用python写一个文字版单机斗地主
2024-05-16 07:50:46
本人热爱编程，在学习python的过程中想通过做一个单机版文字斗地主来检验并提升自己的实力，因为本人还是菜鸟，程序可能还不够完善，可能会出现一些自己未检测到的bug，请大家多多包含。
整体设计思路如下：
创建一个二维列表存储所有的牌
创建一个长度为54的数字列表，并将0-53随机存与该数组中当作打乱顺序后的牌的下标
再创建一个二维列表用于存储洗后的牌，将第一个二维列表通过上面的下标列表映射到该数组中
创建一个变量id，并赋予1到3中的随机数字，当id为1时，玩家就是地主，id为2时，一号电脑就是地主，否则就是三号电脑是地主
接下来就是发牌，创建三个二维列表当作玩家和电脑的卡牌存储器，然后将洗好的前20张牌给地主，农民各得17张
识别出牌种类的最关键方法是找到重复度最大的一类牌
后面内容太多，有兴趣的朋友可以发评论问我，这里直接上源代码
import random# 创牌
class card():type: '无'num: 1size: 1name: ''card_list = []
card_temp = ['', 1, 1, '']
for i in range(54):card_list.append(['无', 1, 1, ''])for i in range(0, 13):# print("%d\n"%i)for j in range(0, 4):# print(i*4+j)card_list[i * 4 + j][2] = i + 1if (i * 4 + j) % 4 == 0:card_list[i * 4 + j][0] = '♣'elif (i * 4 + j) % 4 == 1:card_list[i * 4 + j][0] = '♠'elif (i * 4 + j) % 4 == 2:card_list[i * 4 + j][0] = '♦'elif (i * 4 + j) % 4 == 3:card_list[i * 4 + j][0] = '♥'card_list[i * 4 + j][1] = (card_list[i * 4 + j][2] + 1) % 13 + 1if (card_list[i * 4 + j][1] == 1):card_list[i * 4 + j][3] = 'A'if (card_list[i * 4 + j][1] == 11):card_list[i * 4 + j][3] = 'J'if (card_list[i * 4 + j][1] == 12):card_list[i * 4 + j][3] = 'Q'if (card_list[i * 4 + j][1] == 13):card_list[i * 4 + j][3] = 'K'if (card_list[i * 4 + j][1] > 1 and card_list[i * 4 + j][1] < 11):card_list[i * 4 + j][3] = str(card_list[i * 4 + j][1])# 给大小王下定义
card_list[52][0] = '小'
card_list[52][1] = 14
card_list[52][2] = 14
card_list[52][3] = '小王'card_list[53][0] = '大'
card_list[53][1] = 14
card_list[53][2] = 15
card_list[53][3] = '大王'# print(card_list)# 洗牌
# 先创建一个无重复的随机数组
# 然后将其下标映射到新数组
arr = []
new_cards = []def shuffle_cards(arr, new_cards, card_list):# creat_random_arrwhile (len(arr) < 54):a = random.randint(0, 53)if (not (a in arr)):arr.append(a)# shuffle_cardsfor i in range(0, 54):new_cards.append(card_list[arr[i]])shuffle_cards(arr, new_cards, card_list)# print(new_cards)
# 洗牌结束,开始发牌# 创建角色
class player():name: ''list = []id = '未知'player1_list = []
player2_list = []
player3_list = []# 发牌，先发51张
for i in range(0, 51):if (i % 3 == 0):player1_list.append(new_cards[i])elif (i % 3 == 1):player2_list.append(new_cards[i])elif (i % 3 == 2):player3_list.append(new_cards[i])# 选地主，发地主牌
id = random.randint(1, 3)
if (id == 1):player1_list.extend(new_cards[51:])
elif (id == 2):player2_list.extend(new_cards[51:])
elif (id == 3):player3_list.extend(new_cards[51:])# print(player1_list)
# print(player2_list)
# print(player3_list)# 创建一个用于保存上一个玩家出牌的列表
last_cards = []# 给牌进行排序
def card_sort(card_list):if (len(card_list)) > 1:temp = card_list[0]n = len(card_list)for i in range(n):for j in range(0, n - i - 1):if card_list[j][2] > card_list[j + 1][2]:temp = card_list[j]card_list[j] = card_list[j + 1]card_list[j + 1] = tempcard_sort(player1_list)
card_sort(player2_list)
card_sort(player3_list)
