public void NextStep(bool print)
{
Parallel.For(0, brains.Count, b =>
{
Brain brain = brains[b];
brain.Correct = 0;
BitStorage output = brain.Output;
foreach (var pair in numbers)
{
BitStorage input = pair.Key;
bool isPrime = pair.Value;
brain.Process(input, output);
bool result = output[0];
if (result == isPrime)
{
brain.Correct++;
}
}
});
brains = brains.OrderBy(b => b.Correct).ToList();
Brain bestBrain = brains[brains.Count - 1];
Brain secondBrain = brains[brains.Count - 2];
Brain worstBrain = brains[0];
brains.Remove(worstBrain);
if (print)
{
Console.WriteLine("best : " + bestBrain.Correct + ", second: " + secondBrain.Correct + ", worst: " + worstBrain.Correct + ", max: " + maxCorrect);
}
if (bestBrain.Correct > (maxCorrect * 85) / 100)
{
AddNumber();
}
Genome genome = sex.MakeChild(bestBrain.Genome, secondBrain.Genome, random.Next(1, 100));
Brain newBrain = new Brain();
newBrain.Load(genome);
brains.Add(newBrain);
}
public void Do(IMonster monster)
{
CellAreaInfo areaInfo = monster.AreaInfo as CellAreaInfo;
CellArea area = areaInfo.Area as CellArea;
int x = areaInfo.X;
int y = areaInfo.Y;
int moveNr = (this[0] ? 1 : 0) + (this[1] ? 2 : 0);
switch (moveNr)
{
case 0: y--; break;
case 1: y++; break;
case 2: x--; break;
case 3: x++; break;
}
Collision = false;
Cell targetCell = area.GetCellAt(x, y);
switch (targetCell.ContentType)
{
case ContentType.Empty:
areaInfo.MoveTo(x, y);
break;
case ContentType.Wall:
Collision = true;
break;
case ContentType.Food:
monster.Energy += CellArea.FOOD_ENERGY;
targetCell.ContentType = ContentType.Empty;
break;
case ContentType.Monster:
Collision = true;
if (monster.Energy < CellArea.MONSTER_ACTIVE_SEX_ENERGY)
{
break;
}
IMonster targetMonster = (IMonster)targetCell.Content;
if (targetMonster.Energy < CellArea.MONSTER_PASSIVE_SEX_ENERGY)
{
break;
}
Genome genome = sex.MakeChild(monster.Brain.Genome, targetMonster.Brain.Genome);
if (genome != null)
{
monster.Energy -= CellArea.MONSTER_INIT_ENERGY * 0.5;
targetMonster.Energy -= CellArea.MONSTER_INIT_ENERGY * 0.5;
area.UsedEnergy -= CellArea.MONSTER_INIT_ENERGY;
SimpleMonster.Monster m = area.AddNewMonster(genome) as SimpleMonster.Monster;
m.Parents = (monster as SimpleMonster.Monster).Parents + "S";
}
//else
//{
// // Get energy from target monster
// targetMonster.Energy -= CellArea.FOOD_ENERGY;
// monster.Energy += CellArea.FOOD_ENERGY;
//}
break;
}
}
