Python3模拟斗地主发牌
模拟斗地主发牌，牌共54张，
花色：黑桃（'\u2660'）,梅花（'\u2663'），方块（'\u2665'）,红桃（‘\u2666’）,种类为：A2-10JQK，大小王(X, x)
三个人，每个人17张牌，牌底留三张输入回车，打印第一个问的17张牌
输入回车，打印第二个问的17张牌
输入回车，打印第三个问的17张牌
import random as R
"""
实现一人一次随机发17张牌"""
def reduce(L, w): for x in w: L.pop(L.index(x)) return L L = ['A', '2', '3', '4', '5', '6', '7', '8', '9', '10', 'J', 'Q', 'K'] H = ['\u2660', '\u2663', '\u2665', '\u2666'] P = ['X','x'] for x in H: for y in L: s = x + y P.append(s) R.shuffle(P) i = 0 L2 = [] while i < 2: if len(P) > 17: w = R.sample(P, 17) # 从序列中选择n个随机且不重复的元素 L2.append(w) P = reduce(P, w) print(w) input() else: break print(P)
import random as R
"""上面代码的简单实现"""
L = ['A', '2', '3', '4', '5', '6', '7', '8', '9', '10', 'J', 'Q', 'K']
L1 = ['X', 'x']
L1.extend(map(lambda x: x+"\u2660", L))
L1.extend(map(lambda x: x+"\u2663", L))
L1.extend(map(lambda x: x+"\u2665", L))
L1.extend(map(lambda x: x+"\u2666", L))
R.shuffle(L1)
print(L1[0:17])
input()
print(L1[17:34])
input()
print(L1[34:51])
input()
print(L1[51:])import random as R
"""一次一人发一张牌"""
L = ['A', '2', '3', '4', '5', '6', '7', '8', '9', '10', 'J', 'Q', 'K']
H = ['\u2660', '\u2663', '\u2665', '\u2666']
w1 = []
w2 = []
w3 = []
P = ['X','x']
for x in H:
for y in L:
s = x + y
P.append(s)
R.shuffle(P)
i = 1
while i <= 17:
w1.append(P.pop())
w2.append(P.pop())
w3.append(P.pop())
i += 1
print(w1)
input()
print(w2)
input()
print(w3)
input()
print(P)