def hit_test(self, pointer_x, pointer_y):
# translate to local coords
(x, y) = self._translate_pointer_local(pointer_x, pointer_y)
self.mouse_over_property = MathLib.rect_test(x, y,
0.0, -self.world_height-(self.decorator_size/4.0),
self.decorator_size, self.decorator_size/2.0)
return Newton.hit_test(self, pointer_x, pointer_y)
def hit_test(self, pointer_x, pointer_y):
(pointer_x, pointer_y) = self._translate_pointer(pointer_x, pointer_y)
hit = MathLib.rect_test(
pointer_x,
pointer_y,
self.x,
self.y,
# self.world_width, self.world_height)
self.world_width + self.decorator_size,
self.world_height + self.decorator_size,
)
# if not hit:
# return False
# check decorations -> Lower right
pointer_x = (pointer_x - self.x) * 2.0
pointer_y = (pointer_y - self.y) * 2.0
self.mouse_over_sizer = MathLib.rect_test(
pointer_x, pointer_y, self.world_width, self.world_height, self.decorator_size, self.decorator_size
)
self.mouse_over_scaler = MathLib.rect_test(
pointer_x, pointer_y, -self.world_width, self.world_height, self.decorator_size, self.decorator_size
)
self.mouse_over_rotater = MathLib.rect_test(
pointer_x, pointer_y, self.world_width, -self.world_height, self.decorator_size, self.decorator_size
)
self.mouse_over_input = MathLib.rect_test(
pointer_x,
pointer_y,
-self.world_width - (self.decorator_size / 2.0),
0,
self.decorator_size,
self.decorator_size,
)
self.mouse_over_output = MathLib.rect_test(
pointer_x,
pointer_y,
self.world_width + (self.decorator_size / 2.0),
0,
self.decorator_size,
self.decorator_size,
)
return hit
def hit_test(self, x, y): return MathLib.rect_test(x, y, self.x, self.y, self.width, self.height)
