Search Results for "usb-1.02-driver-hardlock"

LazyDS4 is a controller mapping application designed to convert HID input from a DualShock 4 controller directly to a virtual Xbox 360 controller. Optimized for simplicity and performance, it offers real-time input mapping with a ~1ms (1000Hz) polling rate, modern graphical interface with PyQt5, and automatic joystick calibration. 📌 What's New (v2.1.0) 🎨 Visual Overhaul — Modern, professional interface with gradient backgrounds and advanced styling 📐 Layout Optimization — Improved...

A simple but effective wireless hand held controller for model railways that use normal DC power, based on two Micro:Bit's and a standard motor driver board.

This python utility allows users on Linux to control their PC using a HID compatible USB foot pedal. Note: footcontroller does not support the new VEC Infinity in-USB3 pedal, which is not fully Linux compatible The foot pedal becomes an extra mouse or mini keyboard but footcontroller allows you to define multiple pedal sets which you can activate at the click of a button. It uses xdotool to provide you with the ability to assign commands to each pedal.

Trivia board game written in Python for Windows OS (XP+). Requires use of at least one USB controller.

This project is a POSIX-compliant driver for the dgt board from dgtprojects. It is intented at acting as a layer between chess engines and the dgt board.

Driver support for 3D Controller Hardware. We hope to support SDL Input, DirectInput, and other major controller API's including game consoles and embedded systems.

PyMUDd - A complete and extensible MUD driver written completely in Python.

Bluemud is a mud server implemented using Java and Jython where the driver/server is in Java and the mudlib and in-game world is in Jython (the Java-based Python interpreter).

CarDriver is an educational Virtual Environment for safer driving. It is a game written in Python and Panda3D where you are the driver of a car and have to care about the traffic rules. It uses the Open Dynamics Engine (ODE) for the physical simulation.