# print(player1_list)# 显示玩家有哪些牌,并且统计每种牌的张数
card_view = []def print_card(player1_list, card_view):if len(player1_list)>0:if id == 1:print("你是地主,剩余牌数：%d\n你的牌是："%len(player1_list))else:print("你是农民,剩余牌数：%d\n你的牌是："%len(player1_list))n = len(player1_list)card_view.clear()for i in range(0, n):# print("{0}-{1}-{2}".format(cards[i][0],cards[i][3],i))card_view.append(player1_list[i][3])card_view.append(player1_list[i][0])card_view.append(i)card_view.append(' ')print(card_view)count = 0char = player1_list[0][3]# 统计牌的数组,和下标statistic = []indexs = []ind = 0indexs.extend([0, ' '])for i in range(0, n):if player1_list[i][3] == char:count = count + 1else:statistic.extend([count, '张', char, ' '])ind = ind + countindexs.extend([ind, ' '])# print("有{0}个{1}".format(count,char))count = 1char = player1_list[i][3]# print("有{0}个{1}".format(count, char))statistic.extend([count, '张', char, ' '])print(statistic)print(indexs)print_card(player1_list, card_view)# 首先找最大重复的牌数目，如果是1并且牌的数目是1则为单牌，如果最大重复是1且牌不只一张则考虑顺子# 创造一个统计数组元素最大重复数和出现次数的函数,返回[最大重复数-重复了几次-最大重复的牌是几号（重复了几次就会出现几个号）]
def get_repeat(cards):# 然后找到同为最大次数的牌out = []if len(cards)>0:# 构建一个统计次数的列表list = []# 先排序card_sort(cards)n = len(cards)count = 0char = cards[0][2]for i in range(0, n):if cards[i][2] == char:count = count + 1else:list.append(char)list.append(count)count = 1char = cards[i][2]list.append(char)list.append(count)# 这样我们就得到了一个统计次数的列表，接下来就是要找到最大次数max = 0i = 1is2 = 0while (i < len(list)):if (list[i] > max):max = list[i]if (list[i] == 2):is2 = is2 + 1i = i + 2# 然后找到同为最大次数的牌out.append(max)out.append(is2)i = 1while (i < len(list)):if (list[i] == max):out.append(list[i - 1])i = i + 2return out# 输出结果为：第一个为最大次数，第二个为成对数,后面的都是同为这个次数的牌# print(player2_list)
# print(get_repeat(player2_list))# 判断是否为顺序
def isSort(arr):k = 1for i in range(0, len(arr) - 1):if (arr[i + 1] - arr[i] != 1):k = 0return k# 接下来开始判断出牌是否符合规则
def jude(cards):if cards == 0:return 0if len(cards) == 0:print("跳过")if len(cards) != 0:card_sort(cards)# retuen_listre_list = []k = 1str = ""# 准备输出选择的牌str_list = []for i in range(0, len(cards)):str_list.append(cards[i][3])str = ' '.join(str_list)list = get_repeat(cards)if (len(cards) == list[0]):if (list[0] == 1):print("单牌:", str)re_list.extend(["单牌", list[2]])elif (list[0] == 2):print("对子:", str)re_list.extend(["对子", list[2]])elif (list[0] == 3):print("三个:", str)re_list.extend(["三个", list[2]])elif (list[0] == 4):print("炸:", str)re_list.extend(["炸", list[2]])elif (len(cards) == 2):if (list[2] == 14 and list[3] == 15):print("王炸:", str)re_list.extend(["王炸", list[2]])else:print("不符合规则")k = 0elif (len(cards) == 3):print("不符合规则")k = 0elif (len(cards) == 4):if (list[0] == 3):print("3带1:", str)re_list.extend(["3带1", list[2]])else:print("不符合规则")k = 0elif (len(cards) == 5):if (list[0] == 3 and list[1] == 1):print("3带2:", str)re_list.extend(["3带2", list[2]])elif (list[0] == 1 and isSort(list[2:]) == 1 and (13 - list[2]) > len(cards)):print("顺子:", str)re_list.extend(["顺子", list[2]])else:print("不符合规则")k = 0elif (len(cards) == 6):if (list[0] == 3 and len(list) - 2 == 2 and isSort(list[2:]) == 1 and len(list) - 2 == 2):print("飞机33:", str)re_list.extend(["飞机33", list[2]])elif (list[0] == 4 and list[1] == 