Uses of Interface
com.rubecula.darwin.domain.helper.Censusible

Packages that use Censusible

com.rubecula.darwin.domain.environment
com.rubecula.darwin.domain.genetics	Genetics
com.rubecula.darwin.domain.helper	Darwin
com.rubecula.darwin.domain.world	Darwin
com.rubecula.darwin.examples.pepperedmoth	Peppered Moth Example
com.rubecula.darwin.examples.travelingsalesman	Traveling Salesman Example
com.rubecula.darwin.foundation

Uses of Censusible in com.rubecula.darwin.domain.environment

Classes in com.rubecula.darwin.domain.environment that implement Censusible

class	EcoFactor_ Abstract class providing base functionality for implementers of EcoFactor.
class	EcoFactor_Humboldtian
class	EcoFactor_Number This abstract implementer of EcoFactor represents an environmental factor with a double value.
class	Environment_ Abstract class defining base methods which implement Environment interface.
class	Environment_Susceptible Abstract class for an Environment which is Susceptible to extended-phenotype-invoked changes.
class	Phenotype_ Abstract class to define the base methods and fields for an implementation of Phenotype.
class	Phenotype_Dawkinsian Lifespan: transient.
class	Trait_ Base implementation of Trait.
class	Trait_Discrete Lifespan: transient.
class	Trait_Variable Concrete implementation of Trait which is based on a variable value.
class	TraitMap_ Abstract class to define base methods and fields for a String-keyed map of Variant objects.
class	TraitMap_ReadOnly

Methods in com.rubecula.darwin.domain.environment that return types with arguments of type Censusible

java.util.Collection<? extends Censusible>	Trait_.getCensusibleChildren()
java.util.Collection<? extends Censusible>	TraitMap_.getCensusibleChildren()
java.util.Collection<? extends Censusible>	Environment_.getCensusibleChildren()
java.util.Collection<? extends Censusible>	EcoFactor_.getCensusibleChildren()

Uses of Censusible in com.rubecula.darwin.domain.genetics

Classes in com.rubecula.darwin.domain.genetics that implement Censusible

class	Allele_ This abstract provides base operations for implementations of Allele, which are specific, competing genes which may appear at a Locus.
class	Allele_Binary Abstract type of allele which has two values, based on a boolean.
class	Allele_Dominance Lifespan: permanent.
class	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.
class	Gene_ This abstract class represents a particular gene at a locus of a genome.
class	Gene_Diploid Lifespan: transient.
class	Gene_Haploid Lifespan: transient.
class	Genome_ This abstract class provides base definitions for implementers of Genome, the genetic information contained in an Organism belonging to a Taxon.
class	Genome_Linear Lifespan: transient.
class	Genotype_ This abstract class provides base definitions for implementers of Genome, the genetic information contained in an Organism belonging to a Taxon.
class	Nuclear_ TODO need a better name for this Nuclear concept.
class	Nuclear_Clone Lifespan: transient.
class	Nuclear_Zygote Lifespan: transient.

Methods in com.rubecula.darwin.domain.genetics that return types with arguments of type Censusible

java.util.Collection<? extends Censusible>	Nuclear_.getCensusibleChildren()
java.util.Collection<? extends Censusible>	Genotype_.getCensusibleChildren()
java.util.Collection<? extends Censusible>	Gene_.getCensusibleChildren()
java.util.Collection<? extends Censusible>	Allele_.getCensusibleChildren()

Uses of Censusible in com.rubecula.darwin.domain.helper

Subinterfaces of Censusible in com.rubecula.darwin.domain.helper

interface	Allele Models the concept of an Allele, that is to say a specific instance of a Genes which "compete" for presence at a Locus
interface	Colony This super-interface of Population addresses the more basic aspects of an Evolvable, Visualizable and Countable group.
interface	EcoFactor Defines the methods supported by the EcoFactor interface.
interface	Environment Defines the concept of an Environment, modeled as a map of EcoFactor objects.
interface	Gene Defines the operations and properties of a Gene.
interface	Genome Defines the genetic information contained in an Organism belonging to a Taxon.
interface	Genotype A Genotype is a (diploid or haploid) set of genes which can be manipulated.
interface	Nuclear Defines operations supported by a Nuclear object.
interface	Organism Defines methods on an individual organism within a Taxon.
interface	Phenotype Defines the methods supported by instances of Phenotype interface.
interface	Population Defines the properties (methods) which characterize a population in an Evolutionary Computation.
interface	Taxon Defines the methods supported by a unit of evolutionary computation (Taxon).
interface	Trait A Trait is the phenotypic analog to a (genotypic) Gene.
interface	TraitMap Defines the operations on a read-only collection of Trait instances.

