前段时间我在这里发布了一个关于我的Connect 4代码的问题，一些非常好的人帮我解决了这个问题。现在我对我想要对比赛做的一件事感到难过。添加一个闪烁的标签，闪烁在bg =绿色和bg =红色或蓝色之间，具体取决于哪个玩家＆＃34;捕获＆＃34;这四个人。这是我的代码，请提前感谢。
我现在最好的猜测是让一个名为flashWinner（）的def并让它在每个按钮上运行并根据获胜者闪烁颜色。
from Tkinter import *
from functools import partial
import time
top = Tk()
top.title("Juan's Zany Super Crazy Connect Four!")
turn=1
nextS=[35,36,37,38,39,40,41]
def winFound():
for f in range(0,7):
buttonList[0+f].config(state=DISABLED)
def checkWin():
for h in range (0,4):
if board[35+h].cget('bg')==board[36+h].cget('bg')==board[37+h].cget('bg')==board[38+h].cget('bg')!='grey80':
for q in range (0,4):
global turn
board[35+h].config(bg='green')
board[36+h].config(bg='green')
board[37+h].config(bg='green')
board[38+h].config(bg='green')
winFound()
elif board[28+h].cget('bg')==board[29+h].cget('bg')==board[30+h].cget('bg')==board[31+h].cget('bg')!='grey80':
for q in range (0,4):
global turn
board[28+h].config(bg='green')
board[29+h].config(bg='green')
board[30+h].config(bg='green')
board[31+h].config(bg='green')
winFound()
elif board[21+h].cget('bg')==board[22+h].cget('bg')==board[23+h].cget('bg')==board[24+h].cget('bg')!='grey80':
for q in range (0,4):
global turn
board[21+h].config(bg='green')
board[22+h].config(bg='green')
board[23+h].config(bg='green')
board[24+h].config(bg='green')
winFound()
elif board[14+h].cget('bg')==board[15+h].cget('bg')==board[16+h].cget('bg')==board[17+h].cget('bg')!='grey80':
for q in range (0,4):
global turn
board[14+h].config(bg='green')
board[15+h].config(bg='green')
board[16+h].config(bg='green')
board[17+h].config(bg='green')
winFound()
elif board[7+h].cget('bg')==board[8+h].cget('bg')==board[9+h].cget('bg')==board[10+h].cget('bg')!='grey80':
for q in range (0,4):
global turn
board[7+h].config(bg='green')
board[8+h].config(bg='green')
board[9+h].config(bg='green')
board[10+h].config(bg='green')
winFound()
elif board[0+h].cget('bg')==board[1+h].cget('bg')==board[2+h].cget('bg')==board[3+h].cget('bg')!='grey80':
for q in range (0,4):
global turn
board[0+h].config(bg='green')
board[1+h].config(bg='green')
board[2+h].config(bg='green')
board[3+h].config(bg='green')
winFound()
for j in range(0,7):
if board[0+j].cget('bg')==board[7+j].cget('bg')==board[14+j].cget('bg')==board[21+j].cget('bg')!='grey80':
for q in range (0,4):
global turn
board[0+j].config(bg='green')
board[7+j].config(bg='green')
board[14+j].config(bg='green')
board[21+j].config(bg='green')
winFound()
elif board[7+j].cget('bg')==board[14+j].cget('bg')==board[21+j].cget('bg')==board[28+j].cget('bg')!='grey80':
for q in range (0,4):
global turn
board[7+j].config(bg='green')
board[14+j].config(bg='green')
board[21+j].config(bg='green')
board[28+j].config(bg='green')
winFound()
elif board[14+j].cget('bg')==board[21+j].cget('bg')==board[28+j].cget('bg')==board[35+j].cget('bg')!='grey80':
for q in range (0,4):
global turn
board[14+j].config(bg='green')
board[21+j].config(bg='green')
board[28+j].config(bg='green')
board[35+j].config(bg='green')
winFound()
for x in range(0,3):
if board[35-(7*x)].cget('bg')==board[29-(7*x)].cget('bg')==board[23-(7*x)].cget('bg')==board[17-(7*x)].cget('bg')!='grey80':
for q in range (0,4):
global turn
board[35-(7*x)].config(bg='green')
board[29-(7*x)].config(bg='green')
board[23-(7*x)].config(bg='green')
board[17-(7*x)].config(bg='green')
winFound()
