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observerly’s lightweight, zero-dependency, fully-tree shakeable type-safe astrometry library for TypeScript. Accurately determine the positions of the Sun, Moon, and planets, handle coordinate transformations with ease, calculate transit times for any celestial object and integrate precision astronomy into your projects.
celerity is a lightweight, zero-dependency, research-grade native Python astronomy library for precise astronomical calculations and observation planning, with IAU 2006/2000A precession, nutation and aberration models tested for milliarcsecond-level conformance against ERFA.
With AberrationOracle, you can simulate multi-layer media, predict travel time distortion, and estimate signal intensity, without full-wave simulations.
Propagation of a light field from infinity through a lense with optical defects. Visualisation of the resulting beam at the collimation point. Project done in collaboration with Ethan Reuchin. (not present on Github as of now.