# Params: (x, y, radio, direction)
# radio:
# 1 -> all 调动 (x, y) 所有兵力
# 2 -> half 调动 (x, y) 1/2的兵力
# 3 -> quarter 调动 (x, y) 1/4的兵力
# direction:
# 1 -> (x, y) => (x - 1, y)
# 2 -> (x, y) => (x, y + 1)
# 3 -> (x, y) => (x + 1, y)
# 4 -> (x, y) => (x, y - 1)
#
# Return: (action_length, move_status)
# action_length 操作队列长度
# move_status: 0 => 失败 1 => 成功
print('---[moveTo]', x, y, direction)
action_length, move_status = my.move(x, y, 1, direction)
# 操作序列过长
if action_length > 3:
time.sleep(3)
time.sleep(0.5)
# Params: (x, y)
# 不传参数默认 x = base.x y = base.y
# Return: (query_res, query_status)
# query_res: {
# m1: [5][5],
# m2: [5][5]
# }
# 视野为以(x, y)为中心的5*5矩阵
# query_status: 0 => 失败 1 => 成功
query_res, query_status = my.query(x, y)
# 不传参数默认 x = base.x y = base.y
# Return: (query_res, query_status)
# query_res: {
# m1: [][],
# m2: [][]
# }
# query_status: 0 => 失败 1 => 成功
query_res, query_status = a.query(x, y)
time.sleep(1)
# Params: (x, y, radio, direction)
# radio:
# 1 -> all 调动 (x, y) 所有兵力
# 2 -> half 调动 (x, y) 1/2的兵力
# 3 -> quarter 调动 (x, y) 1/4的兵力
# direction:
# 1 -> (x, y) => (x - 1, y)
# 2 -> (x, y) => (x, y + 1)
# 3 -> (x, y) => (x + 1, y)
# 4 -> (x, y) => (x, y - 1)
#
# Return: (action_length, move_status)
# action_length 操作队列长度
# move_status: 0 => 失败 1 => 成功
print('---[moveTo]', x, y, a.id)
direction = random.randint(1, 4)
radio = random.randint(1, 3)
action_length, move_status = a.move(x, y, radio, direction)
time.sleep(1)
### 以上为策略猪蹄部分 ###
a.logout()