JulianYG

MS-DOS

The original sources of MS-DOS 1.25, 2.0, and 4.0 for reference purposes

MGM

Official repo for "Mini-Gemini: Mining the Potential of Multi-modality Vision Language Models"

ai-game-devtools

Here we will keep track of the latest AI Game Development Tools, including LLM, Agent, Code, Writer, Image, Texture, Shader, 3D Model, Animation, Video, Audio, Music, Singing Voice and Analytics. 🔥

dictionary

甬江話字詞表・A dictionary for Ningbo Dialect

Wireless-USB-Big-Sur-Adapter

Drivers for Realtek 802.11n and 802.11ac USB Wi-Fi adapters. Packages for macOS

cpp_book

nanoT5

Fast & Simple repository for pre-training and fine-tuning T5-style models

zotero-folder-import

DragGAN

Official Code for DragGAN (SIGGRAPH 2023)

ivy

Convert Machine Learning Code Between Frameworks

GRASP_retro

xtp_api_python

reconfigurable_organisms

A scalable pipeline for designing reconfigurable organisms

taichi

Productive, portable, and performant GPU programming in Python.

sorry

在线制作`sorry 为所欲为`的gif

dedupe

:id: A python library for accurate and scalable fuzzy matching, record deduplication and entity-resolution.

magenta

Magenta: Music and Art Generation with Machine Intelligence

rbx2

ROS By Example Volume 2

reckonMe

Live inertial navigation, proximity detection and collaborative localisation on a mobile device (iOS).

perls

SteamVR - BulletPhysics - ROS interface

pyopenvr

Unofficial python bindings for Valve's OpenVR virtual reality SDK

bullet-gym

Experimental (stable, go here: https://github.com/benelot/pybullet-gym) repository of OpenAI Gym environments implemented with Bullet Physics using pybullet.

front-end-handbook-2017

2017 edition of our front-end development guide

jimp

An image processing library written entirely in JavaScript for Node, with zero external or native dependencies.

libretaxi

Open source Uber #deleteuber

wger

Self hosted FLOSS fitness/workout, nutrition and weight tracker

chin-up

Track your metrics (motivation, happiness, relationships) and find correlations in your behaviors

Kinect-Analysis-Tool-for-Barbell-Weightlifting

The aim of this project is to design and implement a software tool that will provide useful feedback for weightlifters wishing to improve their performance in the barbell deadlift. The tool will provide automatic feedback on lifts captured by a Microsoft Kinect 3D camera. It will exploit the Kinect's skeletisation capabilities to extract relevant joint angles in order to allow the comparison of different lifts. If the subject performs a set of lifts one after the other then the tool will identify where each individual lift starts and stops to make comparison easier. It enables recording of the weightlifting sessions with automatic detection and tracking of human body joints, extracting relevant information such as angles of human body joints from the lift, as well as analysis, evaluation and comparison with other lifts. It also allows the user to evaluate the performance of their lifts without the company of professional coaches which helps boosting weightlifting performance.

blog

My blog.

lingua-sinica-perlyuyan

Perl in Classical Chinese in Perl