public void AddCollidableObjects(DynamicGameObject dgo)
{
if (collidableObjects.IndexOf(dgo) == -1)
{
collidableObjects.Add(dgo);
}
}
public StarObject(World currentWorld)
: base(currentWorld, 25/2)
{
this.SpriteName = "stars";
this.IsGravityDisabled = true;
rotatorObj = new DynamicGameObject(currentWorld);
rotatorObj.IsGravityDisabled = true;
rotatorObj.SpriteName = "rotator";
rotatorObj.Rotation = (float) (RandomUtil.Random.NextDouble() * Math.PI * 2);
rotatorObj.AngularVelocity = 0.15f;
this.Type = ObjectType.Star;
//InitAnimator();
}
private void OnHitStar(DynamicGameObject dgo)
{
stars++;
if (dgo.Visible)
{
AddSparkle(dgo.Position);
}
dgo.Visible = false;
}
private void OnHitNest(DynamicGameObject dgo)
{
//this.AfterUpdateFuncDelegate = () =>
//{
ResetLevel();
currentLevel++;
if (currentLevel > 4) currentLevel = 1;
LoadNextLevel();
//};
}
private void OnHitBalance(DynamicGameObject dgo)
{
IStickOn stickOn = dgo as IStickOn;
UpdateStickingData(stickOn);
Vector2 np = dgo.CollisionDetector.FindExactCollidingPoint(bird.Shape);
bird.UpdatePosition(np.X, np.Y);
}
public void RemoveCollidableObjects(DynamicGameObject dgo)
{
collidableObjects.Remove(dgo);
}
public static void AddObject(DynamicGameObject dgo, PlayScreen screen, float x, float y)
{
screen.ObjectManager.AddGameObject(dgo, PlayScreen.GAMEOBJ_BATCH);
dgo.UpdatePosition(x, y);
screen.AddCollidableObjects(dgo);
}
public WrapperCircle(DynamicGameObject gdo, float radius)
{
this.gdo = gdo;
this.radius = radius;
radiusOverriden = true;
}
public WrapperCircle(DynamicGameObject gdo)
{
this.gdo = gdo;
radiusOverriden = false;
}
public WrapperLine(RectangleBlock rect, int side)
{
this.wrapObj = rect;
this.side = side;
start = new Vector2();
end = new Vector2();
Sync();
}
public WrapperLine(LineObject line)
{
wrapObj = line;
this.side = -1;
}
public LineCollisionDetector(DynamicGameObject dgo, ILine line)
{
this.dgo = dgo;
this.line = line;
}
public LineCollisionDetector(DynamicGameObject dgo)
{
this.dgo = dgo;
line = dgo.Shape as ILine;
}
public CircleCollisionDetector(DynamicGameObject dgo, IShape shape)
{
this.dgo = dgo;
circle = shape as ICircle;
}