Inheritance diagram for zeus::IGAIndividual:

Public Member Functions
virtual Float MQUALIFIER	getFitness () const =0
virtual Int MQUALIFIER	getChromosomeCount () const =0
virtual Retval MQUALIFIER	getChromosome (Int iIndex, IGAChromosome *&rpChromosome) const =0
virtual void MQUALIFIER	addChromosome (IGAChromosome &rChromosome)=0
virtual void MQUALIFIER	createChromosomes ()=0
virtual void MQUALIFIER	getDescription (IString &rValue) const =0
virtual bool MQUALIFIER	canMutate () const =0

Detailed Description

Individual Interface of an individum of a genetic population

Member Function Documentation

virtual void MQUALIFIER zeus::IGAIndividual::addChromosome ( IGAChromosome & rChromosome ) [pure virtual]

Adds a new chromosone to the individual

Parameters:

rChromosome : New instance of a chromosone

virtual bool MQUALIFIER zeus::IGAIndividual::canMutate ( ) const [pure virtual]

returns true if the individual is able to get mutated

virtual void MQUALIFIER zeus::IGAIndividual::createChromosomes ( ) [pure virtual]

Creates chromosones randomly. This is used to create a initial set of individuals

virtual Retval MQUALIFIER zeus::IGAIndividual::getChromosome	(	Int	iIndex,
		IGAChromosome *&	rpChromosome
	)		const `[pure virtual]`

Returns a chromosones of this individual

Parameters:

iIndex	: Index of the chromosone
rpChromosome	: Return value of the chromosone

Return values:

RET_NOERROR	: Chromosome returned
RET_REQUEST_FAILED	: Could not get the chromosone

virtual Int MQUALIFIER zeus::IGAIndividual::getChromosomeCount ( ) const [pure virtual]

Returns the count of the available chromosones

virtual void MQUALIFIER zeus::IGAIndividual::getDescription ( IString & rValue ) const [pure virtual]

returns the description of the individual

virtual Float MQUALIFIER zeus::IGAIndividual::getFitness ( ) const [pure virtual]

Gets the fitness of the individual

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