template <class fitnessT> class EOBase

Base class for chromosomes, it's a very basic class, which does not require anything but a fitness and an ID

Inheritance:

Public Classes

class InvalidFitness: public UException

This exception should be thrown when a chromosome has not been evaluated, and thus, the fitness is not valid

InvalidFitness()

Constructor

Public Fields

typedef fitnessT EOFitT

Public Methods

EOBase( const string& _ID = "" )

Copy ctor. The fitness class must have a ctor that takes 0 as argument

EOBase( const EOBase& _eob )

Copy Ctor

virtual fitnessT fitness()

Fitness things: reads fitness

virtual void fitness( fitnessT _fitness )

Fitness things: writes fitness and sets the validFitness flag to true

const string& ID()

read the ID, which is supposed to be an unique identification for each chromosome

void ID( const string& _id )

Write ID

const EOBase& operator= ( const EOBase& _eob )

Assignment operator

virtual ~EOBase()

typedef fitnessT EOFitT

EOBase( const string& _ID = "" )

Copy ctor. The fitness class must have a ctor that takes 0 as argument

EOBase( const EOBase& _eob )

Copy Ctor

const EOBase& operator= ( const EOBase& _eob )

Assignment operator

virtual ~EOBase()

class InvalidFitness: public UException

This exception should be thrown when a chromosome has not been evaluated, and thus, the fitness is not valid

InvalidFitness()

Constructor

virtual fitnessT fitness()

Fitness things: reads fitness

Throws:

InvalidFitness if fitness has not been evaluated

virtual void fitness( fitnessT _fitness )

Fitness things: writes fitness and sets the validFitness flag to true. Passed by value, so the fitness must have a copy ctor

Parameters:

_fitness - new value of the fitness

const string& ID()

read the ID, which is supposed to be an unique identification for each chromosome. It should be set only at birth

void ID( const string& _id )

Write ID

Direct child classes:

EOBidim
EO

Author:

Geneura Team

alphabetic index hierarchy of classes