Stellarium is a free GPL software which renders realistic skies in real time with OpenGL. It is available for Linux/Unix, Windows and MacOSX. With Stellarium, you really see what you can see with your eyes, binoculars or a small telescope.

Mirror of Gaia Sky repository hosted on Gitlab: https://gitlab.com/langurmonkey/gaiasky

🚀 Dark theme for vscode

Pytorch LSTM RNN for reinforcement learning to play Atari games from OpenAI Universe. We also use Google Deep Mind's Asynchronous Advantage Actor-Critic (A3C) Algorithm. This is much superior and efficient than DQN and obsoletes it. Can play on many games

Provides an API for the orderly, harmonious, and complete management of DC/OS service packages

lit-element components for fast and modular multivariate analysis

Planetary system formation simulation in your browser, or on the server.

A consistent and accessible dark theme for VS Code

Creativechain Platform

Decentralized private key recovery

Cellular Automata Simulator

An Artificial Life simulator for Investigating Noogenesis

MultiValue Basic extension for Visual Studio Code

Deep reinforcement learning agents for OpenAI universe environments

A frontend for browsing the DC/OS Universe packages

Training a vision-based agent with the Actor Critic model in an online environment, implementation in Tensorflow.

Decisions, decisions... GitHub Apps or GitHub Actions?

Creating your own GitHub Actions with JavaScript

Universe wallet

Very naive universe generator in Python

Create Solar Systems easily in pure WAAPI! 🌌

A cellular automaton (CA) explorer to understand and unveil properties of CA in 1D.

🎲 🎮 Virtual learning object ( vlo ) with interactive game of ptolemaic universe

Information from NASA.

Generic Object Library for Multi-Value Systems

Mesosphere DC/OS Local Universe Builder

6th Semester Computer Graphics mini project that compares the scale of celestial objects in our known universe using cpp and OpenGL.

💫 Universe for Mesos, Marathon and Chronos in many different KVs

Calculate the age of the universe for various parameters by integrating Friedmann Equation.

Combining Voronoi Tessellation and the Minimum Spanning Tree to map the large scale structure of the Universe