def test_move(self, active, velocity, degree, gravity, end_point):
obj = Ball(
top_left=Point(0.0, 0.0),
width=3.1,
height=4.2,
velocity=velocity,
angle=Angle(deg2rad(degree)),
gravity=gravity,
)
obj.is_active = active
time_in_ms = 1000
obj.move(time_in_ms)
assert obj.top_left.x == approx(end_point.x)
assert obj.top_left.y == approx(end_point.y)
def _handle_event_from_level_objects(
self,
event: _Event,
elapsed_time_in_ms: float,
left_wall: Wall,
right_wall: Wall,
ball: Ball,
platform: Platform,
):
if event == self._Event.p:
self._is_paused = not self._is_paused
self._changed_pause_state = True
return
self._changed_pause_state = False
if event == self._Event.quit or event == self._Event.escape:
self._is_quit = True
return
if event == self._Event.p:
self._is_paused = not self._is_paused
return
if self._is_paused:
return
if event == self._Event.space:
if not ball.is_active:
ball.is_active = True
elif event == self._Event.left:
if _intersects_with_left_x(platform, left_wall):
_put_before_intersects_with_left_x(platform, left_wall)
else:
_move_left(platform, elapsed_time_in_ms)
elif event == self._Event.right:
if _intersects_with_right_x(platform, right_wall):
_put_before_intersects_with_right_x(platform, right_wall)
else:
_move_right(platform, elapsed_time_in_ms)
def test_is_active(self):
obj = Ball()
assert obj.is_active == False
obj.is_active = True
assert obj.is_active == True