def get_additional_blocks(self, block: Block, linked_blocks: Sequence[Block]) -> Tuple[PlacedBlock, ...]:
assert len(linked_blocks) == 2
left_side_lower_block, left_side_upper_block = linked_blocks
right_side_mask = 0
if left_side_lower_block.type == block.type and self._get_face(left_side_lower_block) == self._get_face(block):
if not self._is_right_side(left_side_upper_block):
right_side_mask = self._IS_RIGHT_SIDE_MASK
data = self._IS_UPPER_MASK | right_side_mask
return PlacedBlock(Vector3(0, 0, 0), block), PlacedBlock(Vector3(0, 1, 0), block.copy(data=data))
def get_additional_blocks(self, block: Block, linked_blocks: Sequence[Block]) -> Tuple[PlacedBlock, ...]:
network = _RailNetwork(zip(_SURROUNDING, linked_blocks))
data = self._get_block_data(network, block.type == BlockType.RAIL)
blocks = [PlacedBlock(Vector3(0, 0, 0), block.copy(data=data))]
rail_type = _RAIL_TYPE[data]
for connector in rail_type.connector:
updated = self._update_neighbour(network, connector)
if updated:
blocks.append(updated)
return tuple(blocks)
def switch(self, block: Block) -> Block:
block_type = BlockType.DAYLIGHT_DETECTOR_INVERTED \
if block.type is BlockType.DAYLIGHT_DETECTOR else BlockType.DAYLIGHT_DETECTOR
return block.copy(block_type=block_type)
def switch(self, block: Block) -> Block:
return block.copy(data=block.data ^ self._TOGGLE_MASK)
def get_additional_blocks(self, block: Block, linked_blocks: Sequence[Block]) -> Tuple[PlacedBlock, ...]:
assert len(linked_blocks) == 1
base_side_block = linked_blocks[0]
if base_side_block.type == block.type and base_side_block.data == block.data:
block = block.copy(data=block.data ^ 1)
return PlacedBlock(Vector3(0, 0, 0), block),
def switch(self, block: Block) -> Block:
return block.copy(data=block.data ^ self._DOES_OPEN_MASK)
def get_additional_blocks(self, block: Block, linked_blocks: Sequence[Block]) -> Tuple[PlacedBlock, ...]:
return PlacedBlock(Vector3(0, 0, 0), block), PlacedBlock(Vector3(0, 1, 0), block.copy(data=self._IS_UPPER_MASK))
