reins: RE-INSertion of offspring in population replacing parents
In drizztxx/gatbxr: Genetic Algorithm Toolbox Implemented by R

Description Usage Arguments Value Author(s)

This function reinserts offspring in the population.

1	reins(Chrom,SelCh,SUBPOP=1,InsOpt=c(0,1),ObjVCh=NULL,ObjVSel=NULL)

`Chrom`	matrix containing the individuals (parents) of the current population. Each row corresponds to one individual.
`SelCh`	matrix containing the offspring of the current population. Each row corresponds to one individual.
`SUBPOP`	an optional number indicating subpopulations. 1 subpopulation is as default.
`InsOpt`	an optional vector containing the insertion method parameters. InsOpt[1] number indicating kind of insertion. 0 stands for uniform insertion and 1 for fitness-based insertion. if omitted, 0 is assumed. InsOpt[2] rate of offspring to be inserted per subpopulation. if omitted, 1.0 is assumed
`ObjVCh`	an optional vector containing the objective values of the individuals (parents - Chrom) in the current population, needed for fitness-based insertion saves recalculation of objective values for population
`ObjVSel`	an optional vector containing the objective values of the offspring (SelCh) in the current population, needed for partial insertion of offspring, saves recalculation of objective values for population

a list containing following components:

`Chrom`	matrix containing the individuals of the current population after reinsertion.
`ObjVCh`	if ObjVCh and ObjVSel are input parameters, then return vector containing the objective values of the individuals of the current generation after reinsertion.

The original matlab implementation of reins was written by Hartmut Pohlheim and tested by Alex Shenfield. The R implementation was written by David Zhao.

drizztxx/gatbxr documentation built on Dec. 27, 2021, 2:26 a.m.