// Update is called once per frame
void Update()
{
for (int spaghetti = 0; spaghetti < allColliders.Count; spaghetti++)
{
allColliders[spaghetti].gameObject.GetComponent <Renderer>().material.color = Color.red;
}
for (int i = 0; i < allColliders.Count; i++)
{
for (int j = 0; j < allColliders.Count; j++)
{
if (i != j && allColliders[i].gameObject != allColliders[j].gameObject)
{
Vector3 range = allColliders[j].transform.position - allColliders[i].transform.position;
if (range.magnitude - (distanceCheckRadius * 2) < 0)
{
// alternatively you could just add the collisions to a list and operate on them in another loop
CollisionHull2D.HullCollision newCollision = new CollisionHull2D.HullCollision();
if (allColliders[i].hull == CollisionHull2D.hullType.CIRCLE && allColliders[j].hull == CollisionHull2D.hullType.CIRCLE)
{
newCollision = CollisionHull2D.CircleCircleCollision(allColliders[i].GetComponent <CircleHull>(), allColliders[j].GetComponent <CircleHull>());
collisionHappened = newCollision.status;
}
if (allColliders[i].hull == CollisionHull2D.hullType.CIRCLE && allColliders[j].hull == CollisionHull2D.hullType.AABB)
{
newCollision = CollisionHull2D.CircleAABBCollision(allColliders[i].GetComponent <CircleHull>(), allColliders[j].GetComponent <AABBHull>());
collisionHappened = newCollision.status;
//Debug.Log(newCollision.contacts[0].normal);
//Debug.Log(newCollision.status);
//Debug.Log(newCollision.contacts[0].normal);
//Debug.Log(newCollision.contacts[0].point);
//Debug.Log(newCollision.closingVelocity);
}
if (allColliders[i].hull == CollisionHull2D.hullType.CIRCLE && allColliders[j].hull == CollisionHull2D.hullType.OBB)
{
newCollision = CollisionHull2D.CircleOBBCollision(allColliders[i].GetComponent <CircleHull>(), allColliders[j].GetComponent <OBBHull>());
collisionHappened = newCollision.status;
}
if (allColliders[i].hull == CollisionHull2D.hullType.AABB && allColliders[j].hull == CollisionHull2D.hullType.AABB)
{
newCollision = CollisionHull2D.AABBAABBCollision(allColliders[i].GetComponent <AABBHull>(), allColliders[j].GetComponent <AABBHull>());
collisionHappened = newCollision.status;
}
if (allColliders[i].hull == CollisionHull2D.hullType.AABB && allColliders[j].hull == CollisionHull2D.hullType.OBB)
{
newCollision = CollisionHull2D.AABBOBBCollision(allColliders[i].GetComponent <AABBHull>(), allColliders[j].GetComponent <OBBHull>());
collisionHappened = newCollision.status;
//Debug.Log(newCollision.contacts[0].normal);
Debug.Log(newCollision.status);
Debug.Log(newCollision.closingVelocity);
//Debug.Log(newCollision.contacts[0].point);
//Debug.Log(newCollision.closingVelocity);
}
if (allColliders[i].hull == CollisionHull2D.hullType.OBB && allColliders[j].hull == CollisionHull2D.hullType.OBB)
{
newCollision = CollisionHull2D.OBBOBBCollision(allColliders[i].GetComponent <OBBHull>(), allColliders[j].GetComponent <OBBHull>());
collisionHappened = newCollision.status;
}
if (collisionHappened)
{
if (newCollision.status)
{
//currentCollisions.Add();
bool duplicate = false;
for (int h = 0; h < Collisions.Count; h++)
{
if ((newCollision.a == Collisions[h].a || newCollision.a == Collisions[h].b) && (newCollision.b == Collisions[h].a || newCollision.b == Collisions[h].b))
{
duplicate = true;
}
}
if (!duplicate)
{
//Debug.Log("contact normal");
//Debug.Log(newCollision.contacts[0].normal);
Collisions.Add(newCollision);
}
}
allColliders[i].gameObject.GetComponent <Renderer>().material.color = Color.green;
allColliders[j].gameObject.GetComponent <Renderer>().material.color = Color.green;
}
collisionHappened = false;
}
}
}
}
for (int k = 0; k < Collisions.Count; k++)
{
CollisionHull2D.ResolveCollision(Collisions[k]);
}
Collisions.Clear();
}
void Update()
{
respawnAsteroids = true;
//Debug.Log(allColliders.Count);
for (int spaghetti = 0; spaghetti < allColliders.Count; spaghetti++)
{
if (allColliders[spaghetti] == null)
{
allColliders.RemoveAt(spaghetti);
spaghetti--;
}
else if (allColliders[spaghetti].gameObject.tag == "Asteroid")
{
respawnAsteroids = false;
}
//else allColliders[spaghetti].gameObject.GetComponent<Renderer>().material.color = Color.red;
}
if (respawnAsteroids)
{
Debug.Log("destroyed all asteroids");
for (int i = 0; i < asteroidAmount; i++)
{
float type = Random.Range(0, 2);
float loc = Random.Range(0, 4);
Vector2 newPosOnBorder = new Vector2();
if (loc == 0)
{
newPosOnBorder = new Vector2(Screen.width, Random.Range(-Screen.height, Screen.height));
}
if (loc == 1)
{
newPosOnBorder = new Vector2(-Screen.width, Random.Range(-Screen.height, Screen.height));
}
if (loc == 2)
{
