def display_scene(scene, size=500):
    """
    Render a Scene object with pythreejs.
    :param scene: Scene object
    :param size: Display size
    :return:
    """

    obs = _traverse_scene_object(scene)

    logger.debug(type(obs))
    scene2render = Scene(children=list(obs.children))
    logger.debug(len(scene2render.children))
    # cannot use the setFromObject function because the function call is asyncronous
    # https://github.com/jupyter-widgets/pythreejs/issues/282
    bounding_box = scene.bounding_box
    extent = max([p[1] - p[0] for p in zip(*bounding_box)]) * 1.2
    logger.debug(f"extent : {extent}")
    camera = OrthographicCamera(-extent,
                                +extent,
                                extent,
                                -extent,
                                -2000,
                                2000,
                                position=[0, 0, 10])
    origin = scene.origin or (0, 0, 0)
    cam_target = tuple(-i for i in origin)
    controls = OrbitControls(target=cam_target, controlling=camera)
    camera.lookAt(cam_target)

    scene2render.children = scene2render.children + (
        AmbientLight(color="#cccccc", intensity=0.75),
        DirectionalLight(color="#ccaabb", position=[0, 20, 10], intensity=0.5),
        camera,
    )
    renderer = Renderer(
        camera=camera,
        background="white",
        background_opacity=1,
        scene=scene2render,
        controls=[controls],
        width=size,
        height=size,
        antialias=True,
    )
    logger.debug("Start drawing to the notebook")
    display(renderer)
def display_scene(scene):
    """
    :param smc: input structure structure molecule component
    """
    obs = traverse_scene_object(scene)
    logger.debug(type(obs))
    scene2render = Scene(children=list(obs.children))
    logger.debug(len(scene2render.children))
    # cannot use the setFromObject function because the function call is asyncronous
    # https://github.com/jupyter-widgets/pythreejs/issues/282
    bounding_box = scene.bounding_box
    extent = max([p[1] - p[0] for p in zip(*bounding_box)]) * 1.2
    logger.debug(f"extent : {extent}")
    camera = OrthographicCamera(-extent,
                                extent,
                                extent,
                                -extent,
                                -2000,
                                2000,
                                position=(0, 0, 2))
    scene2render.children = scene2render.children + (
        AmbientLight(color="#cccccc", intensity=0.75),
        DirectionalLight(color="#ccaabb", position=[0, 20, 10], intensity=0.5),
    )
    renderer = Renderer(
        camera=camera,
        background="white",
        background_opacity=1,
        scene=scene2render,
        controls=[OrbitControls(controlling=camera)],
        width=500,
        height=500,
        antialias=True,
    )
    logger.debug("Start drawing to the notebook")
    display(renderer)