public void SetTarget(Root root)
{
target = root;
this.root = target.root;
transform.position = this.root.gameObject.transform.position + new Vector3(0, 20f, 0);
updateUpgrade();
updateRepair();
updateSell();
ui.SetActive(true);
}
internal void BuildRootTo(RootBluePrint rootPrefab, Vector3 destination)
{
if (PlayerStats.money < rootPrefab.price)
{
Debug.Log("Not enough money ! You have " + PlayerStats.money + "$ and the root costs " + rootPrefab.price + "$");
return;
}
else
{
Debug.Log("You have enough money ! You have " + PlayerStats.money + "$ and the root costs " + rootPrefab.price + "$");
PlayerStats.money -= rootPrefab.price;
Debug.Log("Now you have " + PlayerStats.money + "$");
}
if (extendable is SpotBluerint)
{
Debug.Log("HideSpot");
//GameObject[] spots = ((SpotBluerint)extendable).parent.getSpots();
//foreach (GameObject spot in spots) spot.SetActive(false);
}
Vector3 origin = extendable.GetGameObject().transform.position;
if (!isWithinRange(origin, destination))
{
Debug.Log("You can build too far !");
return;
}
float x = destination.x - origin.x;
float z = destination.z - origin.z;
Vector3 offset = new Vector3(x, 0, z);
Vector3 position = offset / 2.0f;
position.x += origin.x;
position.z += origin.z;
// Génère une taille en fonction de clique de la souris et l'origine
float dist = Vector3.Distance(destination, origin) / 2f;
Vector3 scale = new Vector3(10f, dist, 10f);
rootPrefab.gameObject.transform.localScale = scale;
// Crée un angle à partir d'un offset
float angle = Vector3.Angle(offset, transform.forward);
// Corrige l'angle si jamais destination.x < origin.x car Vector3.Angle(from, to) ne retourne qu'un angle sur 180°, il faut donc l'inverser quand on est dans les négatifs
if (destination.x < origin.x)
{
angle = -angle;
}
// Fait un angle de 90 degés pour que a racine soit bien orientée
Quaternion spawnRotation = Quaternion.Euler(90, angle, 0);
// Instancie une racine
GameObject root = Instantiate(rootPrefab.gameObject, position, spawnRotation);
}
