private void Synchronized(object sender, ComponentStateEventArgs componentStateEventArgs)
{
if (IsOutOfSync)
{
physics.World.Events.PostStep -= postStepHandler;
}
else
{
physics.World.Events.PostStep += postStepHandler;
}
}
protected override void OnAdded(ComponentStateEventArgs registrationArgs)
{
base.OnAdded(registrationArgs);
if (physics.Body.Shape is Multishape)
{
throw new NotSupportedException("Multishapes not supported!");
}
physics.Body.IsStatic = true;
physics.Body.BroadphaseTag |= (int)BodyTags.Ghost;
physics.Synchronized += syncHandler;
}
protected override void OnAdded(ComponentStateEventArgs registrationArgs)
{
base.OnAdded(registrationArgs);
Body.Tag = Record.Name;
var offset = Body.Position;
var rot = JMatrix.CreateFromQuaternion(transform.Rotation.ToQuaternion());
JVector.Transform(ref offset, ref rot, out offset);
Offset = offset.ToVector3();
Body.Orientation = Body.Orientation * rot;
Body.Position = offset + transform.Translation.ToJVector();
baseTransform = new Transform(JQuaternion.CreateFromMatrix(Body.Orientation).ToQuaternion(),
Body.Position.ToVector3()).Invert() * new Transform(transform.Rotation, transform.Translation);
storedScale = transform.Scale;
transform.Bind(GetTransform, SetTransform);
}
protected override void OnAdded(ComponentStateEventArgs registrationArgs)
{
base.OnAdded(registrationArgs);
Initialize();
}
protected override void OnRemoved(ComponentStateEventArgs e)
{
base.OnRemoved(e);
localParent.RemoveChild(localRoot);
}
protected override void OnAdded(ComponentStateEventArgs e)
{
base.OnAdded(e);
}
protected override void OnRemoved(ComponentStateEventArgs registrationArgs)
{
base.OnRemoved(registrationArgs);
physics.Body.BroadphaseTag ^= (int)BodyTags.Ghost;
physics.Synchronized -= syncHandler;
}
