def jiaodizhu(dipai,users): # 叫地主
#随机生成先叫地主的人，生成叫地主顺序列表
three = random.choice([1, 2, 3])
if three == 1:
lis = [1, 2, 3, 1]
dizhu = 1
elif three == 2:
lis = [2, 3, 1, 2]
dizhu = 2
elif three == 3:
lis = [3, 1, 2, 3]
dizhu = 3
#根据顺序由每位玩家叫地主
title = 'xszf_jdz' #显示字符
for x in lis:
if x == 1:
a = C.dz_p1('Be a king?',title,users[0])
if a == 'y':
dizhu = 1
C.send_msg_all('play1 say yes','msg',users)
else:
C.send_msg_all('play1 say no','msg',users)
elif x == 2:
a = C.dz_p2('Be a king?',title,users[1])
if a == 'y':
dizhu = 2
C.send_msg_all('play2 say yes','msg',users)
else:
C.send_msg_all('play2 say no','msg',users)
elif x == 3:
a = C.dz_p3('Be a king?',title,users[2])
if a == 'y':
dizhu = 3
C.send_msg_all('play3 say yes','msg',users)
else:
C.send_msg_all('play3 say no','msg',users)
#根据地主位置生成出牌顺序
if dizhu == 1:
lt = [1, 2, 3]
elif dizhu == 2:
lt = [2, 3, 1]
elif dizhu == 3:
lt = [3, 1, 2]
#给所有玩家发送地主玩家为谁
title1 = 'xszf_num'
C.send_msg_all("The king is %d" % dizhu,title1,users)
return dizhu, lt
def gai_1_le(pass_num, up, out_up, down, p1, p2, p3, users, dipai):
while True:
R.up_date(p1, p2, p3, users, dipai, out_up) # 看手牌
title = 'start'
s = 'Turn to 1'
time.sleep(0.3)
C.send_to_one(s, title, users[0])
sy = C.sr_p1(p1, users[0]) # 得到玩家的出牌序列
sy_fh = sorted(sy, reverse=True) # 排序
lis = []
lis_copy = []
out_copy_up = []
for x in sy:
s = p1[x]
lis.append(s)
out_copy_up.append(s)
lis_copy.append(s)
# 备份
lis = R.dibanchu(lis) # 转换为实际大小
lis = R.many_first(lis) # 排序数量多牌在前数量少的牌在后
lis_outparper = R.chupaifanyi(lis, lis_copy)
daxiao_lis = R.fanhui_xulie(lis) # 拿到相应牌值编号
if daxiao_lis[0] == 100:
C.send_to_one('not This', 'no', users[0])
lis_outparper = []
continue # 不符合规则，重新出牌
if daxiao_lis[0] == 4:
if pass_num == 0:
# 此时必须出牌不能PASS，可以随意出
C.send_to_one('not This', 'no', users[0])
lis_outparper = []
continue
title3 = 'xszf_pass'
C.send_msg_all("pass", title3, users) #玩家没有出牌，表示PASS
pass_num -= 1
if pass_num == 0:
up = []
out_copy_up = []
return pass_num, up, out_copy_up, down, p1 # pass
else:
if pass_num == 0: #随意出牌的情况
up = daxiao_lis
for x in sy_fh:
del p1[x] #success，删除手中打出的牌
#给所有玩家展示打出的牌
C.send_to_one('success', 'ok', users[0])
R.up_date(p1, p2, p3, users, dipai, out_copy_up)
pass_num = 2
return pass_num, up, out_copy_up, down, p1
elif pass_num == 1: #必须大于上家才能出的情况
down = daxiao_lis
up, down = R.bidaxiao(up, down)
if down[-1] == 50:
pass_num == 1
C.send_to_one('not This', 'no', users[0])
lis_outparper = []
continue
if down[0] == 4:
pass_num = 0
return pass_num, up, out_up, down, p1
for x in sy_fh:
del p1[x] #success，删除手中打出的牌
C.send_to_one('success', 'ok', users[0])
R.up_date(p1, p2, p3, users, dipai, out_copy_up)
pass_num = 2
return pass_num, up, out_copy_up, down, p1
elif pass_num == 2: #须大于上家才能出的情况
down = daxiao_lis
up, down = R.bidaxiao(up, down)
if down[-1] == 50:
pass_num == 2
C.send_to_one('not This', 'no', users[0])
lis_outparper = []
continue
if down[0] == 4:
pass_num = 1
return pass_num, up, out_up, down, p1
for x in sy_fh:
del p1[x] #success，删除手中打出的牌
C.send_to_one('success', 'ok', users[0])
R.up_date(p1, p2, p3, users, dipai, out_copy_up)
return pass_num, up, out_copy_up, down, p1 #玩家出牌结束返回变量
def end_result(king_num, win_num,users):
if king_num == win_num:
C.send_msg_all("King Win",'xszf_end',users)
else:
C.send_msg_all("People Win",'xszf_end',users)