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先介绍一下吧，本人现在还在上大二，博客更多的是记录自己跟随课程的学习成果，其中也会有一些老师的印记，但更多的都是自己课下花了大量时间和心血的结果，所以希望各位看官转载注明出处，真的谢谢！
昨天用python实现了自己第一个有界面的小游戏，虽然用java也可以做出来，但之前没有去想这件事情，而且由于个人原因，使用java写的图形界面都用于实验课了（若你是东大软件人，东软云医院，你懂得），
昨天实验课上将自己的原来的逻辑稍微优化了下，并添加了图形界面，初步完成了井字棋的功能（其实就是三字连线），有兴趣的可以自己运行一遍，看自己能不能下过电脑吧！
# 不谷尉 from tkinter import * from tkinter import messagebox as msgbox def luozi0(): global human, BOARD B0[‘text‘] = human BOARD[0] = human Over = winner() if not Over: computer_move() winner() def luozi1(): global human, BOARD B1[‘text‘] = human BOARD[1] = human Over = winner() if not Over: computer_move() winner() def luozi2(): global human, BOARD B2[‘text‘] = human BOARD[2] = human Over = winner() if not Over: computer_move() winner() def luozi3(): global human, BOARD B3[‘text‘] = human BOARD[3] = human Over = winner() if not Over: computer_move() winner() def luozi4(): global human, BOARD B4[‘text‘] = human BOARD[4] = human Over = winner() if not Over: computer_move() winner() def luozi5(): global human, BOARD B5[‘text‘] = human BOARD[5] = human Over = winner() if not Over: computer_move() winner() def luozi6(): global human, BOARD B6[‘text‘] = human BOARD[6] = human Over = winner() if not Over: computer_move() winner() def luozi7(): global human, BOARD B7[‘text‘] = human BOARD[7] = human Over = winner() if not Over: computer_move() winner() def luozi8(): global human, BOARD B8[‘text‘] = human BOARD[8] = human Over = winner() if not Over: computer_move() winner() def restart(): global BOARD, computer, human computer = ‘ ‘ human = ‘ ‘ for i in range(9): BOARD[i] = EMPTY Bus[i][‘text‘] = EMPTY winnerlabel[‘text‘] = ‘未知‘ if not askyesno(): computer_move() def askyesno(): global human, computer bl = msgbox.askyesno("YesNo", "是否选择先手？") if bl: human, computer = O, X return True else: computer, human = O, X return False X = "X" O = "O" EMPTY = " " WAYS_TO_WIN = ((0, 1, 2), (3, 4, 5), (6, 7, 8), (0, 3, 6), (1, 4, 7), (2, 5, 8), (0, 4, 8), (2, 4, 6)) BEST_MOVES = (4, 0, 2, 6, 8, 1, 3, 5, 7) BOARD = [] # 棋盘 for i in range(9): BOARD.append(EMPTY) root = Tk() root.title(‘井字棋‘) root.geometry(‘240x350‘) Bus = [] computer = ‘ ‘ human = ‘ ‘ Label(root, text=‘赢家:‘, width=6, height=3).grid(row=4, column=1) winnerlabel = Label(root, text=‘未知‘, width=6, height=3) winnerlabel.grid(row=4, column=2) winnerlabel.pack reButton = Button(root, text=‘重新开始‘, width=6, height=2, bg=‘red‘, fg=‘blue‘, command=restart).grid(row=4, column=0) B0 = Button(root, text=EMPTY, width=10, height=5, bg=‘green‘, fg=‘black‘, command=luozi0) B1 = Button(root, text=EMPTY, width=10, height=5, bg=‘yellow‘, fg=‘black‘, command=luozi1) B2 = Button(root, text=EMPTY, width=10, height=5, bg=‘green‘, fg=‘black‘, command=luozi2) B3 = Button(root, text=EMPTY, width=10, height=5, bg=‘yellow‘, fg=‘black‘, command=luozi3) B4 = Button(root, text=EMPTY, width=10, height=5, bg=‘green‘, fg=‘black‘, command=luozi4) B5 = Button(root, text=EMPTY, width=10, height=5, bg=‘yellow‘, fg=‘black‘, command=luozi5) B6 = Button(root, text=EMPTY, width=10, height=5, bg=‘green‘, fg=‘black‘, command=luozi6) B7 = Button(root, text=EMPTY, width=10, height=5, bg=‘yellow‘, fg=‘black‘, command=luozi7) B8 = Button(root, text=EMPTY, width=10, height=5, bg=‘green‘, fg=‘black‘, command=luozi8) Bus.append(B0) Bus.append(B1) Bus.append(B2) Bus.append(B3) Bus.append(B4) Bus.append(B5) Bus.append(B6) Bus.append(B7) Bus.append(B8) for Bi in range(0, 9): Bus[Bi].grid(row=Bi//3, column=Bi % 3) # 产生合法走棋位置序列，即未落子的位置序列 def legal_moves(): global BOARD moves = [] for square in range(0, 9): if BOARD[square] == EMPTY: moves.append(square) return moves def winner(): global BOARD for row in WAYS_TO_WIN: if BOARD[row[0]] == BOARD[row[1]] == BOARD[row[2]] != EMPTY: winner = BOARD[row[0]] print("胜利者是" + winner) if human == winner: winnerlabel[‘text‘] = ‘玩家‘ elif computer == winner: winnerlabel[‘text‘] = ‘电脑‘ return winner if EMPTY not in BOARD: print("平局") winnerlabel[‘text‘] = ‘平局‘ return ‘TIE‘ def isFull(): for i in BOARD: if i == EMPTY: return False return True # 电脑下棋 def computer_move(): global computer, human for move in legal_moves(): BOARD[move] = computer Bus[move][‘text‘] = computer if winner() == computer: print("电脑下棋位置。。。", move) return True # 取消走棋方案 BOARD[move] = EMPTY Bus[move][‘text‘] = EMPTY for move in legal_moves(): BOARD[move] = human Bus[move][‘text‘] = human if winner() == human: print("电脑下棋位置。。。", move) BOARD[move] = computer Bus[move][‘text‘] = computer return True # 取消走棋方案 BOARD[move] = EMPTY Bus[move][‘text‘] = EMPTY for move in BEST_MOVES: if move in legal_moves(): BOARD[move] = computer Bus[move][‘text‘] = computer return True if not askyesno(): computer_move() root.mainloop()
原文：https://www.cnblogs.com/bu-5-gu-2-wei-0/p/12041909.html