Methods in com.rubecula.darwin.domain.helper that return types with arguments of type Censusible

java.util.Collection<? extends Censusible>

Censusible.getCensusibleChildren() Method to return a list of censusible children of this object.

Methods in com.rubecula.darwin.domain.helper with parameters of type Censusible

void	Census_Standard.census(Censusible individual, int depth, java.lang.Object context) output individual to print writer.
void	Census_Sink.census(Censusible individual, int depth, java.lang.Object context)
void	Census_.census(Censusible censusible, int depth, java.lang.Object context)
void	Census.census(Censusible individual, int depth, java.lang.Object context) Collect and process census information about the individual specified.
protected static void	Census_.doCensus(Census censuser, Censusible censusible, int depth, java.lang.Object context)

Uses of Censusible in com.rubecula.darwin.domain.world

Classes in com.rubecula.darwin.domain.world that implement Censusible

class	Colony_
class	Colony_Mayrian Default implementation of a Colony.
class	Environment_Muirian Lifespan: permanent.
class	Organism_ Abstract class defining the base methods and fields of an implementation of Organism interface.
class	Organism_Asexual This concrete class represents an individual organism within a Taxon .
class	Organism_Sexual This concrete class represents an individual organism within a Taxon .
class	Population_ Abstract class defining the base methods and fields for an instance of the Population interface.
class	Population_Malthusian This concrete class is the default implementation of Population.
class	Population_Managed This abstract class is designed to be a base class for populations whose evolution is "managed".
class	Taxon_ Abstract class implementing Taxon interface.
class	Taxon_Darwinian Lifespan: permanent.

Methods in com.rubecula.darwin.domain.world that return types with arguments of type Censusible

java.util.Collection<? extends Censusible>	Taxon_.getCensusibleChildren()
java.util.Collection<? extends Censusible>	Population_.getCensusibleChildren()
java.util.Collection<? extends Censusible>	Organism_.getCensusibleChildren()
java.util.Collection<? extends Censusible>	Colony_.getCensusibleChildren()

Methods in com.rubecula.darwin.domain.world with parameters of type Censusible

void	Census_Detail.census(Censusible censusible, int depth, java.lang.Object context)

Uses of Censusible in com.rubecula.darwin.examples.pepperedmoth

Classes in com.rubecula.darwin.examples.pepperedmoth that implement Censusible

class	EcoFactor_SootDensity Class which extends EcoFactor_Number and which is specific to the soot density of the peppered moth example.
class	Environment_PepperedMoth This class provides an implementation of the Environment interface for the peppered moth example.

Methods in com.rubecula.darwin.examples.pepperedmoth with parameters of type Censusible

void	Census_WingColor.census(Censusible individual, int depth, java.lang.Object context)

Uses of Censusible in com.rubecula.darwin.examples.travelingsalesman

Classes in com.rubecula.darwin.examples.travelingsalesman that implement Censusible

class	Allele_Number This class is at the heart of the solution to the traveling salesman problem.
class	EcoFactor_Clients This eco factor represents the clients that currently need to be visited and their two-dimensional locations.
class	EcoFactor_TravelTimes This eco factor represents the travel times between various clients.
class	EcoFactor_TS
class	Environment_TS
class	Organism_TS
class	Phenotype_TS
class	Population_TS Population model for the Traveling Salesman

Methods in com.rubecula.darwin.examples.travelingsalesman with parameters of type Censusible

void	Census_TS.census(Censusible individual, int depth, java.lang.Object context)

Uses of Censusible in com.rubecula.darwin.foundation

Subinterfaces of Censusible in com.rubecula.darwin.foundation

interface

Visualizable