Reverse Dependencies of astropy

The following projects have a declared dependency on astropy:

• DiskProfiler — Tool for collapsing protoplanetary disk images or spectral cubes into deprojected radially- or azimuthally-averaged profiles.
• dispatcher-plugin-integral-all-sky — A plugin for online data analysis
• dja-sepp — Package to run SourceXtractor++ on the DAWN JWST Archive
• django-daiquiri — Daiquiri is a framework for the publication of scientific databases.
• dkist — DKIST User Tools
• dkist-data-simulator — A header generator and FITS file creator for DKIST data.
• dkist-fits-specifications — Machine readable FITS specifications for DKIST data.
• dkist-inventory — A shared library for dataset inventory and asdf generation.
• dkist-processing-common — Common task classes used by the DKIST science data processing pipelines
• dkist-processing-cryonirsp — Science processing code for the Cryo-NIRSP instrument on DKIST
• dkist-processing-dlnirsp — Science processing code for the DLNIRSP instrument on DKIST
• dkist-processing-pac — Modules to determine telescope polarization parameters and compute instrument demodulation matrices at DKIST
• dkist-processing-test — Example instrument code used by the DKIST science data processing pipelines to test processing infrastructure
• dkist-processing-vbi — Processing code for the VBI instrument on DKIST
• dkist-processing-visp — Science processing code for the ViSP instrument on DKIST
• dkist-spectral-lines — Spectral line metadata for the DKIST suite of instruments.
• dl1-data-handler — dl1 HDF5 data reader + processor
• dl1-data-handler-light — light version of the dl1 HDF5 data writer + reader + processor
• dl1dh-test — dl1 HDF5 data writer + reader + processor
• dlnpyutils — David Nidever Python Utility Functions
• dm21cm — DM21cm test build
• doit-report — Show ASCII or HTML report for doit task execution status
• donuts — Align astronomical images
• dorado — Digitized Observatory Resources for Automated Data Operations
• dorado-scheduling — Dorado observation planning and scheduling simulations
• DPMhalo — The Descriptive Parametric Model for gaseous halos
• drama — Delft Radar Modelling and perfornance Analysis (DRaMA)
• dran — Data reduction and analysis of HartRAO 26m telescope drift scans
• dran2 — Data reduction and analysis of HartRAO 26m telescope drift scans
• drizzle — A package for combining dithered images into a single image
• drms — Access HMI, AIA and MDI data from the Standford JSOC DRMS
• drpangloss — Python package to fit interferometric data, accelerated using Jax.
• ds9samp — Control SAOImageDS9 from Python
• dsharp-opac — python routines to calculate mie opacities
• dsw — Tools used by Deep Sky Wonder
• DualFinder — A trainable and visualizable convolutional neural network designed to detect galaxy and AGN mergers.
• dustapprox — A tool for computing extinction coefficients in a quick and dirty manner
• dustmaps — Uniform interface for multiple dust reddening maps.
• dustpylib — Library of DustPy extensions
• dysh — no summary
• earthshadow — An astropy-based package to find the coordinates of the Earth's shadow.
• earthspeed — Finding the Earth velocity relative to the dark matter halo
• EasyTS — Easy and robust exoplanet transmission spectroscopy.
• ebltable — Python code to read in and interpolate tables for absorption of high energy gamma rays with additional helper functions
• ebtelplusplus — Zero-dimensional hydrodynamics of coronal loops
• ecallisto-ng — A Python package for the fetching (and some processing and plotting) of eCallisto data based on request and pandas.
• echelle — A Python package for plotting and interacting with echelle diagrams.
• echemdb — a Python library to work with the echemdb repository
• EclipsingBinaries — "Binary Star Package for Ball State University's Astronomy Research Group"
• ECOv002-L2T-STARS — ECOSTRESS Collection 2 JPL STARS Data Fusion Product Generating Executable (PGE)
• ECOv003-L2T-STARS — ECOSTRESS Collection 3 JPL STARS Data Fusion Product Generating Executable (PGE)
• edge-pydb — Python based database for CARMA EDGE
• edges-cal — Calibration routines for EDGES data
• edges-io — Module for reading EDGES data and working with EDGES databases.
• efficiency-pipeline — no summary
• ehtim — Imaging, analysis, and simulation software for radio interferometry
• einsteinpy — Python package for General Relativity
• eis-pointing — Tools to correct the pointing of Hinode/EIS
• ekacollgalaxy — Collision of 2 Galaxies
• eleanor — Source Extraction for TESS Full Frame Images
• eleanor-mamu — Source Extraction for TESS Full Frame Images
• ELFit — Echelle Line Fitting GUI
• elisa — Eclipsing Binary Modeling Software
• EllipSect — A surface brightness analysis tool for GALFIT output.
• eloy — Image Processing for Astronomy
• embers — Experimental Measurement of BEam Response with Satellites
• emccd-detect — EMCCD detector image simulation
• EMToolKit — This package provides an interface to the EMToolKit through PyPi
• enb — Experiment NoteBook (enb): efficient and reproducible science.
• eovsapy — Python code and files for Expanded Owens Valley Solar Array
• ep3 — Processing of PESSTO data to make it comply with ESO Phase III
• eph — Retrieve, represent and manipulate JPL Horizons ephemerides.
• ephysiopy — Analysis of electrophysiology data
• epsf-generator — A tiny script generating ePSF for deep sky image
• eQuimage — eQuimage is a tool to postprocess astronomical images from Unistellar telescopes.
• eQuimageLab — eQuimageLab is a tool to postprocess astronomical images with JupyterLab notebooks
• equolver — Development Status :: 4 - Beta
• eradiate — A radiative transfer model for the Earth observation community
• erlab — Python package for ARPES data analysis and visualization.
• esopipeline — Process astronomical data from European Southern Observatory
• EveryStamp — A Python interface for retrieving FITS or image cutouts from a variety of astronomical surveys.
• exo-det-box — Methods for finding planets sharing a common (s,dmag)
• exo-horoscope — no summary
• exo-k — Library to handle radiative opacities from various sources for atmospheric applications
• exocounts — no summary
• exoctk — Observation reduction and planning tools for exoplanet science
• exofop — Generic light curve object
• ExoIris — Easy and robust exoplanet transmission spectroscopy.
• ExoPix — ExoPix: Applying PSF Subtraction with pyKLIP to JWST
• exoplanet — Fast and scalable MCMC for all your exoplanet needs
• exorad — The generic point source radiometric model
• exoscraper — Package to scrape data on exoplanet targets to help you build your mission.
• exosim — ExoSim 2 is the next generation of the Exoplanet Observation Simulator (ExoSim) tailored for spectro-photometric observations of transiting exoplanets from space, ground, and sub-orbital platforms. This software is a complete rewrite implemented in Python 3, embracing object-oriented design principles.
• exoSpin — exoSpin: The tool to measure obliquities of exoplanet
• EXOTIC — EXOTIC: EXOplanet Transit Interpretation Code
• exotic-miri — ExoTiC MIRI data reduction steps
• exoverses — A unified interface for the various tools that create universes for exoplanet simulations
• exovetter — Exoplanet vetting package
• ExoViz — no summary
• exowirc — Image data reduction and calibration tool for the WIRC instrument