Use these scripts to control Buttplug.io compatible vibration devices using AutoHotkey. This project uses a Python-based web server to act as a bridge between AutoHotkey and Intiface Central, allowing for global hotkey control over your device's vibration level.

This has only been tested on one device (the one I own) and only for the function of vibration. IF you have a device with other functions, I won't be able to help you with that. However, I encourage anyone to use this code as an example to improve and expand upon.

Code was written with AI assistance.

• Global Hotkeys: Use your keyboard's numpad to instantly set vibration levels, even when you are in another application.
• Simple Startup: Just run one script (vibe_hotkey.ahk) to automatically start both the server and the hotkey listener.
• Automatic Shutdown: Closing the AHK script also automatically terminates the background server process, leaving no cleanup needed.

To run this project, you will need the following installed:

1. Intiface Central: The application that manages the connection to your physical device.
2. Python (Version 3.10.0 Recommended): The project was developed and tested using this version.
3. AutoHotkey (v1.1 or newer recommended): The scripting engine for the hotkeys.

Once Python is installed, open a Command Prompt (cmd.exe) and run the following command to install the required libraries:

pip install "uvicorn[standard]" buttplug-py fastapi

Download the vibe_server1.py and vibe_hotkey.ahk files from this repository and place them in a folder together on your computer.

1. Start Intiface Central and ensure your device is connected and functioning.
2. Navigate to the folder where you saved the two project files.
3. Double-click vibe_hotkey.ahk to run the AHK script.

A message box will appear confirming the script and server are running. You can now use the numpad keys to control your device.

• Numpad 0-9: Sets vibration from 0% to 90%.
• Numpad Enter: Sets vibration to 100%.
• Esc: Exits the script and stops the server.

This project is licensed under the MIT License. See the LICENSE file for details.