newPosOnBorder = new Vector2(Random.Range(-Screen.width, Screen.width), Screen.height);
}
if (loc == 3)
{
newPosOnBorder = new Vector2(Random.Range(-Screen.width, Screen.width), -Screen.height);
}
//Debug.Log(newPosOnBorder);
if (type == 0)
{
Instantiate(largeCircle, newPosOnBorder, Quaternion.identity);
}
if (type == 1)
{
Instantiate(largeRect, newPosOnBorder, Quaternion.identity);
}
}
}
for (int i = 0; i < allColliders.Count; i++)
{
for (int j = 0; j < allColliders.Count; j++)
{
if (i != j && allColliders[i].gameObject != allColliders[j].gameObject)
{
Vector3 range = allColliders[j].transform.position - allColliders[i].transform.position;
if (range.magnitude - (distanceCheckRadius * 2) < 0)
{
// alternatively you could just add the collisions to a list and operate on them in another loop
CollisionHull2D.HullCollision newCollision = new CollisionHull2D.HullCollision();
if (allColliders[i].hull == CollisionHull2D.hullType.CIRCLE && allColliders[j].hull == CollisionHull2D.hullType.CIRCLE)
{
newCollision = CollisionHull2D.CircleCircleCollision(allColliders[i].GetComponent <CircleHull>(), allColliders[j].GetComponent <CircleHull>());
collisionHappened = newCollision.status;
}
if (allColliders[i].hull == CollisionHull2D.hullType.CIRCLE && allColliders[j].hull == CollisionHull2D.hullType.AABB)
{
newCollision = CollisionHull2D.CircleAABBCollision(allColliders[i].GetComponent <CircleHull>(), allColliders[j].GetComponent <AABBHull>());
collisionHappened = newCollision.status;
//Debug.Log(newCollision.contacts[0].normal);
//Debug.Log(newCollision.status);
//Debug.Log(newCollision.contacts[0].normal);
//Debug.Log(newCollision.contacts[0].point);
//Debug.Log(newCollision.closingVelocity);
}
if (allColliders[i].hull == CollisionHull2D.hullType.CIRCLE && allColliders[j].hull == CollisionHull2D.hullType.OBB)
{
newCollision = CollisionHull2D.CircleOBBCollision(allColliders[i].GetComponent <CircleHull>(), allColliders[j].GetComponent <OBBHull>());
collisionHappened = newCollision.status;
}
if (allColliders[i].hull == CollisionHull2D.hullType.AABB && allColliders[j].hull == CollisionHull2D.hullType.AABB)
{
newCollision = CollisionHull2D.AABBAABBCollision(allColliders[i].GetComponent <AABBHull>(), allColliders[j].GetComponent <AABBHull>());
collisionHappened = newCollision.status;
}
if (allColliders[i].hull == CollisionHull2D.hullType.AABB && allColliders[j].hull == CollisionHull2D.hullType.OBB)
{
newCollision = CollisionHull2D.AABBOBBCollision(allColliders[i].GetComponent <AABBHull>(), allColliders[j].GetComponent <OBBHull>());
collisionHappened = newCollision.status;
//Debug.Log(newCollision.contacts[0].normal);
//Debug.Log(newCollision.status);
//Debug.Log(newCollision.closingVelocity);
//Debug.Log(newCollision.contacts[0].point);
//Debug.Log(newCollision.closingVelocity);
}
if (allColliders[i].hull == CollisionHull2D.hullType.OBB && allColliders[j].hull == CollisionHull2D.hullType.OBB)
{
newCollision = CollisionHull2D.OBBOBBCollision(allColliders[i].GetComponent <OBBHull>(), allColliders[j].GetComponent <OBBHull>());
collisionHappened = newCollision.status;
}
if (collisionHappened)
{
if (newCollision.status)
{
//currentCollisions.Add();
bool duplicate = false;
for (int h = 0; h < Collisions.Count; h++)
{
if ((newCollision.a == Collisions[h].a || newCollision.a == Collisions[h].b) && (newCollision.b == Collisions[h].a || newCollision.b == Collisions[h].b))
{
duplicate = true;
}
}
if (!duplicate)
{
Collisions.Add(newCollision);
}
}
// allColliders[i].gameObject.GetComponent<Renderer>().material.color = Color.green;
//allColliders[j].gameObject.GetComponent<Renderer>().material.color = Color.green;
}
collisionHappened = false;
}
}
}
}
for (int k = 0; k < Collisions.Count; k++)
{
CollisionHull2D.ResolveCollision(Collisions[k]);
if (Collisions[k].a.gameObject.tag == "bullet" || Collisions[k].b.gameObject.tag == "bullet")
{
if (Collisions[k].a.gameObject.tag == "Asteroid" || Collisions[k].a.gameObject.tag == "Asteroid")
{
if (Collisions[k].a.gameObject.tag == "Asteroid")
{
Collisions[k].a.GetComponent <AsteroidScript>().Multiply();
Destroy(Collisions[k].b.gameObject);
}
else
{
Collisions[k].b.GetComponent <AsteroidScript>().Multiply();
Destroy(Collisions[k].a.gameObject);
}
update_score();
}
}
if (Collisions[k].a.gameObject.tag == "Player" || Collisions[k].b.gameObject.tag == "Player")
{
if (Collisions[k].a.tag == "bullet" || Collisions[k].b.tag == "bullet")
{
}
if (Collisions[k].a.gameObject.tag == "Asteroid" || Collisions[k].b.gameObject.tag == "Asteroid")
{
Destroy(Collisions[k].a.gameObject);
Destroy(Collisions[k].b.gameObject);
}
}
}
Collisions.Clear();
}
