protected override bool CollideRectangle(RectangleCollider other, out CollisionData data)
{
Vector2 depth = AABB.GetIntersectionDepth(Bounds, other.Bounds);
if (depth != Vector2.Zero && (Math.Abs(depth.X) > 1 || Math.Abs(depth.Y) > 1))
{
data = new CollisionData(depth);
return true;
}
data = new CollisionData(Vector2.Zero);
return false;
}
public static bool Collide(Collider a, Collider b, out CollisionData data)
{
return a.Collide(b, out data);
}
// ABSTRACT METHODS protected abstract bool CollideRectangle(RectangleCollider other, out CollisionData data);
protected abstract bool CollidePolygon(PolygonCollider other, out CollisionData data);
protected abstract bool CollideCircle(CircleCollider other, out CollisionData data);
public virtual bool Collide(Collider other, out CollisionData data)
{
switch (other.Type)
{
case ColliderTypes.Rectangle:
return CollideRectangle(other as RectangleCollider, out data);
case ColliderTypes.Circle:
return CollideCircle(other as CircleCollider, out data);
case ColliderTypes.Polygon:
return CollidePolygon(other as PolygonCollider, out data);
default:
data = new CollisionData(Vector2.Zero);
return false;
}
}
protected override bool CollideRectangle(RectangleCollider other, out CollisionData data)
{
// TODO: check collision
data = new CollisionData(Vector2.Zero);
return false;
}
protected override bool CollidePolygon(PolygonCollider other, out CollisionData data)
{
// TODO: check collision
data = new CollisionData(Vector2.Zero);
return false;
}