0):print("4带2:", str)re_list.extend(["4带2", list[2]])elif (list[0] == 2 and isSort(list[2:]) == 1 and (13 - list[2]) > (len(cards) / 2)):print("连对:", str)re_list.extend(["连对", list[2]])elif (list[0] == 1 and isSort(list[2:]) == 1 and (13 - list[2]) > len(cards)):print("顺子:", str)re_list.extend(["顺子", list[2]])else:print("不符合规则")k = 0elif (len(cards) == 7):if (list[0] == 1 and isSort(list[2:]) == 1 and (13 - list[2]) > len(cards)):print("顺子:", str)re_list.extend(["顺子", list[2]])else:print("不符合规则")k = 0elif (len(cards) == 8):if (list[0] == 1 and isSort(list[2:]) == 1 and (13 - list[2]) > len(cards)):print("顺子:", str)re_list.extend(["顺子", list[2]])elif (list[0] == 2 and isSort(list[2:]) == 1 and (13 - list[2]) > (len(cards) / 2)):print("连对:", str)re_list.extend(["连对", list[2]])elif (list[0] == 4 and list[1] == 2):print("4带2对:", str)re_list.extend(["4带2对", list[2]])elif (list[0] == 3 and isSort(list[2:]) == 1 and len(list) - 2 == 2):print("飞机3311:", str)re_list.extend(["飞机3311", list[2]])else:print("不符合规则")k = 0elif (len(cards) == 9):if (list[0] == 1 and isSort(list[2:]) == 1 and (13 - list[2]) > len(cards)):print("顺子:", str)re_list.extend(["顺子", list[2]])elif (list[0] == 3 and isSort(list[2:]) == 1 and len(list) - 2 == 3):print("飞机333:", str)re_list.extend(["飞机333", list[2]])else:print("不符合规则")k = 0elif (len(cards) == 10):if (list[0] == 1 and isSort(list[2:]) == 1 and (13 - list[2]) > len(cards)):print("顺子:", str)re_list.extend(["顺子", list[2]])elif (list[0] == 3 and isSort(list[2:]) == 1 and list[1] == 2):print("飞机3322:", str)re_list.extend(["飞机3322", list[2]])elif (list[0] == 2 and isSort(list[2:]) == 1 and list[1] == 5 and (13 - list[2]) > (len(cards) / 2)):print("连对:", str)re_list.extend(["连对", list[2]])else:print("不符合规则")k = 0elif (len(cards) == 11):if (list[0] == 1 and isSort(list[2:]) == 1 and (13 - list[2]) > len(cards)):print("顺子:", str)re_list.extend(["顺子", list[2]])else:print("不符合规则")k = 0elif (len(cards) == 12):if (list[0] == 1 and isSort(list[2:]) == 1 and (13 - list[2]) > len(cards)):print("顺子:", str)re_list.extend(["顺子", list[2]])elif (list[0] == 2 and isSort(list[2:]) == 1 and (13 - list[2]) > (len(cards) / 2)):print("连对:", str)re_list.extend(["连对", list[2]])elif (list[0] == 3 and isSort(list[2:]) == 1 and len(list) - 2 == 4):print("飞机3333:", str)re_list.extend(["飞机3333", list[2]])elif (list[0] == 3 and isSort(list[2:]) == 1 and len(list) - 2 == 3):print("飞机333111:", str)re_list.extend(["飞机333111", list[2]])else:print("不符合规则")k = 0elif (len(cards) == 13):print("不符合规则")k = 0elif (len(cards) == 14):if (list[0] == 2 and isSort(list[2:]) == 1 and (13 - list[2]) > (len(cards) / 2)):print("连对:", str)re_list.extend(["连对", list[2]])else:print("不符合规则")k = 0elif (len(cards) == 15):if (list[0] == 3 and isSort(list[2:]) == 1 and len(list) - 2 == 5):print("飞机33333:", str)re_list.extend(["飞机33333", list[2]])elif (list[0] == 3 and isSort(list[2:]) == 1 and list[1] == 3):print("飞机333222:", str)re_list.extend(["飞机333222", list[2]])else:print("不符合规则")k = 0elif (len(cards) == 16):if (list[0] == 2 and isSort(list[2:]) == 1 and (13 - list[2]) > (len(cards) / 2)):print("连对:", str)re_list.extend(["连对", list[2]])elif (list[0] == 3 and isSort(list[2:]) == 1 and len(list) - 2 == 4):print("飞机33331111:", str)re_list.extend(["飞机33331111", list[2]])else:print("不符合规则")k = 0elif len(cards) == 17:print("不符合规则")elif len(cards) == 18:if list[0] == 2 and isSort(list[2:]) == 1 and (13 - list[2]) > (len(cards) / 2):print("连对:", str)re_list.extend(["连对", list[2]])else:print("不符合规则")k = 0elif len(cards) == 19:print("不符合规则")k = 0elif len(cards) == 20:if list[0] == 2 and isSort(list[2:]) == 1 and (13 - list[2]) > (len(cards) / 2):print("连对:", str)re_list.extend(["连对", list[2]])elif list[0] == 3 and isSort(list[2:]) == 1 and list[1] == 4:print("飞机33332222:", str)re_list.extend(["飞机33332222", list[2]])elif list[0] == 3 and isSort(list[2:]) == 1 and len(list) - 2 == 5:print("飞机3333311111:", str)re_list.extend(["飞机3333311111", list[2]])else:print("不符合规则")k = 0elif len(cards) > 20:print("不符合规则")k = 0if k != 0:return re_listelse:return k# 制定出牌规则
# 统计出牌器里面的最大重复数及其出现的次数
# 先统计出牌的张数
# 1张可能是单牌
# 2张可能是成对，要一样 可能是王炸
# 3张可能是成带，要一样
# 4张可能是炸也可能是3带1
# 5张可能是3带2也可能是顺子
# 6张可能是4带2 可能是顺子 可能是飞机33 可能是连对
# 7张只有可能是顺子
# 8张牌 可能是4带2对 可能是顺子 可能是飞机3311 可能是连对
# 9张牌 可能是顺子 可能是飞机333
# 10张牌 可能是顺子 可能是连对 可能是飞机3322
# 11张牌 可能是顺子
# 12张牌 可能是顺子 可能是连对 可能是飞机3333、333111
# 13张牌
# 14张牌 可能是连对
# 15张牌 可能是飞机33333、可能是飞机333222
# 16张牌 可能是连对 可能是飞机33331111
# 17张牌
# 18张牌 可能是连对
# 19张牌
# 20张牌 可能是连对、 可能是飞机33332222、 可能是飞机3333311111# 一共有38种出牌方式，这里用38个函数进行判断，并且返回一个数组，里面包括出牌类型和级别# 出牌器--输入的是一个字符数组
# 将字符串转化成数字列表
def trans(str):list = []if len(str)>0:str = str.split(',')for i in str:list.append(int(i))return list# 得到输出的牌组
def put_cards(inds, cards):k = 1list = []for i in range(0, len(inds)):if inds[i] <= len(cards) and inds[i] >= 0:list.append(cards[inds[i]])else:print("输入格式有误")k = 0if k == 1:return listelse:return 0 # 如果格式有误则重新输入# 玩家输入
put_ind=""
def player_input(last_cards):cards_jude = []last_cards_jude = []put_ind = input("输入你所出的牌的下标\n")if trans(put_ind)[0]==-1:return []if len(last_cards) == 0:while jude(put_cards(trans(put_ind), player1_list)) == 0 or put_cards(trans(put_ind), player1_list) == 0:put_ind = input("输入你所出的牌的下标\n")else:k = 0while k == 0:cards_jude = jude(put_cards(trans(put_ind), player1_list))last_cards_jude = jude(last_cards)if cards_jude != 0 and last_cards_jude != 0 and len(trans(put_ind)) == len(last_cards) and cards_jude[0] == last_cards_jude[0] and cards_jude[1] > last_cards_jude[1]:k = 1if cards_jude != 0 and last_cards_jude != 0 and last_cards_jude[0] != '王炸' and cards_jude[0] == '炸':k = 1if cards_jude != 0 and cards_jude[0] == '王炸':k = 1if k == 1:breakput_ind = input("输入错误，请重新输入你所出的牌的下标\n")return put_ind# 如果符合规则，那么就删除打出的牌def remov_cards():trans_put_ind = trans(put_ind)for i in range(0,len(trans_put_ind)): #容易出现bugdel (player1_list[trans_put_ind[i]])for j in range(i+1,len(trans_put_ind)):if trans_put_ind[i] < trans_put_ind[j]:trans_put_ind[j]=trans_put_ind[j]-1# put_ind = player_input()
