void Start()
{
Bounds boundaries = environment.GetComponent <Renderer> ().bounds;
for (int i = 0; i < populationSize; i++)
{
bunny rabbit = CreateBunny(boundaries);
population.Add(rabbit);
}
StartCoroutine(EvaluationLoop());
}
public bunny CreateBunny(Bounds bounds)
{
Vector3 randomPosition = new Vector3(Random.Range(-0.5f, 0.5f) * bounds.size.x, Random.Range(-0.5f, 0.5f) * bounds.size.y, Random.Range(-0.5f, 0.5f) * bounds.size.z);
Vector3 worldPosition = environment.transform.position + randomPosition;
GameObject temp = Instantiate(Bunny, worldPosition, Quaternion.identity);
bunny rabbit = temp.GetComponent <bunny> ();
AssignRandomColor(temp);
AssignRandomSize(temp);
AssignRandomTemperature(temp);
return(rabbit);
}
void Breed()
{
//new list
List <bunny> tempList = new List <bunny> ();
for (int i = 1; i < population.Count; i += 2)
{
int index1 = i - 1;
int index2 = i;
float howGenesAreSplit = Random.Range(0f, 1f);
Bounds bounds = environment.GetComponent <Renderer> ().bounds;
bunny child1 = CreateBunny(bounds);
bunny child2 = CreateBunny(bounds);
tempList.Add(child1);
tempList.Add(child2);
if (howGenesAreSplit <= 0.16f)
{
Color tempColor = new Color(population [index1].color.r, population [index1].color.g, population [index2].color.b);
tempColor = mutatedColor(tempColor);
child1.SetColor(tempColor);
tempColor = new Color(population [index2].color.r, population [index2].color.g, population [index1].color.b);
tempColor = mutatedColor(tempColor);
child2.SetColor(tempColor);
Vector3 tempSize = new Vector3(population [index1].transform.localScale.x, population [index1].transform.localScale.y, population [index2].transform.localScale.z);
tempSize = mutatedSize(tempSize);
child1.SetSize(tempSize);
tempSize = new Vector3(population [index2].transform.localScale.x, population [index2].transform.localScale.y, population [index1].transform.localScale.z);
tempSize = mutatedSize(tempSize);
child2.SetSize(tempSize);
}
else if (howGenesAreSplit <= 0.32f)
{
Color tempColor = new Color(population [index1].color.r, population [index1].color.g, population [index1].color.b);
tempColor = mutatedColor(tempColor);
child1.SetColor(tempColor);
tempColor = new Color(population [index2].color.r, population [index2].color.g, population [index2].color.b);
tempColor = mutatedColor(tempColor);
child1.SetColor(tempColor);
Vector3 tempSize = new Vector3(population [index1].transform.localScale.x, population [index1].transform.localScale.y, population [index1].transform.localScale.z);
tempSize = mutatedSize(tempSize);
child1.SetSize(tempSize);
tempSize = new Vector3(population [index2].transform.localScale.x, population [index2].transform.localScale.y, population [index2].transform.localScale.z);
tempSize = mutatedSize(tempSize);
child2.SetSize(tempSize);
}
else if (howGenesAreSplit <= 0.48f)
{
Color tempColor = new Color(population [index2].color.r, population [index2].color.g, population [index2].color.b);
tempColor = mutatedColor(tempColor);
child1.SetColor(tempColor);
tempColor = new Color(population [index1].color.r, population [index1].color.g, population [index1].color.b);
tempColor = mutatedColor(tempColor);
child2.SetColor(tempColor);
Vector3 tempSize = new Vector3(population [index2].transform.localScale.x, population [index2].transform.localScale.y, population [index2].transform.localScale.z);
tempSize = mutatedSize(tempSize);
child1.SetSize(tempSize);
tempSize = new Vector3(population [index1].transform.localScale.x, population [index1].transform.localScale.y, population [index1].transform.localScale.z);
tempSize = mutatedSize(tempSize);
child2.SetSize(tempSize);
}
else if (howGenesAreSplit <= 0.64f)
{
Color tempColor = new Color(population [index1].color.r, population [index2].color.g, population [index2].color.b);
tempColor = mutatedColor(tempColor);
child1.SetColor(tempColor);
tempColor = new Color(population [index2].color.r, population [index1].color.g, population [index1].color.b);
tempColor = mutatedColor(tempColor);
child2.SetColor(tempColor);
Vector3 tempSize = new Vector3(population [index1].transform.localScale.x, population [index1].transform.localScale.y, population [index2].transform.localScale.z);
tempSize = mutatedSize(tempSize);
child1.SetSize(tempSize);
tempSize = new Vector3(population [index2].transform.localScale.x, population [index1].transform.localScale.y, population [index1].transform.localScale.z);
tempSize = mutatedSize(tempSize);
child2.SetSize(tempSize);
}
else if (howGenesAreSplit <= 0.8f)
{
Color tempColor = new Color(population [index1].color.r, population [index2].color.g, population [index1].color.b);
tempColor = mutatedColor(tempColor);
child1.SetColor(tempColor);
tempColor = new Color(population [index2].color.r, population [index1].color.g, population [index2].color.b);
tempColor = mutatedColor(tempColor);
child2.SetColor(tempColor);
Vector3 tempSize = new Vector3(population [index1].transform.localScale.x, population [index2].transform.localScale.y, population [index1].transform.localScale.z);
tempSize = mutatedSize(tempSize);
child1.SetSize(tempSize);
tempSize = new Vector3(population [index2].transform.localScale.x, population [index1].transform.localScale.y, population [index2].transform.localScale.z);
tempSize = mutatedSize(tempSize);
child2.SetSize(tempSize);
}
else
{
Color tempColor = new Color(population [index2].color.r, population [index1].color.g, population [index2].color.b);
tempColor = mutatedColor(tempColor);
child1.SetColor(tempColor);
tempColor = new Color(population [index1].color.r, population [index2].color.g, population [index1].color.b);
tempColor = mutatedColor(tempColor);
child2.SetColor(tempColor);
Vector3 tempSize = new Vector3(population [index2].transform.localScale.x, population [index1].transform.localScale.y, population [index2].transform.localScale.z);
tempSize = mutatedSize(tempSize);
child1.SetSize(tempSize);
tempSize = new Vector3(population [index1].transform.localScale.x, population [index2].transform.localScale.y, population [index1].transform.localScale.z);
tempSize = mutatedSize(tempSize);
child2.SetSize(tempSize);
}
float tempTemp = Random.Range(population [index1].temperature, population [index2].temperature);
tempTemp = mutatedTemperature(tempTemp);
child1.SetTemp(tempTemp);
tempTemp = Random.Range(population [index1].temperature, population [index2].temperature);
tempTemp = mutatedTemperature(tempTemp);
child2.SetTemp(tempTemp);
}
population.AddRange(tempList);
}
void Start()
{
Bunny = new bunny();
}