def __init__(self, fig, slowness):
super().__init__(fig)
self.index = 0
self.slowness = slowness
self.fig = fig
self._model = cg_objects.cube()
self.frame = cg_objects.Frame.unit \
.translate(cg_objects.Vector(-5, 2, -2)) \
.local.scale(3) \
.local.rotate_x(-math.pi / 8)
def __init__(self, fig):
super().__init__(fig)
self.outer = cg_objects.Frame.unit.scale(3)
# Each cube is a third smaller, in the middle of its parent cube, and
# rotated 30 degrees from its parent about its own center
self.inner = cg_objects.Frame.unit \
.translate(cg_objects.Vector(1, 1, 1)) \
.scale(1 / 3) \
.local.rotate_axis(
math.pi / 6, through=cg_objects.Point(.5, .5, 0)
)
self.cube = cg_objects.cube()
def plot_minimums(self, r):
cube = cg_objects.Frame.unit \
.translate(cg_objects.Vector(-r, -r, -r)) \
@ cg_objects.cube(cg_objects.Vector(0, 0, 2 * r))
self.plot_vertices(cube, c='w', marker='.')
def plot_minimums(self, r):
cube = cg_objects.cube(cg_objects.Vector(0, 0, r))
self.plot_vertices(cube, c='w', marker='.')