775502a

Package: zonemaster-cli
Description-md5: 9fe5aafc959abe4a3b254749763b6708
Description-en: run Zonemaster tests from the command line
 Zonemaster is a utility for DNS validation of the quality of a DNS
 delegation.
 .
 This package contains the Zonemaster CLI utility.
.
773754c
 conversations held with other people, etc.)
.
773750c
Description-md5: afb1d0b09f3518f36eb67e60d3458096
.
773717,773718c
Description-md5: 1671aecb75f2c53fbe53d9d9521fb13b
Description-en: event logging framework - CLI tool
.
773689c
 conversations held with other people, etc.)
.
773685,773686c
Description-md5: bfd85e20a9015c9d67bbd73b61772545
Description-en: event logging framework - documentation
.
773670c
 conversations held with other people, etc.)
.
773666,773667c
Description-md5: 4f88f9b2286e9deb55f48966cbff894c
Description-en: event logging framework - development files
.
773651c
 conversations held with other people, etc.)
.
773647,773648c
Description-md5: f914ce0b36d6abfe0353b6b9990ff97c
Description-en: event logging framework - shared library
.
773631c
 conversations held with other people, etc.)
.
773627,773628c
Description-md5: f013ed6a20f68a21fc250885036b32f3
Description-en: event logging framework - GObject introspection data
.
764229a
Package: xgammon
Description-md5: a566c5f262ff57a9cf233fafbec88d9e
Description-en: Implementation of backgammon under X
 This a nicely implemented backgammon with the following features:
    - X11/Xaw interface,
    - a simple file selector and saving dialog,
    - You can edit positions and perform rollouts.
    - Position dump to a mail file in the format used in backgammon newsgroups.
    - Easier movement of stones, by simple button clicks.
    - You can play against an opponent on a remote X-Terminal. (experimental).

.
754888a
Package: python3-willow
Description-md5: 3a04f3cb83cbe5c15f7f020f42cc2087
Description-en: Python image library combining Pillow, Wand and OpenCV (Python 3)
 Willow is a simple image library that combines the APIs of Pillow, Wand and
 OpenCV. It converts the image between the libraries when necessary.
 .
 Willow currently has basic resize and crop operations, face and feature
 detection and animated GIF support. New operations and library integrations
 can also be easily implemented.

.
751888,751898d
750528,750545d
750465,750500d
749415,749425d
748560,748569d
746268a

Package: python3-veusz
Description-md5: f3373fc1ab5d5ae5dad7460cf7194682
Description-en: 2D and 3D scientific plotting application (Python interface)
 Veusz is a 2D and 3D scientific plotting and graphing package,
 designed to produce publication-ready PDF, SVG, Postscript and bitmap
 output. Veusz provides a GUI, command line and scripting interface
 (based on Python) to its plotting facilities. The plots are built
 using an object-based system to provide a consistent interface.
 .
 This package includes the Python 3 plotting module.

Package: python3-veusz.helpers
Description-md5: cbca14b6ce06f6a99951bc5bd3574016
Description-en: 2D and 3D scientific plotting application (binary modules)
 Veusz is a 2D and 3D scientific plotting and graphing package,
 designed to produce publication-ready PDF, SVG, Postscript and bitmap
 output. Veusz provides a GUI, command line and scripting interface
 (based on Python) to its plotting facilities. The plots are built
 using an object-based system to provide a consistent interface.
 .
 This package includes the architecture-specific parts of the Python 3 plotting
 module.

Package: veusz
Description-md5: 31cb071ef5dd91b209e52551b37fab22
Description-en: 2D and 3D scientific plotting application with graphical interface
 Veusz is a 2D and 3D scientific plotting and graphing package,
 designed to produce publication-ready PDF, SVG, Postscript and bitmap
 output. Veusz provides a GUI, command line and scripting interface
 (based on Python) to its plotting facilities. The plots are built
 using an object-based system to provide a consistent interface.
 .
 This package includes the main executable, documentation and examples.
.
746153a
Package: vera++
Description-md5: b31d45d06bc7c2fd0f648bf12d2d5e05
Description-en: Programmable verification and analysis tool for C++
 Vera++ is a programmable tool for verification, analysis and transformation of
 C++ source code.
 Vera++ is mainly an engine that parses C++ source files and presents the
 result of this parsing to scripts in the form of various collections -
 the scripts are actually performing the requested tasks.

.
744629,744637d
743042,743052d
743008,743029d
739557,739562c
Description-md5: b6a2d1f36ec2a243faacd72d92f852ba
Description-en: UKUI desktop panel component
 The ukui-panel is the taskbar component of the UKUI desktop
 environment. It provides a dock window at the screen edge with
 features including application launcher, system tray, task
 management, and system time display. It supports both classic
 and island modes and is based on the ukui-quick-framework
 plugin mechanism.

Package: ukui-panel-widgets
Description-md5: 2eed25e34e2761bd3f2cd2e877078323
Description-en: Default widgets for UKUI panel
 This package contains the default widgets that are loaded by
 the UKUI panel, including the start menu button, calendar,
 search button, separator, show desktop button, task view, and
 task manager plugins.
.
736011a
Package: astrometry-data-tycho2
Description-md5: 99975070eb7f570c758937abe5e63e86
Description-en: Astrometry.net Tycho-2 index files
 The astrometry engine will take any image and return the astrometry
 world coordinate system (WCS), a standards-based description of the
 transformation between image coordinates and sky coordinates.
 .
 This package installs all index file from the Tycho-2 catalog.

Package: astrometry-data-tycho2-07
Description-md5: d9f36469d5c10cf7a2ee0c8d789cf81b
Description-en: Astrometry.net Tycho-2 index files (22'-30')
 The astrometry engine will take any image and return the astrometry
 world coordinate system (WCS), a standards-based description of the
 transformation between image coordinates and sky coordinates.
 .
 This package installs the 4107 index file from the Tycho-2 catalog
 containing skymarks of sizes 22 arcminutes to 30 arcminutes.

Package: astrometry-data-tycho2-07-bigendian
Description-md5: b347384c53cec3dd9baca1491c50bf7d
Description-en: Astrometry.net Tycho-2 big endian index files (22'-30')
 The astrometry engine will take any image and return the astrometry
 world coordinate system (WCS), a standards-based description of the
 transformation between image coordinates and sky coordinates.
 .
 This package contains the 4107 index file from the Tycho-2 catalog
 containing skymarks of sizes 22 arcminutes to 30 arcminutes. Byte order
 is big endian.

Package: astrometry-data-tycho2-07-littleendian
Description-md5: db22975d2ad3c167a716db4976c5ee5d
Description-en: Astrometry.net Tycho-2 little endian index files (22'-30')
 The astrometry engine will take any image and return the astrometry
 world coordinate system (WCS), a standards-based description of the
 transformation between image coordinates and sky coordinates.
 .
 This package contains the 4107 index file from the Tycho-2 catalog
 containing skymarks of sizes 22 arcminutes to 30 arcminutes. Byte order
 is litte endian.

Package: astrometry-data-tycho2-08
Description-md5: 6ebf515215de03fb6134b4dbaf6a393a
Description-en: Astrometry.net Tycho-2 index files (30'-44')
 The astrometry engine will take any image and return the astrometry
 world coordinate system (WCS), a standards-based description of the
 transformation between image coordinates and sky coordinates.
 .
 This package installs the 4108 index file from the Tycho-2 catalog
 containing skymarks of sizes 30 arcminutes to 44 arcminutes.

Package: astrometry-data-tycho2-08-bigendian
Description-md5: 7ddacc3cd1abd6d7af6c3beabf47e436
Description-en: Astrometry.net Tycho-2 big endian index files (30'-44')
 The astrometry engine will take any image and return the astrometry
 world coordinate system (WCS), a standards-based description of the
 transformation between image coordinates and sky coordinates.
 .
 This package contains the 4108 index file from the Tycho-2 catalog
 containing skymarks of sizes 30 arcminutes to 44 arcminutes. Byte order
 is big endian.

Package: astrometry-data-tycho2-08-littleendian
Description-md5: 42010964994b0a2dfebb1295d83c7dc3
Description-en: Astrometry.net Tycho-2 little endian index files (30'-44')
 The astrometry engine will take any image and return the astrometry
 world coordinate system (WCS), a standards-based description of the
 transformation between image coordinates and sky coordinates.
 .
 This package contains the 4108 index file from the Tycho-2 catalog
 containing skymarks of sizes 30 arcminutes to 44 arcminutes. Byte order
 is litte endian.

Package: astrometry-data-tycho2-09
Description-md5: bb3384e7a320a9d505e8131c46a66459
Description-en: Astrometry.net Tycho-2 index files (44'-60')
 The astrometry engine will take any image and return the astrometry
 world coordinate system (WCS), a standards-based description of the
 transformation between image coordinates and sky coordinates.
 .
 This package installs the 4109 index file from the Tycho-2 catalog
 containing skymarks of sizes 44 arcminutes to 60 arcminutes.

Package: astrometry-data-tycho2-09-bigendian
Description-md5: 675943063ea1d46a935b87f521cd00a6
Description-en: Astrometry.net Tycho-2 big endian index files (44'-60')
 The astrometry engine will take any image and return the astrometry
 world coordinate system (WCS), a standards-based description of the
 transformation between image coordinates and sky coordinates.
 .
 This package contains the 4109 index file from the Tycho-2 catalog
 containing skymarks of sizes 44 arcminutes to 60 arcminutes. Byte order
 is big endian.

Package: astrometry-data-tycho2-09-littleendian
Description-md5: f8cd18d33713b9060780fec8aa32397c
Description-en: Astrometry.net Tycho-2 little endian index files (44'-60')
 The astrometry engine will take any image and return the astrometry
 world coordinate system (WCS), a standards-based description of the
 transformation between image coordinates and sky coordinates.
 .
 This package contains the 4109 index file from the Tycho-2 catalog
 containing skymarks of sizes 44 arcminutes to 60 arcminutes. Byte order
 is litte endian.

Package: astrometry-data-tycho2-10-19
Description-md5: 4862991080b5b1e2161dc34972e34393
Description-en: Astrometry.net Tycho-2 index files (60'-2000')
 The astrometry engine will take any image and return the astrometry
 world coordinate system (WCS), a standards-based description of the
 transformation between image coordinates and sky coordinates.
 .
 This package installs the 4110-4119 index file from the Tycho-2 catalog
 containing skymarks of sizes 60 arcminutes to 2000 arcminutes.

Package: astrometry-data-tycho2-10-19-bigendian
Description-md5: fcb60b33260c92717e3b86ec592db671
Description-en: Astrometry.net Tycho-2 big endian index files (60'-2000')
 The astrometry engine will take any image and return the astrometry
 world coordinate system (WCS), a standards-based description of the
 transformation between image coordinates and sky coordinates.
 .
 This package contains the 4110-4119 index file from the Tycho-2 catalog
 containing skymarks of sizes 60 arcminutes to 2000 arcminutes. Byte order
 is big endian.

Package: astrometry-data-tycho2-10-19-littleendian
Description-md5: 5d7136d5039c87bbe63cff8c6f9c7ea5
Description-en: Astrometry.net Tycho-2 little endian index files (60'-2000')
 The astrometry engine will take any image and return the astrometry
 world coordinate system (WCS), a standards-based description of the
 transformation between image coordinates and sky coordinates.
 .
 This package contains the 4110-4119 index file from the Tycho-2 catalog
 containing skymarks of sizes 60 arcminutes to 2000 arcminutes. Byte order
 is litte endian.

.
731410,731426d
703377a
Package: libsynfig-dev
Description-md5: 2a9b378cf611313a54c64ddcec63afaa
Description-en: synfig library development files
 synfig is a vector based 2D animation package. It is designed to be
 capable of producing feature-film quality animation.
 .
 This package contains headers and other files needed to develop
 applications using the shared library and plugin modules.

Package: libsynfig0t64
Description-md5: 954185cac03f0fac6f9abd49cdf51ec9
Description-en: render library and plugins for synfig 2D animation
 synfig is a vector based 2D animation package. It is designed to be
 capable of producing feature-film quality animation.
 .
 This package contains the shared library and plugin modules for it.

Package: synfig
Description-md5: edb4e9874f19866be4284f8f169935d0
Description-en: vector-based 2D animation renderer
 synfig is a vector based 2D animation renderer. It is designed to be
 capable of producing feature-film quality animation.
 .
 This package contains the command-line renderer, for the GUI animation
 editor, please install synfigstudio.

Package: synfig-examples
Description-md5: fa54ce4b55141c30ce1cb2e4ffc7c076
Description-en: synfig animation examples
 synfig is a vector based 2D animation renderer. It is designed to be
 capable of producing feature-film quality animation.
 .
 This package contains several examples of synfig animations and stills.

Package: python3-synphot
Description-md5: 438200a4a33eff401a116d89e10bf351
Description-en: Simulate photometric data and spectra in astronomy
 Synphot simulates photometric data and spectra, observed or otherwise.
 It can incorporate external filters, spectra, and data. One can also use
 a pre-defined standard star (Vega), bandpass, or extinction law.
 Furthermore, it allows one to:
 .
  * Construct complicated composite spectra using different models.
  * Simulate observations.
  * Compute photometric properties such as count rate, effective
    wavelength, and effective stimulus.
  * Manipulate a spectrum; e.g., applying redshift or normalize it to a
    given flux value in a given bandpass.
  * Sample a spectrum at given wavelengths.
  * Plot a quick-view of a spectrum.
  * Perform repetitive operations such as simulating the observations of
    multiple type of sources through multiple bandpasses.

.
702911a
Package: python-symmetrize-doc
Description-md5: 01f3eab10f3c45e0c824159452705b81
Description-en: Symmetrization and centering of 2D pattern - documentation
 Symmetrization of 2D pattern using nonrigid landmark registration
 with symmetry constraints. Implemented registration methods include
 projective transform and thin plate spline. Details are given in the
 publication associated with the package.
 .
 This package contains the documentation.

Package: python3-symmetrize
Description-md5: b5c862dde5f90ee37bed0ce3f7af95a0
Description-en: Symmetrization and centering of 2D pattern
 Symmetrization of 2D pattern using nonrigid landmark registration
 with symmetry constraints. Implemented registration methods include
 projective transform and thin plate spline. Details are given in the
 publication associated with the package.
 .
 This package contains the Python 3 module.

.
696612a
Package: python3-stsci.tools
Description-md5: aa75686ebda40de20b51e2fce402bd84
Description-en: Miscellaneous Python tools from STScI
 This package provides a selection of tools for FITS and WCS handling,
 image handling, and data analysis, used by other STScI packages; mainly
 by Pyraf.

.
696026a
Package: streamdeck-ui
Description-md5: bd387341bcf7215c3526b51dbd65470d
Description-en: Linux compatible UI for the Elgato Stream Deck
 streamdeck_ui is a Linux compatible UI for the Elgato Stream Deck.
 Key Features:
  * Multi-device: Enables connecting and configuring multiple Stream Deck
    devices on one computer.
  * Brightness Control: Supports controlling the brightness from both the
    configuration UI and buttons on the device itself.
  * Configurable Button Display: Icons + Text, Icon Only, and Text Only
    configurable per button on the Stream Deck.
  * Multi-Action Support: Run commands, write text and press hotkey combinations
    at the press of a single button on your Stream Deck.
  * Button Pages: streamdeck_ui supports multiple pages of buttons and
    dynamically setting up buttons to switch between those pages.
  * Auto Reconnect: Automatically and gracefully reconnects, in the case the
    device is unplugged and replugged in.
  * Import/Export: Supports saving and restoring Stream Deck configuration.

