public Genome(SexGene pSex, ColorGene pColor, HeightGene pHeight, SpeedGene pSpeed, BehaviorGene pBehavior)
{
sex = pSex;
color = pColor;
height = pHeight;
speed = pSpeed;
behavior = pBehavior;
}
/// <summary>
/// Returns a new mutated copy genome that is a mix of both parents genome
/// </summary>
/// <param name="otherGenome"></param>
/// <param name="mutationFactor"></param>
/// <param name="mutationChance"></param>
/// <returns></returns>
public Genome CrossGenome(Genome otherGenome, float mutationFactor, float mutationChance)
{
SexGene newSex = sex.CrossGene(otherGenome.Sex);
ColorGene newColor = color.CrossGene(otherGenome.Color, mutationFactor, mutationChance);
HeightGene newSize = height.CrossGene(otherGenome.Height, mutationFactor, mutationChance);
SpeedGene newSpeed = speed.CrossGene(otherGenome.Speed, mutationFactor, mutationChance);
BehaviorGene newBehavior = behavior.CrossGene(otherGenome.Behavior, mutationFactor, mutationChance);
return(new Genome(newSex, newColor, newSize, newSpeed, newBehavior));
}
void Start()
{
if (CLeft != null && CRight != null)
{
// Create the genes for the first generation
ColorGene color = new ColorGene(new ColorAllele(CLeft.Allele.Dominance, CLeft.Allele.Color), new ColorAllele(CRight.Allele.Dominance, CRight.Allele.Color));
HeightGene size = new HeightGene(new HeightAllele(SLeft.Allele.Dominance, SLeft.Allele.Height), new HeightAllele(SRight.Allele.Dominance, SRight.Allele.Height));
// Create the new genome with the given genes
//genome = new Genome(color, size);
//genome.ExpressGenome(this);
// This is for debugging in inspector
colorLeft = new Color(genome.Color.AlleleA.Color.r, genome.Color.AlleleA.Color.g, genome.Color.AlleleA.Color.b);
colorRight = new Color(genome.Color.AlleleB.Color.r, genome.Color.AlleleB.Color.g, genome.Color.AlleleB.Color.b);
sizeLeft = genome.Height.AlleleA.Height;
sizeRight = genome.Height.AlleleB.Height;
}
}
private void SpawnFirstGenerationOfEntities() // ???
{
for (int s = 0; s < species.Count; s++)
{
for (int i = 0; i < species[s].total; i++)
{
GameObject o = entityPooler.SpawnFromPool("Entity", GetRandomPosition(), Quaternion.identity);
if (o == null)
{
break;
}
Entity e = o.GetComponent <Entity>();
e.transform.LookAt(Vector3.zero);
SexAllele sexA;
SexAllele sexB;
ColorAllele colorA = species[s].colorAlleles[Random.Range(0, species[s].numberOfColorAlleles)].Allele;
ColorAllele colorB = species[s].colorAlleles[Random.Range(0, species[s].numberOfColorAlleles)].Allele;
HeightAllele heightA = species[s].heightAlleles[Random.Range(0, species[s].numberOfHeightAlleles)].Allele;
HeightAllele heightB = species[s].heightAlleles[Random.Range(0, species[s].numberOfHeightAlleles)].Allele;
SpeedAllele speedA = species[s].speedAlleles[Random.Range(0, species[s].numberOfSpeedAlleles)].Allele;
SpeedAllele speedB = species[s].speedAlleles[Random.Range(0, species[s].numberOfSpeedAlleles)].Allele;
BehaviorAllele behaviorA = species[s].behaviorAlleles[Random.Range(0, species[s].numberOfBehaviorAlleles)].Allele;
if (i < species[s].females)
{
sexA = species[s].sexAlleles[0].Allele;
sexB = species[s].sexAlleles[0].Allele;
}
else
{
sexA = species[s].sexAlleles[0].Allele;
sexB = species[s].sexAlleles[1].Allele;
}
SexGene sex = new SexGene(sexA.GetCopy(), sexB.GetCopy());
ColorGene color = new ColorGene(colorA.GetCopy(0.25f, 75.0f), colorB.GetCopy(0.25f, 75.0f));
HeightGene height = new HeightGene(heightA.GetCopy(2.0f, 75.0f), heightB.GetCopy(2.0f, 50.0f));
SpeedGene speed = new SpeedGene(speedA.GetCopy(5.0f, 100.0f), speedB.GetCopy(5.0f, 100.0f));
BehaviorGene behavior = new BehaviorGene(behaviorA.GetCopy(0.5f, 75.0f), behaviorA.GetCopy(0.5f, 75.0f));
e.Genome = new Genome(sex, color, height, speed, behavior);
e.ExpressGenome();
if (s == 0)
{
e.SetOrder(Order.HERBIVORE);
Counter.Instance.AddHerbivoreTotal();
Counter.Instance.AddHerbivoreAlive();
}
else
{
e.SetOrder(Order.CARNIVORE);
Counter.Instance.AddCarnivoreTotal();
Counter.Instance.AddCarnivoreAlive();
}
}
}
}
