Rust library for platform-agnostic asynchronous gamepad, joystick, and flightstick interaction

Playstation to Commodore Amiga/CD32 Controller Adapter

Cross-platform .NET Standard library for asynchronous controller input reading (e.g. gamepads, joysticks, etc.)

pygame-joystick-test is a small Python program that uses pygame to test joysticks. Upon running, it shows the state (axes, trackballs, hats and buttons) of all detected joysticks. It's a quick and simple way to check how well your joystick works.

This project is an open-source tool for composing multiple, customized touch screen joysticks with the objective of improving the tooling available to Roblox developers for mobile games.

Adapter that plugs into the Game I/O connector on the Apple //e motherboard to add support for Atari-style joysticks, cables can be routed to the back of the case for easy access.

🎮 A simple LÖVE application to test joysticks and gamepads.

Interesting old Human Interface Devices with serial connections

Arduino Raspberry Node-RED sensor DHT11 joystick

My last version of TLSA Engine developed in Visual Basic 6.0 with dx_lib32 2.1 at mid 2010, a custom 2D cinematic platform engine. Include SDK tools and some test projects.

An Arduino sketch that interfaces with old Nintendo controllers

Autofire Adapter for the Commodore 64 Control Ports

An analog joystick project that uses the smartphone as a steering wheel or aircraft munck by using the accelerometer as the left analog stick. It contains 12 joystick model templates, the triggers are analog with combined left and right trigger options. The acceleration and braking triggers have been converted into analog sticks.

Subliminals curated bindings for Star Citizen

Xbox Gamepad Emulation for DInput Controllers / Эмуляция геймпада Xbox для контроллеров DInput

A joystick or game controller software that shows you some device values and the memory address of them

WinMM API Joystick Module - A collection of functions for interfacing with joysticks using the Windows Multimedia API (WinMM).

Pick and Place Robotic Arm - During this course, students will design and make a benchtop Pick and Place Robotic Arm that can pick and place a minimum of 100 grams of object at a time. The arm should be portable so that it can be packed, moved at places, and can be operated at desired locations.

Control of a robotic arm with 4 degrees of freedom.