Jupyter Notebook tutorials using astronomical databases and virtual observatory tools

• UpdatedMar 5, 2025
• Jupyter Notebook

Create a new bright star catalog out of existing catalogs.

• UpdatedMay 19, 2022
• Java

The complete integrated solution for all of your astronomical imaging needs.

• UpdatedMar 19, 2025
• Kotlin

A school project using Simbad (http://simbad.sourceforge.net/)

• UpdatedMay 21, 2018
• Java

A python package for astronomical calculations

• UpdatedAug 5, 2024
• Python

Web application to search, process, and visualizes the TESS data of any target cataloged in astronomical databases like SIMBAD.

• UpdatedMar 12, 2024

Projects for MSc course: Intelligent Systems Programming

• UpdatedJun 23, 2022
• Java

Source code of SimBad Checker Android app

• UpdatedMar 17, 2019
• Kotlin

Team project for Intelligent Autonomous Systems course designed to employ the i-bug algorithm for the purpose of navigating towards a designated lamp within the Simbad simulator

• UpdatedMay 13, 2024
• Java

Reads region names from Simbad and downloads stars from caltech.Gator

• UpdatedJan 20, 2018
• Python

Gathering spectral data from Simbad for a list of stars from a test file, output can be read to LaTex, Excel, etc. Made for summer 2019 research project, which was heavy on data mining (3000+ needed spectra).

• UpdatedApr 25, 2020
• Python

The main file is palomas_orrery.py This project provides a visualization of the solar system, comets, and space missions using JPL Horizons. And it also provides visualizations of our stellar neighborhood using Hipparcos, Gaia and Simbad. This script works in Windows. For a limited Mac version, see palomas_orrery_win_mac.py

• UpdatedFeb 28, 2025
• Python