private void LogIndividual(Chromosome chrome, int index)
{
Console.WriteLine("--- Individual " + index.ToString() + " ---");
Console.WriteLine("Name: " + chrome.Name);
Console.WriteLine("Parents: " + string.Join(", ", chrome.Parents.ToArray()));
Console.WriteLine("Chromosome: " + chrome.ChromeCode);
Console.WriteLine("Is Mutant: " + chrome.IsMutant.ToString());
Console.WriteLine("---/ END Individual " + index.ToString() + " /---");
}
public Chromosome Mate(Chromosome mum, Chromosome dad)
{
//How many children (Random litter size between 1 and 10)
List<Chromosome> children = new List<Chromosome>();
//Where in the chromosome are we splicing from
//Note: Pig and Elephant DNA just won't splice - Google Loverboy Pig and Elephant DNA for details
int pivot = RandomGen.Next(0, PopulationSize);
int chromeLength = mum.GeneList.Count;
//Get Genome from Mother up to pivot, get rest from father from pivot
List<int> childCode = new List<int>();
childCode.AddRange(mum.GeneList.GetRange(0, pivot));
childCode.AddRange(dad.GeneList.GetRange(pivot, (dad.GeneList.Count) - pivot));
Chromosome child;
double mutationChance = RandomGen.NextDouble();
if (MutationProbabilty > mutationChance)
{
//Mutate - same code at pivot but we dont necessarily want the same point in the gene.
int mutantLocus = RandomGen.Next(0, chromeLength);
int mutantGene = 1 - childCode[mutantLocus];
childCode[mutantLocus] = mutantGene;
child = new Chromosome(RandomGen, childCode);
child.IsMutant = true;
}
else
{
child = new Chromosome(RandomGen, childCode);
}
child.Parents.Add(mum.Name);
child.Parents.Add(dad.Name);
Console.WriteLine("Child Created...");
return child;
}
