Implementation of algorithms from Practical Astronomy For Your Calculator or Spreadsheet
Astronomy calculation for Sun, Moon, and planets.
This package defines the foundational TypeScript types of the Wallet Standard, and so provides a practical specification of the Wallet Standard until a formal specification may be completed.
React package for creating custom renderers.
The fastest and smallest JavaScript polygon triangulation library for your WebGL apps
Function argument validation for humans
Bindings for RE2: fast, safe alternative to backtracking regular expression engines.
Convert .csv and .tsv files into JavaScript modules with d3-dsv
Bundle for astronomical calculations such as position of moon, sun and planets, sunrise, sunset or solar eclipses. Most of the calculations are based on Jean Meeus 'Astronomical Algorithms' book and the VSOP87 theory.
A practical functional library for JavaScript programmers.
Google's RE2 library distributed as a WASM module
Astronomical calculations for planetary positions, moon phases, eclipses, rise, transit, and set times, and more.
A practical functional library for JavaScript programmers.
A Typescript library for creating discriminating union types.
A tiny JavaScript library for calculating sun/moon positions and phases.
Utilities for obtaining weather and astronomy forecast data.
Detect Filetype by bytes
Implements Astronomical Calculations Found in the Book Practical Astronomy With Your Calculator
🔧 Fast, modern, and practical utility library for FP in TypeScript.
provides locking mechanism to sync across browser tabs
Modern type-safe way of building CLIs
Underscore mixins for deeply nested objects
Enhanced Swiss Ephemeris Bindings for Modern Node.js: Leveraging the latest Node.js features for precise astronomical calculations
Stringify JSON as JavaScript with extended serialization capabilities