Streamlines astronomical data analysis and astrophysical research using the core Astropy Python ecosystem.
Astropy for Claude Code provides specialized guidance for working with the essential Python package for astronomy. This skill empowers Claude to handle complex celestial coordinate transformations, manage rigorous physical units and quantities, and manipulate FITS files with precision. It is particularly useful for researchers and developers building astronomical pipelines, performing cosmological calculations, or processing large-scale sky surveys. By implementing best practices for astronomical data structures, this skill ensures accuracy in time-scale conversions, WCS transformations, and tabular data analysis within the scientific Python stack.
Key Features
01Rigorous physical unit handling and dimensional consistency
021 GitHub stars
03Comprehensive FITS file I/O and header manipulation
04Standardized cosmological calculations for distance and time
05Advanced celestial coordinate transformations and catalog matching
06High-precision time-scale conversions and observation planning
Use Cases
01Automating FITS image processing and header metadata extraction
02Performing redshift-based cosmological distance and volume calculations
03Converting large datasets between different celestial coordinate frames