.
695666c
Package: libstopt7
.
694575a
Package: starship
Description-md5: c29a4dcf02902a4bfc52d9838690c3fd
Description-en: fast and customizable shell prompt
 Starship is a shell prompt that is fast and configurable, and works on most
 common shells. It shows information from various sources in a way easy to
 grasp at a glance, including but not limited to: the hostname/username/cwd
 trio, git, project language and runtime.

.
688478c
 This utility allows you to use the Speedtest.net service from the
 command line.
.
688471,688476c
Description-md5: 888d0651505664258c3520e3dca98297
Description-en: Command line interface for testing internet bandwidth using speedtest.net
 Speedtest.net is a webservice that allows you to test your broadband
 connection by downloading a file from one of many Speedtest.net
 servers from around the world.
.
688468c
 Allows you to use the Speedtest.net service via pure Go APIs.
.
688461,688466c
Description-md5: 00e9174b5e219d3669c9c46b18c77ede
Description-en: Go APIs to Test Internet Speed using speedtest.net
 Speedtest.net is a webservice that allows you to test your broadband
 connection by downloading a file from one of many Speedtest.net
 servers from around the world.
.
686262,686295d
684715a
Package: python3-sncosmo
Description-md5: 699544ee184aea05245dcad2dcb8824c
Description-en: Python library for high-level supernova cosmology analysis
 SNCosmo synthesizes supernova spectra and photometry from SN models,
 and has functions for fitting and sampling SN model parameters given
 photometric light curve data. It offers fast implementations of
 several commonly used extinction laws and can be used to construct SN
 models that include dust. The SNCosmo library includes supernova
 models such as SALT2, MLCS2k2, Hsiao, Nugent, PSNID, SNANA and Whalen
 models, as well as a variety of built-in bandpasses and magnitude
 systems, and provides convenience functions for reading and writing
 peculiar data formats used in other packages. The library is
 extensible, allowing new models, bandpasses, and magnitude systems to
 be defined using an object-oriented interface.

.
682841,682859d
681664a
Package: python3-skyfield
Description-md5: 2e86bad342fb03842886e36155c95614
Description-en: Elegant astronomy for Python
 Skyfield is a pure-Python astronomy package that is compatible with
 both Python 3 and makes it easy to generate high precision
 research-grade positions for planets and Earth satellites.
 .
 Skyfield computes positions for the stars, planets, and satellites in
 orbit around the Earth. Its results should agree with the positions
 generated by the United States Naval Observatory and their
 Astronomical Almanac to within 0.0005 arcseconds (which equals half a
 “mas” or milliarcsecond).

.
678528a
Package: shutter
Description-md5: 02af88a8a1ab9d18f357823a2612e22a
Description-en: feature-rich screenshot program
 Shutter is a feature-rich screenshot program. You can take a
 screenshot of a specific area, window, your whole screen, or even of
 a website - apply different effects to it, draw on it to highlight
 points, and then upload to an image hosting site, all within one
 window.
 .
 Features:
    * take a screenshot of your complete desktop, a rectangular area
    * take screenshot directly or with a specified delay time
    * save the screenshots to a specified directory and name them in a
      convenient way (using special wild-cards)
    * Shutter is fully integrated into the GNOME Desktop (TrayIcon etc.)
    * generate thumbnails directly when you are taking a screenshot
      and set a size level in %
    * Shutter session collection
          o keep track of all screenshots during session
          o copy screeners to clipboard
          o print screenshots
          o delete screenshots
          o rename your file
    * upload your files directly to Image-Hosters (e.g. imgur.com), retrieve
      all the needed links and share them with others
    * edit your screenshots directly using the embedded drawing tool

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676784a
Package: setzer
Description-md5: 8ae2196d648c27a42bc577db20553097
Description-en: simple yet full-featured LaTeX editor
 Setzer features shortcuts for many LaTeX elements and symbols, a document
 creation wizard, a dark mode, a high screen to content ratio and a good
 side-by-side pdf viewer.

.
676102a
Package: libsep-dev
Description-md5: e58880dbef1fb83bec57783260797039
Description-en: C library for source extraction and photometry (development files)
 SEP makes the core algorithms of Source Extractor available as a
 library of stand-alone functions and classes. These operate
 directly on in-memory arrays (no FITS files or configuration files).
 The code is derived from the Source Extractor code base (written in
 C) and aims to produce results compatible with Source Extractor
 whenever possible.

Package: libsep0
Description-md5: 605beb4fc7345849f097c7ce95815d09
Description-en: C library for source extraction and photometry
 SEP makes the core algorithms of Source Extractor available as a
 library of stand-alone functions and classes. These operate
 directly on in-memory arrays (no FITS files or configuration files).
 The code is derived from the Source Extractor code base (written in
 C) and aims to produce results compatible with Source Extractor
 whenever possible.
 .
 This package contains the shared library.

Package: python3-sep
Description-md5: dff988dde1cb0cc9c27bb37659b6662d
Description-en: Python library for source extraction and photometry
 SEP makes the core algorithms of Source Extractor available as a
 library of stand-alone functions and classes. These operate
 directly on in-memory arrays (no FITS files or configuration files).
 The code is derived from the Source Extractor code base (written in
 C) and aims to produce results compatible with Source Extractor
 whenever possible.
 .
 This Python module that wraps the C library in a Pythonic API. The
 Python wrapper operates on NumPy arrays.

.
673980,673991d
669913,669918d
667741,667742c
 Source code for Debianized Rust crate "write-json"
.
667739c
Description-md5: ca29a291d514ae4cc20674747cbab03b
.
667721,667722c
 Source code for Debianized Rust crate "wmidi"
.
667719c
Description-md5: d33cd2c9d762fb33643a1753afb7d11e
.
667152,667153c
 Source code for Debianized Rust crate "vm-superio"
.
667150c
Description-md5: dd4646e0f6c492e8c58cc19ca159c2db
.
667090a
Package: librust-virtio-vsock-dev
Description-md5: b134c88d58aaf75490bf4c251d5c864e
Description-en: Virtio vsock device implementation - Rust source code
 Source code for Debianized Rust crate "virtio-vsock"

.
667064a

Package: vhost-device-vsock
Description-md5: a7a6bc6a67b0829ae8c0885f549ef806
Description-en: vhost-user device implementation that emulates a virtio-vsock device
 vhost-device-vsock is a vhost-user device implementation that emulates
 a virtio-
 vsock device, allowing guest applications to use AF_VSOCK sockets to
 communicate
 with host services or daemons. It enables bidirectional communication between
 applications running inside a virtual machine (guest) and applications running
 on the host or other VMs.
 This package contains the following binaries built from the Rust crate
 "vhost-device-vsock":
  - vhost-device-vsock
.
667053,667054c
 Source code for Debianized Rust crate "versionize_derive"
.
667051c
Description-md5: ab9c99940370c0e438e8cec445d0b049
.
666776a
Package: librust-utf8-locale-dev
Description-md5: 0e8934d3fa90741f4b6d40707c2f5b75
Description-en: Detect a UTF-8-capable locale for running child processes in - Rust source code
 Source code for Debianized Rust crate "utf8-locale"

.
666449,666450c
 Source code for Debianized Rust crate "unicode-casing"
.
666447c
Description-md5: 8b29d6273469e921bfbecb6b1220f388
.
666349,666350c
 Source code for Debianized Rust crate "unic-langid"
.
666347c
Description-md5: 7868184501ae9ea5df451a463811e7bb
.
666163,666164c
 Source code for Debianized Rust crate "ucd-util"
.
666161c
Description-md5: 8f8d5405d17f0ef2e7875c17baae54d5
.
666152,666153c
 Source code for Debianized Rust crate "ucd-parse"
.
666150c
Description-md5: da2bddbe546683b5520952f93aa63b8d
.
666129a
Package: u8loc
Description-md5: 935be2578be42e93144be3f15fa48371
Description-en: Run child processes in a UTF-8-capable locale
 This package contains the following binaries built from the Rust crate
 "u8loc":
  - u8loc

.
665443,665444c
 Source code for Debianized Rust crate "tokio-openssl"
.
665441c
Description-md5: ac4b2c8e3741e0fbdb014ce29fd5965d
.
665422,665423c
 Source code for Debianized Rust crate "tokio-io-timeout"
.
665420c
Description-md5: befae831a2483dc0b09633a16d459b3b
.
664133a
Package: librust-subplotlib-derive-dev
Description-md5: c3abac9df1e63a2e7ead3d5e365f7d0f
Description-en: Macros for constructing subplotlib based test suites, typically generated by `subplot codegen` - Rust source code
 Source code for Debianized Rust crate "subplotlib-derive"

.
661004a
Package: librust-rootasrole-core-dev
Description-md5: 96f2e10eb2ddc3fa218d569bd0c5877d
Description-en: This core crate for the RootAsRole project - Rust source code
 Source code for Debianized Rust crate "rootasrole-core"

.
660899,660900c
 Source code for Debianized Rust crate "rlimit"
.
660897c
Description-md5: 76b0f85943df6aedcc79126e6da5593c
.
660693,660694c
 Source code for Debianized Rust crate "result-like-derive"
.
660691c
Description-md5: 71edc17555599fb947dcddf6e85ca68c
.
660687,660688c
 Source code for Debianized Rust crate "result-like"
.
660685c
Description-md5: d9bba2ebf605d59b682de3cb1b751a9c
.
659718,659719c
 quanta is a high-speed timing library,
 useful for getting the current time very quickly,
.
659716c
Description-md5: 44c93041b45afd47720d663a104add73
.
659439a

Package: protonup-rs
Description-md5: f9bfb55c21129fdc0e0b5ed4a868ce92
Description-en: Rust app to automate the installation and update of Linux Gaming Compatibility tools, like ProtonGE, Luxtorpeda, Boxtron and others
 This package contains the following binaries built from the Rust crate
 "protonup-rs":
  - protonup-rs
.
659419a
Package: librust-protobuf-macros-dev
Description-md5: fe10553b9d097fa3074e03551fb7196a
Description-en: Protobuf proc macro implementation (internal) - Rust source code
 Source code for Debianized Rust crate "protobuf-macros"

.
658975,658976c
 Source code for Debianized Rust crate "predicates-core"
.
658973c
Description-md5: d37c3c1f214bd40103fa286a45178dc0
.
657914,657915c
 Source code for Debianized Rust crate "partition-identity"
.
657912c
Description-md5: fb7b9cd1e368d42886137587724cbd74
.
657689a

Package: librust-p9-dev
Description-md5: bd2f4ddf4eb677c7aab788d05f325931
Description-en: Server implementation of the 9p file system protocol - Rust source code
 Source code for Debianized Rust crate "p9"

Package: librust-p9-wire-format-derive-dev
Description-md5: 7b1c8ceb630a1ca66c3daf7878c7be69
Description-en: Supporting proc-macro for the `p9` crate - Rust source code
 Source code for Debianized Rust crate "p9_wire_format_derive"
.
657676a
Package: librust-p384-0.13-dev
Description-md5: 85e5287b6712c4911d5df6e4a7c31436
Description-en: Pure Rust implementation of the NIST P-384 (a.k.a - Rust source code
 secp384r1) elliptic curve as defined in SP 800-186 with support for ECDH, ECDSA
 signing/verification, and general purpose curve arithmetic support.
 .
 Source code for Debianized Rust crate "p384"

.
656407,656408c
 Source code for Debianized Rust crate "mutate_once"
.
656405c
Description-md5: 84ef419e944830d472c8484ab51ea4b1
.
655892,655893c
 Source code for Debianized Rust crate "maybe-async"
.
655890c
Description-md5: 22fcf1b727c21b6e48989af2d223985e
.
654859a
Package: librust-libprotonup-dev
Description-md5: bf75f0a80f15e0b97af38114ae87d088
Description-en: Manage Linux Gaming Compatibility tools, like ProtonGE, Luxtorpeda, Boxtron and others - Rust source code
 Source code for Debianized Rust crate "libprotonup"

.
653681,653682c
 Source code for Debianized Rust crate "iri-string"
.
653679c
Description-md5: 5132a4b7f72ee63aaf3348277c2b1a2c
.
653248a
Package: librust-inferno-dev
Description-md5: 7dcc321e423e88967364d89cc9b7d625
Description-en: Rust port of the FlameGraph performance profiling tool suite - Rust source code
 Source code for Debianized Rust crate "inferno"

.
652969a
Package: librust-icu-provider-adapters-dev
Description-md5: 42636604b5db42f2c060c1c9bfa31827
Description-en: Adapters for composing and manipulating data providers - Rust source code
 Source code for Debianized Rust crate "icu_provider_adapters"

Package: librust-icu-provider-baked-dev
Description-md5: 54c36e5e6e6a2c7092f4f65f1dcd483e
Description-en: Tooling for the ICU4X baked data provider - Rust source code
 Source code for Debianized Rust crate "icu_provider_baked"

Package: librust-icu-provider-blob-dev
Description-md5: d475b149c309bf1879c0ee2d97c6f6bd
Description-en: ICU4X data provider that reads from blobs in memory - Rust source code
 Source code for Debianized Rust crate "icu_provider_blob"

Package: librust-icu-provider-export-dev
Description-md5: 4bbc58a7ce7f54d72e1b13d9a043aace
Description-en: Generate data for ICU4X DataProvider - Rust source code
 Source code for Debianized Rust crate "icu_provider_export"

Package: librust-icu-provider-fs-dev
Description-md5: f5ed49602870df250cd47e8c5534d673
Description-en: ICU4X data provider that reads from structured data files - Rust source code
 Source code for Debianized Rust crate "icu_provider_fs"

Package: librust-icu-provider-registry-dev
Description-md5: 56f1dc3d8657895ec8fb4041fc1a94ed
Description-en: Registry of all ICU4X data markers - Rust source code
 Source code for Debianized Rust crate "icu_provider_registry"

.
652310,652313c
Description-md5: aff889574b15955c65a1ed7af8730b5c
Description-en: Macro for converting hexadecimal string literals to a byte array at compile time - Rust source code
 Source code for Debianized Rust crate "hex-literal"
.
650434,650435c
 Source code for Debianized Rust crate "fragile"
.
650432c
Description-md5: 406934aa316e9d4001f22f773516f44a
.
649453,649454c
 Source code for Debianized Rust crate "equivalent"
.
649451c
Description-md5: 4dab5bae90ccf1df6ee2928e416e3c70
.
648888a
Package: librust-dtor-dev
Description-md5: 3e83b78af8757bae11dca6d59ea5a76b
Description-en: Global, no_std-compatible destructors for all platforms that run after main (like C/C++ __attribute__((destructor))) - Rust source code
 Source code for Debianized Rust crate "dtor"

