Reverse Dependencies of astropy

The following projects have a declared dependency on astropy:

• iCCF — Analysis of CCF profiles and activity indicators
• icecube-skyreader — An API for Results Produced by SkyDriver & the Skymap Scanner
• icecube-tools — Python tools
• icesat2waves — Tools to analyze wave tracks using icesat2 data
• id_Dodd23 — A package to classify halo stars into Dodd23 groups.
• idl2py — Simple IDL to Python converter
• idsred — INT-IDS data-reduction pipeline
• ift-resolve — Radio imaging with information field theory
• igwn-monitor — Nagios (Icinga) monitoring plugins for IGWN
• image_registration — Package for registering images with extended emission
• imageio — Library for reading and writing a wide range of image, video, scientific, and volumetric data formats.
• iMaverick — no summary
• imaxt-image — IMAXT Image Utilities
• imaxt-mosaic — Image stitching
• imaxt-multiscale-plugin — A simple plugin to use with napari
• imcascade — imcascade: Fitting astronomical images using a 'cascade' of Gaussians
• imephu — Generate finder charts for astronomical observations.
• imephutest — Generate finder charts for the Southern African Large Telescope (SALT).
• imexam — Astropy affiliated package
• imo-vmdb — Imports VMDB CSV files from IMO into a SQL database.
• insar-eventnet — A deep learning model that can recognize and mask significant deformation events in InSAR interferograms.
• inspiral-range — GW detector inspiral range calculation tools
• interface-region-imaging-spectrograph — A Python library for analyzing solar observations from the Interface Region Imaging Spectrograph (IRIS).
• interferopy — radio-to-mm interferometric data analysis package
• interlo — Quickly create simulations of interstellar object motion through the milky way.
• iop4 — A rewrite of IOP3, a pipeline to work with photometry and polarimetry of optical data from CAHA and OSN.
• ipag-core — no summary
• ipsvm — Machine learning algorithm for detection of interplanetary shock waves
• ipyaladin — no summary
• iragnsep — Fits of IR SEDs including AGN contribution.
• irispreppy — no summary
• ironman-package — Joint Fit Rossiter McLaughlin Data with photometry and out-of-transit radial velocities
• ismgcc — Finding velocity coherent structures in molecular ISM using Gaussian decomposition and Graph theory
• issim — A Python package for simulating ISM in galaxies
• jackknify — Jackknifing interferometric datasets
• jax-quantity — Quantities in JAX
• jaxspec — jaxspec is a bayesian spectral fitting library for X-ray astronomy.
• jazz-hands — Your one-stop-shop for quick computations with wavelets (aka little waves, aka jazz hands) on irregularly sampled data.
• jdaviz — Astronomical data analysis development leveraging the Jupyter platform
• jeans — package to compute integrals related to spherical Jeans equation, including various parametric functions to describe halo and tracer components
• jeta — Modules supporting JWST engineering telemetry archiving.
• jetset — A framework for self-consistent modeling and fitting of astrophysical relativistic jets SEDs
• jf1uids — conservative, differentiable, radial 1d fluid solver with astrophysical modules
• jfioa — Reader Data Planetary
• jhat — no summary
• jimGW — Gravitatioanl wave data analysis tool in Jax
• jkepler — jax tools for modeling Keplerian orbits
• joecomp — Loads data.
• jorbit — Solar system orbit fitting and integration with JAX
• juliet — juliet: a versatile modelling tool for transiting exoplanets, radial-velocity systems or both
• jupyterlab-bxplorer — This is a JupyterLab extension that allows users to explore and interact with cloud storage services.
• jux — X-RAY Flare Burst Deterministic Detection
• jwql — The James Webb Space Telescope Quicklook Project
• jwst-footprints — The JWST NIRSpec Observation Visualization Tool is a Python application that provides a simultaneous view of both NIRSpec and NIRCam fields of view on a given sky position, for assistance in planning NIRCam pre-imaging for NIRSpec.
• JWST-FOV-plotter — Simple tools to easily represent JWST FOVs.
• jwst-gtvt — JWST General and Moving Target Visibility Tool
• jwst-mast-query — Query MAST for data products from the James Webb Space Telescope, and download them
• jwst-novt — JWST NIRSpec Observation Visualization Tool
• jwst-reffiles — A tool to create CRDS-formatted reference files for JWST from a set of input dark current files and a set of flat field files.
• k2sc — K2 light curve detrending with Gaussian Processes.
• kaipy — Python software for CGS MAGE and other Kaiju models
• kamodo-ccmc — A functional api for scientific data
• kanon — History of astronomy library
• karmapi — Data with karma and pi
• katsdpimager — GPU-accelerated radio-astronomy spectral line imager
• katsdpimageutils — Utilities shared by katsdpcontim and katsdpimager
• katsdpmodels — Interfaces to access models used in MeerKAT SDP
• kbackground — no summary
• kcwidrp — KCWI Data Reduction Pipeline
• keckdrpframework — Framework for DRPs at Keck
• keeleastrolab — Convenience functions for Keele astrophysics lab students
• kenworthy — Astronomy routines for extrasolar planets, exorings and dust scattering
• kepler-apertures — Tools to compute PRF models from Kepler's FFI and use them to do aperture photometry and compile light curves of the EXBA masks.
• kesacco — Keen Event Simulation and Analysis for CTA Cluster Observations: python code to simulate and analyse galaxy cluster data with CTA
• kgpy — Generic Python utilities for use with Kankelborg Group repositories.
• kilonova-heating-rate — Kilonova light curves from Hotokezaka & Nakar 2019
• kilopop — Kilonova and population model used in C. N. Setzer et al. 2022 arxiv:2205.12286v2.
• kima — A data analysis framework for exoplanet detection
• kimmy — Chemical evolution in galaxies
• kinms — The KinMS (KINematic Molecular Simulation) package can be used to simulate observations of arbitary molecular/atomic cold gas distributions.
• kinms-fitter — Wrapper for KinMSpy that automates most common galaxy fitting tasks
• kirkwoodnight — Interactive command line tool to assist with observations at Kirkwood Observatory.
• kkpy — Python library for my meteorological research
• km3astro — Astronomical utilities for KM3NeT
• km3irf — KM3NeT instrument response functions
• KOFFI — no summary
• la-forge — Python package for conveniently plotting results from pulsar timing array bayesian analyses.
• lacosmic — Laplacian Cosmic Ray Identification
• laff — GRB lightcurve flare and continuum fitter.
• lancstro — Package defining the Lancaster Observational Astronomy group
• latab — Tool to easily convert numpy arrays into latex tables with astropy units support.
• LATSourceModel — A set of functions and classes to build spatial-spectral models for analysis of Fermi LAT gamma-ray data.
• lbcgo — Data reduction for the LBT's Large Binocular Camera
• lbg_tools — no summary
• lc-classifier — ALeRCE light curve classifier
• lc-correction — Scripts for ALeRCE light curve correction
• lcbuilder — Easy light curve builder from multiple sources
• lcdata — lcdata: Tools for manipulating large datasets of astronomical light curves
• lcviz — A Jdaviz-based light curve analysis and visualization tool
• ldcpy — A library for lossy compression of netCDF files using xarray