import random
"""h为桃，f为方块，m为梅花，x为心"""
pop = {"h2":"2","h3":"3","h4":"4","h5":"5","h6":"6","h7":"7","h8":"8","h9":"9","h10":"10","hJ":"10","hQ":"10","hK":"10","hA":"1",
"x2":"2","x3":"3","x4":"4","x5":"5","x6":"6","x7":"7","x8":"8","x9":"9","x10":"10","xJ":"10","xQ":"10","xK":"10","xA":"1",
"f2":"2","f3":"3","f4":"4","f5":"5","f6":"6","f7":"7","f8":"8","f9":"9","f10":"10","fJ":"10","fQ":"10","fK":"10","fA":"1",
"m2":"2","m3":"3","m4":"4","m5":"5","m6":"6","m7":"7","m8":"8","m9":"9","m10":"10","mJ":"10","mQ":"10","mK":"10","mA":"1"}
# 52张牌
def ruffle():
ioi = []
for i in pop:
ioi.append(int(pop[i]))
# print(pop[i])
random.shuffle(ioi) # 打乱列表中的数据
return ioi
# print(ruffle())
# 随机发两张首牌
def deal():
pl = random.sample(ruffle(),2) # 从列表中随机获取两张牌
return pl
# print(deal())
# 随机发一张牌
def deal1():
pl = random.sample(ruffle(),1)
return pl
# 开始游戏
tunn = input("是否开始游戏(y/n):")
if tunn == "n":
print("已退出游戏")
elif tunn == "y":
deck = ruffle() # 一整副牌
# print(len(deck))
aa = []
j = 0
for i in deal():
aa.append(i)
j += int(i)
deck.remove(i)
# print(deck)
print("玩家aa的首牌为:",aa,"共计为",j)
print(f"还有{len(deck)}张牌")
bb = []
k = 0
for i in deal():
bb.append(i)
k += int(i)
deck.remove(i)
print("玩家bb的首牌为:",bb,"共计为",k)
print(f"还有{len(deck)}张牌")
cc = []
l = 0
for i in deal():
cc.append(i)
l += int(i)
deck.remove(i)
print("玩家cc的首牌为:",cc,"共计为",l)
print(f"还有{len(deck)}张牌")
for i in range(len(ruffle())):
print("现在玩家aa的牌为:", aa)
tuna = input("玩家aa是否继续拿牌（y/n）:")
if tuna == "n":
print("aa玩家放弃拿牌")
elif tuna == "y":
u = deal1()
r = 0
for i in u:
aa.append(i)
deck.remove(i)
for i in aa:
r += int(i)
print("现在玩家aa的牌为:", aa,"共计为",r)
print(f"还有{len(deck)}张牌")
print("现在玩家bb的牌为:", bb)
tunb = input("玩家bb是否继续拿牌（y/n）:")
if tunb == "n":
print("bb玩家放弃拿牌")
elif tunb == "y":
u = deal1()
r = 0
for i in u:
bb.append(i)
deck.remove(i)
for i in bb:
r += int(i)
print("现在玩家bb的牌为:", bb, "共计为", r)
print(f"还有{len(deck)}张牌")
print("现在玩家cc的牌为:", cc)
tunc = input("玩家cc是否继续拿牌（y/n）:")
if tunc == "n":
print("cc玩家放弃拿牌")
elif tunc == "y":
u = deal1()
r = 0
for i in u:
cc.append(i)
deck.remove(i)
for i in cc:
r += int(i)
print("现在玩家cc的牌为:", cc, "共计为", r)
print(f"还有{len(deck)}张牌")
ying = 21 # 判断输赢
aaa = 0 # 计算点数
bbb = 0
ccc = 0
# 要牌结束计算点数
if tuna == "n" and tunb == "n" and tunc == "n":
for i in aa:
aaa += int(i)
print("现在玩家aa的牌为:", aa, "共计为", aaa)
for i in bb:
bbb += int(i)
print("现在玩家bb的牌为:", bb, "共计为", bbb)
for i in cc:
ccc += int(i)
print("现在玩家cc的牌为:", cc, "共计为", ccc)
minn = [] # 判断最小值
# 玩家当前的点数减去21点
A_a = aaa - ying
if A_a < 0:
A_a = -A_a
minn.append(A_a)
# print(A_a)
B_b = bbb - ying
if B_b < 0:
B_b = -B_b
minn.append(B_b)
# print(B_b)
C_c = ccc - ying
if C_c < 0:
C_c = -C_c
minn.append(C_c)
# print(C_c)
xiao = min(minn) # 取最小值
# print(type(xiao))
if xiao == A_a and xiao == B_b and xiao == C_c:
print("平局！,三位玩家共同获胜！")
break
if xiao == A_a and xiao == B_b:
print("玩家aa和玩家bb共赢！")
break
if xiao == A_a and xiao == C_c:
print("玩家aa和玩家cc共赢！")
break
if xiao == B_b and xiao == C_c:
print("玩家bb和玩家cc共赢！")
break
if xiao == A_a:
print("玩家aa获胜")
break
if xiao == B_b:
print("玩家bb获胜")
break
if xiao == C_c:
print("玩家cc获胜")
break
if int(aaa) - ying == 0 and int(bbb) - ying == 0 and int(ccc) - ying == 0:
print("平局！,三位玩家共同获胜！")
break
if int(aaa) - ying == 0 and int(bbb) - ying == 0:
print("玩家aa和玩家bb共赢！")
break
if int(aaa) - ying == 0 and int(ccc) - ying == 0:
print("玩家aa和玩家cc共赢！")
break
if int(bbb) - ying == 0 and int(ccc) - ying == 0:
print("玩家bb和玩家cc共赢！")
break
if int(aaa) - ying == 0:
print(f"玩家aa,赢")
break
if int(bbb) - ying == 0:
print(f"玩家bb,赢")
break
if int(ccc) - ying == 0:
print(f"玩家cc,赢")
break
