated segments of a population. |
Classes in org.jgap used by org.jgap.impl | |
Allele
Allele contains gene data that can be different for multiple chromosomes with the same gene. |
|
Chromosome
Chromosomes represent potential solutions and consist of a fixed-length collection of genes. |
|
Configuration
The Configuration class represents the current configuration of plugins and flags necessary to execute the genetic algorithm (such as fitness function, natural selector, genetic operators, and so on). |
|
NaturalSelector
Natural selectors are responsible for actually selecting a specified number of Chromosome specimens from a population, using the fitness values as a guide. |
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ReproductionOperator
Abstract class for reproduction operators. |
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UnsupportedRepresentationException
This exception is typically thrown when the setValueFromPersistentRepresentation() method of a Gene class is unable to process the string representation it has been given, either because that representation is not supported by that Gene implementation or because the representation is corrupt. |
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