Multi-purpose lens modeling software package
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Updated
Aug 12, 2024 - Python
Multi-purpose lens modeling software package
Python code for calculating non-parametric morphological diagnostics of galaxy images.
piXedfit is a Python package designed for analyzing spatially resolved SEDs of galaxies
Python wrapper for Imfit (https://github.com/perwin/imfit)
Galaxy Line Emission & Absorption Modeling
A python package designed to run numerical simulations of galactic chemical evolution
A Galaxy-Galaxy Lensing Python Package
This Python project's goal is to model the collision of multiple galaxies through the use of an optimized N-Body problem engine.
This repository contains part of the code used to make the images visible in the article "How does an AI Imagine the Universe?" published on Towards Data Science.
Python routines for computing Navarro-Frenk-White halo properties
Accurate predictions for the clustering of galaxies in redshift-space in Python
Pix2Prof: extracting sequential galaxy data with a language model
Tabulated Correlation Functions
Spectral modelling tool for galaxies in python
Galaxy survey using SWIRE dataset
A package for registration of wide range astronomical images of stars, galaxies and clusters using SIFT, FLANN and RANSAC algorithms for extreme precision applications
The Illustris Virtual Observatory is an expanded iteration of the Sunpy module(ptorrey) for creating synthetic SDSS, HST, or JWST images of galaxies from the Illustris simulation. For instructions on how to install/use this program, please go to this address:
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