private void UpdateLaserQueue()
{
if (laserbeamPaq.Count > DetectionDelay)
{
List <Laserbeam> laserbeams = laserbeamPaq.Peek(DetectionDelay);
OnLaserbeams(laserbeams);
HashSet <Laserbeam> handledThisUpdate = new HashSet <Laserbeam>();
foreach (Laserbeam beam in laserbeams)
{
if (!handledBeams.Contains(beam))
{
handledBeams.Add(beam);
OnNewLaserbeam(beam);
}
handledThisUpdate.Add(beam);
}
foreach (Laserbeam beam in handledBeams.Except(handledThisUpdate).ToArray())
{
handledBeams.Remove(beam);
OnDeadLaserbeam(beam);
}
}
laserbeamPaq.Enqueue(LaserHelper.ConnectedLasers(Scene, this));
}
private void reflect(Laserbeam beam)
{
if (!reflections.ContainsKey(beam))
{
Level level = Scene as Level;
string newDirection = LaserHelper.GetReflection(opening, beam);
if (newDirection != null)
{
reflections[beam] = new Laserbeam(Position, newDirection, beam.Color, beam.TTL);
level.Add(reflections[beam]);
reflections[beam].Depth = beam.Depth + 1;
reflections[beam].Position += reflectionOffsets[newDirection];
}
}
}
public static void SetLaserLengthDAQ(Scene scene, Laserbeam beam)
{
Level level = scene as Level;
float maxLength = LaserHelper.MaxBeamLength(level, beam);
float offset = maxLength / 2f;
beam.Length = offset;
while (offset >= 1f)
{
bool colliding = beam.CollideCheck <Solid>() || LaserHelper.LaserBlockingCheck(scene, beam);
int sign = colliding ? -1 : 1;
offset /= 2f;
beam.Length += sign * offset;
}
beam.Length = (float)Math.Round(beam.Length);
}