# remov_cards()# 与人机出牌有关的函数
# 按张数排序
def distribute_card(cards):i=0new_cards = []for j in range(1, 5):count = 1star = 0for i in range(1, len(cards)):if cards[i][2] == cards[i - 1][2]:count = count + 1else:if count == j:for k in range(star,i):new_cards.append(cards[k])count = 1star = iif count == j:for k in range(star, i+1):new_cards.append(cards[k])cards = new_cards[:]for k in range(0,len(new_cards)):cards[k] = new_cards[k]return new_cards# 得到牌区下标
def get_range(cards):indexs = []if len(cards)>0:i=0count = 1sum = 0star=0counts=[]for i in range(1, len(cards)):if cards[i][2] == cards[i - 1][2]:count = count + 1else:counts.append(count)count = 1counts.append(count)for i in range(1,len(counts)):sum = sum+counts[i-1]if counts[i-1] != counts[i]:if(counts[i]==2):indexs.extend([star,sum-1])star= sumif len(indexs)<2:indexs.extend([-1,-1])elif(counts[i]==3):indexs.extend([star, sum-1])star = sumif len(indexs)<4:indexs.extend([-1,-1])elif (counts[i] == 4):indexs.extend([star, sum-1])star = sumif len(indexs)<6:indexs.extend([-1,-1])if len(counts)>=i+1:sum = sum + counts[i]indexs.extend([star, sum-1])if len(indexs) < 4:indexs.extend([-1,-1,-1,-1,-1,-1])elif len(indexs) < 6:indexs.extend([-1,-1,-1,-1])elif len(indexs) < 8:indexs.extend([-1,-1])else:indexs.extend([-1,-1,-1,-1,-1,-1,-1,-1])return indexs# 通过牌数区得到有序区
def find_seq(type,cards,ind1,ind2):re_list = []if(ind1!=ind2 and ind1!=-1 and ind2!=-1):list=[]for i in range(0,len(cards)):list.append(cards[i][2])n=0step=0k=1star=ind1if(type=="单"):n = 5step = 1elif (type == "双"):n = 3step = 2elif (type == "三"):n = 2step = 3i = ind1while (i <= ind2-step):if (list[i] + 1 == list[i + step] and list[i + step]<13):k = k + 1else:if (k >= n):re_list.extend([star, i + step - 1])star = i + stepk = 1i = i + stepif (k >= n):re_list.extend([star, i + step - 1])return re_list# 得出非顺序下标
def find_nonSeq(ranges,seqs):non_seqs = []temps0 = []temps1 = []temps2 = []if ranges[0]!=-1:temps0.clear()for i in range(ranges[0],ranges[1]+1):if len(seqs[0]) > 0:for j in range(0,(len(seqs[0])+1)//2):if not(i>= seqs[0][j] and i<= seqs[0][j+1]):temps0.append(i)else:temps0.append(i)non_seqs.append(temps0)else:non_seqs.append([])if ranges[2] != -1:temps1.clear()for i in range(ranges[2], ranges[3] + 1):if len(seqs[1]) > 0:for j in range(0, (len(seqs[1]) + 1) // 2):if not (i >= seqs[1][j] and i <= seqs[1][j + 1]):temps1.append(i)else:temps1.append(i)non_seqs.append(temps1)else:non_seqs.append([])if ranges[4] != -1:temps2.clear()for i in range(ranges[4], ranges[5]+1):if len(seqs[2])>0:for j in range(0, (len(seqs[2])+1) //2):if not (i >= seqs[2][j] and i <= seqs[2][j + 1]):temps2.append(i)else:temps2.append(i)non_seqs.append(temps2)else:non_seqs.append([])return non_seqs
def out_cards(last_cards,cards):ranges = []seqs = []non_seqs = []ranges = get_range(cards)size_list=[]for i in cards:size_list.append(i[2])seqs.append(find_seq("单", cards, ranges[0], ranges[1]))seqs.append(find_seq("双", cards, ranges[2], ranges[3]))seqs.append(find_seq("三", cards, ranges[4], ranges[5]))non_seqs = find_nonSeq(ranges,seqs)out_inds=[]
