void Breed()
{
// New babies List
List <Bunny> tempList = new List <Bunny>();
for (int i = 1; i < population.Count; i += 2)
{
int breeder1Index = i - 1;
int breeder2Index = i;
float howGenesAreSplit = UnityEngine.Random.Range(0.0f, 1.0f);
Bounds bounds = environment.GetComponent <Renderer>().bounds;
Bunny childBunny1 = CreateBunny(bounds);
Bunny childBunny2 = CreateBunny(bounds);
tempList.Add(childBunny1);
tempList.Add(childBunny2);
if (howGenesAreSplit < 0.16f)
{
Color tempColor = new Color(population[breeder1Index].color.r,
population[breeder1Index].color.g,
population[breeder2Index].color.b);
tempColor = EvaluateMutation(tempColor);
childBunny1.SetColor(tempColor);
tempColor = new Color(population[breeder2Index].color.r,
population[breeder2Index].color.g,
population[breeder1Index].color.b);
tempColor = EvaluateMutation(tempColor);
childBunny2.SetColor(tempColor);
}
else if (howGenesAreSplit < 0.32f)
{
Color tempColor = new Color(population[breeder1Index].color.r,
population[breeder2Index].color.g,
population[breeder1Index].color.b);
tempColor = EvaluateMutation(tempColor);
childBunny1.SetColor(tempColor);
tempColor = new Color(population[breeder2Index].color.r,
population[breeder1Index].color.g,
population[breeder2Index].color.b);
tempColor = EvaluateMutation(tempColor);
childBunny2.SetColor(tempColor);
}
else if (howGenesAreSplit < 0.48f)
{
Color tempColor = new Color(population[breeder1Index].color.r,
population[breeder2Index].color.g,
population[breeder2Index].color.b);
tempColor = EvaluateMutation(tempColor);
childBunny1.SetColor(tempColor);
tempColor = new Color(population[breeder2Index].color.r,
population[breeder1Index].color.g,
population[breeder1Index].color.b);
tempColor = EvaluateMutation(tempColor);
childBunny2.SetColor(tempColor);
}
else if (howGenesAreSplit < 0.64f)
{
Color tempColor = new Color(population[breeder2Index].color.r,
population[breeder1Index].color.g,
population[breeder1Index].color.b);
tempColor = EvaluateMutation(tempColor);
childBunny1.SetColor(tempColor);
tempColor = new Color(population[breeder1Index].color.r,
population[breeder2Index].color.g,
population[breeder2Index].color.b);
tempColor = EvaluateMutation(tempColor);
childBunny2.SetColor(tempColor);
}
else if (howGenesAreSplit < 0.80f)
{
Color tempColor = new Color(population[breeder2Index].color.r,
population[breeder2Index].color.g,
population[breeder1Index].color.b);
tempColor = EvaluateMutation(tempColor);
childBunny1.SetColor(tempColor);
tempColor = new Color(population[breeder1Index].color.r,
population[breeder1Index].color.g,
population[breeder2Index].color.b);
tempColor = EvaluateMutation(tempColor);
childBunny2.SetColor(tempColor);
}
else
{
Color tempColor = new Color(population[breeder2Index].color.r,
population[breeder1Index].color.g,
population[breeder2Index].color.b);
tempColor = EvaluateMutation(tempColor);
childBunny1.SetColor(tempColor);
tempColor = new Color(population[breeder1Index].color.r,
population[breeder2Index].color.g,
population[breeder1Index].color.b);
tempColor = EvaluateMutation(tempColor);
childBunny2.SetColor(tempColor);
}
}
population.AddRange(tempList);
}
