public override EdgeCollision CheckMapEdgeCollision(IMap map)
{
EdgeCollision edgeCollision = base.CheckMapEdgeCollision(map); //Call base method, which keeps ball in bounds
if (edgeCollision == EdgeCollision.Top || edgeCollision == EdgeCollision.Bottom) // Bounce off top or bottom
{
Direction.y *= -1; //Flip y direction
Debug.Log("Ball Edge Collide");
}
return(edgeCollision);
}
public override EdgeCollision CheckMapEdgeCollision(IMap map)
{
EdgeCollision edgeCollision = base.CheckMapEdgeCollision(map); //Call base method, which keeps ball in bounds and reverses direction
if (edgeCollision == EdgeCollision.Top)
{
CreateHitmarker(new Vector2(Bounds.center.x, Bounds.max.y));
}
else if (edgeCollision == EdgeCollision.Bottom)
{
CreateHitmarker(new Vector2(Bounds.center.x, Bounds.min.y));
}
return(edgeCollision);
}
//Every object must stay on screen vertically, so let that be the default implementation
public virtual EdgeCollision CheckMapEdgeCollision(IMap map)
{
EdgeCollision edgeCollision = map.CheckEdgeCollision(this.Bounds);
if (edgeCollision == EdgeCollision.Top)
{
MoveTo(new Vector2(this.Bounds.center.x, map.Bounds.max.y - this.Bounds.extents.y));
}
else if (edgeCollision == EdgeCollision.Bottom)
{
MoveTo(new Vector2(this.Bounds.center.x, map.Bounds.min.y + this.Bounds.extents.y));
}
return(edgeCollision);
}
// Use this for initialization
void Start()
{
Player = GameObject.Find("Player").GetComponent <Player>();
Edge = GameObject.Find("Player").GetComponent <EdgeCollision>();
if (this.transform.position.x > 0)
{
xpos = -1 * speed;
}
else
{
xpos = speed;
}
}
// Use this for initialization
void Start()
{
this.transform.position = startPosition;
DontDestroyOnLoad(this);
Edge = this.GetComponent <EdgeCollision>();
source = GetComponent <AudioSource>();
Skin = GetComponent <SpriteRenderer>();
Highscore = PlayerPrefs.GetInt("Highscore");
Stars = PlayerPrefs.GetInt("Stars");
skinName = PlayerPrefs.GetString("Skin");
tmpSkin = Resources.Load <Sprite>(skinName);
if (tmpSkin != null)
{
Skin.sprite = tmpSkin;
}
}
public static Boolean GetCollision(SphereCollision collidableA, EdgeCollision collidableB, out Vector3 position,
out Vector3 normal, out float scale, out float distance)
{
// transformation matrix 1
var tm = collidableB.Parent.ScaleMatrix * collidableB.Parent.RotationMatrix;
var pos = collidableA.Position;
var origin = collidableB.Position + Vector3.Transform(collidableB.Origin, tm);
var sv = Vector3.Transform(collidableB.SpanVector, tm);
scale = (sv.X * (pos.X - origin.X) + sv.Y * (pos.Y - origin.Y) + sv.Z * (pos.Z - origin.Z)) /
(sv.X * sv.X + sv.Y * sv.Y + sv.Z * sv.Z);
//Console.WriteLine($"{scale}");
position = origin + scale * sv;
normal = pos - position;
normal.Normalize();
distance = (pos - position).Length();
return(distance < collidableB.Distance + collidableA.Radius);
}
public static Vector3 HandleCollision(SphereCollision collider, EdgeCollision collidable, Vector3 position, Vector3 normal)
{
return(position + normal * (collidable.Distance + collider.Radius));
}
public static Boolean GetCollision(SphereCollision collidableA, EdgeCollision collidableB, out Vector3 position,
out Vector3 normal)
{
return(GetCollision(collidableA, collidableB, out position, out normal, out var f1, out var f2));
}
