zeus::IGAChromosome Class Reference

#include <IGAChromosome.hpp>

Inheritance diagram for zeus::IGAChromosome:

List of all members.

Public Member Functions
virtual Uint MQUALIFIER	getChromosomeID () const =0
virtual IByteArray &MQUALIFIER	getDNA ()=0
virtual const IByteArray &MQUALIFIER	getDNAConst () const =0
virtual Int MQUALIFIER	getGeneCount () const =0
virtual Int MQUALIFIER	getGeneSize () const =0
virtual IGAGene &MQUALIFIER	getGene (Int iIndex)=0
virtual const IGAGene &MQUALIFIER	getGeneConst (Int iIndex) const =0
virtual Retval MQUALIFIER	crossOver (IGAChromosome &rChrom, IGAChromosome *&rpNewChrom1, IGAChromosome *&rpNewChrom2)=0
virtual Retval MQUALIFIER	clone (IGAChromosome *&rpNewChrom) const =0
virtual void MQUALIFIER	mutate ()=0

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Detailed Description

Individual Interface of an individum of a genetic population

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Member Function Documentation

virtual Retval MQUALIFIER zeus::IGAChromosome::clone

(

IGAChromosome *&

rpNewChrom )

const [pure virtual]

This method clones the whole DNA and returns a new chromosome.

Parameters:

rpNewChrom

: return parameter

Return values:

RET_NOERROR	: clone generated
RET_REQUEST_FAILED	: Could not clone

Implemented in zeus::TGAChromosome.

virtual Retval MQUALIFIER zeus::IGAChromosome::crossOver	(	IGAChromosome &	rChrom,
		IGAChromosome *&	rpNewChrom1,
		IGAChromosome *&	rpNewChrom2
	)		[pure virtual]

This method performs the crossover of two chromosones of the same kind. It is important that the type of the two chromosones are the same.

Parameters:

rChrom	: 2nd chromosone.
rpNewChrom1	: generated chromosone. Must be added to the new individual
rpNewChrom2	: generated chromosone. Is the inverse Chromosone to rpNewChrom1

Return values:

RET_NOERROR	: Crossing completed
RET_REQUEST_FAILED	: Could not perform the crossover

Implemented in zeus::TGAChromosome.

virtual Uint MQUALIFIER zeus::IGAChromosome::getChromosomeID

(

)

const [pure virtual]

Returns the ID

Returns:

ID of the chromosome

Implemented in zeus::TGAChromosome.

virtual IByteArray& MQUALIFIER zeus::IGAChromosome::getDNA

(

)

[pure virtual]

returns the complete DNA of the chromosome

Implemented in zeus::TGAChromosome.

virtual const IByteArray& MQUALIFIER zeus::IGAChromosome::getDNAConst

(

)

const [pure virtual]

returns the complete DNA of the chromosome

Implemented in zeus::TGAChromosome.

virtual IGAGene& MQUALIFIER zeus::IGAChromosome::getGene

(

Int

iIndex )

[pure virtual]

Returns a gene. Each gene represents a set of data and a border of the crossover algorithm

Parameters:

iIndex

: Index of the gene

Returns:

indexed gene

Implemented in zeus::TGAChromosome.

virtual const IGAGene& MQUALIFIER zeus::IGAChromosome::getGeneConst

(

Int

iIndex )

const [pure virtual]

Returns a gene. Each gene represents a set of data and a border of the crossover algorithm

Parameters:

iIndex

: Index of the gene

Returns:

indexed gene

Implemented in zeus::TGAChromosome.

virtual Int MQUALIFIER zeus::IGAChromosome::getGeneCount

(

)

const [pure virtual]

Returns the number of genes

Returns:

number of genes

Implemented in zeus::TGAChromosome.

virtual Int MQUALIFIER zeus::IGAChromosome::getGeneSize

(

)

const [pure virtual]

Returns the size of the genes since all genes have the same size.

Returns:

size of the gene in bytes

Implemented in zeus::TGAChromosome.

virtual void MQUALIFIER zeus::IGAChromosome::mutate

(

)

[pure virtual]

Does some mutation

Implemented in zeus::TGAChromosome.

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

• IGAChromosome.hpp