void newWave()
{
Debug.Log("new totem wave !");
totemWave++;
if (totemWave > waves.Length)
{
finalBoss();
}
else
{
for (int i = 0; i < waves[totemWave].repartition.Length; i++)
{
for (int k = 0; k < waves[totemWave].repartition[i]; k++)
{
//determine if sticky or not
bool sticky = false;
if (waves[totemWave].sticky > 0)
{
if (waves[totemWave].good + waves[totemWave].bad - i > waves[totemWave].sticky)
{
sticky = true;
waves[totemWave].sticky--;
}
else
{
sticky = Random.Range(0, waves[totemWave].good + waves[totemWave].bad) < waves[totemWave].sticky ? true : false;
}
}
//determine if we pick a good or bad one
bool polarity = false;
if (waves[totemWave].good > 0)
{
polarity = Random.Range(0, 1) > 0.5 ? false : true;
if (polarity)
{
waves[totemWave].good--;
}
}
//determine angle
float angle = (i * 360 / waves[totemWave].repartition.Length) + (k * 13);
TotemObject totem = new TotemObject(firePos.position, i, angle, polarity, sticky);
spawnTotem(totem);
}
}
}
}
void spawnTotem(TotemObject totem)
{
// TotemObject totem = new TotemObject(firePos.position, i, false);
GameObject Totem;
if (totem.polarity)
{
Totem = Instantiate(totem_good, totem.position, totem.rotation);
}
else
{
Totem = Instantiate(totem_bad, totem.position, totem.rotation);
}
Totem.GetComponent <TotemInstance>().angle = totem.angle;
Totem.GetComponent <TotemInstance>().radius = totem.radius;
Totem.GetComponent <TotemInstance>().id = totem.id;
Totem.GetComponent <TotemInstance>().polarity = totem.polarity;
gameManager.addTotemToList(totem);
// Debug.Log(totemsAlive.Count);
}
public static void addTotemToList(TotemObject totem)
{
totemsAlive.Add(totem);
}
