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See:
Description
| Interface Summary | |
|---|---|
| Chancy | |
| Choosy | This interface defines a method which defines how choosy a female is about finding a mate in the same population. |
| Desirable | This interface defines a method to get a male's desirability. |
| Dominance | |
| HasSexChromosome | |
| Class Summary | |
|---|---|
| Allele_ |
This abstract provides base operations for implementations of Allele,
which are specific, competing genes which may appear at a Locus. |
| Allele_Binary | Abstract type of allele which has two values, based on a boolean. |
| Allele_Dominance | Lifespan: permanent. |
| Allele_Sex | Unlike Allele_Dominance, which uses upper and lower case to denote
dominance, the two different alleles of the Allele_Sex type are "Y"
and "X" for male and female, respectively. |
| AlleleFactory | Factory Class to create Allele objects. |
| Chromosome_ | Abstract class implementing base methods for the Chromosome
interface. |
| Chromosome_NoSex | Lifespan: permanent. |
| Chromosome_Sex | lifespan: permanent. |
| Fecundity_ | Base implementation of the Fecundity interface. |
| Fecundity_Saturated | Lifespan: permanent. |
| Gene_ | This abstract class represents a particular gene at a locus of a genome. |
| Gene_Diploid | Lifespan: transient. |
| Gene_Haploid | Lifespan: transient. |
| GeneFactory | Factory Class to create Gene objects. |
| Genome_ |
This abstract class provides base definitions for implementers of
Genome, the genetic information contained in an Organism belonging to
a Taxon. |
| Genome_Linear | Lifespan: transient. |
| GenomeFactory | Factory Class to create Genome objects. |
| Genomic_ | Abstract class implementing base methods for the Genomic interface. |
| Genomic_Diploid | Lifespan: permanent. |
| Genomic_Haploid | Lifespan: permanent. |
| Genotype_ |
This abstract class provides base definitions for implementers of
Genome, the genetic information contained in an Organism belonging to
a Taxon. |
| Locus_ | Abstract class defining the base methods and fields for an implementer of
Locus. |
| Locus_Random | Lifespan: permanent. |
| Locus_Sex | Lifespan: permanent. |
| Locus_Triversian | Lifespan: permanent. |
| Mating_ | Abstract class to define base methods for implementers of Mating. |
| Mating_Haldanian | Lifespan: permanent. |
| MatingFactory | Factory Class to create Mating objects. |
| Meiosis_ | Abstract class which defines the base operations for an implementation of
Meiosis. |
| Meiosis_Chromosome | Lifespan: permanent. |
| Meiosis_Clone | This is a null-meiosis implementation which is used for haploid genomics (where meiosis doesn't make sense) but where we still need a way of cloning genomes. |
| Meiosis_Locus | Lifespan: permanent. |
| Messages | |
| Mortality_ | Abstract class which defines the base methods and fields needed to implement
the Mortality interface. |
| Mortality_Reaper | Lifespan: permanent. |
| Mutator_ | Abstract class to define the base methods and fields for instances of
Mutator interface. |
| Mutator_Null | Lifespan: permanent. |
| Mutator_Random | Lifespan: permanent. |
| Nuclear_ | TODO need a better name for this Nuclear concept. |
| Nuclear_Clone | Lifespan: transient. |
| Nuclear_Zygote | Lifespan: transient. |
| NuclearFactory | Factory Class to create Nuclear objects. |
This package models all of the genetic aspects of the framework. More explanation to follow.
Last Updated: 2009-10-05 By: Robin Hillyard
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