elif board[36-(7*x)].cget('bg')==board[30-(7*x)].cget('bg')==board[24-(7*x)].cget('bg')==board[18-(7*x)].cget('bg')!='grey80':
for q in range (0,4):
global turn
board[36-(7*x)].config(bg='green')
board[30-(7*x)].config(bg='green')
board[24-(7*x)].config(bg='green')
board[18-(7*x)].config(bg='green')
winFound()
elif board[37-(7*x)].cget('bg')==board[31-(7*x)].cget('bg')==board[25-(7*x)].cget('bg')==board[19-(7*x)].cget('bg')!='grey80':
for q in range (0,4):
global turn
board[37-(7*x)].config(bg='green')
board[31-(7*x)].config(bg='green')
board[25-(7*x)].config(bg='green')
board[19-(7*x)].config(bg='green')
elif board[38-(7*x)].cget('bg')==board[32-(7*x)].cget('bg')==board[26-(7*x)].cget('bg')==board[20-(7*x)].cget('bg')!='grey80':
for q in range (0,4):
global turn
board[38-(7*x)].config(bg='green')
board[32-(7*x)].config(bg='green')
board[26-(7*x)].config(bg='green')
board[20-(7*x)].config(bg='green')
winFound()
for x in range(0,3):
if board[41-(7*x)].cget('bg')==board[33-(7*x)].cget('bg')==board[25-(7*x)].cget('bg')==board[17-(7*x)].cget('bg')!='grey80':
for q in range (0,4):
global turn
board[41-(7*x)].config(bg='green')
board[33-(7*x)].config(bg='green')
board[25-(7*x)].config(bg='green')
board[17-(7*x)].config(bg='green')
winFound()
elif board[40-(7*x)].cget('bg')==board[32-(7*x)].cget('bg')==board[24-(7*x)].cget('bg')==board[16-(7*x)].cget('bg')!='grey80':
for q in range (0,4):
global turn
board[40-(7*x)].config(bg='green')
board[32-(7*x)].config(bg='green')
board[24-(7*x)].config(bg='green')
board[16-(7*x)].config(bg='green')
winFound()
elif board[39-(7*x)].cget('bg')==board[31-(7*x)].cget('bg')==board[23-(7*x)].cget('bg')==board[15-(7*x)].cget('bg')!='grey80':
for q in range (0,4):
global turn
board[39-(7*x)].config(bg='green')
board[31-(7*x)].config(bg='green')
board[23-(7*x)].config(bg='green')
board[15-(7*x)].config(bg='green')
winFound()
elif board[38-(7*x)].cget('bg')==board[30-(7*x)].cget('bg')==board[22-(7*x)].cget('bg')==board[14-(7*x)].cget('bg')!='grey80':
for q in range (0,4):
global turn
board[38-(7*x)].config(bg='green')
board[30-(7*x)].config(bg='green')
board[22-(7*x)].config(bg='green')
board[14-(7*x)].config(bg='green')
winFound()
def buttonStuff(z):
global turn
if turn==1:
board[nextS[z]].config(bg='blue')
nextS[z]=nextS[z]-7
turn=turn+1
if nextS[z]<0:
buttonList[z].config(state=DISABLED)
elif turn==2:
board[nextS[z]].config(bg='red')
nextS[z]=nextS[z]-7
turn=turn-1
if nextS[z]<0:
buttonList[z].config(state=DISABLED)
checkWin()
top = Tk()
r=0
count=0
col=0
buttonList = list()
for z in range(7):
buttonList.append(Button(text=str(z), font='times 48', command=partial(buttonStuff, z)))
buttonList[-1].grid(row=r,column=col, sticky='NESW')
count+=1
col+=1
r=1
col=0
count=0
board = list()
for z in range(42):
board.append(Label(text='', font='Helvetica 15', bg='grey80'))
board[-1].grid(row=r,column=col, sticky='NESW', padx=2, pady=2, ipadx=2, ipady=25)
count+=1
col+=1
if count==7:
r=r+1
count=0
col=0
top.mainloop()
答案 0 :(得分：1)
评论太大了。
这是你可以去的一条路线。使用label = tk.Label(root,....)创建标签，并将其放在任何位置根窗口顶部，底部的任何位置。在窗口小部件上调用grid_forget()以隐藏它，创建您正在考虑的功能，然后调用grid()将其替换为网格。我没有看到你跟踪玩家掩盖代码的方式。在点上阅读有点困难。所以你可以创建一个像players = ('Player 1', 'Player 2')这样的元组，然后在每个回合中切换索引以指向当前玩家。然后你可以参考当前玩家的回合，从而赢得了比赛。然后，您可以在其中创建一个循环label.config(..)来根据条件（玩家赢了）切换颜色，使颜色“闪烁”。
附录：您可以将该代码减少到当前大小的1/10。