# -*- coding: utf-8 -*-from tkinter import *root = tk()# 80x80代表了初始化时主窗口的大小，0，0代表了初始化时窗口所在的位置root.geometry('80x80+10+10')# 填充方向'''label(root, text = 'l1', bg = 'red').pack(fill = y)label(root, text = 'l2', bg = 'green').pack(fill = both)label(root, text = 'l3', bg = 'blue').pack(fill = x)# 左右布局label(root, text = 'l1', bg = 'red').pack(fill = y, side = left)label(root, text = 'l2', bg = 'green').pack(fill = both, side = right)label(root, text = 'l3', bg = 'blue').pack(fill = x, side = left)# 绝对布局l4 = label(root, text = 'l4')l4.place(x = 3, y = 3, anchor = nw)'''# grid 网格布局l1 = label(root, text = 'l1', bg = 'red')l2 = label(root, text = 'l2', bg = 'blue')l3 = label(root, text = 'l3', bg = 'green')l4 = label(root, text = 'l4', bg = 'yellow')l5 = label(root, text = 'l5', bg = 'purple')l1.grid(row = 0, column = 0)l2.grid(row = 1, column = 0)l3.grid(row = 1, column = 1)l4.grid(row = 2 )l5.grid(row = 0, column = 3)root.mainloop()
grid 网格布局运行效果如下图所示：
感兴趣的读者可以测试一下本文实例运行效果，相信对大家的python程序设计有一定的借鉴价值。