The most versatile JavaScript typewriter effect library on the planet.

A free and open-source JavaScript library for generating SVG charts to display planets in astrology.

Pure javascript implementation of ephemeris calculations for sun, planets, comets, asteroids and stars.

Procedural planet generator for javascript

Nebula is a lightweight JavaScript library for creating beautiful universe and sky animations. Including configurable Stars, Nebulas, Comets, Planets and Suns. Compatible with SSR

PlanetTechJS is an open-source JavaScript library built using vanilla THREE.js, for creating and editing planets at scale

Alien Invasion Defense is a fun web-based game created with HTML, CSS, and JavaScript. With a user-friendly interface and smooth gameplay, it’s perfect for players of all ages. Over 1,000 users have enjoyed the engaging challenges as they defend Earth from alien invaders. Join the action and see if you have what it takes to protect our planet!

Javascript implementation of Moshier's ephemeris calculations for sun, planets, comets, asteroids and stars.

Titan Planet is a JavaScript-first backend framework that embeds JS actions into a Rust + Axum server and ships as a single native binary. Routes are compiled to static metadata; only actions run in the embedded JS runtime. No Node.js. No event loop in production.

A React component for TypeIt, the most versatile JavaScript animated typing utility on the planet.

**Galaxy Tycoon** is a canvas-powered space simulation game built with pure JavaScript, HTML, and SCSS — no external assets, no icons, just dynamic visuals and modular code. Discover planets, collect resources, and expand your empire across the stars

Javascript implementation of Moshier's ephemeris calculations for sun, planets, comets, asteroids and stars.

A small JavaScript library for rendering realistic moon and planet phases in HTML

This is an experimental interactive space scene rendered on the browser using WebGL and Three.js with Javascript. The 3D scene contains planets, stars and a nebula effect that changes color and warps into a "wormhole" effect to create the illusion of traveling through space.

JavaScript client for the Planet imagery API

A stunning 3D Solar System simulation built with HTML, CSS & JavaScript — explore planets orbiting the Sun in real time.

Using a combination of HTML, JavaScript, SASS, and parallax scrolling effects, the site provides a comprehensive look at why ocean conservation is so crucial for the health of our planet.

JavaScript engine for celestial mechanics and predicting planet orbits, works with three.js

Planet Generator Prototype in JavaScript from 2014

Solar System 3D View is a simple web-based project that provides an animated and interactive visualization of the solar system. It demonstrates how HTML, CSS, and JavaScript can be used together to create a basic 3D-like representation of planets orbiting the Sun.

Web site Javascript to display current planet transit for Vedic Astrology

JavaScript library to calculate the position of the planets in the solar system using heliocentric ecliptic rectangular coordinates based on the VSOP87 C series.

Space Tourism is a Front-End focused website where users can see the missions, explore planets and view Crew details. Built with JavaScript

Earth Planet Game with JavaScript | Crimson

🏫 An awesome collection of useful resources to master every core feature and popular frameworks(both frontend & backend) of JavaScript.

dherman's javascript.plt planet pkg

A Realtime Procedural Planet Generator written in Javascript using the WebGL2 API. Water post-processing effect designed by Sebastian Lague and sphere generation inspired by Andreas Kahler.

Sample source code for the Google AI Challenge PlanetWars

This vanilla Javascript weather app uses an API to render the information on almost every city in the planet. The purpose of this project was to make two different calls depending on the selected temperature units.

This project is an web application that analyzes and visualizes previous near earth objects data (collected from NASA API) with Exploratory Data Analysis and predicts if a new or existing near earth object is hazardous for our planet or not and also finds out the probability. There are more than 15 machine learning models available including Feedforward Artificial Neural Networks. Most of the models permit hyperparameters choise. Interactive feature selection, model analysis, prediction report and accuracy analysis has been developed in this project. There are more than 15 different kinds of data visualizations are available all of which are interactive 2D or 3D plots. Besides some Exploratory Data Analysis, we have always tried to keep the dataset updated. The data has been collected by an automated python script using https://api.nasa.gov/neo/rest/v2/. The script is frequently run by us and gets updated. In that script, we have used requests and multiprocessing library of python and extracted data from JSON and put that into a csv file. We want to thank stackoverflow, kaggle and github contributors because these sites helped us a lot for making that script. NASA API includes many RESTful requests each serving a different purpose. However, the API restricts the number of days to be less than or equal to 10 for which the request is sent. Hence, we had send multiple requests to the API each containing a different starting date. Further, we have used multiple processes that run on multiple cores. Here are some tools we have been using for this project: Python, JavaScript, Plotly.js, Scikit Learn, Streamlit etc. This application is mostly written with Python. And for generating 2D and 3D interactive graphs and charts, we have used plotly.js. As we have used some complex algprithms for some models, sometimes the application slows down. To solve this, the application uses cache to improve performance.