public double berechneFitness(Individuum ind)
{
if (ind.gens.Count < 3)
{
throw new Exception("Genanzahl im individuum kleiner 3. ("+ind.gens.Count+")");
}
double x1 = ind.gens[0].getDouble();
double x2 = ind.gens[1].getDouble();
double x3 = ind.gens[2].getDouble();
return berechneGleichungen(x1, x2, x3);
}
public void recombine()
{
int sequencePointer;
Individuum parent1;
Individuum parent2;
Individuum child1; // = new Individuum();
Individuum child2; // = new Individuum();
for(int i=0; i < 0.35 * oldPopulation.Count; i++)
{
sequencePointer = random.Next(Gen.getSize());
child1 = new Individuum();
child2 = new Individuum();
parent1 = oldPopulation[random.Next(oldPopulation.Count)];
parent2 = oldPopulation[random.Next(oldPopulation.Count)];
for (int j = 0; j < parent1.gens.Count; j++)
{
child1.gens[j].sequence.Clear();
child2.gens[j].sequence.Clear();
if (sequencePointer > 0)
{
child1.gens[j].sequence.InsertRange(0, parent1.gens[j].sequence.GetRange(0, sequencePointer));
child2.gens[j].sequence.InsertRange(0, parent2.gens[j].sequence.GetRange(0, sequencePointer));
}
child1.gens[j].sequence.InsertRange(sequencePointer, parent2.gens[j].sequence.GetRange(sequencePointer, Gen.getSize() - sequencePointer));
child2.gens[j].sequence.InsertRange(sequencePointer, parent1.gens[j].sequence.GetRange(sequencePointer, Gen.getSize() - sequencePointer));
}
newPopulation.Add(child1);
newPopulation.Add(child2);
//Ausgabe
System.Console.WriteLine("Pointer: " + sequencePointer);
for (int j = 0; j < Individuum.GetNumberOfGens(); j++)
{
System.Console.WriteLine("Parent1: " + string.Join(", ", parent1.gens[j].sequence.ToArray()));
System.Console.WriteLine("Parent2: " + string.Join(", ", parent2.gens[j].sequence.ToArray()));
System.Console.WriteLine("Child1: " + string.Join(", ", child1.gens[j].sequence.ToArray()));
System.Console.WriteLine("Child2: " + string.Join(", ", child2.gens[j].sequence.ToArray()));
System.Console.WriteLine("-------------------------------");
}
}
}