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Format: https://blends.debian.org/blends/1.1
Task: Fedora
Install: false
Index: false
Metapackage: false
Description: Fedora Astronomy Spin
Here we list the packages that belong to the
[Fedora Astronomy Spin](https://fedoraproject.org/wiki/Astronomy_Spin).
The goal is to create a Live media Fedora spin containing a set of tools for
astronomers and astrophysicists. This includes observatory control as well as
scientific data analysis and astrophotography.
Recommends: cdsclient
Homepage: http://cdsarc.u-strasbg.fr/doc/cdsclient.html
Pkg-Description: Tools to query databases at CDS
The cdsclient package is a set of C and shell routines which can be built on
Unix stations or PCs running Linux, which once compiled allow to query some
databases located at CDS or on mirrors over the network.
Recommends: libcfitsio-bin
Recommends: gcx
Recommends: psfex
Recommends: saods9
Remark:
Fedora includes the predessor saoimage instead.
Recommends: scamp
Recommends: source-extractor
Recommends: siril
Recommends: skyviewer
Homepage: http://lambda.gsfc.nasa.gov/toolbox/tb_skyviewer_ov.cfm
Pkg-Description: Program to display HEALPix-based skymaps in FITS files
SkyViewer is an OpenGL based program to display HEALPix-based skymaps, saved
in FITS format files. The loaded skymaps can be viewed either on a 3D sphere
or as a Mollweide projection. In either case, realtime panning and zooming
are supported, along with rotations for the 3D sphere view, assuming you have
a strong enough graphics card.
Recommends: swarp
Recommends: indi-plugins
Remark:
The Debian package includes the plugins that are separate packages on Fedora:
indi-sx, indi-gphoto, indi-eqmod, indi-apogee, indi-aagcloudwatcher
Recommends: indi-bin
Recommends: kstars
Recommends: skychart
Homepage: http://www.ap-i.net/skychart
Pkg-Description: Planetarium software for the advanced amateur astronomer
This program enables you to draw sky charts, making use of the data in 16
catalogs of stars and nebulae. In addition the position of planets, asteroids
and comets are shown.
.
The purpose of this program is to prepare different sky maps for a particular
observation. A large number of parameters help you to choose specifically or
automatically which catalogs to use, the colour and the dimension of stars
and nebulae, the representation of planets, the display of labels and
coordinate grids, the superposition of pictures, the condition of visibility
and more. All these features make this celestial atlas more complete than a
conventional planetarium.
Recommends: stellarium
Recommends: celestia
Recommends: python3 | python
Recommends: idle3 | idle
Recommends: python3-matplotlib
Recommends: python3-scipy
Recommends: python3-numpy
Recommends: ipython3
Recommends: ipython3-qtconsole
Recommends: ipython3-notebook | ipython3-qtconsole
Recommends: python3-sympy
Recommends: python3-networkx
Recommends: python3-pandas
Recommends: astropy-utils
Recommends: python3-astropy
Recommends: python3-astroml
Recommends: python3-astroml-addons
Recommends: python3-astroquery
Recommends: python3-aplpy
Recommends: python3-atpy
Homepage: http://atpy.readthedocs.org/
Pkg-Description: Astronomical Tables in Python
ATpy is a high-level Python package providing a way to manipulate tables of
astronomical data in a uniform way. It provides built-in support for NumPy
recarrays and common astronomical file/database formats (FITS, VO, HDF5, and
ASCII tables) with a very simple API.
Remark:
Much of ATpy’s functionality has now been incorporated into Astropy, and
there is no longer active development of new features in ATpy, instead
focusing efforts on Astropy.
Recommends: python3-ccdproc
Recommends: python3-gatspy
Homepage: http://www.astroml.org/gatspy/
Pkg-Description: General tools for Astronomical Time Series in Python
Gatspy contains efficient, well-documented implementations of several common
routines for Astronomical time series analysis, including the Lomb-Scargle
periodogram, the Supersmoother method, and others.
Recommends: python3-photutils
Recommends: python3-sep
Homepage: http://sep.readthedocs.org/
Pkg-Description: Astronomical source extraction and photometry in Python
SEP makes available some of the astronomical source extraction and photometry
algorithms in Source Extractor as stand-alone functions and classes. These
operate directly on in-memory numpy arrays (no FITS files, configuration
files, etc). It’s derived directly from (and tested against) the Source
Extractor code base.
Recommends: spyder3
Recommends: rapidsvn, subversion
Recommends: git, git-gui
Recommends: mercurial
Recommends: dia
Recommends: gimp
Recommends: inkscape
Recommends: kst
Remark:
The Debian package includes the FITS reader that is a separate package on
Fedora.
Recommends: kst-doc
Recommends: labplot
Recommends: veusz
Recommends: icedtea-plugin
Recommends: imagemagick
Recommends: kate
Recommends: rlwrap
Recommends: screen
|
