xegaGaCrossGene

<code>xegaGaCrossGene()</code> randomly determines a cut point.
 It combines the bits before the cut point of the first gene
 with the bits after the cut point from the second gene (kid 1).

Representation-dependent gene level operations of a
genetic algorithm with binary coded genes:
Initialization of random binary genes, several gene maps for
binary genes, several mutation operators, several crossover
operators with 1 and 2 kids, replication
pipelines for 1 and 2 kids, and, last but not least, function
factories for configuration.
See Goldberg, D. E. (1989, ISBN:0-201-15767-5).
For crossover operators, see
Syswerda, G. (1989, ISBN:1-55860-066-3),
Spears, W. and De Jong, K. (1991, ISBN:1-55860-208-9).
For mutation operators, see
Stanhope, S. A. and Daida, J. M. (1996, ISBN:0-18-201-031-7).

Andreas Geyer-Schulz

xegaGaGene

Binary Gene Operations for Genetic Algorithms

xegaGaCrossGene function

<dl><dt>gg1</dt>
<dd>A binary gene.</dd>
<dt>gg2</dt>
<dd>A binary gene.</dd>
<dt>lF</dt>
<dd>The local configuration of the genetic algorithm.</dd></dl>

Arguments

One point crossover of 2 genes. — xegaGaCrossGene

<dl>

<dt>gg1</dt>
<dd>A binary gene.</dd>


<dt>gg2</dt>
<dd>A binary gene.</dd>


<dt>lF</dt>
<dd>The local configuration of the genetic algorithm.</dd>

</dl>

xegaGaCrossGene: One point crossover of 2 genes.

Description

Usage

Value

Arguments

See Also

Examples