Resources for Computational Astrophysics, Summer Project 2021, IIT Kanpur
Jupyter notebooks for querying, accessing, and analyzing data from the ESO Science Archive using astroquery.eso. Includes examples for La Silla, Paranal (VLT), APEX, and ALMA datasets.
Obtain professional astronomical information from the shell.
rgbmaker for #RADatHomeIndia is a python-based astronomy web app to communicate with different astronomical services to generate images and fetch data from Skyview, Vizier, NVAS, NED etc
Programmatic interface to the JWST DMS Engineering Database
Command line tools for EAA (digital astrophotography)
Este proyecto mediante peticiones realizadas a la API de COPS, y herramientas de Web scraping para los datos del MPC, extráe la información determinante del cometa solocitado, para luego procesar la información y finalmente entregar las curvas seculares de luz.
Simple script to query Gaia data using astroquery
This is a repository for the course "Astroinformatics" offered at Institute of Astronomy, National Central University from Sep/2023 to Jan/2024.
A package to determine observability of an astronomical object using telescope specifications.
Orbit visualization of ephemeris bodies in a heliocentric frame of reference using JPL Horizons
My implementation of Snowbiscuit's Raspberry Pi Planet Finder
A number of example notebooks for astroquery.eso
Python Astronomical Data Analysis and Visualization.
A(n in progress) tool for exoplanet visualization and demographics projects. This is currently a work in progress, but feel free to use any of my code in the meantime!
This code was developed as the first project for the astrophysics course in the aerospace engineering undergraduate program. It utilizes the astroquery library from JPL to extract astrodynamics data from the orbits of certain planets, aiming to analyze their behavior over time.
Multiwavelength FITS explorer for black hole astrophysics. Loads Chandra, XMM, NuSTAR, ROSAT, JWST, WISE, 2MASS, VLA, DSS. Builds multi-band SEDs, bins X-ray event lists, fits OGIP PHA spectra, computes Lomb-Scargle and F_var. Phase 2: JWST Little Red Dot diagnostics. Built on astropy + Streamlit.
A simple, animated 2D Solar System, with the Sun, planets, and moons orbiting in simplified Keplerian orbits (circles).
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