Chromosome.h File Reference

Karva language translates linear chromosome into the program represented as a tree. It connects tree - based GPs (evaluation of an individual is performed in its tree form) and linear - chromosome GPs (genetic operators are performed on linear, Karva language chromosome). This class is designed to perform an one - way transformation of Karva genome to the tree representation. Wee need only one way, since nothing but evaluation is performed on the trees. Terminology: Open Reading Frame (ORF) - term taken from biology; description of Karva chromosome; also referrred as 'gene' Expression Trees (ET) - trees translated from Karva chromosome. More...

Classes
class	GEP::Chromosome< ChromosomeType >
	Karva chromosome template. Implemented as a vector<unsigned short> holding indexes of elements in _oneArgFunction, _twoArgFunction and _terminals vectors. More...
Namespaces
namespace	GEP
	Namespace for classes related to Gene Expression Programming This namespace contains classes describing Karva chromosomes, individuals based on these chromosomes, genetic operators and poppulation management.
Defines
#define	NODE_TERMINAL   0
#define	NODE_ONE_ARG   1
#define	NODE_TWO_ARG   2
Typedefs
typedef char	GEP::EType
typedef u_short	GEP::VType
typedef std::pair< EType, VType >	GEP::CElement
Functions
template<class T2 >
std::ostream &	GEP::operator<< (std::ostream &os, const Chromosome< T2 > &a)

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Detailed Description

Karva language translates linear chromosome into the program represented as a tree. It connects tree - based GPs (evaluation of an individual is performed in its tree form) and linear - chromosome GPs (genetic operators are performed on linear, Karva language chromosome). This class is designed to perform an one - way transformation of Karva genome to the tree representation. Wee need only one way, since nothing but evaluation is performed on the trees. Terminology: Open Reading Frame (ORF) - term taken from biology; description of Karva chromosome; also referrred as 'gene' Expression Trees (ET) - trees translated from Karva chromosome.

Author:

Marek Ostaszewski <Marek.Ostaszewski@uni.lu>, Sebastien Varrette <Sebastien.Varrette@imag.fr>

Date:

Mon Feb 25 2008

Copyright (c) 2008 Marek Ostaszewski, Sebastien Varrette (see COPYING)

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Define Documentation

#define NODE_ONE_ARG   1

#define NODE_TERMINAL   0

#define NODE_TWO_ARG   2