# 这里n表示了飞机的三数长度n=0i=0if len(last_cards) == 0:
# 考虑出飞机if len(seqs[2])>0:for i in range(seqs[2][0],seqs[2][1]+1):out_inds.append(i)n = (seqs[2][1]+1-seqs[2][0])//3if ranges[0]!=-1 and len(non_seqs[0]) >= n:for i in range(0, n):out_inds.append(non_seqs[0][i])elif ranges[1]!=-1 and len(non_seqs[1]) >= 2*n:for i in range(0, 2*n):out_inds.append(non_seqs[0][i])
# 考虑出连对elif len(seqs[1])>0:for i in range(seqs[1][0],seqs[1][1]+1):out_inds.append(i)
# 考虑出顺子elif len(seqs[0])>0:for i in range(seqs[0][0],seqs[0][1]+1):out_inds.append(i)
# 考虑出带elif ranges[4]!=-1:for i in range(0,3):out_inds.append(ranges[4] + i)if ranges[2]!=-1:for i in range(0, 2):out_inds.append(ranges[2] + i)elif ranges[0]!=-1:out_inds.append(ranges[0])
# 考虑出单elif ranges[0]!=-1:out_inds.append(ranges[0])
# 考虑出对elif ranges[2]!=-1:for i in range(0, 2):out_inds.append(ranges[2] + i)# 接下来考虑当电脑不是第一次出牌的情况else:repeat = []repeat = get_repeat(last_cards)if repeat[0]==1 and len(last_cards)==1 and len(non_seqs[0])>0: #单牌for i in range(0,len(non_seqs[0])):if cards[non_seqs[0][i]][2]>repeat[2]:out_inds.append(non_seqs[0][i])breakelif repeat[0]==1 and len(last_cards)>1 and len(seqs[0])>0 and len(seqs[0])>0 and seqs[0][1]-seqs[0][0]+1>=len(repeat)-2 : #顺子for i in range(seqs[0][0], seqs[0][1]+1):if cards[i][2] > repeat[2]:out_inds.append(i)if len(out_inds) >= len(repeat)-2:breakif len(out_inds) != len(last_cards):out_inds.clear()elif repeat[0]==2 and len(last_cards)==2 and len(non_seqs[1])>0: #对子for i in range(0,len(non_seqs[1])):if cards[non_seqs[1][i]][2]>repeat[2]:out_inds.append(non_seqs[1][i])if len(out_inds)>1:breakelif repeat[0]==2 and len(last_cards)>2 and len(seqs[1])>0 and len(seqs[1])>0 and seqs[1][1]-seqs[1][0]+1>=2*(len(repeat)-2) : #连对for i in range(seqs[1][0], seqs[1][1] + 1):if cards[i][2] > repeat[2]:out_inds.append(i)if len(out_inds) >= 2*(len(repeat) - 2):breakif len(out_inds) != len(last_cards):out_inds.clear()elif repeat[0]==3 and len(last_cards)==3 and len(non_seqs[2])>0: #三个for i in range(0,len(non_seqs[2])):if cards[non_seqs[2][i]][2]>repeat[2]:out_inds.append(non_seqs[2][i])if len(out_inds)>2:breakelif repeat[0]==3 and len(last_cards)==4 and len(non_seqs[2])>0 and len(non_seqs[0])>0: #3带1for i in range(0,len(non_seqs[2])):if cards[non_seqs[2][i]][2]>repeat[2]:out_inds.append(non_seqs[2][i])if len(out_inds)>2:breakif len(out_inds)>2 :out_inds.append(non_seqs[0][0])elif repeat[0]==3 and len(last_cards)==5 and repeat[1]==1 and len(non_seqs[2])>0 and len(non_seqs[1])>0: #3带2for i in range(0,len(non_seqs[2])):if cards[non_seqs[2][i]][2]>repeat[2]:out_inds.append(non_seqs[2][i])if len(out_inds)>2:breakif len(out_inds)>2 :out_inds.append(non_seqs[1][0])out_inds.append(non_seqs[1][1])elif repeat[0]==3 and len(last_cards) % 3 == 0 and 3*(len(repeat) - 2)== len(last_cards) and len(last_cards)>3 and len(seqs[2])>0 and seqs[2][1]-seqs[2][0]+1 >= len(last_cards): #飞机不带for i in range(seqs[2][0], seqs[2][1] + 1):if cards[i][2] > repeat[2]:out_inds.append(i)if len(out_inds) >= 3*(len(repeat) - 2):breakif len(out_inds) != len(last_cards):out_inds.clear()elif repeat[0] == 3 and len(last_cards) % 4 == 0 and len(last_cards) > 4 and len(seqs[2])>0 and seqs[2][1] - seqs[2][0] + 1 >= (len(repeat) - 2)*3 and len(non_seqs[0]) >= len(last_cards)//4: # 飞机带1for i in range(seqs[2][0], seqs[2][1] + 1):if cards[i][2] > repeat[2]:out_inds.append(i)if len(out_inds) >= 3*(len(repeat) - 2):breakif len(out_inds) >= 3 * (len(repeat) - 2):for i in range(0,len(last_cards)//4):out_inds.append(non_seqs[0][i])if len(out_inds) != len(last_cards):out_inds.clear()elif repeat[0] == 3 and len(last_cards) % 5 == 0 and len(last_cards) > 5 and len(seqs[2])>0 and seqs[2][1] - seqs[2][0] + 1 >= (len(repeat)-2)*3 and len(non_seqs[1]) >= 2*(len(last_cards)//5): # 飞机带2for i in range(seqs[2][0], seqs[2][1] + 1):if cards[i][2] > repeat[2]:out_inds.append(i)if len(out_inds) >= 3*(len(repeat) - 2):breakif len(out_inds) >= 3 * (len(repeat) - 2):for i in range(0,2*len(last_cards)//5):out_inds.append(non_seqs[1][i])if len(out_inds) != len(last_cards):out_inds.clear()elif repeat[0]==4 and len(last_cards)==6 and ranges[6]!=-1 and len(non_seqs[0])>=2: #4带2for i in range(ranges[6], ranges[7]+1):if cards[i][2]>repeat[2]:out_inds.append(i)if len(out_inds)>=4:breakif len(out_inds)>=4 :out_inds.append(non_seqs[0][0])out_inds.append(non_seqs[0][1])elif repeat[0]==4 and len(last_cards)==8 and repeat[1]==2 and ranges[6]!=-1 and len(non_seqs[1])>=4: #4带2对for i in range(ranges[6], ranges[7] + 1):if cards[i][2] > repeat[2]:out_inds.append(i)if len(out_inds) >= 4:breakif len(out_inds)>=4 :for i in range(0,4):out_inds.append(non_seqs[1][i])elif len(last_cards)==2 and last_cards[0][2]==14 and last_cards[1][2]==15 : #王炸out_inds=[]elif repeat[0]==4 and len(last_cards)==4 and ranges[6]!=-1: # 炸for i in range(ranges[6], ranges[7]+1):if cards[i][2] > repeat[2]:out_inds.append(i)if len(out_inds) >= 4:breakelif len(last_cards) < len(cards) and 14 in size_list and 15 in size_list: # 其它情况出王炸out_inds.append(ranges[1])out_inds.append(ranges[1] - 1)elif ranges[6] != -1 and not (len(last_cards) == 2 and last_cards[0][2] == 14 and last_cards[1][2] == 15) and not (repeat[0] == 4 and len(last_cards) == 4): # 其它情况出炸for i in range(ranges[6], ranges[6] + 4):out_inds.append(i)# 组装要出的牌outCards = []for i in range(0, len(out_inds)):outCards.append(cards[out_inds[i]])# 删除刚才出的牌for i in range(0,len(out_inds)):del (cards[out_inds[i]])for j in range(i+1,len(out_inds)):if out_inds[i] < out_inds[j]:out_inds[j]=out_inds[j]-1return outCardsplayerCards2=[]
playerCards3=[]# 创建一个变量统计当前出牌的编号
card_id = 0
