ECF: Genotype Class Reference

Genotype base class. More...

#include <Genotype.h>

Inheritance diagram for Genotype:

List of all members.

Public Member Functions
virtual bool	initialize (StateP state)=0
virtual Genotype *	copy ()=0
virtual std::vector< CrossoverOpP >	getCrossoverOp ()
virtual std::vector< MutationOpP >	getMutationOp ()
virtual void	registerParameters (StateP)
bool	registerParameter (StateP state, std::string name, voidP value, enum ECF::type T)
	Register a single parameter.
voidP	getParameterValue (StateP state, std::string name)
	Read single parameter value from Registry.
bool	setParameterValue (StateP state, std::string name, voidP value)
	Write single parameter value to Registry.
bool	isParameterDefined (StateP state, std::string name)
	Check if parameter is defined in the configuration.
virtual void	read (XMLNode &)=0
virtual void	write (XMLNode &)=0
virtual uint	getGenomeSize ()
std::string	getName ()
uint	getGenotypeId ()
void	setGenotypeId (uint id)
Protected Attributes
std::string	name_
	genotype's name
uint	genotypeId_
	this genotype's index in individual structure

Detailed Description

Genotype base class.

All Genotypes must inherit this one. Each individual contains a vector of Genotype objects. Each Genotype is an independent object with independent parameters.

Each Genotype class must provide its CrossoverOp and MutationOp operator classes!

Definition at line 24 of file Genotype.h.

Member Function Documentation

virtual Genotype* Genotype::copy ( ) [pure virtual]

Create an identical copy of the genotype object

Implemented in Binary::Binary, BitString::BitString, FloatingPoint::FloatingPoint, Permutation::Permutation, and Tree::Tree.

virtual std::vector<CrossoverOpP> Genotype::getCrossoverOp ( ) [inline, virtual]

Create and return a vector of crossover operators

Reimplemented in Binary::Binary, BitString::BitString, FloatingPoint::FloatingPoint, Permutation::Permutation, and Tree::Tree.

Definition at line 47 of file Genotype.h.

uint Genotype::getGenotypeId ( ) [inline]

Return this genotype's index in individual structure

Definition at line 97 of file Genotype.h.

virtual std::vector<MutationOpP> Genotype::getMutationOp ( ) [inline, virtual]

Create and return a vector of mutation operators

Reimplemented in Binary::Binary, BitString::BitString, FloatingPoint::FloatingPoint, Permutation::Permutation, and Tree::Tree.

Definition at line 56 of file Genotype.h.

std::string Genotype::getName ( ) [inline]

Return genotype's name

Definition at line 91 of file Genotype.h.

virtual bool Genotype::initialize ( StateP state ) [pure virtual]

Initialize a genotype object (read parameters, perform sanity check, build data)

Implemented in Binary::Binary, BitString::BitString, FloatingPoint::FloatingPoint, Permutation::Permutation, and Tree::Tree.

virtual void Genotype::read ( XMLNode & ) [pure virtual]

Read genotype data from XMLNode

Implemented in Binary::Binary, BitString::BitString, FloatingPoint::FloatingPoint, Permutation::Permutation, and Tree::Tree.

virtual void Genotype::registerParameters ( StateP ) [inline, virtual]

Register genotype's parameters (called before Genotype::initialize)

Reimplemented in Binary::Binary, BitString::BitString, FloatingPoint::FloatingPoint, Permutation::Permutation, and Tree::Tree.

Definition at line 65 of file Genotype.h.

void Genotype::setGenotypeId ( uint id ) [inline]

Set genotype index in an individual

Definition at line 103 of file Genotype.h.

virtual void Genotype::write ( XMLNode & ) [pure virtual]

Write genotype data to XMLNode

Implemented in Binary::Binary, BitString::BitString, FloatingPoint::FloatingPoint, Permutation::Permutation, and Tree::Tree.

The documentation for this class was generated from the following files:

D:/Radagast_D/Projekt/ECF_trunk/ECF/Genotype.h
D:/Radagast_D/Projekt/ECF_trunk/ECF/Genotype.cpp