基于Python实现的五子棋tkinter版小游戏代码（高分项目）

from tkinter.messagebox import * from tkinter import* from random import* import winsound import os #声明全局变量开始 global canvas global back_x,back_y,last global qipan qipan= [[2 for i in range(16)]for i in range(16)] #2表示空，0表示红棋，1表示绿棋 col= ['红','绿'] global index #创建落子计数变量 index= 0 global var_top global hui hui=0 #声明全局变量结束 long= 100 dtmf= [697,770,852,941,1209,1336,1477,1633] fequency=[440,494,554,587,659,740,831,880] winsound.PlaySound("1.wav",0) #播放启动音效 #函数开始 def another_color(color): return 1-color def is_win(color): #判赢函数 global qipan global index global canvas kuan=16 i=j=0 #横排 for i in range(kuan): for j in range(kuan-4): if(qipan[i][j]==color and qipan[i][j+1]==color and qipan[i][j+2]==color and qipan[i][j+3]==color and qipan[i][j+4]==color): return 1 #竖排 for i in range(kuan-4): for j in range (kuan): if(qipan[i][j]==color and qipan[i+1][j]==color and qipan[i+2][j]==color and qipan[i+3][j]==color and qipan[i+4][j]==color): return 1 #副对角线 for i in range(kuan-4): for j in range(4,kuan): if(qipan[i][j]==color and qipan[i+1][j-1]==color and qipan[i+2][j-2]==color and qipan[i+3][j-3]==color and qipan[i+4][j-4]==color): return 1 #主对角线 for i in range(kuan-4): for j in range(kuan-4): if(qipan[i][j]==color and qipan[i+1][j+1]==color and qipan[i+2][j+2]==color and qipan[i+3][j+3]==color and qipan[i+4][j+4]==color): return 1 return 0 #定义判定胜负函数 def is_kongde(x,y): #判空函数 if(qipan[x][y]==2): return 1 else: return 0 def AI(colo): global qipan global index global canvas color=['red','green'] kuan=16 initial_value=2 #1--己方四连A--黑黑黑黑空 #横排 for i in range(16): for j in range(12): if (qipan[i][j] == colo and qipan[i][j + 1] == colo and qipan[i][j + 2] == colo and qipan[i][j + 3] == colo and qipan[i][j + 4] == initial_value): j=j+4 qipan[i][j] = colo canvas.create_oval((i*30)-10,(j*30)-10,(i*30)+10,(j*30)+10,fill='red',tags=('chess')) return 1 #竖排 for i in range(12): for j in range(16): if (qipan[i][j] == colo and qipan[i + 1][j] == colo and qipan[i + 2][j] == colo and qipan[i + 3][j] == colo and qipan[i + 4][j] == initial_value): i=i+4 qipan[i][j] = colo canvas.create_oval((i*30)-10,(j*30)-10,(i*30)+10,(j*30)+10,fill='red',tags=('chess')) return 1 #副对角线 for i in range(12): for j in range(4,16): if (qipan[i][j] == colo and qipan[i + 1][j - 1] == colo and qipan[i + 2][j - 2] == colo and qipan[i + 3][j - 3] == colo and qipan[i + 4][j - 4] == initial_value): i=i+4 j=j-4 qipan[i][j] = colo canvas.create_oval((i*30)-10,(j*30)-10,(i*30)+10,(j*30)+10,fill='red',tags=('chess')) return 1 #主对角线 for i in range(12): for j in range(12): if (qipan[i][j] == colo and qipan[i + 1][j + 1] == colo and qipan[i + 2][j + 2] == colo and qipan[i + 3][j + 3] == colo and qipan[i + 4][j + 4] == initial_value): i=i+4 j=j+4 qipan[i][j] = colo canvas.create_oval((i*30)-10,(j*30)-10,(i*30)+10,(j*30)+10,fill='red',tags=('chess')) return 1 #2--己方四连B--空黑黑黑黑 #横排 for i in range(16): for j in range(12): if (qipan[i][j] == initial_value and qipan[i][j + 1] == colo and qipan[i][j + 2] == colo and qipan[i][j + 3] == colo and qipan[i][j + 