.
648881,648882c
 Source code for Debianized Rust crate "dtoa"
.
648879c
Description-md5: bc13adaa1e0519b5bd68b94c23db410d
.
648234,648235c
 Source code for Debianized Rust crate "deser-hjson"
.
648232c
Description-md5: 2544abb43b18efd0ad00c4c8ea6400d4
.
647812,647813c
 Source code for Debianized Rust crate "data-encoding-macro-internal"
.
647810c
Description-md5: 1649644f0ef1eaddb3c82fec98ba488b
.
647806,647807c
 Source code for Debianized Rust crate "data-encoding-macro"
.
647804c
Description-md5: b98643cec097de4c1f2b55e46ec13327
.
647437,647438c
 Source code for Debianized Rust crate "ctr"

Package: librust-ctr-0.9-dev
Description-md5: 2eb84aa2cc07088452478488a673d0d1
Description-en: CTR block modes of operation - Rust source code
 Source code for Debianized Rust crate "ctr"
.
647435c
Description-md5: 2eb84aa2cc07088452478488a673d0d1
.
647418,647421c
Description-md5: 329cdcd390bc497d932299cb292327c0
Description-en: Constant-time base64, base32, and hex codecs reimplemented in Rust - Rust source code
 Source code for Debianized Rust crate "ct-codecs"
.
647239a
Package: librust-crlify-dev
Description-md5: 0237c42d51144c2294098b7f3ebc2186
Description-en: Std::io::Write wrapper that replaces   with  - Rust source code
 on Windows.
 .
 Source code for Debianized Rust crate "crlify"

.
647055,647056c
 Source code for Debianized Rust crate "cp_r"
.
647053c
Description-md5: 8131c0098a96d86edd91046a8094aaab
.
646831,646832c
 Source code for Debianized Rust crate "console_log"
.
646829c
Description-md5: a8abe4ff7e6e6fe1b2e5a9233af40718
.
646657,646658c
 Source code for Debianized Rust crate "colorchoice"
.
646655c
Description-md5: d2a10da578b627ddb77cced043d6bc3c
.
646172,646173c
Description-md5: f222211d3e79f6d47a6bdc627fea89d3
Description-en: Character encoding decoding for email - Rust source code
.
645987,645988c
 Source code for Debianized Rust crate "caseless"
.
645985c
Description-md5: 44ef49f65c485b2e04f1d3fe702a118f
.
644390,644391c
 Source code for Debianized Rust crate "aya"
.
644388c
Description-md5: e6aac7d0a799c6fcacbbdc8833c7d01f
.
643654a
Package: librust-askama-parser-dev
Description-md5: f8908298bd0ed0d7bdb3fafc343eae18
Description-en: Parser for Askama templates - Rust source code
 Source code for Debianized Rust crate "askama_parser"

.
640500,640507d
638997a
Package: ruby-rake-compiler-dock
Description-md5: 916a71dcb9ef3d28d7442e4dcea7a039
Description-en: cross compiler environment for building binary gems
 Use rake-compiler-dock to enter an interactive shell session or add a task to
 your Rakefile to automate your cross build.

.
638541a
Package: ruby-protocol-multipart
Description-md5: 0fdaa0fe7a291a2ff2b3c95230cdf966
Description-en: Provides abstractions to handle the multipart format
 This Ruby gem provides abstractions to handle the multipart format.

.
634186,634376d
633949a
Package: ruby-gemoji
Description-md5: 65c25b70ac6574f3cb25ca76ed04da6c
Description-en: Unicode emoji library
 Character information and metadata for Unicode emoji

.
619882,619895d
615618a
Package: libapache2-mod-r-base
Description-md5: 1be630e572081e125ce258dbe3f013eb
Description-en: server-side R integration with Apache 2
 This package provides the R module that adds support for embedding
 the R interpreter inside Apache 2 webserver.

.
615481,615513d
614707a
Package: python3-radio-beam
Description-md5: a6b84072dec849b373864b05a0874a71
Description-en: Python Tools for Radio Beam IO and Manipulation
 Radio Beam is a simple toolkit for reading beam information from FITS
 headers and manipulating beams. Some example applications include
 Convolution/deconvolution and Unit conversion (Jy to/from K).

.
614414,614448d
613954,613959c
Description-md5: a70e8ab95f53c299d962621b1d5661a5
Description-en: Visualizing Categorical Data
 Visualization techniques, data sets, summary and inference procedures aimed
 particularly at categorical data. Special emphasis is given to highly
 extensible grid graphics. The package was package was originally inspired
 by the book "Visualizing Categorical Data" by Michael Friendly and is now
 the main support package for a new book, "Discrete Data Analysis with R"
 by Michael Friendly and David Meyer (2015).
.
613602c
 link removal 1976.
.
613592,613600c
Description-md5: 81dd861cc4839e031197c97095c427e0
Description-en: Extra Recipes Steps for Dealing with Unbalanced Data
 A dataset with an uneven number of cases in each class is said
 to be unbalanced. Many models produce a subpar performance on
 unbalanced datasets. A dataset can be balanced by increasing the number
 of minority cases using SMOTE 2011 <doi:10.48550/arXiv.1106.1813>,
 BorderlineSMOTE 2005 <doi:10.1007/11538059_91> and ADASYN 2008.
 Or by decreasing the number of majority cases using NearMiss 2003
.
613475a
Package: r-cran-tclust
Description-md5: d2f257a5f80b3a59dc6a232a04924af2
Description-en: Robust Trimmed Clustering
 Provides functions for robust trimmed clustering. The methods are
 described in Garcia-Escudero (2008) <doi:10.1214/07-AOS515>, Fritz et al.
 (2012) <doi:10.18637/jss.v047.i12>, Garcia-Escudero et al.
 (2011) <doi:10.1007/s11222-010-9194-z> and others.

.
613417,613418c
Description-md5: 43243c34459c64b022d09f8e2f7d4efe
Description-en: 'SVG' Graphics Device
.
613282a
Package: r-cran-statip
Description-md5: 3ac668b6478c25edda88f8c9a97e85bc
Description-en: statistical functions for probability distributions and regression
 A collection of miscellaneous statistical functions for
 probability distributions: 'dbern()', 'pbern()', 'qbern()', 'rbern()' for
 the Bernoulli distribution, and 'distr2name()', 'name2distr()' for
 distribution names;
 probability density estimation: 'densityfun()';
 most frequent value estimation: 'mfv()', 'mfv1()';
 other statistical measures of location: 'cv()' (coefficient of variation),
 'midhinge()', 'midrange()', 'trimean()';
 construction of histograms: 'histo()', 'find_breaks()';
 calculation of the Hellinger distance: 'hellinger()';
 use of classical kernels: 'kernelfun()', 'kernel_properties()';
 univariate piecewise-constant regression: 'picor()'.

.
612225a
Package: r-cran-rstan
Description-md5: 09c503ecb85dda4741cc7216edbe7ee6
Description-en: R Interface to Stan
 User-facing R functions are provided to parse, compile, test, estimate,
 and analyze Stan models by accessing the header-only Stan library provided
 by the 'StanHeaders' package. The Stan project develops a probabilistic
 programming language that implements full Bayesian statistical inference
 via Markov Chain Monte Carlo, rough Bayesian inference via 'variational'
 approximation, and (optionally penalized) maximum likelihood estimation
 via optimization. In all three cases, automatic differentiation is used
 to quickly and accurately evaluate gradients without burdening the user with
 the need to derive the partial derivatives.

.
610775a
Package: r-cran-projpred
Description-md5: 1ffc337918328a1bded35a41d5710d9e
Description-en: GNU R projection predictive feature selection
 Performs projection predictive feature selection for generalized linear models
 (see, Piironen, Paasiniemi and Vehtari, 2018, <arXiv:1810.02406>).
 The package is compatible with the 'rstanarm' and 'brms' packages, but other
 reference models can also be used. See the package vignette for more
 information and examples.

.
610755,610774c
Description-md5: cdbaddd2be0192f6b4faac983bc40afe
Description-en: Inclusive, Unifying API for Progress Updates
 A minimal, unifying API for scripts and packages to report progress updates
 from anywhere including when using parallel processing. The package is
 designed such that the developer can to focus on what progress should be
 reported on without having to worry about how to present it. The end user has
 full control of how, where, and when to render these progress updates, e.g. in
 the terminal using utils::txtProgressBar(), cli::cli_progress_bar(), in a
 graphical user interface using utils::winProgressBar(), tcltk::tkProgressBar()
 or shiny::withProgress(), via the speakers using beepr::beep(), or on a file
 system via the size of a file. Anyone can add additional, customized,
 progression handlers. The 'progressr' package uses R's condition framework
 for signaling progress updated. Because of this, progress can be reported from
 almost anywhere in R, e.g. from classical for and while loops, from map-reduce
 API:s like the lapply() family of functions, 'purrr', 'plyr', and 'foreach'.
 It will also work with parallel processing via the 'future' framework,
 e.g. 'lapply(...) |> futurize()' and 'purrr::map(...) |> futurize()',
 which uses future.apply::future_lapply() and furrr::future_map() internally.
 The package is compatible with Shiny applications.
.
610617a
Package: r-cran-posterior
Description-md5: d0b2e2cd79cf33d96742c46004cd3c04
Description-en: GNU R tools for working with posterior distributions
 Provides useful tools for both users and developers of packages
 for fitting Bayesian models or working with output from Bayesian models.
 The primary goals of the package are to:
 (a) Efficiently convert between many different useful formats of
 draws (samples) from posterior or prior distributions.
 (b) Provide consistent methods for operations commonly performed on draws,
 for example, subsetting, binding, or mutating draws.
 (c) Provide various summaries of draws in convenient formats.
 (d) Provide lightweight implementations of state of the art posterior
 inference diagnostics. References: Vehtari et al. (2021)
 <doi:10.1214/20-BA1221>.

.
609868,609869c
 and 'attributes'.
.
609859,609866c
Description-md5: 7aab09d6552fd8aa436c635f383613b4
Description-en: Straightforward 'NetCDF' Metadata
 Extract metadata from 'NetCDF' data sources, these can be files, file handles
 or servers. This package leverages and extends the lower level functions
 of the 'RNetCDF' package providing a consistent set of functions that all
 return data frames. We introduce named concepts of 'grid', 'axis' and 'source'
 which are all meaningful entities without formal definition in the 'NetCDF'
 library <https://www.unidata.ucar.edu/software/netcdf>. 'RNetCDF' matches the
.
609825a
Package: r-cran-nanoarrow
Description-md5: b7d734cf17fc04d16e1c674e03bef12f
Description-en: Interface to the 'nanoarrow' 'C' Library
 Provides an 'R' interface to the 'nanoarrow' 'C' library and the
 'Apache Arrow' application binary interface. Functions to import and
 export 'ArrowArray', 'ArrowSchema', and 'ArrowArrayStream' 'C' structures to
 and from 'R' objects are provided alongside helpers to facilitate zero-copy
 data transfer among 'R' bindings to libraries implementing the 'Arrow' 'C'
 data interface.

.
609741,609748c
Description-md5: 6ad755243ffe870e292283c652235589
Description-en: Visualizations of Paired Comparisons
 Convert a logical vector or a vector of p-values or a correlation, difference,
 or distance matrix into a display identifying the pairs for which the
 differences were not significantly different. Designed for use in conjunction
 with the output of functions like TukeyHSD, dist (stats), simint, simtest,
 csimint, csimtest (multcomp), friedmanmc, kruskalmc (pgirmess).
.
609683a
Package: r-cran-modeest
Description-md5: a458a92e3d131dc09729e131c92a475c
Description-en: GNU R mode estimation
 Provides estimators of the mode of univariate
 data or univariate distributions.

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609066a
Package: r-cran-loo
Description-md5: 41086319311717a77f2291c65f8d6cb2
Description-en: Efficient Leave-One-Out Cross-Validation and WAIC for Bayesian Models
 Efficient approximate leave-one-out cross-validation (LOO) for Bayesian
 models fit using Markov chain Monte Carlo, as described in Vehtari, Gelman,
 and Gabry (2017) <doi:10.1007/s11222-016-9696-4>. The approximation uses
 Pareto smoothed importance sampling (PSIS), a new procedure for regularizing
 importance weights. As a byproduct of the calculations, we also obtain
 approximate standard errors for estimated predictive errors and for the
 comparison of predictive errors between models. The package also provides
 methods for using stacking and other model weighting techniques to average
 Bayesian predictive distributions.

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608142a
Package: r-cran-gunifrac
Description-md5: 4be8d5082161a3f3d9196545c8aea576
Description-en: Generalized UniFrac Distances
 Generalized UniFrac distances for comparing microbial communities.
 Permutational multivariate analysis of variance using multiple
 distance matrices.

Package: r-cran-haplo.stats
Description-md5: 0667f477cd725a6f574085cfa7efa687
Description-en: GNU R package for haplotype analysis
 The package provides routines for the GNU R statistics environment
 for statistical Analysis of indirectly measured Haplotypes with Traits
 and Covariates when Linkage Phase is Ambiguous.  The statistical methods
 assume that all subjects are unrelated and that haplotypes are ambiguous
 (due to unknown linkage phase of the genetic markers). The main functions
 are: haplo.em, haplo.glm, haplo.score, haplo.power, and seqhap.

.
607576,607577c
 Generalized Estimation Equation solver.
.
607574c
Description-md5: ba153622ee7243047e3623954026ac2e
.
607534a
Package: r-cran-gbm
Description-md5: d072870247036b33f0192289d1b19c56
Description-en: Generalized Boosted Regression Models
 An implementation of extensions to Freund and Schapire's AdaBoost algorithm
 and Friedman's gradient boosting machine. Includes regression methods
 for least squares, absolute loss, t-distribution loss, quantile regression,
 logistic, multinomial logistic, Poisson, Cox proportional hazards partial
 likelihood, AdaBoost exponential loss, Huberized hinge loss, and Learning
 to Rank measures (LambdaMart). Originally developed by Greg Ridgeway.
 Newer version available at <https://github.com/gbm-developers/gbm3>.

.
607484,607487c
Description-md5: 92a7bfe2957995fed9fc0d945695c6d1
Description-en: Generalized Additive Mixed Models using 'mgcv' and 'lme4'
 Estimate generalized additive mixed models via a version of function gamm()
 from 'mgcv', using 'lme4' for estimation.
.
607230a
Package: r-cran-fitcoach
Description-md5: 4d67ae5f1adea160b0ce21be038eb648
Description-en: R package for analysis and retrieve data of Fitbit
 This R package use the official API to import Fitbit data into R.
 Fitbit R API that provides fitbit coach functionality by analyzing
 your data obtained via fitbit API calls, and by giving personalized
 recommendations for the rest of the day based on your behavior.

.
606624a
Package: r-cran-ecosolver
Description-md5: 6491c479046d0910e7d219e4275690dc
Description-en: Embedded Conic Solver in R
 R interface to the Embedded COnic Solver (ECOS), an efficient
 and robust C library for convex problems. Conic and equality
 constraints can be specified in addition to integer and
 boolean variable constraints for mixed-integer problems. This
 R interface is inspired by the Python interface and has
 similar calling conventions.

.
606427a
Package: r-cran-directadjusting
Description-md5: 35a9da19e1572f15abf220a3c5e8f127
Description-en: Directly Adjusted Estimates
 Compute estimates and confidence intervals of weighted averages quickly
 and easily. Weighted averages are computed using data.table for speed.
 Confidence intervals are approximated using the delta method with either using
 known formulae or via algorithmic or numerical derivation.

