Easy-to-use, powerful, and free vision suite.
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Updated
Sep 22, 2023 - Python
FIRST Robotics Competition (FRC) is a robotics competition for students in grades 9-12 to compete head to head, using a sports model. Teams are responsible for designing, building, and programming their robots in a six-week build period to compete in an alliance format against other teams.
Easy-to-use, powerful, and free vision suite.
(mostly) automated C++ wrapping for Python
A website that lets you view the head-to-head record of 2 FRC teams. Built with Flask.
A program to detect FRC match scores from their livestream.
Quickly download and play with ZEBRA Motionworks data with ease
🦉 Python Module for real-time computer vision pipelines
A Pythonic library that attains FRC-related information from sources like The Blue Alliance and more.
This project was developed by Neil Deshmukh to teach attendees how to develop an image recognition Convolutional Neural Network and complimentary app, at the 'Using Machine Learning to Build an Image Classification App' workshop at FIRST Detroit on April 26th at 1:30 - 3:30 pm.
Software behind our fully autonomous FIRST robots
🤖 Team 1418's FRC robot code for the 2017 season
Our robot for the 2024 FRC season, Crescendo.
Our robot code for the 2025 FRC season.
A web application that provides detailed insights into FIRST Robotics Competition teams, events, and matches.
Computer Vision code for the 2017 FRC season
Astrolabe is a vision processing software for FRC teams. It is capable of object detection and apriltag detection, along with calculating a bunch of stuff about the object's location. It is designed to be the easiest vision processing system to use for FRC teams.
Vision stuff for the 2022 Frc game Rapid React
Vision for FRC Techno Titans 2020 Infinite Recharge robot.
LaTeX Bot for Arctos' Ryver organization.
Created by FIRST