4] == colo): qipan[i][j] = colo canvas.create_oval((i*30)-10,(j*30)-10,(i*30)+10,(j*30)+10,fill='red',tags=('chess')) return 2 #竖排 for i in range(12): for j in range(16): if (qipan[i][j] == initial_value and qipan[i + 1][j] == colo and qipan[i + 2][j] == colo and qipan[i + 3][j] == colo and qipan[i + 4][j] == colo): qipan[i][j] = colo canvas.create_oval((i*30)-10,(j*30)-10,(i*30)+10,(j*30)+10,fill='red',tags=('chess')) return 2 #副对角线 for i in range(12): for j in range(4,16): if (qipan[i][j] == initial_value and qipan[i + 1][j - 1] == colo and qipan[i + 2][j - 2] == colo and qipan[i + 3][j - 3] == colo and qipan[i + 4][j - 4] == colo): qipan[i][j] = colo canvas.create_oval((i*30)-10,(j*30)-10,(i*30)+10,(j*30)+10,fill='red',tags=('chess')) return 2 #主对角线 for i in range(12): for j in range(12): if (qipan[i][j] == initial_value and qipan[i + 1][j + 1] == colo and qipan[i + 2][j + 2] == colo and qipan[i + 3][j + 3] == colo and qipan[i + 4][j + 4] == colo): qipan[i][j] = colo canvas.create_oval((i*30)-10,(j*30)-10,(i*30)+10,(j*30)+10,fill='red',tags=('chess')) return 2 #3--对方四连A--空白白白白 #横排 for i in range(16): for j in range(12): if (qipan[i][j] == initial_value and qipan[i][j + 1] == another_color(colo) and qipan[i][j + 2] == another_color(colo) and qipan[i][j + 3] == another_color(colo) and qipan[i][j + 4] == another_color(colo)): qipan[i][j] = colo canvas.create_oval((i*30)-10,(j*30)-10,(i*30)+10,(j*30)+10,fill='red',tags=('chess')) return 3 #竖排 for i in range(12): for j in range(16): if (qipan[i][j] == initial_value and qipan[i + 1][j] == another_color(colo) and qipan[i + 2][j] == another_color(colo) and qipan[i + 3][j] == another_color(colo) and qipan[i + 4][j] == another_color(colo)): qipan[i][j] = colo canvas.create_oval((i*30)-10,(j*30)-10,(i*30)+10,(j*30)+10,fill='red',tags=('chess')) return 3 #副对角线 for i in range(12): for j in range(4,16): if (qipan[i][j] == initial_value and qipan[i + 1][j - 1] == another_color(colo) and qipan[i + 2][j - 2] == another_color(colo) and qipan[i + 3][j - 3] == another_color(colo) and qipan[i + 4][j - 4] == another_color(colo)): qipan[i][j] = colo canvas.create_oval((i*30)-10,(j*30)-10,(i*30)+10,(j*30)+10,fill='red',tags=('chess')) return 3 #主对角线 for i in range(12): for j in range(12): if (qipan[i][j] == initial_value and qipan[i + 1][j + 1] == another_color(colo) and qipan[i + 2][j + 2] == another_color(colo) and qipan[i + 3][j + 3] == another_color(colo) and qipan[i + 4][j + 4] == another_color(colo)): qipan[i][j] = colo canvas.create_oval((i*30)-10,(j*30)-10,(i*30)+10,(j*30)+10,fill='red',tags=('chess')) return 3 #4--对方四连B--白白白白空 #横排 for i in range(16): for j in range(12): if (qipan[i][j] == another_color(colo) and qipan[i][j + 1] == another_color(colo) and qipan[i][j + 2] == another_color(colo) and qipan[i][j + 3] == another_color(colo) and qipan[i][j + 4] == initial_value): j=j+4 qipan[i][j] = colo canvas.create_oval((i*30)-10,(j*30)-10,(i*30)+10,(j*30)+10,fill='red',tags=('chess')) return 4 #竖排 for i in range(12): for j in range(16): if (qipan[i][j] == another_color(colo) and