void Start()
{
dnas = new ArrayList(1);
fitness_data = new ArrayList(1);
float[] valores = new float[14];
valores[(int)ProjectileDNANames.PROJECTILE_TIME] = 3.0f;
valores[(int)ProjectileDNANames.PROJECTILE_SPEED] = 5;
valores[(int)ProjectileDNANames.X_EXTRA_ACCELERATION] = 0;
valores[(int)ProjectileDNANames.X_OFFSET] = 0;
valores[(int)ProjectileDNANames.X_SIZE] = 2;
valores[(int)ProjectileDNANames.X_TELEGUIDING] = 0;
valores[(int)ProjectileDNANames.Y_EXTRA_ACCELERATION] = 0;
valores[(int)ProjectileDNANames.Y_OFFSET] = 0;
valores[(int)ProjectileDNANames.Y_SIZE] = 2;
valores[(int)ProjectileDNANames.Y_TELEGUIDING] = 0;
valores[(int)ProjectileDNANames.Z_EXTRA_ACCELERATION] = 0;
valores[(int)ProjectileDNANames.Z_OFFSET] = 0;
valores[(int)ProjectileDNANames.Z_SIZE] = 2;
valores[(int)ProjectileDNANames.Z_TELEGUIDING] = 0;
AnvilProjectileDNA starter_dna = new AnvilProjectileDNA(valores);
dnas.Add(starter_dna);
fitness_data.Add(new AnvilProjectileFitnessData());
}
AnvilProjectileDNA SwapValues()
{
float position_1;
float position_2;
position_1 = Random.Range(0, 14);
if (position_1 > 13)
{
position_1 = 13;
}
do
{
position_2 = Random.Range(0, 14);
if (position_1 > 13)
{
position_1 = 13;
}
} while ((int)position_1 == (int)position_2);
AnvilProjectileDNA new_dna = (AnvilProjectileDNA)
GetComponent <AnvilBrainResults>().dnas[GetComponent <AnvilBrainResults>().best_dna];
float change = new_dna.projectile_DNA[(int)position_1];
new_dna.projectile_DNA[(int)position_1] = new_dna.projectile_DNA[(int)position_2];
new_dna.projectile_DNA[(int)position_2] = change;
return(new_dna);
}
AnvilProjectileDNA AddValueToDNA()
{
float random_result = Random.Range(0, 1);
if (random_result <= plus_randomization_change)
{
max_or_min = 1;
}
else
{
max_or_min = -1;
}
random_result = Random.Range(0, max_value_to_add);
float value_to_add = random_result;
value_to_add *= max_or_min;
random_result = Random.Range(0, 14);
if (random_result > 13)
{
random_result = 13;
}
int wheres_the_best_dna = GetComponent <AnvilBrainResults>().best_dna;
AnvilProjectileDNA new_dna = (AnvilProjectileDNA)
GetComponent <AnvilBrainResults>().dnas[wheres_the_best_dna];
new_dna.projectile_DNA[(int)random_result] += value_to_add;
return(new_dna);
}
public void ShootsProjectile(AnvilProjectileDNA dna)
{
GameObject new_projectile = (GameObject)Resources.Load("Prefabs/Anvil Projectile");
new_projectile.GetComponent <AnvilProjectileDNA>().projectile_DNA = dna.projectile_DNA;
Instantiate(new_projectile);
new_projectile.GetComponent <AnvilProjectileDestructionData>().how_many_seconds_it_should_exist =
dna.projectile_DNA[(int)Support.ProjectileDNANames.PROJECTILE_TIME];
}
public void TrimLists()
{
AnvilProjectileDNA dna = (AnvilProjectileDNA)dnas[best_dna];
float fitness = best_fitness;
if (fitness > ((AnvilProjectileFitnessData)fitness_data[best_dna]).fitness)
{
fitness =
((AnvilProjectileFitnessData)fitness_data[best_dna]).fitness;
}
dnas = new ArrayList(1);
dnas.Add(dna);
best_dna = 0;
best_fitness = fitness;
}
// Use this for initialization
void Start()
{
Vector3 scale = new Vector3(0, 0, 0);
player = GameObject.FindGameObjectWithTag("Player");
dna = GetComponent <AnvilProjectileDNA>();
target_initial_position = player.transform.position;
target_initial_distance = target_initial_position - transform.position;
target_step = target_initial_distance / Mathf.Sqrt(target_initial_distance.x * target_initial_distance.x +
target_initial_distance.y * target_initial_distance.y +
target_initial_distance.z * target_initial_distance.z);
scale.x = dna.projectile_DNA[(int)ProjectileDNANames.X_SIZE];
scale.y = dna.projectile_DNA[(int)ProjectileDNANames.Y_SIZE];
scale.z = dna.projectile_DNA[(int)ProjectileDNANames.Z_SIZE];
transform.localScale = scale;
acceleration = new Vector3(0, 0, 0);
}
