SoFunction
Updated on 2025-05-13

Sample code to implement unlimited pop-up windows and full screen confession using Python

Write in front

Python implements the complete code of unlimited pop-up windows and full screen confession code.

Technical requirements

  1. tkinterGraphical user interface：

    • Create windows, set window size and position (geometry）。
    • useLabelThe control displays text and heart-shaped characters, and sets background color, font and style.

  2. Multithreading technology (threading）：

    • passThreadCreate multiple threads so that windows can be generated and displayed simultaneously.
    • usesetDaemon(True)Set the thread as a daemon thread to ensure that the child thread can also terminate when the main thread ends.

  3. Random number generation (random）：

    • UtilizeRandomly generate the screen position of small windows to increase dynamics and fun.

  4. Time control (time）：

    • use(0.1)Set the time interval for small window generation to form a gradually appearing animation effect.

  5. Screen size calculation：

    • usewinfo_screenwidthandwinfo_screenheightDynamically obtain the screen width and height to ensure that the window display is suitable for various resolutions.

Complete code

import tkinter as tk
import random as ra
import threading as td
import time as ti
def Love():
    root=()
    width=200
    height=50
    screenwidth=root.winfo_screenwidth()
    screenheight=root.winfo_screenheight()
    x=(0,screenwidth)
    y=(0,screenheight)
    ("❤")
    ("%dx%d+%d+%d"%(width,height,x,y))
    (root,text='I LOVE YOU!',fg='white',bg='pink',font=("Comic Sans MS",15),width=30,height=5).pack()
    ()
……

Code Analysis

This code is passed through Python'stkinterThe module implements an interesting "confession" effect. After the program is run, multiple small windows will be randomly generated on the screen. Each window displays the text of "I LOVE YOU!". At the same time, the background is pink, the font is white, the text style is lively, and it has a romantic visual effect. In addition, the code also contains a window showing the heart-shaped character "♥" on the large screen. The whole effect is very vivid. The following is a detailed analysis of this code.

1. Functional Overview

The main functions of this code are:

  1. Generate small windows with multiple random locations：
    Each window contains "I LOVE YOU!” text, showing romantic confession information.
  2. Create a window showing the heart-shaped character "♥" in full screen：
    This window is larger in size and is located in the center of the screen, with a prominent visual impact.
  3. Multi-threaded operation：
    The program uses threaded methods to control the generation of small windows and large windows, so that multiple windows can be displayed at the same time, improving operational efficiency and fluency.

2. Code structure and logic analysis

The overall structure of the code includes the following parts:

  1. Lovefunction：
    Implement the generation of small windows.
  2. Heartfunction：
    Implement the generation of large windows.
  3. Main thread logic：
    Create a large window thread and continuously generate multiple small windows in the main thread.

2.1 Lovefunction
This is the generated function of the small window. Its main function is to create a small window with random locations that displays "I LOVE YOU!” text. The key points are as follows:

  • Window size：

width = 200
height = 50

  • The size of each window is fixed to 200 pixels wide and 50 pixels high, ensuring the compactness and elaboration of the window.

  • Random location：

x = (0, screenwidth)
y = (0, screenheight)

  • passRandom location of the function generation window,xandyIt is the coordinates of the upper left corner of the window. This allows the window to appear in different positions every time, adding to the fun.

  • Window title and content：

("❤")
(root, text='I LOVE YOU!', fg='white', bg='pink', font=("Comic Sans MS", 15), width=30, height=5).pack()

  • Set the window title to "♥" to add romantic atmosphere;LabelThe control has the background color to pink (bg='pink'), the font color is white (fg='white'), using the font "Comic Sans MS", the text style is lively.

  • Window layout and startup：

("%dx%d+%d+%d" % (width, height, x, y))
()

  • passgeometryMethod sets the window size and position, callmainloopStart the window.

2.2 Heartfunction

This is a large window generation function, which creates a window that displays the heart-shaped character "♥" in full screen. The key points are as follows:

  • Window size and centered position：

width = 600
height = 400
x = (screenwidth - width) // 2
y = (screenheight - height) // 2

  • The large window has a width of 600 pixels and a height of 400 pixels. Its position is calculated as centered.

  • Show heart-shaped characters：

(root, text='❤', fg='pink', bg='white', font=("Comic Sans MS", 500), width=300, height=20).pack()

  • The character "♥" uses a pink font with a white background, with a font size of 500, and the display is huge and conspicuous.

2.3 Main thread logic

The main thread mainly completes two tasks: start a large window thread and continuously creates small window threads in the loop.

Start large window thread：

t = (target=Heart)
(True)  # Set up daemon thread()

  1. A thread was started in the main threadtCome to executeHeartFunction. set upsetDaemon(True), means that when the main thread ends, the daemon thread will also terminate, avoiding the program from hanging.

  2. Looping to create small window threads：
    The main thread creates 50 threads through a loop, and each thread executes separately.LoveFunction. pass(0.1)Implement a small window every 0.1 seconds, and the effect shows a dynamic process of gradually appearing in the window.

3. Technical Highlights

3.1 Multi-threading

Multithreading technology is used extensively in the code, so that multiple windows can be displayed and respond to user operations at the same time:

  • Each thread runs independentlyLoveorHeartfunction, thereby generating window.
  • passsetDaemon(True)Set the thread as a daemon thread to ensure that the program can exit normally.

3.2 Randomity

UsedrandomThe module generates a small window with random locations:

  • passRandomly select the coordinates on the screen to ensure that the location of each window appears differently, and increase the fun and visual impact.

3.3 Interface design

The code is fully utilizedtkinterProvided controls and properties:

  • LabelUsed to display text and characters.
  • geometrySet the size and position of the window.
  • Color matching (pink background, white font) and font design (Comic Sans MS) enhance the romance.

4. Advantages and Highlights

  1. Simple and easy to understand：
    The code logic is clear, throughtkinterAchieve an intuitive and effective effect.

  2. Multi-threaded enhanced experience：
    Use multiple threads to generate multiple windows at the same time, making the dynamic effect smoother and more expressive.

  3. Randomness and personalization：
    The window position is randomly generated, making the effect of each run of the program different, increasing the fun.

  4. Interface design is interesting：
    The characters "♥" and confession text are combined with romantic color matching, which has good visual effects and emotional expression.

Summarize

This code passestkinterA unique confession effect is realized, fully demonstrating the flexibility of multi-threading and the dynamic effects generated randomly. Its romantic design and vivid effects make the program not only fun, but also used for confessions or creative displays in actual scenes.

The above is the detailed content of the sample code to use Python to achieve unlimited pop-up windows and full-screen confession. For more information about Python unlimited pop-up window confession, please pay attention to my other related articles!