Reverse Dependencies of astropy

The following projects have a declared dependency on astropy:

• CluSex — Sextractor on Cluster Galaxies
• clustar — A python package for processing and analyzing protostars/ protoplanetary disks in astronomical data in Flexible Image Transport System (FITS) images.
• clustergnfwfit — Fits ACTPlank data to the gNFW model.
• cmos-noise-map — A tool to create a read noise map for CMOS detectors by modelling Random Telegraph Signal. This was originally created for use by LCOGT's BANZAI pipeline.
• CNUfof-utils — Parallalization Friends Of Friends based on observation data.
• co-excitation-gas-modeling — A Python Package for Galaxy Cold Molecular Gas Density Esimtation from CO Excitation.
• coadd — Coadd images
• COCOPLOTS — COlor COllapsed PLOTting quick-look and context image software
• codetopackage — no summary
• codex-africanus — Radio Astronomy Building Blocks
• cogsworth — A framework for performing self-consistent population synthesis and orbital integration
• Collimator — Electronic collimator for your telescope
• colorsynth — A Python library for creating false-color images from arrays of spectral radiance
• comet-emu — COMET - Cosmological Observables Modelled by Emulated perturbation Theory.
• compPy — A package for working with (u)CoMP data.
• contaminante — A package to help find the contaminant transiting source in NASA's *Kepler*, *K2* or *TESS* data.
• continunet — no summary
• coolest — Standard for Strong Gravitational Lensing Analyses
• coordinax — Coordinates in JAX
• corgidrp — (Roman Space Telescope) CORonaGraph Instrument Data Reduction Pipeline
• corkit — Open source coronagraph data downloader and calibrator
• coronagraphoto — A python library to simulate coronagraphic observations of exoplanets.
• coscon — Some convenience functions for Cosmology-related analysis.
• cosmap — no summary
• cosmatch — no summary
• cosmic-conn — Cosmic-CoNN: A Cosmic Ray Detection Deep Learning Framework, Dataset, and Toolkit
• cosmic-popsynth — a Python-interfaced binary population synthesis suite
• cosmofast — Cosmology add-ons for the BayesFast package.
• cosmoglobe — cosmoglobe is a python package that interfaces the Cosmoglobe Sky Model with commander3 outputs for the purpose of producing astrophysical sky maps.
• cosmoplotian — cosmoplotian is for plotting
• cosmopy — no summary
• cosmospectra — no summary
• cosmotile — Cosmotile
• coss — Python tools for spatial interpolation
• costools — Tools for COS (Cosmic Origins Spectrograph)
• crds — Calibration Reference Data System, HST/JWST/Roman reference file management
• croissant-sim — CROISSANT: Rapid spherical harmonics-based simulator of visibilities
• crowdsourcephoto — Crowded field photometry pipeline
• cs-util — Utility library for CosmoStat
• cs107-team31-2023 — An API for interfacing with the Sloan Digital Sky Survey
• csromer — Compressed Sensing Rotation Measure Reconstructor
• csst-ifs-gehong — no summary
• ctao-dpps-cosmic-ray-spectra — Common definitions of cosmic ray reference spectra
• ctapipe — Event reconstruction framework for Imaging Atmospheric Cherenkov Telescopes developed for CTAO.
• ctapipe-io-lst — ctapipe plugin for reading LST prototype files
• ctapipe-io-magic — ctapipe plugin for reading calibrated MAGIC files
• cthulhu — Python software suite for various ionospheric analyses
• ctis — A Python library for characterizing and using the CCD cameras developed by Marshall Space Flight Center.
• ctlearn — CTLearn is a package under active development to run deep learning models to analyze data from all major current and future arrays of imaging atmospheric Cherenkov telescopes (IACTs).
• cubeinspect — View slices of FITS cubes.
• cubeviz — Data analysis package for cubes.
• cubical — Fast calibration implementation exploiting complex optimisation.
• curvit — light curves from UVIT data
• cutout — Survey cutouts plotted directly; no user choices, just plotting!
• cutout-fits — A package to produce cutouts of (remote) FITS files.
• cweqgen — A Python module for generating common equations used in continuous gravitational-wave analyses
• cwinpy — A Python module for Bayesian inferences with continuous gravitational-wave sources
• CWITools — Analysis and Reduction Tools for PCWI/KCWI Data
• cygrid — cygrid: is a cython-powered convolution-based gridding module for astronomy
• cysgp4 — cysgp4: a wrapper around the SGP4 package, for sat TLE calculations
• cyto-dl — Collection of representation learning models, techniques, callbacks, utils, used to create latent variable models of cell shape, morphology and intracellular organization.
• czmlpy — Python 3 library to write CZML
• da-fits-warp — Warp catalogues and images to remove the distorting affect of the ionosphere.
• dace-query — dace-query allows for easy querying of DACE and provides access to both public and private data through a simple utility.
• dacq2py — Analysis of electrophysiological data recorded with the Axona recording system
• dafits — Read FITS files in Dask Arrays.
• daofun — DAOFUN is an interactive adaptation of the DAOPHOT
• darkhistory — Base DarkHistory. Used in DM21cm. NN transfer functions available.
• darkplotter — This package is an educational tool to teach undergradute students in astronomy about the gravitational potential and corresponding velocity curve as a function of radius for the Milky Way galaxy. After using this tool, students should understand that some form of dark matter must exist in order to explain the obsered velocity curve of the Milky Way.
• darksorter — Astrophotography Dark Frame Sorter
• data-analysis — no summary
• datalab-client — Tools for interacting with NOAO Data Lab.
• dataphile — Data analytics library and command line data-ops tools.
• datastock — A python library for generic class and data handling
• dawis — Detection Algorithm with Wavelet for Intracluster light Studies
• daxa — Democratising Astronomy X-ray Archives (DAXA) is an easy-to-use Python module which enables the simple processing and reduction of archives of X-ray telescope observations.
• dbastable — The easiest way to work with simple SQLite tables.
• dblinea — Python library to access LIneA's database from Python code. Useful to retrieve data inside LIneA's JupyterHub platform.
• ddaclient — client for data-analysis services
• DDFacet — Facet-based radio astronomy continuum imager
• decode — DESHIMA code for data analysis
• deepbench — Physics Benchmark Dataset Generator
• deeplenstronomy — wrap lenstronomy for efficient simulation generation
• deepsardl — This is a main package for processeing data for DeepSAR
• deepscan — DeepScan is a source extraction tool designed to identify extended low surface brightness features in large astronomical datasets.
• deepszsim — code for fast simulations of galaxy clusters
• demcmc — Differential Emission Measure calculations using Monte Carlo methods.
• demcompare — A tool to compare Digital Elevation Models
• demerge — DESHIMA merge code for observed datasets
• dendroplot — Helper tasks for astrodendro
• deproject — Sherpa deprojection package (X-ray analysis of Galaxy Clusters, Groups, and Galaxies)
• desk — The DESK is an SED-fitting python scripts for fitting data from evolved stars
• DESTNOSIM — Python module for simulating DES TNO observations
• diffdirs — Tool to diff two directories containing FITS files
• diffpanstarrs — Downloads Pan-STARRS data around given coordinates and performs difference imaging to extract light curves
• diffphot — DiffPhot library. Differential photometry pipeline for astronomy.
• diffractem — Some tools for working with serial electron microscopy data.
• dingo-gw — Deep inference for gravitational-wave observations
• diskmap — Scattered light mapping of protoplanetary disks
• disko — Discrete Sky Operator (DiSkO) Aperture Synthesis Radio Imaging