Accurately calculate times of 24 solar terms using JPL HORIZONS. 用噴射推進實驗室HORIZONS网上天文数据精确计算24节气时间（精确到毫秒）

The complete integrated solution for all of your astronomical imaging needs.

A simulation of the solar system using Newton’s law of universal gravitation and three.js to render and explore the celestial bodies in the browser

Repo for my coursework for PHYS281 Scientific Programming and Modelling. A Library to simulate the interaction of solid bodies in 3D, and be able to graphically display motion or output in multiple forms. Integrates JPLHorizons data to be able to use in simulation.

Elegant astronomy for TypeScript. Supercharged by Bun.

iCompare, a comparison package for integrators used in the Solar System Dynamics community

This program uses data from JPL Horizons to calculate when that object will be at opposition. It automates finding oppositions for creating observation plans for telescopic observations.

Official repository containing source code, Jupyter Notebooks, and supplementary materials for the research paper: "The ‘Hidden Highway’ Hypothesis: Statistical Anomalies within the 6EQ=5UJ Formula as Navigational Markers for the WOW! Signal

A program to determine when Matariki will occur written in TypeScript using the Node.js runtime.

A Python tool to fetch live celestial coordinates from NASA's JPL Horizons API and convert them into pan/tilt angles for a DIY star tracker.

A program to determine when Matariki will occur written in TypeScript using the Node.js runtime.