def calc_moving_list(self):
current_v_c = super(Knight, self).position.x
current_h_c = super(Knight, self).position.y
probable_obstacle_points = []
probable_moving_points = []
vs1 = (current_v_c + 1, current_v_c - 1)
hs1 = (current_h_c,)
vs2 = (current_v_c,)
hs2 = (current_h_c + 1, current_h_c - 1)
creat_points(probable_obstacle_points, vs1, hs1)
creat_points(probable_obstacle_points, vs2, hs2)
current_color = super(Knight, self).is_red
for point in probable_obstacle_points:
if super(Knight, self).border_check(point.x, point.y):
chessman = super(Knight, self).chessboard.get_chessman(
point.x, point.y)
if chessman is None:
if point.x == current_v_c:
probable_moving_points.append(
Point.Point(point.x + 1, 2 * point.y - current_h_c))
probable_moving_points.append(
Point.Point(point.x - 1, 2 * point.y - current_h_c))
else:
probable_moving_points.append(
Point.Point(2 * point.x - current_v_c, point.y + 1))
probable_moving_points.append(
Point.Point(2 * point.x - current_v_c, point.y - 1))
super(Knight, self).add_from_probable_points(
probable_moving_points, current_color)
def calc_moving_list(self):
current_v_c = super(Pawn, self).position.x
current_h_c = super(Pawn, self).position.y
probable_moving_points = []
current_color = super(Pawn, self).is_red
probable_moving_points.append(
Point.Point(current_v_c, current_h_c + self.__direction))
if current_h_c * self.__direction >= self.__river * self.__direction:
probable_moving_points.append(
Point.Point(current_v_c + 1, current_h_c))
probable_moving_points.append(
Point.Point(current_v_c - 1, current_h_c))
super(Pawn, self).add_from_probable_points(
probable_moving_points, current_color)
def __init__(self, name_cn, name, is_red, chessboard):
self.__name = name
self.__is_red = is_red
self.__chessboard = chessboard
self.__position = Point.Point(None, None)
self.__moving_list = []
self.__top = 9
self.__bottom = 0
self.__left = 0
self.__right = 8
self.__is_alive = True
self.__name_cn = name_cn
def calc_moving_list(self):
current_v_c = super(Cannon, self).position.x
current_h_c = super(Cannon, self).position.y
left = super(Cannon, self).chessboard.get_left_first_chessman(
current_v_c, current_h_c)
right = super(Cannon, self).chessboard.get_right_first_chessman(
current_v_c, current_h_c)
top = super(Cannon, self).chessboard.get_top_first_chessman(
current_v_c, current_h_c)
bottom = super(Cannon, self).chessboard.get_bottom_first_chessman(
current_v_c, current_h_c)
tar_left = super(Cannon, self).chessboard.get_left_second_chessman(
current_v_c, current_h_c)
tar_right = super(Cannon, self).chessboard.get_right_second_chessman(
current_v_c, current_h_c)
tar_top = super(Cannon, self).chessboard.get_top_second_chessman(
current_v_c, current_h_c)
tar_bottom = super(Cannon, self).chessboard.get_bottom_second_chessman(
current_v_c, current_h_c)
super(Cannon, self).calc_moving_path(left, (left.position.x if left != None else None),
current_v_c, current_h_c, 1, 0, True, True)
super(Cannon, self).calc_moving_path(right, (right.position.x if right != None else None),
current_v_c, current_h_c, -1, 8, True, True)
super(Cannon, self).calc_moving_path(top, (top.position.y if top != None else None),
current_h_c, current_v_c, -1, 9, False, True)
super(Cannon, self).calc_moving_path(bottom, (bottom.position.y if bottom != None else None),
current_h_c, current_v_c, 1, 0, False, True)
current_color = super(Cannon, self).is_red
if tar_left != None and tar_left.is_red != current_color:
super(Cannon, self).moving_list.append(
Point.Point(tar_left.position.x, tar_left.position.y))
if tar_right != None and tar_right.is_red != current_color:
super(Cannon, self).moving_list.append(
Point.Point(tar_right.position.x, tar_right.position.y))
if tar_top != None and tar_top.is_red != current_color:
super(Cannon, self).moving_list.append(
Point.Point(tar_top.position.x, tar_top.position.y))
if tar_bottom != None and tar_bottom.is_red != current_color:
super(Cannon, self).moving_list.append(
Point.Point(tar_bottom.position.x, tar_bottom.position.y))
def calc_moving_path(self, direction_chessman, direction_vertical_coordinate, current_vertical_coordinate, direction_parallel_coordinate, direction, border_vertical_coordinate, h_or_v, ignore_color=False):
if direction_chessman != None:
if direction_chessman.is_red == self.is_red or ignore_color:
for i in range(direction_vertical_coordinate + direction, current_vertical_coordinate, direction):
self.__moving_list.append(
Point.Point(i, direction_parallel_coordinate) if h_or_v else Point.Point(direction_parallel_coordinate, i))
else:
for i in range(direction_vertical_coordinate, current_vertical_coordinate, direction):
self.__moving_list.append(
Point.Point(i, direction_parallel_coordinate) if h_or_v else Point.Point(direction_parallel_coordinate, i))
else:
for i in range(border_vertical_coordinate, current_vertical_coordinate, direction):
self.__moving_list.append(
Point.Point(i, direction_parallel_coordinate) if h_or_v else Point.Point(direction_parallel_coordinate, i))
def creat_points(list_points, list_vs, list_hs):
for v in list_vs:
for h in list_hs:
list_points.append(Point.Point(v, h))