public Pic BreedWith(Pic partner, Random r, GameState state)
{
var result = Clone(state);
var partnerClone = partner.Clone(state);
if (result.type != partner.type && r.Next(0, Settings.CROSSOVER_ROOT_CHANCE) == 0)
{
//Not gradient -> gradient
if (partner.type == PicType.GRADIENT)
{
result.pos = new float[partner.pos.Length];
Array.Copy(partner.pos, result.pos, partner.pos.Length);
result.colors = new Color[partner.colors.Length];
Array.Copy(partner.colors, result.colors, partner.colors.Length);
var newMachines = new StackMachine[1];
var newTrees = new AptNode[1];
var(tree, machine) = result.GetRandomTree(r);
newTrees[0] = tree.Clone();
newMachines[0] = new StackMachine(newTrees[0]);
result.Machines = newMachines;
result.Trees = newTrees;
}
//Gradient -> not gradient
else if (result.type == PicType.GRADIENT)
{
result.pos = null;
result.colors = null;
var newMachines = new StackMachine[3];
var newTrees = new AptNode[3];
var i = r.Next(0, newTrees.Length);
newTrees[i] = result.Trees[0].Clone();
newMachines[i] = new StackMachine(newTrees[i]);
for (i = 0; i < newTrees.Length; i++)
{
if (newTrees[i] == null)
{
newTrees[i] = AptNode.GetRandomLeaf(r, video);
newMachines[i] = new StackMachine(newTrees[i]);
}
}
result.Trees = newTrees;
result.Machines = newMachines;
}
result.type = partner.type;
return(result);
}
else
{
var(ft, fs) = result.GetRandomTree(r);
var(st, ss) = partnerClone.GetRandomTree(r);
var rootBred = ft.BreedWith(st, r, video);
if (rootBred != null)
{
for (int i = 0; i < result.Trees.Length; i++)
{
if (result.Trees[i] == ft)
{
result.Trees[i] = rootBred;
}
}
}
return(result);
}
}