while(len(player1_list)>0 and len(player2_list)>0 and len(player3_list)>0):if id == 1:print("轮到你出牌了")put_ind = player_input(last_cards)if len(trans(put_ind)) > 0:card_id = 1last_cards.clear()for i in trans(put_ind):last_cards.append(player1_list[i])remov_cards()if len(player1_list) == 0:breakplayer2_list=distribute_card(player2_list)if card_id == 2:last_cards.clear()playerCards2=out_cards(last_cards,player2_list)if len(playerCards2)>0:card_id = 2last_cards.clear()for i in playerCards2:last_cards.append(i)print("电脑一号是农民，剩余%d张牌，出的牌是："%len(player2_list))jude(playerCards2)if len(player2_list) == 0:breakplayer3_list = distribute_card(player3_list)if card_id == 3:last_cards.clear()playerCards3 = out_cards(last_cards, player3_list)if len(playerCards3) > 0:card_id = 3last_cards.clear()for i in playerCards3:last_cards.append(i)print("电脑二号是农民，剩余%d张牌，出的牌是：" % len(player3_list))jude(playerCards3)if len(player3_list) == 0:breakprint_card(player1_list, card_view)if card_id == 1:last_cards.clear()print("你要大过的牌：")jude(last_cards)elif id == 2:player2_list = distribute_card(player2_list)if card_id == 2:last_cards.clear()playerCards2 = out_cards(last_cards, player2_list)if len(playerCards2) > 0:card_id = 2last_cards.clear()for i in playerCards2:last_cards.append(i)print("电脑一号是地主，剩余%d张牌，出的牌是：" % len(player2_list))jude(playerCards2)if len(player2_list) == 0:breakplayer3_list = distribute_card(player3_list)if card_id == 3:last_cards.clear()playerCards3 = out_cards(last_cards, player3_list)if len(playerCards3) > 0:card_id = 3last_cards.clear()for i in playerCards3:last_cards.append(i)print("电脑二号是农民，剩余%d张牌，出的牌是：" % len(player3_list))jude(playerCards3)if len(player3_list) == 0:breakprint_card(player1_list, card_view)if card_id == 1:last_cards.clear()print("你要大过的牌：")jude(last_cards)print("轮到你出牌了")put_ind = player_input(last_cards)if len(trans(put_ind)) > 0:card_id = 1last_cards.clear()for i in trans(put_ind):last_cards.append(player1_list[i])remov_cards()if len(player1_list) == 0:breakelif id == 3:player3_list = distribute_card(player3_list)if card_id == 3:last_cards.clear()playerCards3 = out_cards(last_cards, player3_list)if len(playerCards3) > 0:card_id = 3last_cards.clear()for i in playerCards3:last_cards.append(i)print("电脑二号是地主，剩余%d张牌，出的牌是：" % len(player3_list))jude(playerCards3)if len(player3_list) == 0:breakprint_card(player1_list, card_view)if card_id == 1:last_cards.clear()print("你要大过的牌：")jude(last_cards)print("轮到你出牌了")put_ind = player_input(last_cards)if len(trans(put_ind)) > 0:card_id = 1last_cards.clear()for i in trans(put_ind):last_cards.append(player1_list[i])remov_cards()if len(player1_list) == 0:breakplayer2_list = distribute_card(player2_list)if card_id == 2:last_cards.clear()playerCards2 = out_cards(last_cards, player2_list)if len(playerCards2) > 0:card_id = 2last_cards.clear()for i in playerCards2:last_cards.append(i)print("电脑一号是农民，剩余%d张牌，出的牌是：" % len(player2_list))jude(playerCards2)if len(player2_list) == 0:break# 接下来判断输赢
if id == 1:if len(player1_list)==0:print("你赢了！")else:print("你输了")
elif id==2:if len(player2_list)==0:print("你输了！")else:print("你赢了！")
elif id==3:if len(player3_list)==0:print("你输了！")else:print("你赢了！")用python写一个文字版单机斗地主相关推荐
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