产生[1,1000]之间的随机数，利用图形界面设计猜数字游戏程序。程序运行时，输入猜的数据并点击“开始”按钮，判断猜测结果，界面显示当前可猜的数字范围；单击“退出”按钮退出程序运行。(注：猜数时利用二分检索原理)

【兄弟，采纳一下啊】

from tkinter import *
from random import *
 
root = Tk()
root.title('猜数字')
root.geometry('500x500+300+100')
num = StringVar()
judge = StringVar()
s = StringVar()
Entry(root,bg='lightyellow',textvariable=num,font=('微软雅黑',30,'bold'),fg='red',justify='center').place(width=300,height=100,x=100,y=100)
Button(root,text='开始',command=lambda:func(),font=('微软雅黑',25,'bold'),bg='yellow').place(width=180,height=50,x=50,y=350)
Button(root,text='退出',command=root.quit,font=('微软雅黑',25,'bold'),bg='yellow').place(width=180,height=50,x=270,y=350)
Label(root,fg='springgreen',font=('微软雅黑',20,'bold'),textvariable=s).place(width=500,height=100)
Label(root,fg='red',font=('微软雅黑',20,'bold'),textvariable=judge).place(width=300,height=100,x=100,y=200)
 
def BinarySearch(n:int,start:int,end:int,depth:int):
    min_value,max_value = start,end
    while True:
        depth -= 1
        if min_value == max_value or depth == 0:
            return min_value,max_value
        middle_value = (min_value+max_value)//2
        if n>middle_value:
            min_value = middle_value
        if n<=middle_value:
            max_value = middle_value
 
n = randint(1,1000)
count = 1
a,b = BinarySearch(n,1,1000,count)
s.set('范围\n%s ~ %s'%(a,b))
 
def func():
    global num,n,count
    if num.get().isdigit():
        N = int(num.get())
        count += 1
        a,b = BinarySearch(n,1,1000,count)
        s.set('范围\n%s ~ %s'%(a,b))
        if N>n:
            judge.set('数字过大！')
        elif N<n:
            judge.set('数字过小！')
        else:
            judge.set('恭喜你！猜中了！')
    else:
        judge.set('错误！')
 
root.mainloop()

【兄弟，采纳一下啊】