// Exchanges gene values between two genes according to the CrossingPoint
private ListGenomes CrossoverGeneValues(ref ListGenomes geneOne, ref ListGenomes geneTwo)
{
long MinLength = Math.Min(geneOne.Length, geneTwo.Length);
ListGenomes MinGen = geneOne;
ListGenomes MaxGen = geneTwo;
if (geneTwo.Length == MinLength)
{
MinGen = geneTwo;
MaxGen = geneOne;
}
for (int i = 0; i < this.CrossoverPoint; i++)
{
MinGen.List[i] = MaxGen.List[i];
}
//// TODO: EXCEPTION.. NEED TO FIXED
//for (int i = this.CrossoverPoint; i < MinLength; i++)
//{
// MinGen.List[i] = MaxGen.List[i];
//}
return(MinGen);
}
// Exchanges gene values between two genes according to the CrossingPoint
private void CrossoverGeneValues(ref ListGenomes geneOne, ref ListGenomes geneTwo)
{
for (int i = 0; i < this.CrossoverPoint; i++)
{
geneOne.List[i] = geneTwo.List[i];
}
for (int i = this.CrossoverPoint; i < Length; i++)
{
geneTwo.List[i] = geneOne.List[i];
}
}
public override Genome Crossover(Genome g)
{
// Generate the firstGene as copy of g and the second one as copy of this genome
ListGenomes originalGenome = (ListGenomes)g;
ListGenomes firstGene = new ListGenomes(g, originalGenome.Min, originalGenome.Max);
ListGenomes secondGene = new ListGenomes((Genome)this, originalGenome.Min, originalGenome.Max);
CrossoverGeneValues(ref firstGene, ref secondGene);
// Take the better gene that made out from the crossover, randomly
// TODO: Maybe change this check to fitness check
if (s_seed.Next(2) == 1)
{
return(firstGene);
}
else
{
return(secondGene);
}
}
