How does this skill help with astronomical data?

It enables Claude to use the Astropy library to perform precise coordinate conversions, unit-aware calculations, and complex data file manipulation.

Can I use this for cosmological simulations?

Yes, the skill provides access to built-in cosmological models like Planck18 and WMAP9 for distance, age, and density calculations.

Is it capable of handling different coordinate frames?

Yes, it supports transformations between ICRS, Galactic, FK5, AltAz, and custom World Coordinate Systems (WCS).

Does it support FITS file analysis?

Absolutely. It handles reading and writing Header Data Units (HDUs), image data arrays, and modifying FITS headers efficiently.

Astropy Astronomy Toolkit

Name: Astropy Astronomy Toolkit
Author: Activer007

byActiver007

Ciencia de Datos y ML

Processes and analyzes astronomical data using the Astropy library for coordinate transformations, cosmology, and FITS file management.

Acerca de

The Astropy skill empowers Claude to perform complex astronomical research and data analysis tasks within a Python environment. It provides a standardized framework for handling celestial coordinates, physical units, time systems, and cosmological calculations. Whether you are manipulating FITS headers, cross-matching stellar catalogs, or calculating luminosity distances at specific redshifts, this skill ensures accuracy and adherence to astrophysics best practices through its comprehensive suite of sub-modules.

Características Principales

Advanced physical unit management and quantity calculations
Precise time handling across various scales (UTC, TAI, TT, TDB)
0 GitHub stars
Comprehensive FITS file reading, writing, and header manipulation
Celestial coordinate system transformations (ICRS, Galactic, AltAz, FK5)
Standard cosmological model calculations for distance, age, and redshift

Casos de Uso

Automating the extraction and analysis of metadata from FITS image headers
Cross-matching astronomical catalogs using sky coordinate separation
Modeling cosmological parameters and distances for galaxy evolution studies

Acerca de

Características Principales

Advanced physical unit management and quantity calculations
Precise time handling across various scales (UTC, TAI, TT, TDB)
0 GitHub stars
Comprehensive FITS file reading, writing, and header manipulation
Celestial coordinate system transformations (ICRS, Galactic, AltAz, FK5)
Standard cosmological model calculations for distance, age, and redshift

Casos de Uso

Automating the extraction and analysis of metadata from FITS image headers
Cross-matching astronomical catalogs using sky coordinate separation
Modeling cosmological parameters and distances for galaxy evolution studies