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605486a
Package: r-cran-brms
Description-md5: f9d33571831e39eaf395113e94f37f38
Description-en: GNU R Bayesian regression models using 'Stan'
 Fit Bayesian generalized (non-)linear multivariate multilevel models
 using 'Stan' for full Bayesian inference. A wide range of distributions
 and link functions are supported, allowing users to fit -- among others
  -- linear, robust linear, count data, survival, response times, ordinal,
 zero-inflated, hurdle, and even self-defined mixture models all in a
 multilevel context. Further modeling options include non-linear and
 smooth terms, auto-correlation structures, censored data, meta-analytic
 standard errors, and quite a few more. In addition, all parameters of
 the response distribution can be predicted in order to perform
 distributional regression. Prior specifications are flexible and
 explicitly encourage users to apply prior distributions that actually
 reflect their beliefs. Model fit can easily be assessed and compared
 with posterior predictive checks and leave-one-out cross-validation.

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605219a
Package: r-cran-bench
Description-md5: 51d6f540bcaf5b0157f87fcf0b3d83eb
Description-en: High Precision Timing of R Expressions
 Tools to accurately benchmark and analyze execution times for R expressions.

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605176a
Package: r-cran-bayesplot
Description-md5: 8f1b45634a44d7dc1b47cb015f9ee39b
Description-en: GNU R plotting for bayesian models
 Plotting functions for posterior analysis, model checking,
 and MCMC diagnostics. The package is designed not only to provide convenient
 functionality for users, but also a common set of functions that can be
 easily used by developers working on a variety of R packages for Bayesian
 modeling, particularly (but not exclusively) packages interfacing with 'Stan'.

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605052a
Package: r-cran-arsenal
Description-md5: eb46949da7f49590222af25a14602982
Description-en: arsenal of GNU R functions for large-scale statistical summaries
 An Arsenal of 'R' functions for large-scale statistical summaries, which
 are streamlined to work within the latest reporting tools in 'R' and
 'RStudio' and which use formulas and versatile summary statistics for
 summary tables and models. The primary functions include tableby(), a
 Table-1-like summary of multiple variable types 'by' the levels of one
 or more categorical variables; paired(), a Table-1-like summary of
 multiple variable types paired across two time points; modelsum(), which
 performs simple model fits on one or more endpoints for many variables
 (univariate or adjusted for covariates); freqlist(), a powerful
 frequency table across many categorical variables; comparedf(), a
 function for comparing data.frames; and write2(), a function to output
 tables to a document.

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592539a
Package: python3-pyvkfft
Description-md5: 31fc396bb54935aaf6e49e8057357fdf
Description-en: Binding to the OpenCL backends of VkFFT - Python3
 pyvkfft offers a simple python interface to the CUDA and OpenCL
 backends of VkFFT, compatible with pyCUDA, CuPy and pyOpenCL.
 .
 This package installs the library for Python 3 and includes the
 OpenCL backend. The CUDA backend is available in the
 python3-pyvkfft-cuda package.

Package: python3-pyvkfft-doc
Description-md5: 392d23be90a8b78de4ed29455731c673
Description-en: Binding to the backends of VkFFT - Documentation
 pyvkfft offers a simple python interface to the CUDA and OpenCL
 backends of VkFFT, compatible with pyCUDA, CuPy and pyOpenCL.
 .
 This is the common documentation package.

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592025a
Package: idle-python3.15
Description-md5: fd104146cc6fcd2fe1edfc565a758b51
Description-en: IDE for Python (v3.15) using Tkinter
 IDLE is an Integrated Development Environment for Python (v3.15).
 IDLE is written using Tkinter and therefore quite platform-independent.

Package: libpython3.15
Description-md5: 084f7a1bef0aa849039081e3d46630b9
Description-en: Shared Python runtime library (version 3.15)
 Python is a high-level, interactive, object-oriented language. Its 3.15 version
 includes an extensive class library with lots of goodies for
 network programming, system administration, sounds and graphics.
 .
 This package contains the shared runtime library, normally not needed
 for programs using the statically linked interpreter.

Package: libpython3.15-dbg
Description-md5: e89d795e45255a3405310f25da06a9a6
Description-en: Debug Build of the Python Interpreter (version 3.15)
 The package holds two things:
 .
 - Extensions for a Python interpreter configured with --pydebug.
 - Debug information for standard python extensions.
 .
 See the README.debug for more information.

Package: libpython3.15-dev
Description-md5: 3455ac777950eb14a7b3526105189993
Description-en: Header files and a static library for Python (v3.15)
 Header files, a static library and development tools for building
 Python (v3.15) modules, extending the Python interpreter or embedding
 Python (v3.15) in applications.
 .
 Maintainers of Python packages should read README.maintainers.
 .
 This package contains development files. It is normally not
 used on it's own, but as a dependency of python3.15-dev.

Package: libpython3.15-minimal
Description-md5: 74f98817c8d94cc66acd9a098a2a5327
Description-en: Minimal subset of the Python language (version 3.15)
 This package contains some essential modules. It is normally not
 used on it's own, but as a dependency of python3.15-minimal.

Package: libpython3.15-stdlib
Description-md5: 61bba94b532ebcfd90fd3d3f5d30894e
Description-en: Interactive high-level object-oriented language (standard library, version 3.15)
 Python is a high-level, interactive, object-oriented language. Its 3.15 version
 includes an extensive class library with lots of goodies for
 network programming, system administration, sounds and graphics.
 .
 This package contains Python 3.15's standard library. It is normally not
 used on its own, but as a dependency of python3.15.

Package: libpython3.15-testsuite
Description-md5: d0d2e45a2e0edae7b84504406cb3043c
Description-en: Testsuite for the Python standard library (v3.15)
 The complete testsuite for the Python standard library.  Note that
 a subset is found in the libpython3.15-stdlib package, which should
 be enough for other packages to use (please do not build-depend
 on this package, but file a bug report to include additional
 testsuite files in the libpython3.15-stdlib package).

Package: python3.15
Description-md5: d89554b8c849a68718387e3138457adc
Description-en: Interactive high-level object-oriented language (version 3.15)
 Python is a high-level, interactive, object-oriented language. Its 3.15 version
 includes an extensive class library with lots of goodies for
 network programming, system administration, sounds and graphics.

Package: python3.15-dbg
Description-md5: baf192472435916b3c4356cd66ce8859
Description-en: Debug Build of the Python Interpreter (version 3.15)
 The package holds two things:
 .
 - A Python interpreter configured with --pydebug. Dynamically loaded modules
   are searched as <foo>_d.so first. Third party extensions need a separate
   build to be used by this interpreter.
 - Debug information for standard python interpreter and extensions.
 .
 See the README.debug for more information.

Package: python3.15-dev
Description-md5: 733fb20f8dc5d0cc8dd1e3b14c96066e
Description-en: Header files and a static library for Python (v3.15)
 Header files, a static library and development tools for building
 Python (v3.15) modules, extending the Python interpreter or embedding
 Python (v3.15) in applications.
 .
 Maintainers of Python packages should read README.maintainers.

Package: python3.15-doc
Description-md5: 2e70d35e8ab10821a8def59a146b6250
Description-en: Documentation for the high-level object-oriented language Python (v3.15)
 These is the official set of documentation for the interactive high-level
 object-oriented language Python (v3.15). All documents are provided
 in HTML format. The package consists of ten documents:
 .
   * What's New in Python3.15
   * Tutorial
   * Python Library Reference
   * Macintosh Module Reference
   * Python Language Reference
   * Extending and Embedding Python
   * Python/C API Reference
   * Installing Python Modules
   * Documenting Python
   * Distributing Python Modules

Package: python3.15-examples
Description-md5: be13d3b15820fe9b7d4e07269a147ff8
Description-en: Examples for the Python language (v3.15)
 Examples, Demos and Tools for Python (v3.15). These are files included in
 the upstream Python distribution (v3.15).

Package: python3.15-full
Description-md5: 5f5ed9ebb20d93c6d8522371f0130fb2
Description-en: Python Interpreter with complete class library (version 3.15)
 Python, the high-level, interactive object oriented language,
 includes an extensive class library with lots of goodies for
 network programming, system administration, sounds and graphics.
 .
 This package is a dependency package, which depends on the full
 standard library of Python for Python developers. Including modules
 used only at build-time, such as venv, and modules with complex
 dependencies, such as tk and IDLE. All batteries included.
 .
 According to the Debian Python policy, this package must not be used in
 build dependencies, dependencies and recommendations.

Package: python3.15-gdbm
Description-md5: ee57cf402d581b29e8b29cfc8a6d8d64
Description-en: GNU dbm database support for Python (v3.15)
 GNU dbm database module for Python. Install this if you want to
 create or read GNU dbm database files with Python.

Package: python3.15-minimal
Description-md5: 36686d9ab3881a32b0eeaf3eda8c5a9b
Description-en: Minimal subset of the Python language (version 3.15)
 This package contains the interpreter and some essential modules.  It can
 be used in the boot process for some basic tasks.
 See /usr/share/doc/python3.15-minimal/README.Debian for a list of the modules
 contained in this package.

Package: python3.15-nopie
Description-md5: 716ac16f4a608c9ef1e918419ab6fb3b
Description-en: Python interpreter linked without PIE (version 3.15)
 This package contains the interpreter not built as position independent
 executable. This interpreter is diverting the python3.15 executable, and making
 the interpreter built with PIE available as python3.15-pie.

Package: python3.15-tk
Description-md5: c7f872430fda3141b3001d69be719498
Description-en: Tkinter - Writing Tk applications with Python (v3.15)
 A module for writing portable GUI applications with Python (v3.15) using Tk.
 Also known as Tkinter.

Package: python3.15-venv
Description-md5: 4d3a2f5687f028e9a46d068f6ac7899c
Description-en: Interactive high-level object-oriented language (pyvenv binary, version 3.15)
 Python is a high-level, interactive, object-oriented language. Its 3.15 version
 includes an extensive class library with lots of goodies for
 network programming, system administration, sounds and graphics.
 .
 This package contains the pyvenv-3.15 binary.

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Package: python-salib-doc
Description-md5: a5b185a453af71063cdd058fbf1b8a1f
Description-en: Sensitivity Analysis Library (Documentation)
 SALib is an open source library written in Python for performing sensitivity
 analyses. SALib provides a decoupled workflow, meaning it does not directly
 interface with the mathematical or computational model. Instead, SALib is
 responsible for generating the model inputs, using one of the sample
 functions, and computing the sensitivity indices from the model outputs, using
 one of the analyze functions. SALib provides several sensitivity analysis
 methods, such as Sobol, Morris, and FAST.
 .
 This package contains the documentation.

Package: python3-salib
Description-md5: f26df6a6b9142385dbe2509fa611b2ed
Description-en: Sensitivity Analysis Library (Python3 version)
 SALib is an open source library written in Python for performing sensitivity
 analyses. SALib provides a decoupled workflow, meaning it does not directly
 interface with the mathematical or computational model. Instead, SALib is
 responsible for generating the model inputs, using one of the sample
 functions, and computing the sensitivity indices from the model outputs, using
 one of the analyze functions. SALib provides several sensitivity analysis
 methods, such as Sobol, Morris, and FAST.
 .
 This package contains the Python 3 version of the library.

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Package: python3-pyvips
Description-md5: 6b5157365e9741f688f6577d406c96ec
Description-en: Python binding for the libvips image processing library
 pyvips is a Python binding for libvips, a demand-driven image processing
 library designed for speed and low memory use.
 .
 This package provides the Python 3 module.

Package: python3-pyvips-doc
Description-md5: 535eebe69649242a4f2117c415a535c0
Description-en: Python binding for the libvips image processing library (doc)
 pyvips is a Python binding for libvips, a demand-driven image processing
 library designed for speed and low memory use.
 .
 This package contains the HTML documentation for pyvips.

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Package: python3-opentelemetry-configuration
Description-md5: 90c76ff82a098ad0ec853ab4056120c4
Description-en: OpenTelemetry Python Declarative Configuration
 OpenTelemetry is an observability framework – an API, SDK, and tools that are
 designed to aid in the generation and collection of application telemetry
 data such as metrics, logs, and traces.
 .
 This package implements the OpenTelemetry declarative configuration
 specification <https://opentelemetry.io/docs/specs/otel/configuration/> for
 the Python SDK. It parses a YAML or JSON configuration file (or
 programmatically-constructed configuration model) into typed dataclasses and
 applies the result to the global SDK providers.
 .
 Note that this libarary is marked by upstream as *experimental*! The API
 surface, type names, and behaviour may change between minor versions. Pin
 a specific version in production.

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Package: python3-mistral-common
Description-md5: f996e7f5bca564a671df37d45328c49e
Description-en: Official inference library for pre-processing of Mistral models
 Mistral-common is a library of common utilities for Mistral AI. It is notably
 used to convert LLMs in Mistral-specific format to the GGUF file format used
 for inference by llama.cpp.

Package: python3-mistral-common-doc
Description-md5: 5e3be831fa95717fd0ed6263da63cfce
Description-en: Official inference library for pre-processing of Mistral models (docs)
 Mistral-common is a library of common utilities for Mistral AI. It is notably
 used to convert LLMs in Mistral-specific format to the GGUF file format used
 for inference by llama.cpp.
 .
 This package provides the documentation of the Python module.

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Package: python3-elgato-streamdeck
Description-md5: 9bb93cd5508a67f3b1edef8968d1b8f4
Description-en: Python 3 library to control an Elgato Stream Deck
 This is an open source Python 3 library to control an Elgato Stream Deck
 directly, without the official software. This can create custom front-ends,
 such as a custom control front-end for home automation software.
 .
 Currently the following StreamDeck product variants are supported:
 .
 StreamDeck Original (both V1 and V2 hardware variants)
 StreamDeck Mini
 StreamDeck XL

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Package: python-drizzle-doc
Description-md5: 3c110b47e3e3368fbff093fdfa4e132a
Description-en: Dithered image combination for Python (API documentation)
 The drizzle library is a Python package for combining dithered images
 into a single image. This library is derived from code used in
 drizzlepac. Like drizzlepac, most of the code is implemented in the C
 language. The biggest change from drizzlepac is that this code passes
 an array that maps the input to output image into the C code, while
 the drizzlepac code computes the mapping by using a Python
 callback. Switching to using an array allowed the code to be greatly
 simplified.
 .
 This package contains the API documentation.

Package: python-drizzle-testdata
Description-md5: 84c1e740cf54086ef87d64b82bb1eea5
Description-en: Dithered image combination for Python (Test data)
 The drizzle library is a Python package for combining dithered images
 into a single image. This library is derived from code used in
 drizzlepac. Like drizzlepac, most of the code is implemented in the C
 language. The biggest change from drizzlepac is that this code passes
 an array that maps the input to output image into the C code, while
 the drizzlepac code computes the mapping by using a Python
 callback. Switching to using an array allowed the code to be greatly
 simplified.
 .
 This package contains the data required for the unit tests.

