def to_drawable(self, x, y, batch, square_size, color):
"""A city is represented as square containing a smaller square.
"""
shapes = []
r = super().to_drawable(x, y, batch, square_size, color)
shapes.append(r)
w = h = square_size * .4
offset = square_size * .5
r_inner = Rectangle(x + offset,
y + offset,
w,
h,
color=(0, 0, 0),
batch=batch)
r_inner.anchor_position = (w * .5, h * .5)
r_inner.opacity = 128
shapes.append(r_inner)
return shapes
def _rebuild_hotbar(self):
self._hotbar_sprites = []
self.hotbar_background.x = self.hotbar_x
self.hotbar_background.y = self.hotbar_y
self.hotbar_background.width = self.size_x
self.hotbar_background.height = self.size_y
for i in range(HOTBAR_SIZE):
slot_x = ((self.size_x / HOTBAR_SIZE) * i) + self.hotbar_x
if len(self._hotbar) <= i:
empty_slot = Rectangle(slot_x,
self.hotbar_y,
PREVIEW_SIZE,
PREVIEW_SIZE, (200, 200, 200),
batch=self._hotbar_batch,
group=self.hud_group)
empty_slot.opacity = 100
self._hotbar_sprites.append(empty_slot)
else:
self._draw_inventory_slot(slot_x, self.hotbar_y,
self._hotbar[i].get_block_image(),
self._hotbar_batch,
self._hotbar_sprites)
