Python 实现屏幕爱心弹窗效果

Python 实现屏幕爱心弹窗效果

这是一个用 Python 编写的趣味脚本，利用 tkinter 库在屏幕上生成动态爱心弹窗。程序会先在屏幕中央形成爱心图案，随后在全屏随机显示带有温馨话语的彩色窗口，最后自动关闭。

环境要求

运行此脚本需要以下基础环境：

• 操作系统：Windows 10/11、macOS 10.14+ 或 Linux（需图形界面）
• Python 版本：Python 3.x
• 依赖库：tkinter（通常随 Python 安装，无需额外 pip install）
• 硬件：建议至少 2GB 可用内存，支持任意分辨率显示器

检查 Python 安装

打开命令行或终端，输入以下命令确认版本：

python --version

若显示 Python 3.x 版本号，说明环境已就绪。

核心代码

将以下代码保存为 love.py。注意导入语句已分行整理，确保缩进正确。

import random
import tkinter as tk
import threading
import math
import time

# 温馨提示语列表
tips = [
    "我想你了", "别熬夜哦", "要开心呀", "我爱你",
    "早点休息", "记得吃饭", "多喝热水", "你最棒啦",
    "晚安好梦", "I LOVE YOU", "照顾好自己", "想见到你",
    "一直在等你", "别太累了"
]

# 自动获取屏幕分辨率
try:
    root_temp = tk.Tk()
    SCREEN_W = root_temp.winfo_screenwidth()
    SCREEN_H = root_temp.winfo_screenheight()
    root_temp.destroy()
except:
    SCREEN_W = 1920
    SCREEN_H = 1080

# 弹窗尺寸
WINDOW_W = 120
WINDOW_H = 60

# 存储所有窗口引用
all_windows = []

def ():
    
    points = []
     t  (num_points):
        t_rad = t / num_points *  * math.pi
        
        x =  * (math.sin(t_rad) ** )
        y =  * math.cos(t_rad) -  * math.cos( * t_rad) -  * math.cos( * t_rad) - math.cos( * t_rad)
        
        screen_x = SCREEN_W //  + x * 
        screen_y = SCREEN_H //  - y * 
        
        screen_x = (WINDOW_W // , (screen_x, SCREEN_W - WINDOW_W // ))
        screen_y = (WINDOW_H // , (screen_y, SCREEN_H - WINDOW_H // ))
        points.append(((screen_x - WINDOW_W // ), (screen_y - WINDOW_H // )))
     points

 ():
    
    root = tk.Tk()
    root.overrideredirect()
    root.attributes(, )
    
    r = random.randint(, )
    g = random.randint(, )
    b = random.randint(, )
    root.configure(bg=)
    tip = random.choice(tips)
    label = tk.Label(root, text=tip, font=(, , ), bg=, fg=, wraplength=WINDOW_W-)
    label.pack(fill=tk.BOTH, expand=, padx=, pady=)
    root.geometry()
    all_windows.append(root)
    
    root.after(, root.destroy)
    
    root.mainloop()

 ():
    
    root = tk.Tk()
    root.overrideredirect()
    root.attributes(, )
    
    r = random.randint(, )
    g = random.randint(, )
    b = random.randint(, )
    root.configure(bg=)
    tip = random.choice(tips)
    label = tk.Label(root, text=tip, font=(, , ), bg=, fg=, wraplength=WINDOW_W-)
    label.pack(fill=tk.BOTH, expand=, padx=, pady=)
    
    x = random.randint(, SCREEN_W - WINDOW_W)
    y = random.randint(, SCREEN_H - WINDOW_H)
    root.geometry()
    all_windows.append(root)
    
    root.after(, root.destroy)
    
    root.mainloop()

 ():
    
    
    cols = (SCREEN_W // WINDOW_W) + 
    rows = (SCREEN_H // WINDOW_H) + 
    total_windows = cols * rows
    ()
    threads = []
     i  (total_windows):
        t = threading.Thread(target=create_random_window)
        threads.append(t)
        t.start()
        
         i %  == :
            time.sleep()

 ():
    
    
    heart_points = generate_heart_points()
    ()
    
    threads = []
     i, (x, y)  (heart_points):
        t = threading.Thread(target=show_heart_window, args=(x, y))
        threads.append(t)
        t.start()
        time.sleep()  
    
    time.sleep()
    
    center_x = SCREEN_W //  - WINDOW_W // 
    center_y = SCREEN_H //  - WINDOW_H // 
    ()
    
    fullscreen_thread = threading.Thread(target=create_fullscreen_windows)
    fullscreen_thread.start()

 __name__ == :
    
    animation_thread = threading.Thread(target=heart_animation)
    animation_thread.start()
    
    :
         :
            time.sleep()
     KeyboardInterrupt:
        ()
        
         window  all_windows:
            :
                window.destroy()
            :