Robotic arm control in Python

A simple solution for organizing your FastAPI endpoints

A python script that adds whammy & tilt support to the PlayStation PDP Riffmaster on PC. Works on almost any PC game/application that supports controllers, such as Clone Hero.

Processes MIDI events from a controller to filter note-on events caused by unintended double triggering.

Event-driven Python interface for Sony Buzz! buzzer sets.

Minimal Flask Application using MVC design pattern

A multiplayer 2D python racing game!

Connect Play Station Buzz Controllers and use them as buzzers for your game shows! Coded by Joan Rios i Pla @JoanRiosiPla (@_joanrios on social media). Sorry if the code is a bit junky, but I did this in 4 hours :)

School Management System (SMS) is an Odoo project that helps schools organize and manage information. It is like a digital filing cabinet and organizer for everything related to students, classes, subjects, and years, and it is a system that suits all the needs of school institutions using Python, Restful APIs, and PostgreSQL.

Mobile Robot Simulator Controllers

Its a simple Task Management System project to demonstrate my Web Application Development skills using tools like Python, Flask, Database System, Docker and demonstrate my practical insights on developing and deploying RESTful APIs & micro services. Using the task management system user can perform all CRUD operations based on some input attributes

Python Library to handle Buzz! controllers

Instrumento colaborativo basado en Tecnologías de la Información y la Nube (Internet)

Sanic CRUD API Example is a lightweight, asynchronous CRUD API built with Sanic to demonstrate best practices for structuring web APIs using controllers, models, and database seeds. The project is fully containerized with Docker, making it easy to run and extend. Ideal for developers exploring high-performance Python web frameworks

PiBorg ThunderBorg Train Controller for PlayStation 3 Controller

Our approach integrates lane and object detection algorithms to automate the aircraft taxiing process, ensuring collision avoidance and precise stopping. The navigation algorithm controls steering and halts the aircraft if the taxiway ends or the lane is undetected.