[SerializeField] public int typeOfAnimal; //whichever class we want to use, the Bunny: bunny class or Cat: Bunny class
// Start is called before the first frame update
void Start()
{
i = SydneyIterate.first(); //set i to first of the iterator
objs = new GameObject[numOfObjects]; //an array of new gameobjects (obj)
//which particle type do we want to use (1 for Bunny, 2 for Cat)
if (typeOfAnimal == 1)
{
c1 = new Bunny(); //super class
}
else if (typeOfAnimal == 2)
{
c1 = new Cat(); //sub class
}
}
//all child classes will contain isSpawn since it is virtual
//function creates random value between 1 and spawnspeed,
//if value is under 2f, and we are not out of objects (based on iterators isDone),
//spawn the object
virtual public bool isSpawn(int numOfObjects, float spawnSpeed)
{
float poss;
poss = Random.Range(1f, spawnSpeed);
if (poss <= 2f && !SydneyIterate.isDone(numOfObjects))
{
return(true);
}
else
{
return(false);
}
}
// Update is called once per frame
void Update()
{
//both Bunny and Cat have a function isSpawn, but is only declared in the Bunny class.
//Cat inherits this function since it is virtual. isSpawn is a random number generator
//to determine if we should spawn the object yet or not.
if (c1.isSpawn(numOfObjects, spawnSpeed))
{
//rand is a random value on the x-axis to make the particle fall more natural
randx = Random.Range(0, 16);
randy = Random.Range(0, 16);
//instantiate whatever object we are at in the iterator
objs[i] = Instantiate(obj, new Vector2(randx, randy), transform.rotation);
//cat has a different spawnBun function than bunny, so it is static in bunny
//spawnBun either makes the sprite spawned a bunny or a cat
c1.spawnBun(objs[i]);
//use the iterator next function
i = SydneyIterate.next();
}
}
