newCrossMutPipeline: Converts a gene into a genetic operator pipeline with...

In xegaGaGene: Binary Gene Operations for Genetic Algorithms

Converts a gene into a genetic operator pipeline with crossover and mutation (a function closure).

Description

The pipeline is evaluate(accept((crossover o mutation), gene, gene1)). The symbol o is short for mutation(crossover(gene, gene1)) in the accept function.

Usage

newCrossMutPipeline(g, g1, lF)

Arguments

g	A gene.
g1	A gene.
lF	The local function configuration.

Value

Closure of genetic operator pipeline with mutation and crossover. The argument of the closure lF configures the behavior of the pipeline.

See Also

Other Genetic Operator Pipelines: newCross2Mut1Pipeline(), newCross2Mut2Pipeline(), newCross2Pipeline(), newCrossMut2Pipeline(), newCrossPipeline(), newMutPipeline(), newPipeline()

Examples

lFxegaGaGene$CrossGene<-xegaGaCrossGene
lFxegaGaGene$MutationRate<-function(fit, lF) {0.5}
lFxegaGaGene$CrossRate<-function(fit, lF) {0.5}
lFxegaGaGene$Accept<-function(OperatorPipeline, gene, lF) {gene}
g<-xegaGaInitGene(lFxegaGaGene)
g1<-xegaGaInitGene(lFxegaGaGene)
a<-newCrossMutPipeline(g, g1, lFxegaGaGene)
print(a)
a(lFxegaGaGene)

xegaGaGene documentation built on Aug. 8, 2025, 6:30 p.m.