/// <summary>
/// Führt die Kollisionsbehebung zwischen Entities aus.
/// </summary>
/// <param name="entity">eine Entity</param>
/// <param name="counter">des Objekts, aktuelle Stelle in der Liste</param>
private void collisionWithEntities(Entity entity, int counter)
{
for(int c = 0; c < scene.Entities.Count; c++)
{
// Prüft sich nicht selbst
if(c == counter)
continue;
Vector2 collisionResolving = scene.Entities[c].Shape.GetCollisionSolvingVector(entity.Shape);
if(collisionResolving != Vector2.Zero)
{
Collision collision = new Collision(entity, scene.Entities[c], collisionResolving);
if(!collisions.ContainsKey(collision.ID))
collisions.Add(collision.ID, collision);
}
}
}
/// <summary>
/// Führt die Kollisionsbehebung zwischen einer Entity und der Map aus.
/// </summary>
/// <param name="entity">eine Entity</param>
private void collisionWithMap(Entity entity)
{
foreach(Layer layer in scene.Map.Layers)
{
if(layer.CollisionLevel != entity.Body.CollisionLevel)
continue;
foreach(Tile tile in layer.TileMap)
{
Vector2 collisionResolving = tile.Shape.GetCollisionSolvingVector(entity.Shape);
if(collisionResolving != Vector2.Zero)
{
Collision collision = new Collision(entity, tile, collisionResolving);
if(!collisions.ContainsKey(collision.ID))
collisions.Add(collision.ID, collision);
}
}
}
}