Package: python3-drizzle
Description-md5: d641a747bf69c9589b161bdb2dc9b59d
Description-en: Dithered image combination for Python
 The drizzle library is a Python package for combining dithered images
 into a single image. This library is derived from code used in
 drizzlepac. Like drizzlepac, most of the code is implemented in the C
 language. The biggest change from drizzlepac is that this code passes
 an array that maps the input to output image into the C code, while
 the drizzlepac code computes the mapping by using a Python
 callback. Switching to using an array allowed the code to be greatly
 simplified.

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Package: python3-cpl
Description-md5: 6b7b644022ad3042621e17acb7ab2833
Description-en: Control pipeline recipes from the ESO (Python3)
 This module can list, configure and execute CPL-based recipes from Python3.
 The input, calibration and output data can be specified as FITS files
 or as astropy fits objects in memory.
 .
 The Common Pipeline Library (CPL) comprises a set of ISO-C libraries that
 provide a comprehensive, efficient and robust software toolkit. It forms a
 basis for the creation of automated astronomical data-reduction tasks.
 .
 One of the features provided by the CPL is the ability to create
 data-reduction algorithms that run as plugins (dynamic libraries). These are
 called "recipes" and are one of the main aspects of the CPL data-reduction
 development environment.

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Package: python3-calendra
Description-md5: 740cb9d4b6e1c61ebed23c15a3d8766c
Description-en: Worldwide holidays and workdays computational toolkit (Python3 version)
 Calendra is a Python module that offers classes able to handle calendars, list
 legal / religious holidays and gives working-day-related computation functions.
 It is a fork of Workalendar designed to be more extensible and introspectable,
 adding interfaces where Workalendar is philosophically opposed for the sake of
 simplicity.
 .
 What can Calendra do that Workalendar cannot?
  * Provides descriptions for holidays for the "day indicated" for each Holiday
    (such as '3rd Monday in August').
  * Keeps distinct the indicated and observed dates for Holidays, such that it's
    possible to determine on what day a given holiday is observed.
  * Allows the number of Holidays in a calendar year to be counted.
    Consolidates observance logic in the core code rather than requiring each
    calendar implementation to implement its own.
 .
 This package contains the Python 3 version of the library.

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Package: python3-autoskope-client
Description-md5: 09ed9e7ead7165af4557dc541089f61c
Description-en: Client for the Autoskope vehicle tracking API
 Provides authenticated access to vehicle and position data exposed by the
 Autoskope service.
 .
 This library connects to an Autoskope vehicle tracking server using supplied
 host, username, and password credentials. It retrieves vehicle records
 including identifiers, names, models, battery and external power voltage, GPS
 quality, device IMEI, and current position data.
 .
 Position data includes latitude, longitude, speed, timestamp, and park status.
 The client maintains an authenticated session with isolated cookies and
 supports explicit connection management or automatic cleanup through a context
 manager.

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Package: python3-asyncpysupla
Description-md5: 3f879de5d23524e11f77f292191f289d
Description-en: Asynchronous client for the Supla OpenAPI
 Supla is a home automation platform with a cloud service and an OpenAPI for
 accessing user accounts and connected devices.
 .
 This library provides asynchronous access to Supla servers through that API.
 It supports authentication with a Supla personal access token and
 communication with devices and their channels, including shutter devices.
 Responses from the Supla service are exposed as structured objects that can be
 queried and used to control supported device functions.

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Package: python3-astropy-affiliated
Description-md5: fc39334b803eef0601d9c0232d24195b
Description-en: Collection of all astropy affiliated packages
 A major part of the Astropy project is the concept of “Affiliated
 Packages”. An affiliated package is an astronomy-related Python
 package that is not part of the astropy core package, but has
 requested to be included as part of the Astropy project’s
 community. These packages are expressing an interest in Astropy’s
 goals of improving reuse, interoperability, and interface standards
 for Python astronomy and astrophysics packages.
 .
 This metapackage installs all affiliated packages.

Package: python3-astropy-coordinated
Description-md5: a871322ec79ff25fe0904dd15b6a0e2b
Description-en: Collection of all astropy coordinated packages
 Coordinated packages are Astropy enhancing packages that are
 maintained by the Astropy Project as a whole. In practice this means
 the Astropy coordination committee has administrative control of a
 coordinated package repository (delegated to the maintainers), and
 that maintainers of these packages have formal roles in the Astropy
 Project. In some cases these are packages identified by the core team
 as needing development separate from the core (either they are
 experimental or problem space-focused), while others started as
 affiliated packages but have become so important to the ecosystem
 that they grew to become coordinated.
 .
 This metapackage installs all coordinated packages.

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Package: asdftool
Description-md5: eb66e08346889fcd227d11ac2648fa8d
Description-en: Command line tool to manipulate ASDF scientific data files
 ASDF (Advanced Scientific Data Format) is a proposed
 next generation interchange format for scientific data. ASDF aims to
 exist in the same middle ground that made FITS so successful, by
 being a hybrid text and binary format: containing human editable
 metadata for interchange, and raw binary data that is fast to load
 and use. Unlike FITS, the metadata is highly structured and is
 designed up-front for extensibility.
 .
 This package contains the asdf command line tool.

Package: python-asdf-doc
Description-md5: e9d5c1f1266604458dbade9c436a7efc
Description-en: Python library for the Advanced Scientific Data Format (documentation)
 ASDF (Advanced Scientific Data Format) is a proposed
 next generation interchange format for scientific data. ASDF aims to
 exist in the same middle ground that made FITS so successful, by
 being a hybrid text and binary format: containing human editable
 metadata for interchange, and raw binary data that is fast to load
 and use. Unlike FITS, the metadata is highly structured and is
 designed up-front for extensibility.
 .
 This package contains the API documentation.

Package: python3-asdf
Description-md5: 5de6519bea5b5e62a795a426d96b1ab8
Description-en: Python 3 library for the Advanced Scientific Data Format
 ASDF (Advanced Scientific Data Format) is a proposed
 next generation interchange format for scientific data. ASDF aims to
 exist in the same middle ground that made FITS so successful, by
 being a hybrid text and binary format: containing human editable
 metadata for interchange, and raw binary data that is fast to load
 and use. Unlike FITS, the metadata is highly structured and is
 designed up-front for extensibility.
 .
 This is the Python 3 package.

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Package: python3-arwn-client
Description-md5: 03c2e5323629d100161fc067f54732d9
Description-en: Parser for ARWN weather station MQTT messages
 Provides structured device and reading objects from recognised ARWN topics and
 payloads.
 .
 The library interprets MQTT messages published by ARWN weather stations. It
 extracts device identifiers, device names, sensor keys, sensor names,
 measurement values, and units, returning them as device and reading records.
 Recognised messages can represent individual measurements such as temperature
 or wind speed, while unknown topics are ignored.
 .
 The command-line interface connects to an MQTT broker, subscribes to incoming
 ARWN messages, and displays the resulting readings. Broker host and port can
 be selected, processing can be limited to a specified number of messages, and
 output can be formatted as JSON.

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Package: python3-arris-tg2492lg
Description-md5: e88c3ae4331c778ed967c1547fc57d40
Description-en: Client for retrieving connected-device information from Arris TG2492LG routers
 This library provides an interface to the administrative interface of an Arris
 TG2492LG router.
 .
 It authenticates with the router using its address and administrator password,
 retrieves records for devices connected to the router, and reports whether
 each device is currently online. The returned list can include devices that
 have recently gone offline, such as devices that have left Wi-Fi range. Device
 records can also be used to identify connected equipment by its MAC address.

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Package: python3-amcrest
Description-md5: fbc934fbf5587e25c9ed789204d9fe51
Description-en: interface to Amcrest and Dahua camera HTTP APIs
 This library provides access to the HTTP SDK API exposed by Amcrest cameras
 and related Dahua firmware devices.
 .
 It talks directly to network cameras and network video recorders over their
 HTTP endpoints. It can query device and software information, retrieve
 snapshots, capture audio, record real-time video streams, and send pan, tilt,
 and zoom control commands where the device offers those functions.
 .
 The package also includes command-line and text user interface tools for
 working with configured cameras.

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Package: python3-aiokef
Description-md5: a310957028f3496696e82b95b23ecdbd
Description-en: async interface for controlling KEF wireless speakers
 This library communicates with KEF LS50 Wireless speakers over the local
 network and exposes their control protocol.
 .
 It can read and change speaker volume, mute state, source input, power state,
 left/right channel inversion, and standby timeout. It also supports playback
 controls such as play, pause, previous track, and next track when the active
 source is Wi-Fi or Bluetooth.

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Package: python3-pytest-asdf-plugin
Description-md5: 029495645390811da7631dfd8f5b3725
Description-en: Pytest plugin for testing ASDF schemas
 ASDF (Advanced Scientific Data Format) is a proposed
 next generation interchange format for scientific data. ASDF aims to
 exist in the same middle ground that made FITS so successful, by
 being a hybrid text and binary format: containing human editable
 metadata for interchange, and raw binary data that is fast to load
 and use. Unlike FITS, the metadata is highly structured and is
 designed up-front for extensibility.
 .
 This package provides a Pytest plugin for testing these schemas.

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Package: python3-pysynphot
Description-md5: 083a8874d24f3f5c160cd0b1103fabbf
Description-en: Python Synthetic Photometry Utilities
 pysynphot simulates photometric data and spectra as they are observed with
 the Hubble Space Telescope (HST). Passbands for standard photometric systems
 are available, and users can incorporate their own filters, spectra, and
 data. pysynphot user interface allows you to:
 .
  * Construct complicated composite spectra from various grids of model
    atmosphere spectra, parameterized spectrum models, and atlases of stellar
    spectrophotometry.
  * Simulate observations.
  * Query the resulting structures for quantities of interest, such as
    countrate, effective wavelength, effective stimulus, as well as the
    wavelength and flux arrays.
  * Plot HST sensitivity curves and calibration target spectra.
  * Compute photometric calibration parameters for any HST instrument mode.
 .
 pysynphot can help HST observers to perform cross-instrument simulations, to
 examine the transmission curve of the HST Optical Telescope Assembly (OTA),
 and spectra of HST calibration targets. Expert users can take advantage of
 the control and data structures available in Python to easily perform
 repetitive operations such as simulate the observation of multiple type of
 sources through multiple observing modes.

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Package: pyscanfcs
Description-md5: a77c372599720e7642e3f34c61aec6d5
Description-en: scientific tool for perpendicular line scanning FCS
 When a membrane is scanned perpendicularly to its surface,
 the fluorescence signal originating from the membrane itself
 must be separated from the signal of the surrounding medium for
 an FCS analysis. PyScanFCS interactively extracts the fluctuating
 fluorescence signal from such measurements and applies a multiple-tau
 algorithm. The obtained correlation curves can be evaluated using PyCorrFit.
 .
 Package provides the Python module pyscanfcs and its graphical user interface.
 The graphical user interface is written in wxPython.

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Package: python-pyregion-doc
Description-md5: 887ecffb0191281da87320dd0e914e28
Description-en: Python module to parse ds9 region files (documentation)
 Pyregion is a Python module to parse ds9 region files. It also supports ciao
 region files.
 .
 This is the common documentation package.

Package: python3-pyregion
Description-md5: 45e7a0d549baa48683cca5702aeb422d
Description-en: Python module to parse ds9 region files (Python 3)
 Pyregion is a Python module to parse ds9 region files. It also supports ciao
 region files.
 .
 This is the Python 3 version of the package.

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Package: python3-pyraf
Description-md5: f7421082fca06089d04b1a287a5eca5d
Description-en: Python interface for IRAF
 PyRAF is a command language for running IRAF tasks in a Python like
 environment. It works very similar to IRAF CL, but has been updated
 to allow such things as importing Python modules, GUI parameter
 editing and help. It can be imported into Python allowing you to run
 IRAF commands from within a larger script.

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Package: python-pyopencl-doc
Description-md5: 0b1f9cb9c27d466dca495ad8192d962e
Description-en: module to access OpenCL parallel computation API (documentation)
 PyOpenCL lets you access the OpenCL parallel computation API from
 Python. Here's what sets PyOpenCL apart:
  * Object cleanup tied to lifetime of objects. This idiom, often called
    RAII in C++, makes it much easier to write correct, leak- and
    crash-free code.
  * Completeness. PyOpenCL puts the full power of OpenCL’s API at your
    disposal, if you wish.
  * Convenience. While PyOpenCL's primary focus is to make all of OpenCL
    accessible, it tries hard to make your life less complicated as it
    does so--without taking any shortcuts.
  * Automatic Error Checking. All OpenCL errors are automatically
    translated into Python exceptions.
  * Speed. PyOpenCL’s base layer is written in C++, so all the niceties
    above are virtually free.
  * Helpful, complete documentation and a wiki.
  * Liberal licensing (MIT).
 .
 This package contains HTML documentation and example scripts.

Package: python3-pyopencl
Description-md5: 7a31e9ce8f06c38705703f009d69b248
Description-en: Python 3 module to access OpenCL parallel computation API
 PyOpenCL lets you access the OpenCL parallel computation API from
 Python. Here's what sets PyOpenCL apart:
  * Object cleanup tied to lifetime of objects. This idiom, often called
    RAII in C++, makes it much easier to write correct, leak- and
    crash-free code.
  * Completeness. PyOpenCL puts the full power of OpenCL’s API at your
    disposal, if you wish.
  * Convenience. While PyOpenCL's primary focus is to make all of OpenCL
    accessible, it tries hard to make your life less complicated as it
    does so--without taking any shortcuts.
  * Automatic Error Checking. All OpenCL errors are automatically
    translated into Python exceptions.
  * Speed. PyOpenCL’s base layer is written in C++, so all the niceties
    above are virtually free.
  * Helpful, complete documentation and a wiki.
  * Liberal licensing (MIT).
 .
 This package contains Python 3 modules.

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Package: pymoctool
Description-md5: 0daaa74532b1d5c29ed351c4d41979bb
Description-en: Python Multi-Order Coverage maps tool for Virtual Observatory
 'pymoctool' is a command-line Python-based library for manipulating
 Multi-Order Coverage maps (MOCs).
 .
 Frequently astronomical survey catalogues or images are sparse and
 cover only a small part of the sky.  In a Multi-Order Coverage map
 the extent of data in a particular dataset is cached as a
 pre-calculated mask image.  The hierarchical nature enables fast
 boolean operations in image space, without needing to perform complex
 geometrical calculations.  Services such as VizieR generally offer the
 MOC masks, allowing a faster experience in graphical applications
 such as Aladin, or for researchers quickly needing to locate which
 datasets may contain overlapping coverage.
 .
 The MOC mask image itself is tessellated and stored in NASA HealPix
 format, encoded inside a FITS image container.  Using the HealPix
 (Hierarchical Equal Area isoLatitude Pixelization) tessellation
 method ensures that more precision (pixels) in the mask are available
 when describing complex shapes such as approximating survey or
 polygon edges, while only needing to store a single big cell/pixel
 when an coverage is either completely inside, or outside of the mask.
 Catalogues can be rendered on the mask as circles.
 .
 It is written in Python and uses the PyMOC library.

