Frc
Showing 24 of 24 projects
Core libraries for creating robot programs for the FIRST Robotics Competition roboRIO.
The official Gradle plugin for building and deploying robot code in the FIRST Robotics Competition.
Cross-platform open-source alternative to the FRC Driver Station for operating FRC robots on Windows, macOS, and Linux.
Python implementation of WPILib for writing robot code in the FIRST Robotics Competition.
A curated list of awesome packages, tools, and resources for the FIRST Robotics Competition (FRC).
An open-source Android app for easy, efficient, and collaborative FIRST robotics competition scouting.
A modern dashboard for visualizing and controlling robot data in the FIRST Robotics Competition (FRC).
Pure python implementation of the FRC NetworkTables protocol
A Java-based simulator for FRC robots written in Java, with support for C++ and Python.
Python-based vision processing for FRC robots to detect and track reflective tape targets using a Raspberry Pi and camera.
A .NET implementation of WPILib for programming robots in the FIRST Robotics Competition (FRC).
A deprecated Java-based dashboard for FIRST Robotics Competition teams to monitor and control robots via Network Tables v3.
A standardized C++/Java library for accessing multiple cameras and streaming M-JPEG over HTTP for robotics applications.
Computer vision software for FRC robots to detect targets and communicate with roboRIO via NetworkTables.
A CSS library for simulating FIRST Robotics Competition's blue award banners on websites.
A functional programming framework for writing robot software in Scala.
An unofficial FRC SmartDashboard implementation using nw.js with support for widgets, camera streams, and Driver Station integration.
A reusable Java library providing drive pipeline systems, preferences management, and trigger utilities for FRC Team 1540 robots.
A comprehensive Java robotics library for FIRST Robotics Competition teams, built on WPILib.
A Kotlin framework for programming FRC robots that wraps WPILib and motor controllers to minimize mistakes and boilerplate.
A GRIP-based computer vision system for FRC 2017, running Python/OpenCV on Raspberry Pi for robot target detection.
Visual Studio extension providing templates and tools for developing FRC robotics applications with RobotDotNet.
A Ruby library for fetching data from The Blue Alliance API v3, designed for FRC (FIRST Robotics Competition) data access.
A high-performance C/C++ robotics codebase for FIRST Robotics Competition teams, optimized for speed and correctness.
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