private void TryGenerateCircle()
{
ICollider2D circleDummyCollider = new Circle(new PositionMagnitude(1));
float size = f_size.Evaluate(Random.value);
float velocity = f_velocity.Evaluate(Random.value);
int layer = Mathf.RoundToInt(f_layers.Evaluate(Random.value));
bool isTrigger = Random.value < f_triggerProbability;
Position position = new Position(2 * f_levelSize.x * f_startX.Evaluate(Random.value), 2 * f_levelSize.y * f_startY.Evaluate(Random.value));
position = TemporaryHelperFunctions.ComponentWiseClamp(position, Position.zero + new Position(size / 2, size / 2), 2 * new Position(f_levelSize) - new Position(size / 2, size / 2));
AABB propRect = new AABB(position - size * Position.one, position + size * Position.one);
bool works = true;
// f_rbs does not cover the changes to the RB; I have to ask a simulation to get that data
//foreach (Rigidbody rigidbody in f_rbs) {
foreach (Rigidbody rigidbody in SuperPhysicsManager.Instance.PhysicsManagers[0].Rigidbodies)
{
if (
(!rigidbody.ColliderData.IsTrigger && !isTrigger) &&
SuperPhysicsManager.Instance.PhysicsMatrix.DoCollide(rigidbody.ColliderData.LayerNumber, layer) &&
Intersections.DoIntersectAABBAABB(rigidbody.ColliderData.GlobalAABB, propRect))
{
works = false;
break;
}
}
if (!works)
{
return;
}
Transform2D subT = Transform2D.New(f_rootTransform);
subT.Position = new Position((propRect.Right + propRect.Left).Float / 2, (propRect.Top + propRect.Bottom).Float / 2);
subT.Scale = size;
GameObject subGO = GameObject.New(subT);
Rigidbody rb = Rigidbody.New(
new DynamicData(new Velocity(velocity * Random.insideUnitCircle), Acceleration.zero),
new ObjectData(new PhysicsMaterial(), new Mass(1)),
new ColliderData(circleDummyCollider, isTrigger, layer, subT));
subGO.AddComponent(rb);
AddRB(rb);
f_dynamics.Add(rb);
}
public GameObject CloneLeave()
{
Transform2D newTransform = Transform2D.New(null);
newTransform.Position = Transform.Position;
newTransform.Angle = Transform.Angle;
newTransform.Scale = Transform.Scale;
GameObject newGO = GameObject.New(newTransform);
foreach (Component comp in f_components)
{
comp.Clone(newGO);
}
return(newGO);
}
private void Start()
{
f_rootTransform = Transform2D.New(null);
f_root = GameObject.New(f_rootTransform);
ICollider2D aabbDummyCollider = new AABB(new Position(-1, -1), new Position(1, 1));
/* Create a border of AABBs */
{
// for (int x = 0; x <= f_levelSize.x; ++x) {
// for (int y = 0; y < 2; ++y) {
// Transform2D subT = Transform2D.New(f_rootTransform);
// subT.Position = new Position(x * 2, y * f_levelSize.y * 2);
// GameObject subGO = GameObject.New(subT);
// Rigidbody rb = Rigidbody.New(
// new DynamicData(Velocity.zero, Acceleration.zero),
// new ObjectData(new PhysicsMaterial(), new Mass(1)),
// new ColliderData(aabbDummyCollider, false, 0, subT));
// subGO.AddComponent(rb);
// AddRB(rb);
// }
// }
// for (int y = 1; y < f_levelSize.y; ++y) {
// for (int x = 0; x < 2; ++x) {
// Transform2D subT = Transform2D.New(f_rootTransform);
// subT.Position = new Position(x * f_levelSize.x * 2, y * 2);
// GameObject subGO = GameObject.New(subT);
// Rigidbody rb = Rigidbody.New(
// new DynamicData(Velocity.zero, Acceleration.zero),
// new ObjectData(new PhysicsMaterial(), new Mass(1)),
// new ColliderData(aabbDummyCollider, false, 0, subT));
// subGO.AddComponent(rb);
// AddRB(rb);
// }
// }
}
}