Package: python3-pymoc
Description-md5: dd08809f5fe35817a256e4e1bd2a51ca
Description-en: Python Multi-Order Coverage maps for Virtual Observatory
 PyMOC provides a Python compatible library for handling MOCs.
 .
 Frequently astronomical survey catalogues or images are sparse and
 cover only a small part of the sky.  In a Multi-Order Coverage map
 the extent of data in a particular dataset is cached as a
 pre-calculated mask image.  The hierarchical nature enables fast
 boolean operations in image space, without needing to perform complex
 geometrical calculations.  Services such as VizieR generally offer the
 MOC masks, allowing a faster experience in graphical applications
 such as Aladin, or for researchers quickly needing to locate which
 datasets may contain overlapping coverage.
 .
 The MOC mask image itself is tessellated and stored in NASA HealPix
 format, encoded inside a FITS image container.  Using the HealPix
 (Hierarchical Equal Area isoLatitude Pixelization) tessellation
 method ensures that more precision (pixels) in the mask are available
 when describing complex shapes such as approximating survey or
 polygon edges, while only needing to store a single big cell/pixel
 when an coverage is either completely inside, or outside of the mask.
 Catalogues can be rendered on the mask as circles.

.
550558,550566d
548727a
Package: python-pydl-doc
Description-md5: ac56203e2bb8640660252fa4efb09fcd
Description-en: Library of IDL astronomy routines converted to Python (doc)
 PyDL consists of Python replacements for functions that are part of the IDL
 built-in library or part of astronomical IDL libraries.
 The emphasis is on reproducing results of the astronomical library
 functions.
 Only the bare minimum of IDL built-in functions are implemented to support
 this.
 .
 There are four astronomical libraries targeted:
 .
   * idlutils: a general suite of tools heavily used by SDSS.
   * Goddard utilities: The IDL Astronomy User's Library, maintained by
 Wayne Landsman and distributed with idlutils.
   * idlspec2d: tools for working with SDSS, BOSS and eBOSS spectroscopic
 data.
   * photoop: tools for working with SDSS imaging data.
 .
 This is the common documentation package.

Package: python3-pydl
Description-md5: bff08e5c0fd301b0aa1c5abb2e7e887a
Description-en: Library of IDL astronomy routines converted to Python 3
 PyDL consists of Python replacements for functions that are part of the IDL
 built-in library or part of astronomical IDL libraries.
 The emphasis is on reproducing results of the astronomical library
 functions.
 Only the bare minimum of IDL built-in functions are implemented to support
 this.
 .
 There are four astronomical libraries targeted:
 .
   * idlutils: a general suite of tools heavily used by SDSS.
   * Goddard utilities: The IDL Astronomy User's Library, maintained by
 Wayne Landsman and distributed with idlutils.
   * idlspec2d: tools for working with SDSS, BOSS and eBOSS spectroscopic
 data.
   * photoop: tools for working with SDSS imaging data.
 .
 This is the Python 3 version of the package.

.
547751a
Package: python3-pyavm
Description-md5: f83d9eb40d8e8e135948e3655dfa40f6
Description-en: Python3 module to handle Astronomy Visualization Metadata Standard
 PyAVM is a module to represent, read, and write metadata following the
 Astronomy Visualization Metadata (AVM) standard.
 With pyavm you can:
 .
  * Parse AVM meta-data from an existing image.
  * Access and Set the metadata.
  * Create an AVM object from scratch.
  * Convert to a WCS object.
  * Initialize from a FITS header.
  * Initialize from a WCS object.
 .
 This is the Python 3 Version of the package.

.
547592a
Package: python3-pyartnet
Description-md5: 462eea579bfa66f8907ad6c94f7352b7
Description-en: Python 3 asyncio library for ArtNet, sACN and KiNet
 pyartnet is a Python 3 library that provides an asyncio-based implementation
 for controlling DMX lighting fixtures over the network.
 .
 It allows creating complex lighting setups and animations programmatically
 within Python applications.
 .
 Supported protocols include:
  * ArtNet
  * sACN (E1.31)
  * KiNet (v1 and v2)
 .
 Key features include channel fading (linear, cubic, etc.), output
 correction curves, and a high-level abstraction for managing nodes and
 universes.

.
541994,542005d
538318a
Package: libpoppler162
Description-md5: 74b6b371a9886bca4fc2c2761b5a2fec
Description-en: PDF rendering library
 Poppler is a PDF rendering library based on Xpdf PDF viewer.
 .
 This package contains the shared core library.

.
536737a
Package: libpocl-dev
Description-md5: e354c66ecd7fac208f624d728c125be4
Description-en: development files for the PoCL library
 Portable Computing Language is an open source implementation of the OpenCL
 standard which can be easily adapted for new targets. One of the goals of the
 project is improving performance portability of OpenCL programs, avoiding the
 need for target-dependent manual optimizations.
 .
 This package provides the development files for the PoCL library. Unless very
 specific needs, this package is useless. This package is only required to link
 directly and explicitly with PoCL.
 .
 To develop OpenCL programs (that can be run with PoCL), the opencl-dev virtual
 package (provided by ocl-icd-opencl-dev for example) is required, not this one.

Package: libpocl-devices-level0
Description-md5: 9851a2c5fad1e6c605ec77ab44111700
Description-en: Portable Computing Language library - Level Zero device library
 Portable Computing Language is an open source implementation of the OpenCL
 standard which can be easily adapted for new targets. One of the goals of the
 project is improving performance portability of OpenCL programs, avoiding the
 need for target-dependent manual optimizations.
 .
 This package provides the Level Zero device library.

Package: libpocl2-common
Description-md5: 78bb8a43cbfd220175471920d25274ed
Description-en: common files for the PoCL library
 Portable Computing Language is an open source implementation of the OpenCL
 standard which can be easily adapted for new targets. One of the goals of the
 project is improving performance portability of OpenCL programs, avoiding the
 need for target-dependent manual optimizations.
 .
 This package provides the architecture independent files of the PoCL library.

Package: libpocl2t64
Description-md5: 610b47f08150bddaa4674d5a7911773f
Description-en: Portable Computing Language library
 Portable Computing Language is an open source implementation of the OpenCL
 standard which can be easily adapted for new targets. One of the goals of the
 project is improving performance portability of OpenCL programs, avoiding the
 need for target-dependent manual optimizations. A "native" target is included,
 which allows running OpenCL kernels on the host (CPU).
 .
 This package provides the core of PoCL.

Package: pocl-doc
Description-md5: 90921ef1c6cdf53ad65969ed754f50fc
Description-en: documentation for the PoCL library
 Portable Computing Language is an open source implementation of the OpenCL
 standard which can be easily adapted for new targets. One of the goals of the
 project is improving performance portability of OpenCL programs, avoiding the
 need for target-dependent manual optimizations.
 .
 This package provides the documentation for the PoCL library.

Package: pocl-opencl-icd
Description-md5: a2a9ed5c155c582d02308f5380e633cd
Description-en: PoCL ICD
 Portable Computing Language is an open source implementation of the OpenCL
 standard which can be easily adapted for new targets. One of the goals of the
 project is improving performance portability of OpenCL programs, avoiding the
 need for target-dependent manual optimizations. A "native" target is included,
 which allows running OpenCL kernels on the host (CPU).
 .
 This package allows one to use PoCL as an installable client driver (ICD) for
 OpenCL.

Package: pocl-source
Description-md5: 69e55c652ad234a993b70519db800689
Description-en: PoCL source code
 Portable Computing Language is an open source implementation of the OpenCL
 standard which can be easily adapted for new targets. One of the goals of the
 project is improving performance portability of OpenCL programs, avoiding the
 need for target-dependent manual optimizations.
 .
 This package provides original Debian (with Debian patches already applied)
 sources of PoCL shipped in a tarball. This can be used for building the
 device libraries for additional targets.

Package: pocl-tests
Description-md5: 598e05d38250b9a6f31635e04cdb7119
Description-en: PoCL testsuite
 Portable Computing Language is an open source implementation of the OpenCL
 standard which can be easily adapted for new targets. One of the goals of the
 project is improving performance portability of OpenCL programs, avoiding the
 need for target-dependent manual optimizations.
 .
 This package contains the source code of the PoCL test suite.

Package: pocld
Description-md5: 54d60007f5639a126449a7637a89ff55
Description-en: dummy pocld for PoCL-R
 Dummy package, will contain pocld from PoCL 6.1.

.
533424a
Package: planetary-system-stacker
Description-md5: 01c01a0d62579a6eecd430400639609f
Description-en: create a sharp image of a planetary system object (moon, sun, planets)
 This package contrains software to produce a sharp image of a planetary
 system object (moon, sun, planets) from many seeing-affected frames using
 the "lucky imaging" technique._
 .
 The program is mainly targeted at extended objects (moon, sun), but it
 works as well for planets. Results obtained in many tests show at least
 the same image quality as with the established software AutoStakkert!3.
 .
 Input to the program can be either video files or directories containing
 still images. The following algorithmic steps are performed:
 .
  * First, all frames are ranked by their overall image quality.
  * On the best frame, a rectangular patch with the most pronounced structure
    in x and y is identified automatically. (Alternatively, the user can
    select the patch manually as well.)
  * Using this patch, all frames are aligned globally with each other.
  * A mean image is computed by averaging the best frames.
  * An alignment point mesh covering the object is constructed automatically.
    Points, where the image is too dim, or has too little contrast or structure,
    are discarded. The user can modify the alignment points, or set them all
    by hand as well.
  * For each alignment point, all frames are ranked by their local contrast
    in a surrounding image patch.
  * The best frames up to a given number are selected for stacking.
    Note that this list can be different for different points.
  * For all frames, local shifts are computed at all alignment points.
  * Using those shifts, the alignment point patches of all contributing
    frames are stacked into a single average image patch.
  * Finally, all stacked patches are blended into a global image, using the
    background image in places without alignment points.
  * After stacking is completed, the stacked image can be postprocessed
    (sharpened) either in a final step of the stacking workflow, or in a
    separate postprocessing job.

.
531529a

Package: python3-pillow-jpegxl-plugin
Description-md5: be598b2466ee4a53d57986eb55915d20
Description-en: Pillow plugin for JPEG-XL, using Rust for bindings
 Features:
  - JPEG-XL Plugin for Pillow
  - Encoder/Decoder to work with JPEG-XL using safe wrapper
  - Support EXIF metadata encoding
.
530468,530476d
530258a
Package: phpmyadmin
Description-md5: b9abac2fce7719799e194516b6640871
Description-en: MySQL web administration tool
 This package allows administering of MySQL or MariaDB with a web interface.
 .
 It allows administrators to:
  - browse through databases and tables;
  - create, copy, rename, alter and drop databases;
  - create, copy, rename, alter and drop tables;
  - perform table maintenance;
  - add, edit and drop fields;
  - execute any SQL-statement, even multiple queries;
  - create, alter and drop indexes;
  - load text files into tables;
  - create and read dumps of tables or databases;
  - export data to SQL, CSV, XML, Word, Excel, PDF and LaTeX formats;
  - administer multiple servers;
  - manage MySQL users and privileges;
  - check server settings and runtime information with configuration hints;
  - check referential integrity in MyISAM tables;
  - create complex queries using Query-by-example (QBE), automatically
    connecting required tables;
  - create PDF graphics of database layout;
  - search globally in a database or a subset of it;
  - transform stored data into any format using a set of predefined
    functions, such as displaying BLOB-data as image or download-link;
  - manage InnoDB tables and foreign keys;
 and is fully internationalized and localized in dozens of languages.

.
525577a
Package: python3-photutils
Description-md5: e1b13169e615ce5c2e06eb9aa197f15e
Description-en: Astropy affiliated package for image photometry (Python 3)
 Photutils contains functions for:
 .
  * estimating the background and background rms in astronomical images
  * detecting sources in astronomical images
  * estimating morphological parameters of those sources (e.g., centroid
    and shape parameters)
  * performing aperture and PSF photometry
 .
 This package contains the Python 3 version of the package.

.
508590,508600d
507907,507935d
506703a
Package: openmotor
Description-md5: a9efda56312b031b9c04b2911f22271e
Description-en: internal ballistics simulator for rocket motor experimenters
 openMotor is an open-source internal ballistics simulator for rocket motor
 experimenters. The software produces estimates of a rocket motor's chamber
 pressure and thrust based on input such as propellant properties and grain
 geometry. It uses the Fast Marching Method to determine how a propellant
 grain regresses, which allows the use of arbitrary core geometries.
 .
 Current Features:
   * Metric and imperial units
   * Support for common grain geometries such as BATES, Finocyl, Star and more
   * Loading custom grain geometry from DXF files
   * A propellant editor that allows the user to enter the properties of as
     many propellants as they wish
   * The grain editor displays how a grain will regress to cut down on the
     guesswork involved in tweaking geometry
   * ENG file exporting
   * Burnsim importing and exporting
   * A UI that supports saving and loading designs along with undo and redo.
 .
 Planned Features:
   * Erosivity simulation
   * Detailed output of every calculated parameter at any time and position
     along the motor

.
503718c
Package: libopencc1.4
.
499661,499679d
499430,499431d
499425c
Description-md5: d99e6ddf70d0b111736186b7cf216378
.
499318,499319d
499313c
Description-md5: bdc49411abf7b0fde59b7889f0e316ae
.
499299,499300d
499292c
Description-md5: 281b3be376e54926187a7b65fd718ba7
.
495326a
Package: liblru-ocaml
Description-md5: a47664f90cfdcea97295efdf97fca90d
Description-en: scalable LRU caches (runtime)
 Lru provides weight-bounded finite maps that can remove the
 least-recently-used (LRU) bindings in order to maintain a weight
 constraint.
 .
 This package contains runtime files.

Package: liblru-ocaml-dev
Description-md5: af962e8fcd95df69fe96bfdc39682762
Description-en: scalable LRU caches (development)
 Lru provides weight-bounded finite maps that can remove the
 least-recently-used (LRU) bindings in order to maintain a weight
 constraint.
 .
 This package contains development files.

.
494678a
Package: libezjsonm-lwt-ocaml
Description-md5: 1487655961aab8c880f2100797c18507
Description-en: simple Lwt-based interface to the Jsonm JSON library (runtime)
 Ezjsonm provides more convenient (but far less flexible) input and
 output functions that go to and from string values. This avoids the
 need to write signal code, which is useful for quick scripts that
 manipulate JSON.
 .
 More advanced users should go straight to the Jsonm library and use
 it directly, rather than be saddled with the Ezjsonm interface.
 .
 This simple interface over the Jsonm library provides an Lwt variant
 of the serialisation functions.
 .
 This package contains runtime files.

Package: libezjsonm-lwt-ocaml-dev
Description-md5: 210ac61a42288257d431b4b24e7437c5
Description-en: simple Lwt-based interface to the Jsonm JSON library (development)
 Ezjsonm provides more convenient (but far less flexible) input and
 output functions that go to and from string values. This avoids the
 need to write signal code, which is useful for quick scripts that
 manipulate JSON.
 .
 More advanced users should go straight to the Jsonm library and use
 it directly, rather than be saddled with the Ezjsonm interface.
 .
 This simple interface over the Jsonm library provides an Lwt variant
 of the serialisation functions.
 .
 This package contains development files.

