extends Building


func can_citizen_enter(coord: Vector2i, direction: Board.Direction) -> bool:
	var up_adjustment := Board.get_next_direction(Board.Direction.UP, get_rotation_count())
	var correct_heading_1 := Board.get_next_direction(Board.Direction.DOWN, get_rotation_count())
	var correct_heading_2 := Board.get_next_direction(Board.Direction.UP, get_rotation_count())

	var entrance_1 := (
		starting_coord
		+ Board.get_direction_vector(up_adjustment)
		+ Board.get_direction_vector(up_adjustment)
	)
	var entrance_2 := starting_coord - Board.get_direction_vector(up_adjustment)
	return (
		(coord == entrance_1 and direction == correct_heading_1)
		or (coord == entrance_2 and direction == correct_heading_2)
	)


func get_tile_coords() -> Array[Vector2i]:
	var result: Array[Vector2i] = []
	result.push_back(starting_coord)
	result.push_back(
		starting_coord + Vector2i(Vector2.UP.rotated(deg_to_rad(90 * get_rotation_count())))
	)
	return result


func get_direction_queue(citizen: Citizen) -> Array[Board.Direction]:
	if citizen.current_tile_coords - starting_coord == Vector2i.ZERO:
		return [
			Board.get_next_direction(Board.Direction.UP, get_rotation_count()),
			Board.get_next_direction(Board.Direction.UP, get_rotation_count())
		]
	return [
		Board.get_next_direction(Board.Direction.DOWN, get_rotation_count()),
		Board.get_next_direction(Board.Direction.DOWN, get_rotation_count())
	]


func activate(citizen: Citizen) -> void:
	citizen.add_status(Citizen.Status.DRUNK)