Reverse Dependencies of asdf

The following projects have a declared dependency on asdf:

• abacusutils — Python and C/C++ code to read halo catalogs and other Abacus N-body data products
• acdc-hst — Software to perform an optimized FUV (Far Ultraviolet) dark correction to HST COS data (Hubble Space Telescope Cosmic Origins Spectrograph).
• asdf-astropy — ASDF serialization support for astropy
• asdf-coordinates-schemas — ASDF schemas for coordinates
• asdf-pydantic — Create ASDF tags with pydantic models
• asdf-standard — The ASDF Standard schemas
• asdf-transform-schemas — ASDF schemas for transforms
• asdf-unit-schemas — DEPRECATED: ASDF schemas for units
• asdf-wcs-schemas — ASDF WCS schemas
• asdf-zarr — Asdf extension to support Zarr arrays
• aspecd — Framework for handling spectroscopic data.
• astrocut — Cutout tools for astronomical images
• astrodata — A package for managing astronomical data through a uniform interface
• astrogrism — HST & JWST Grism Data Analysis
• crds — Calibration Reference Data System, HST/JWST/Roman reference file management
• cubeviz — Data analysis package for cubes.
• dkist — DKIST User Tools
• dkist-inventory — A shared library for dataset inventory and asdf generation.
• 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
• fiasco — A Python interface to the CHIANTI atomic database
• fringes-gui — Graphical user interface for the 'fringes' package.
• gwcs — Generalized World Coordinate System
• hcipy — A framework for performing optical propagation simulations, meant for high contrast imaging, in Python.
• hepstats — statistics tools and utilities
• imcascade — imcascade: Fitting astronomical images using a 'cascade' of Gaussians
• jdaviz — Astronomical data analysis development leveraging the Jupyter platform
• jwql — The James Webb Space Telescope Quicklook Project
• lime-stable — Line measuring algorithm for astronomical spectra
• locan — Analysis software for single-molecule localization microscopy
• modelforge — APIs and tools to work with abstract "models" - files with numpy arrays and metadata. It is possible to publish models, list them. There is a built-in cache. Storage has backends.
• MPoL — Regularized Maximum Likelihood Imaging for Radio Astronomy
• popclass — A python package that allows flexable, probabilistic classification of a microlensing event
• pysersic — A Tool for fitting sersic profiles in python
• pyxel-sim — Pyxel detector simulation framework.
• rad — Roman Attribute Dictionary
• reproject — Reproject astronomical images
• roman-datamodels — data models supporting calibration of the Nancy Grace Roman Space Telescope
• romancal — Library for calibration of science observations from the Nancy Grace Roman Space Telescope
• romanisim — Nancy Grace Roman Space Telescope WFI Simulator
• satsim — Satellite observation and scene simulator.
• sciscripts — Scripts for controlling devices/running experiments/analyzing data
• specutils — Package for spectroscopic astronomical data
• sphinx-asdf — Sphinx plugin for generating documentation from ASDF schemas
• stcal — STScI tools and algorithms used in calibration pipelines
• stdatamodels — Core support for DataModel classes used in calibration pipelines
• stpipe — Framework for calibration pipeline software
• stpreview — build downsampled previews of space telescope products
• suncasa — "SunCASA: CASA-based Python package for reducing, analyzing, and visualizing solar dynamic spectroscopic imaging data at radio wavelengths"
• sunpy — SunPy core package: Python for Solar Physics
• teas — Tools for the Extraction and Analysis of Spectra from JWST observations
• tremulator — A package to emulate expensive functions using Gaussian processes.
• weldx — Python API for the WelDX file format and standard
• zfit — scalable pythonic model fitting for high energy physics