Package: libezjsonm-ocaml
Description-md5: ec954fd1b1b949f40be7a07671b3998c
Description-en: simple interface on top of the Jsonm JSON library (runtime)
 Ezjsonm provides more convenient (but far less flexible) input and
 output functions that go to and from string values. This avoids the
 need to write signal code, which is useful for quick scripts that
 manipulate JSON.
 .
 More advanced users should go straight to the Jsonm library and use
 it directly, rather than be saddled with the Ezjsonm interface.
 .
 This package contains runtime files.

Package: libezjsonm-ocaml-dev
Description-md5: edcbc2b811e0e5b0e6cac5479828a97f
Description-en: simple interface on top of the Jsonm JSON library (development)
 Ezjsonm provides more convenient (but far less flexible) input and
 output functions that go to and from string values. This avoids the
 need to write signal code, which is useful for quick scripts that
 manipulate JSON.
 .
 More advanced users should go straight to the Jsonm library and use
 it directly, rather than be saddled with the Ezjsonm interface.
 .
 This package contains development files.

.
483951a
Package: libjs-rrule
Description-md5: b6146484825070b5ca73a54b00d23ce4
Description-en: JavaScript library for recurrence rules for calendar dates - browser version
 rrule.js is a JavaScript library for working with recurring calendar
 dates using rules based on the iCalendar RFC 5545 recurrence rule format.
 It can generate dates from recurrence rules, query occurrences before,
 after, or between dates, and combine rules with explicit inclusion and
 exclusion dates.
 .
 The library supports parsing and serialising RRULE strings, recurrence
 rule sets, timezone identifiers using the Intl API, and conversion between
 rules and human-readable text.
 .
 This package provides the browser JavaScript library.

Package: node-rrule
Description-md5: 8db7bbaff0dbe0ff43617ba1999563f3
Description-en: JavaScript library for recurrence rules for calendar dates
 rrule.js is a JavaScript library for working with recurring calendar
 dates using rules based on the iCalendar RFC 5545 recurrence rule format.
 It can generate dates from recurrence rules, query occurrences before,
 after, or between dates, and combine rules with explicit inclusion and
 exclusion dates.
 .
 The library supports parsing and serialising RRULE strings, recurrence
 rule sets, timezone identifiers using the Intl API, and conversion between
 rules and human-readable text.

.
467901,467912d
466776,466782d
465584,465596d
455317,455334d
453746a
Package: python3-mpl-animators
Description-md5: 08cfe88f7ae333cde8c824ddd1d871be
Description-en: Interative animation framework for matplotlib
 Set of classes which allow the easy construction of interactive
 matplotlib widget based animations.  “Out of the box” classes are
 provided for making line or image plots from numpy arrays, with
 sliders to control the animation automatically added for all
 dimensions not on the axes of the plot.

.
452161a
Package: moraine
Description-md5: 6c455119bd99bb326c615fdc25468b62
Description-en: snapshot backup over SSH/rsync and rclone (CLI + GTK desktop app)
 Moraine creates timestamped, hard-linked snapshots: each backup run looks like
 a complete tree, but unchanged files share disk via hard links, so history
 costs almost nothing. It restores individual files or whole trees, prunes old
 snapshots with a GFS retention policy, and keeps a run log.
 .
 Backends: rsync over SSH, and rclone (cloud, SFTP, SMB, WebDAV, S3, ...).
 .
 This package provides both the command-line client (moraine) and the GTK 4
 desktop application (moraine-gui) — run whichever you prefer.

.
448365,448379d
447616a
Package: mint-sticky
Description-md5: 98642a333f7b3ad1447e846fa09894ea
Description-en: Desktop Sticky Notes app for Linux
 This package contains the Sticky Notes app, which allows the quick creation of
 notes through an xapp status icon.

.
446400,446409d
439386,439404d
437825,437828c
 mat2 provides a command line tool and graphical user interfaces: a service
 menu for Dolphin, the default file manager of KDE; and an integration with
 Nemo, a file manager of Cinammon. Besides, it recommends metadata-cleaner, a
 GTK app for viewing and cleaning metadata of files.
.
437809c
    - JPEG (.jpeg, .jpg, .jxl, ...)
.
437802a
    - AV1 Image File Format (.avif)
.
437779c
Description-md5: 9e5f4f604507ee6decfc412b336d84c3
.
437504,437514d
436434,436447d
436420c
Package: libmapnik4.3
.
435381,435394d
424609,424617d
420185,420188c
Package: linux-image-7.1.8+deb14-rt-arm64
Description-md5: bfc118f5c99a45ee8c51188afac8f317
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines, PREEMPT_RT
 The Linux kernel 7.1.8 and modules for use on 64-bit ARMv8 machines.
.
420179,420182c
Package: linux-image-7.1.8+deb14-cloud-arm64
Description-md5: e4c3099748b02980b84741f1089cdc08
Description-en: Linux 7.1.8 for arm64 cloud
 The Linux kernel 7.1.8 and modules for use on cloud platforms supporting
.
420168,420176c
Package: linux-image-7.1.8+deb14-arm64
Description-md5: 4541bf8dc903b16638bbb136214ae223
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines
 The Linux kernel 7.1.8 and modules for use on 64-bit ARMv8 machines.

Package: linux-image-7.1.8+deb14-arm64-16k
Description-md5: bc72c0737949b41315b7fd67945f0cc2
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines with 16k pages
 The Linux kernel 7.1.8 and modules for use on 64-bit ARMv8 machines with
.
420142c
 install linux-image-7.1.8+deb14-rt-arm64.
.
420135,420138c
Package: linux-binary-7.1.8+deb14-rt-arm64
Description-md5: 893623c65ebee0248256290a1a646dd3
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines (kernel image)
 This package contains the kernel image for Linux 7.1.8 on 64-bit ARMv8
.
420133c
 install linux-image-7.1.8+deb14-cloud-arm64.
.
420126,420129c
Package: linux-binary-7.1.8+deb14-cloud-arm64
Description-md5: f0d8bb68fd3af739d2417bbd367f3baf
Description-en: Linux 7.1.8 for arm64 cloud (kernel image)
 This package contains the kernel image for Linux 7.1.8 on cloud platforms
.
420124c
 install linux-image-7.1.8+deb14-arm64-16k.
.
420117,420120c
Package: linux-binary-7.1.8+deb14-arm64-16k
Description-md5: 76d4777d98f520801c5f523c158e9009
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines with 16k pages (kernel image)
 This package contains the kernel image for Linux 7.1.8 on 64-bit ARMv8
.
420115c
 install linux-image-7.1.8+deb14-arm64.
.
420108,420111c
Package: linux-binary-7.1.8+deb14-arm64
Description-md5: 7d7ce7a821556f3129653e3cf44c8ed6
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines (kernel image)
 This package contains the kernel image for Linux 7.1.8 on 64-bit ARMv8
.
420036,420039c
Package: linux-image-7.1.8+deb14-rt-amd64
Description-md5: 4d4fb846d97a3c4e990e0a2eced76c1c
Description-en: Linux 7.1.8 for 64-bit PCs, PREEMPT_RT
 The Linux kernel 7.1.8 and modules for use on PCs with AMD64, Intel 64 or
.
420030,420033c
Package: linux-image-7.1.8+deb14-cloud-amd64
Description-md5: 378fda1ad024af79712fd252511ab5b6
Description-en: Linux 7.1.8 for x86-64 cloud
 The Linux kernel 7.1.8 and modules for use on cloud platforms including
.
420024,420027c
Package: linux-image-7.1.8+deb14-amd64
Description-md5: 626b22183b75eb71ae048e1066d4a9ac
Description-en: Linux 7.1.8 for 64-bit PCs
 The Linux kernel 7.1.8 and modules for use on PCs with AMD64, Intel 64 or
.
420004c
 install linux-image-7.1.8+deb14-rt-amd64.
.
419997,420000c
Package: linux-binary-7.1.8+deb14-rt-amd64
Description-md5: c62c846661e1ce64d7e30f1a36935073
Description-en: Linux 7.1.8 for 64-bit PCs (kernel image)
 This package contains the kernel image for Linux 7.1.8 on PCs with AMD64,
.
419995c
 install linux-image-7.1.8+deb14-cloud-amd64.
.
419988,419991c
Package: linux-binary-7.1.8+deb14-cloud-amd64
Description-md5: b5c66bacb465c9eb3f76acba0e812350
Description-en: Linux 7.1.8 for x86-64 cloud (kernel image)
 This package contains the kernel image for Linux 7.1.8 on cloud platforms
.
419986c
 install linux-image-7.1.8+deb14-amd64.
.
419979,419982c
Package: linux-binary-7.1.8+deb14-amd64
Description-md5: d3a9d0ff8c5bc7d4858af49f601a24b0
Description-en: Linux 7.1.8 for 64-bit PCs (kernel image)
 This package contains the kernel image for Linux 7.1.8 on PCs with AMD64,
.
419743c
 install linux-image-7.1.8+deb14-s390x.
.
419737,419740c
Package: linux-modules-7.1.8+deb14-s390x
Description-md5: d43062ff11841e48a6b6e8d3fb54aee9
Description-en: Linux 7.1.8 for IBM zSeries (modules)
 This contains the kernel modules for Linux 7.1.8 on IBM zSeries.
.
419735c
 install linux-image-7.1.8+deb14-rt-arm64.
.
419729,419732c
Package: linux-modules-7.1.8+deb14-rt-arm64
Description-md5: bf270e5d234ffbd98ec6be535055bf94
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines (modules)
 This contains the kernel modules for Linux 7.1.8 on 64-bit ARMv8 machines.
.
419727c
 install linux-image-7.1.8+deb14-rt-amd64.
.
419720,419723c
Package: linux-modules-7.1.8+deb14-rt-amd64
Description-md5: 403424899dc5967e172c5141200b8643
Description-en: Linux 7.1.8 for 64-bit PCs (modules)
 This contains the kernel modules for Linux 7.1.8 on PCs with AMD64, Intel
.
419718c
 install linux-image-7.1.8+deb14-riscv64.
.
419711,419714c
Package: linux-modules-7.1.8+deb14-riscv64
Description-md5: 5fb4b0bb3cbbad52e04c3323549b68fc
Description-en: Linux 7.1.8 for 64-bit RISC-V platforms (modules)
 This contains the kernel modules for Linux 7.1.8 on 64-bit RISC-V
.
419709c
 install linux-image-7.1.8+deb14-powerpc64le-64k.
.
419702,419705c
Package: linux-modules-7.1.8+deb14-powerpc64le-64k
Description-md5: 70f80a18528db82e97b77b288a09c3e8
Description-en: Linux 7.1.8 for Little-endian 64-bit PowerPC with 64k pages (modules)
 This contains the kernel modules for Linux 7.1.8 on Little-endian 64-bit
.
419700c
 install linux-image-7.1.8+deb14-powerpc64le.
.
419693,419696c
Package: linux-modules-7.1.8+deb14-powerpc64le
Description-md5: 3d65a268911d360931481a0a14c85fbd
Description-en: Linux 7.1.8 for Little-endian 64-bit PowerPC with 4k pages (modules)
 This contains the kernel modules for Linux 7.1.8 on Little-endian 64-bit
.
419691c
 install linux-image-7.1.8+deb14-loong64.
.
419684,419687c
Package: linux-modules-7.1.8+deb14-loong64
Description-md5: 70a18e247fef73f71566647c95fd2379
Description-en: Linux 7.1.8 for 64-bit LoongArch platforms (modules)
 This contains the kernel modules for Linux 7.1.8 on 64-bit LoongArch
.
419682c
 install linux-image-7.1.8+deb14-cloud-arm64.
.
419675,419678c
Package: linux-modules-7.1.8+deb14-cloud-arm64
Description-md5: f4832e0bbd516deae4678ddc94654a96
Description-en: Linux 7.1.8 for arm64 cloud (modules)
 This contains the kernel modules for Linux 7.1.8 on cloud platforms
.
419673c
 install linux-image-7.1.8+deb14-cloud-amd64.
.
419666,419669c
Package: linux-modules-7.1.8+deb14-cloud-amd64
Description-md5: d4ce0633b84bdf4a07de6c2f6da497ae
Description-en: Linux 7.1.8 for x86-64 cloud (modules)
 This contains the kernel modules for Linux 7.1.8 on cloud platforms
.
419664c
 install linux-image-7.1.8+deb14-armmp-lpae.
.
419656,419659c
Package: linux-modules-7.1.8+deb14-armmp-lpae
Description-md5: b99e6b7db8961bd29941248dff89ef27
Description-en: Linux 7.1.8 for ARMv7 multiplatform compatible SoCs supporting LPAE (modules)
 This contains the kernel modules for Linux 7.1.8 on ARMv7 multiplatform
.
419654c
 install linux-image-7.1.8+deb14-armmp.
.
419646,419649c
Package: linux-modules-7.1.8+deb14-armmp
Description-md5: 28748300c7346e993a730372c3e3879a
Description-en: Linux 7.1.8 for ARMv7 multiplatform compatible SoCs (modules)
 This contains the kernel modules for Linux 7.1.8 on ARMv7 multiplatform
.
419644c
 install linux-image-7.1.8+deb14-arm64-16k.
.
419637,419640c
Package: linux-modules-7.1.8+deb14-arm64-16k
Description-md5: e665a16ba93bb123eb764c3818696d0f
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines with 16k pages (modules)
 This contains the kernel modules for Linux 7.1.8 on 64-bit ARMv8 machines
.
419635c
 install linux-image-7.1.8+deb14-arm64.
.
419629,419632c
Package: linux-modules-7.1.8+deb14-arm64
Description-md5: 06a27e4186b2cba0e6b534a920bf44d5
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines (modules)
 This contains the kernel modules for Linux 7.1.8 on 64-bit ARMv8 machines.
.
419627c
 install linux-image-7.1.8+deb14-amd64.
.
419620,419623c
Package: linux-modules-7.1.8+deb14-amd64
Description-md5: 2f996774ed24d7a5daebe8a13061e402
Description-en: Linux 7.1.8 for 64-bit PCs (modules)
 This contains the kernel modules for Linux 7.1.8 on PCs with AMD64, Intel
.
419387,419389c
Package: linux-kbuild-7.1.8+deb14
Description-md5: 87473103a51b6104b52f4e8fe8a05982
Description-en: Kbuild infrastructure for Linux 7.1.8+deb14
.
419285c
 modules in linux-image-7.1.8+deb14-s390x.
.
419276,419283c
Package: linux-image-7.1.8+deb14-s390x
Description-md5: 131f940a65fc2a2cf145e628c82a0c84
Description-en: Linux 7.1.8 for IBM zSeries
 The Linux kernel 7.1.8 and modules for use on IBM zSeries.

Package: linux-image-7.1.8+deb14-s390x-dbg
Description-md5: 1cb7041e83065fb875670aedfaa4553b
Description-en: Linux 7.1.8 for IBM zSeries (debug symbols)
.
419274c
 modules in linux-image-7.1.8+deb14-rt-arm64.
.
419270,419272c
Package: linux-image-7.1.8+deb14-rt-arm64-dbg
Description-md5: 582dc7146598c86d3d957bfc45526afe
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines (debug symbols)
.
419268c
 modules in linux-image-7.1.8+deb14-rt-amd64.
.
419264,419266c
Package: linux-image-7.1.8+deb14-rt-amd64-dbg
Description-md5: aeec345f42dd9d783cb7f628b3ab6b7a
Description-en: Linux 7.1.8 for 64-bit PCs (debug symbols)
.
419262c
 modules in linux-image-7.1.8+deb14-riscv64.
.
419253,419260c
Package: linux-image-7.1.8+deb14-riscv64
Description-md5: 0631d4f95299dc744ee79f70edfec224
Description-en: Linux 7.1.8 for 64-bit RISC-V platforms
 The Linux kernel 7.1.8 and modules for use on 64-bit RISC-V platforms.

