def next_state(self, state: MouseState) -> ResultE[MouseState]:
i = mouse.activeInputs
pos = Point2D.from_tuple(mouse.position)
buttons = set(filter(lambda b: b.event in i and KX_INPUT_ACTIVE in i[b.event].status, MouseButton))
return Result.from_value(MouseState(pos, buttons))
def moved_to(x, y):
return MouseMoveEvent(comp, MouseState(Point2D(x, y), set()))
def state_of(x, y, *args):
return Result.from_value(MouseState(Point2D(x, y), set(args)))
def clicked_at(x, y, button, buttons):
return MouseUpEvent(comp, MouseState(Point2D(x, y), buttons), button)
def init_state(self) -> ResultE[MouseState]:
return Result.from_value(MouseState(Point2D(0.5, 0.5), set()))
def test_point2d_iter():
components = [p for p in Point2D(20, 5)]
assert components == [20, 5]
def test_point2d_copy():
assert Point2D(3, 2) == Point2D(1, 5).copy(x=3, y=2)
assert Point2D(3, 5) == Point2D(1, 5).copy(x=3)
assert Point2D(1, 2) == Point2D(1, 5).copy(y=2)
assert Point2D(1, 5) == Point2D(1, 5).copy()
def test_point2d_from_tuple():
assert Point2D.from_tuple((3, 2)) == Point2D(3, 2)
def test_point2d_init():
point = Point2D(10.5, -20.2)
assert point.x == 10.5
assert point.y == -20.2
def test_point2d_to_tuple():
assert Point2D(3, 2).tuple == (3, 2)
def test_point2d_operations():
assert Point2D(-10, 6) + Point2D(5, 2) == Point2D(-5, 8)
assert Point2D(6.3, 0) - Point2D(2.3, 2.5) == Point2D(4., -2.5)
assert Point2D(3, 5) * -2 == Point2D(-6, -10)
assert Point2D(10.4, -3) / 2 == Point2D(5.2, -1.5)
assert -Point2D(3, -6) == Point2D(-3, 6)
def test_point2d_unpack():
(x, y) = Point2D(20.2, 15.3)
assert x == 20.2
assert y == 15.3