// SetFloat returns the float corresponding to gene 'i'
// igene -- is the index of gene/float in [0, Nfltgenes]
func (o *Individual) SetFloat(igene int, x float64) {
if o.Nbases > 1 {
values := make([]float64, o.Nbases)
rnd.Float64s(values, 0, 1)
sum := la.VecAccum(values)
for j := 0; j < o.Nbases; j++ {
o.Floats[igene*o.Nbases+j] = x * values[j] / sum
}
return
}
o.Floats[igene] = x
}
// SimpleChromo splits 'genes' into 'nbases' unequal parts
// Input:
// genes -- a slice whose size equals to the number of genes
// nbases -- number of bases used to split 'genes'
// Output:
// chromo -- the chromosome
//
// Example:
//
// genes = [0, 1, 2, ... nbases-1, 0, 1, 2, ... nbases-1]
// \___________________/ \___________________/
// gene # 0 gene # 1
//
func SimpleChromo(genes []float64, nbases int) (chromo []float64) {
ngenes := len(genes)
chromo = make([]float64, ngenes*nbases)
values := make([]float64, nbases)
var sumv float64
for i, g := range genes {
rnd.Float64s(values, 0, 1)
sumv = la.VecAccum(values)
for j := 0; j < nbases; j++ {
chromo[i*nbases+j] = g * values[j] / sumv
}
}
return
}