This guide explains how to create a non‑intrusive Python bot that automatically compensates weapon recoil in PUBG by capturing the screen, recognizing equipped gear with OpenCV and SSIM, and moving the mouse via pydirectinput based on weapon‑specific recoil tables.
This article explains how to create a Python script that automatically compensates weapon recoil in PUBG by capturing the screen, recognizing equipment with OpenCV and SSIM, and moving the mouse via pynput and pydirectinput without modifying the game memory.
This tutorial explains how to install PyAudio, record and play back audio on Windows 10 using Python 3.7, covering stream callbacks, wave file handling, GUI integration, and keyboard hotkey control for a complete audio recording tool.
This article explains how to build a Python tool that automatically compensates weapon recoil in PUBG by capturing the screen, recognizing equipment with OpenCV and SSIM, and moving the mouse via pynput, pyautogui, and pydirectinput based on weapon data and user input.
This article introduces the Python pynput library, explains its mouse and keyboard sub‑packages, demonstrates how to control and monitor mouse movements and clicks as well as keyboard inputs, and details listener behavior, threading, and stopping mechanisms for event monitoring.
Learn how to create a Python-based screen recording tool on Windows 10 using Pillow for screenshots, OpenCV for video encoding, NumPy for frame processing, and pynput for hotkey control, with step-by-step code examples, optimal FPS calculation, and MP4 saving techniques.
This article demonstrates how to use Python's PyAudio library and the wave module to record and playback audio on Windows 10, covering installation, stream handling with callbacks, device selection, GUI integration, and keyboard hotkey control via pynput, complete with full source code examples.
This article provides a Python script that uses the pynput library to automate keyboard and mouse actions, randomly sending a wide range of WeChat emoji expressions to a chat window, with user‑controlled repeat count and interactive prompts for continued execution.
This tutorial shows how to install the Python pynput library and use it to programmatically control the keyboard and mouse, enabling you to create a basic QQ message‑spamming script that can send repeated messages on both Windows and macOS platforms.
This article describes a Python‑based approach that identifies and eliminates WeChat group members who repeatedly post advertisements by defining heuristic rules, capturing screen coordinates with the pynput library, simulating mouse‑clicks and keyboard shortcuts, and processing the extracted data to flag suspicious accounts.
This guide explains how the Python pynput library lets you programmatically control mouse movements, clicks, and scrolling, as well as keyboard presses, and how to set up listeners to monitor these input events, including thread handling and stopping mechanisms.
Learn how to use the Python pynput library to control and monitor input devices, including detailed examples for mouse movement, click handling, and keyboard actions, as well as how to set up listeners for real‑time event tracking and stop them programmatically.
This guide introduces the Python pynput library, showing how to control and monitor input devices such as mouse and keyboard, with examples for moving the cursor, listening to mouse events, sending keystrokes, and handling keyboard events, including thread behavior and stopping listeners.
