Python_斗地主发牌程序
1）1副牌（52+2=54张）
2）有大小王，用提供的国王和皇后的符号表示大小王
3）54张牌发给3个玩家，每人17张牌，并有3张底牌。
4）输出3个玩家的牌，按照由小到大，黑红梅方的顺序。
5）输出3张底牌
5）输出每个玩家有几个炸弹（4张面值一样的牌，或者大小王在一起，为一个炸弹。）
'''
注：斗地主发牌程序
Player_Num: 代表玩家数目
默认为3 可更改
times: 代表有几副扑克牌
默认为1 可更改
leftover: 代表给地主留的底牌数目
默认为3 可更改
order 代表牌排列顺序
参数值为1(默认值） 按照从小到大顺序排列
参数值为0： 按照手机斗地主排列顺序 从大牌到小牌 黑红梅方顺序排列
'''
order = 1 # 牌排列顺序 默认为1 即从小到大顺序排列 0：从大到小排列
Player_Num = 3 # 三名玩家
N = 54 # 一副牌有54张（包含大小王）
times = 1 # 一副牌
leftover = 3 # 3张底牌
# -*- coding: utf-8 -*-
"""
Created on Fri Oct 12 10:33:57 2018
@author: LIU Zhendong
"""
'''
注：斗地主发牌程序
Player_Num: 代表玩家数目
默认为3 可更改
times: 代表有几副扑克牌
默认为1 可更改
leftover: 代表给地主留的底牌数目
默认为3 可更改
order 代表牌排列顺序
参数值为1(默认值） 按照从小到大顺序排列
参数值为0： 按照手机斗地主排列顺序 从大牌到小牌 黑红梅方顺序排列
'''
order = 1 # 牌排列顺序 默认为1 即从小到大顺序排列 0：从大到小排列
Player_Num = 3 # 三名玩家
N = 54 # 一副牌有54张（包含大小王）
times = 1 # 一副牌
leftover = 3 # 3张底牌
import random
card0 = list(range(0, N))
card0 = card0 * times
#print(card0)
schar = '♠♥♣♦♛♚'
card1 = []
left = N * times
for i in range (N * times):
rdi = random.randint(0,left-1)
card1.append(card0[rdi])
card0.pop(rdi)
left-=1
if left==0:
break
#print(card1)
Player = []
for i in range (Player_Num):
Player.append([])
for i in range (N * times - leftover):
Player[i % Player_Num].append(card1[i])
Player.append([])
for i in range (N * times - leftover, N * times):
Player[Player_Num].append(card1[i])
for i in range(Player_Num + 1):
# print(Player[i])
Player[i].sort()
if order == 0:
Player[i].reverse()
# print(Player[i])
card_output = []
for i in range (Player_Num + 1):
card_output.append([])
for i in range (Player_Num + 1):
for j in range(len(Player[i])):
if Player[i][j] == 53 or Player[i][j] == 52:
card_output[i].append(str(schar[Player[i][j]%2 + 4]).rjust(3))
else:
cardnumber = (Player[i][j] // 4 + 2) % 13 + 1
cardflower = 3 - Player[i][j] % 4
if cardnumber == 1:
card_output[i].append('A'.rjust(2)+str(schar[cardflower]))
elif cardnumber == 11:
card_output[i].append('J'.rjust(2)+str(schar[cardflower]))
elif cardnumber == 12:
card_output[i].append('Q'.rjust(2)+str(schar[cardflower]))
elif cardnumber == 13:
card_output[i].append('K'.rjust(2)+str(schar[cardflower]))
else:
card_output[i].append(str(cardnumber).rjust(2)+str(schar[cardflower]))
#print(card_output)
for i in range (Player_Num):
print('玩家{:>2}的手牌为:'.format(i+1),' '.join(card_output[i]))
print('剩余的{}张底牌为:'.format(leftover),' '.join(card_output[Player_Num]))
#for i in range(Player_Num + 1):
# print(Player[i])
# 统计炸弹数目
boom = []
for i in range (Player_Num + 1):
boom.append([])
count = 0
last_cardnumber = -1
for i in range (Player_Num + 1):
if 53 in Player[i] and 52 in Player[i]:
boom[i].append('炸弹{}: 王炸'.format(len(boom[i])+1))
for data in Player[i]:
if data == 53 or data == 52:
continue
else:
cardnumber = (data // 4 + 2) % 13 + 1
if last_cardnumber == cardnumber:
count += 1
else:
if count >= 3:
if last_cardnumber == 1:
last_cardnumber = 'A'.rjust(2)
elif last_cardnumber == 11:
last_cardnumber = 'J'.rjust(2)
elif last_cardnumber == 12:
last_cardnumber = 'Q'.rjust(2)
elif last_cardnumber == 13:
last_cardnumber = 'K'.rjust(2)
else:
last_cardnumber = str(last_cardnumber).rjust(2)
boom[i].append('炸弹{}:{}个{:>2}'.format(len(boom[i])+1,count + 1, last_cardnumber))
count = 0
last_cardnumber = cardnumber
boom_num = 0 #炸弹数目
for i in range (Player_Num):
if len(boom[i]) != 0:
print('玩家{:>2}有{:>2}个炸弹，为:'.format(i+1,len(boom[i])),' '.join(boom[i]))
boom_num += 1
if len(boom[Player_Num]) != 0:
print('底牌中有{:>2}个炸弹，为:'.format(len(boom[Player_Num])),' '.join(boom[Player_Num]))
boom += 1
if boom_num == 0:
print('本局未产生炸弹')