Package: linux-image-7.1.8+deb14-riscv64-dbg
Description-md5: cbf60c7964a0581651c7f81ce9569a67
Description-en: Linux 7.1.8 for 64-bit RISC-V platforms (debug symbols)
.
419251c
 modules in linux-image-7.1.8+deb14-powerpc64le.
.
419247,419249c
Package: linux-image-7.1.8+deb14-powerpc64le-dbg
Description-md5: a284e69b8c0c742846261be083fae758
Description-en: Linux 7.1.8 for Little-endian 64-bit PowerPC with 4k pages (debug symbols)
.
419245c
 modules in linux-image-7.1.8+deb14-powerpc64le-64k.
.
419241,419243c
Package: linux-image-7.1.8+deb14-powerpc64le-64k-dbg
Description-md5: a9ae58fb1e8fff68dafdc4e624a7f44d
Description-en: Linux 7.1.8 for Little-endian 64-bit PowerPC with 64k pages (debug symbols)
.
419235,419238c
Package: linux-image-7.1.8+deb14-powerpc64le-64k
Description-md5: 0259fb4792b58b9df0e9d790e097c345
Description-en: Linux 7.1.8 for Little-endian 64-bit PowerPC with 64k pages
 The Linux kernel 7.1.8 and modules for use on Little-endian 64-bit PowerPC
.
419229,419232c
Package: linux-image-7.1.8+deb14-powerpc64le
Description-md5: 4e9d8e8fc59acccb6acb9ce009fc81c4
Description-en: Linux 7.1.8 for Little-endian 64-bit PowerPC with 4k pages
 The Linux kernel 7.1.8 and modules for use on Little-endian 64-bit PowerPC
.
419227c
 modules in linux-image-7.1.8+deb14-loong64.
.
419218,419225c
Package: linux-image-7.1.8+deb14-loong64
Description-md5: 0034e28f5816606f2e9157ba47646357
Description-en: Linux 7.1.8 for 64-bit LoongArch platforms
 The Linux kernel 7.1.8 and modules for use on 64-bit LoongArch platforms.

Package: linux-image-7.1.8+deb14-loong64-dbg
Description-md5: 6d2e22dc2ea894b0a61c27fb2c5d3357
Description-en: Linux 7.1.8 for 64-bit LoongArch platforms (debug symbols)
.
419216c
 modules in linux-image-7.1.8+deb14-cloud-arm64.
.
419212,419214c
Package: linux-image-7.1.8+deb14-cloud-arm64-dbg
Description-md5: 136dc1cf463268572b25152a74effd6a
Description-en: Linux 7.1.8 for arm64 cloud (debug symbols)
.
419210c
 modules in linux-image-7.1.8+deb14-cloud-amd64.
.
419206,419208c
Package: linux-image-7.1.8+deb14-cloud-amd64-dbg
Description-md5: 0f2a5c0769e781a81bb150058140166b
Description-en: Linux 7.1.8 for x86-64 cloud (debug symbols)
.
419204c
 modules in linux-image-7.1.8+deb14-armmp-lpae.
.
419200,419202c
Package: linux-image-7.1.8+deb14-armmp-lpae-dbg
Description-md5: c4cad4ef1e58f10c06bfd7374689a062
Description-en: Linux 7.1.8 for ARMv7 multiplatform compatible SoCs supporting LPAE (debug symbols)
.
419193,419196c
Package: linux-image-7.1.8+deb14-armmp-lpae
Description-md5: 750500b84b00ecbbfbecfc86b3dd4d35
Description-en: Linux 7.1.8 for ARMv7 multiplatform compatible SoCs supporting LPAE
 The Linux kernel 7.1.8 and modules for use on ARMv7 multiplatform kernel
.
419191c
 modules in linux-image-7.1.8+deb14-armmp.
.
419187,419189c
Package: linux-image-7.1.8+deb14-armmp-dbg
Description-md5: 63f7191adc14ba3542a87b55347e86c1
Description-en: Linux 7.1.8 for ARMv7 multiplatform compatible SoCs (debug symbols)
.
419180,419183c
Package: linux-image-7.1.8+deb14-armmp
Description-md5: c8806fa1dd56fa8fa7f372e4dbc4d3bc
Description-en: Linux 7.1.8 for ARMv7 multiplatform compatible SoCs
 The Linux kernel 7.1.8 and modules for use on ARMv7 multiplatform kernel.
.
419178c
 modules in linux-image-7.1.8+deb14-arm64.
.
419174,419176c
Package: linux-image-7.1.8+deb14-arm64-dbg
Description-md5: 5deb7528077f04229b4b0a228c3615dd
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines (debug symbols)
.
419172c
 modules in linux-image-7.1.8+deb14-arm64-16k.
.
419168,419170c
Package: linux-image-7.1.8+deb14-arm64-16k-dbg
Description-md5: 289d34233289dcf4a4c27c0a50d95a28
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines with 16k pages (debug symbols)
.
419166c
 modules in linux-image-7.1.8+deb14-amd64.
.
419162,419164c
Package: linux-image-7.1.8+deb14-amd64-dbg
Description-md5: c19a99a790aa85372b8c1f186c4e8869
Description-en: Linux 7.1.8 for 64-bit PCs (debug symbols)
.
419118c
 linux-image-7.1.8+deb14-s390x package.
.
419116c
 /usr/src/linux-headers-7.1.8+deb14-s390x, and can be used for building
.
419114c
 Linux kernel 7.1.8+deb14-s390x, generally used for building out-of-tree
.
419110,419112c
Package: linux-headers-7.1.8+deb14-s390x
Description-md5: 4538e826560b9579b4e23cfbf088616a
Description-en: Linux 7.1.8 for IBM zSeries (module development)
.
419108c
 linux-image-7.1.8+deb14-rt-arm64 package.
.
419106c
 /usr/src/linux-headers-7.1.8+deb14-rt-arm64, and can be used for building
.
419104c
 Linux kernel 7.1.8+deb14-rt-arm64, generally used for building out-of-tree
.
419100,419102c
Package: linux-headers-7.1.8+deb14-rt-arm64
Description-md5: 1193e7fb67deb45dadf06c8e456aee9b
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines (module development)
.
419098c
 linux-image-7.1.8+deb14-rt-amd64 package.
.
419096c
 /usr/src/linux-headers-7.1.8+deb14-rt-amd64, and can be used for building
.
419094c
 Linux kernel 7.1.8+deb14-rt-amd64, generally used for building out-of-tree
.
419090,419092c
Package: linux-headers-7.1.8+deb14-rt-amd64
Description-md5: 305565ecc18a490bd6190fe46f7b8ea8
Description-en: Linux 7.1.8 for 64-bit PCs (module development)
.
419088c
 linux-image-7.1.8+deb14-riscv64 package.
.
419086c
 /usr/src/linux-headers-7.1.8+deb14-riscv64, and can be used for building
.
419084c
 Linux kernel 7.1.8+deb14-riscv64, generally used for building out-of-tree
.
419080,419082c
Package: linux-headers-7.1.8+deb14-riscv64
Description-md5: 9967b1438936c607953f92c59f879d24
Description-en: Linux 7.1.8 for 64-bit RISC-V platforms (module development)
.
419078c
 linux-image-7.1.8+deb14-powerpc64le-64k package.
.
419076c
 /usr/src/linux-headers-7.1.8+deb14-powerpc64le-64k, and can be used for
.
419074c
 Linux kernel 7.1.8+deb14-powerpc64le-64k, generally used for building
.
419070,419072c
Package: linux-headers-7.1.8+deb14-powerpc64le-64k
Description-md5: b87d3b2e4244637f1fde442e2e05c1e1
Description-en: Linux 7.1.8 for Little-endian 64-bit PowerPC with 64k pages (module development)
.
419068c
 linux-image-7.1.8+deb14-powerpc64le package.
.
419066c
 /usr/src/linux-headers-7.1.8+deb14-powerpc64le, and can be used for
.
419064c
 Linux kernel 7.1.8+deb14-powerpc64le, generally used for building
.
419060,419062c
Package: linux-headers-7.1.8+deb14-powerpc64le
Description-md5: 0f80855b8c1cb23e9c9cbf50bd9f9845
Description-en: Linux 7.1.8 for Little-endian 64-bit PowerPC with 4k pages (module development)
.
419058c
 linux-image-7.1.8+deb14-loong64 package.
.
419056c
 /usr/src/linux-headers-7.1.8+deb14-loong64, and can be used for building
.
419054c
 Linux kernel 7.1.8+deb14-loong64, generally used for building out-of-tree
.
419050,419052c
Package: linux-headers-7.1.8+deb14-loong64
Description-md5: 283860f745b4b0b797ff183f68eab3e6
Description-en: Linux 7.1.8 for 64-bit LoongArch platforms (module development)
.
419047c
 linux-headers-7.1.8+deb14-(flavour) package, matching the flavour of the
.
419044c
 /usr/src/linux-headers-7.1.8+deb14-common.
.
419042c
 version 7.1.8+deb14, generally used for building out-of-tree kernel
.
419038,419040c
Package: linux-headers-7.1.8+deb14-common
Description-md5: 724554ec533c11af1ad6a0c6701f26fc
Description-en: Common header files for Linux 7.1.8+deb14
.
419036c
 linux-image-7.1.8+deb14-cloud-arm64 package.
.
419034c
 /usr/src/linux-headers-7.1.8+deb14-cloud-arm64, and can be used for
.
419032c
 Linux kernel 7.1.8+deb14-cloud-arm64, generally used for building
.
419028,419030c
Package: linux-headers-7.1.8+deb14-cloud-arm64
Description-md5: 0046a680da8cf85828cbb2af2cd6161c
Description-en: Linux 7.1.8 for arm64 cloud (module development)
.
419026c
 linux-image-7.1.8+deb14-cloud-amd64 package.
.
419024c
 /usr/src/linux-headers-7.1.8+deb14-cloud-amd64, and can be used for
.
419022c
 Linux kernel 7.1.8+deb14-cloud-amd64, generally used for building
.
419018,419020c
Package: linux-headers-7.1.8+deb14-cloud-amd64
Description-md5: f024d052dab2a925ace958b87e89687e
Description-en: Linux 7.1.8 for x86-64 cloud (module development)
.
419016c
 linux-image-7.1.8+deb14-armmp-lpae package.
.
419014c
 /usr/src/linux-headers-7.1.8+deb14-armmp-lpae, and can be used for
.
419012c
 Linux kernel 7.1.8+deb14-armmp-lpae, generally used for building
.
419008,419010c
Package: linux-headers-7.1.8+deb14-armmp-lpae
Description-md5: fcc6c690bf6b626e375e89088b4317f7
Description-en: Linux 7.1.8 for ARMv7 multiplatform compatible SoCs supporting LPAE (module development)
.
419006c
 linux-image-7.1.8+deb14-armmp package.
.
419004c
 /usr/src/linux-headers-7.1.8+deb14-armmp, and can be used for building
.
419002c
 Linux kernel 7.1.8+deb14-armmp, generally used for building out-of-tree
.
418998,419000c
Package: linux-headers-7.1.8+deb14-armmp
Description-md5: 1e268ebb2d684908f13bc33c15da24c8
Description-en: Linux 7.1.8 for ARMv7 multiplatform compatible SoCs (module development)
.
418996c
 linux-image-7.1.8+deb14-arm64-16k package.
.
418994c
 /usr/src/linux-headers-7.1.8+deb14-arm64-16k, and can be used for building
.
418992c
 Linux kernel 7.1.8+deb14-arm64-16k, generally used for building
.
418988,418990c
Package: linux-headers-7.1.8+deb14-arm64-16k
Description-md5: 337cb7cde13c432822d222c4b18a41a2
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines with 16k pages (module development)
.
418986c
 linux-image-7.1.8+deb14-arm64 package.
.
418984c
 /usr/src/linux-headers-7.1.8+deb14-arm64, and can be used for building
.
418982c
 Linux kernel 7.1.8+deb14-arm64, generally used for building out-of-tree
.
418978,418980c
Package: linux-headers-7.1.8+deb14-arm64
Description-md5: b458d2b38118fd6e96d7ccb4dea9675d
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines (module development)
.
418976c
 linux-image-7.1.8+deb14-amd64 package.
.
418974c
 /usr/src/linux-headers-7.1.8+deb14-amd64, and can be used for building
.
418972c
 Linux kernel 7.1.8+deb14-amd64, generally used for building out-of-tree
.
418968,418970c
Package: linux-headers-7.1.8+deb14-amd64
Description-md5: da5aa08f22862783409e8498e5bf78ec
Description-en: Linux 7.1.8 for 64-bit PCs (module development)
.
418910c
 install linux-image-7.1.8+deb14-rt-arm64.
.
418903,418906c
Package: linux-binary-unsigned-7.1.8+deb14-rt-arm64
Description-md5: 9c62594d28f99ef4d495d2b557637156
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines (unsigned kernel image)
 This package contains the unsigned kernel image for Linux 7.1.8 on 64-bit
.
418901c
 install linux-image-7.1.8+deb14-rt-amd64.
.
418894,418897c
Package: linux-binary-unsigned-7.1.8+deb14-rt-amd64
Description-md5: b90b20e1a568cf00b02c6786e48be783
Description-en: Linux 7.1.8 for 64-bit PCs (unsigned kernel image)
 This package contains the unsigned kernel image for Linux 7.1.8 on PCs
.
418892c
 install linux-image-7.1.8+deb14-cloud-arm64.
.
418885,418888c
Package: linux-binary-unsigned-7.1.8+deb14-cloud-arm64
Description-md5: e1aab3cda478ef8777f6752a5c916438
Description-en: Linux 7.1.8 for arm64 cloud (unsigned kernel image)
 This package contains the unsigned kernel image for Linux 7.1.8 on cloud
.
418883c
 install linux-image-7.1.8+deb14-cloud-amd64.
.
418875,418878c
Package: linux-binary-unsigned-7.1.8+deb14-cloud-amd64
Description-md5: 56769add1bc4fb042e9183528b0b08f8
Description-en: Linux 7.1.8 for x86-64 cloud (unsigned kernel image)
 This package contains the unsigned kernel image for Linux 7.1.8 on cloud
.
418873c
 install linux-image-7.1.8+deb14-arm64-16k.
.
418866,418869c
Package: linux-binary-unsigned-7.1.8+deb14-arm64-16k
Description-md5: ca407d2e0a32b6c93b556b57a8a4eb0c
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines with 16k pages (unsigned kernel image)
 This package contains the unsigned kernel image for Linux 7.1.8 on 64-bit
.
418864c
 install linux-image-7.1.8+deb14-arm64.
.
418857,418860c
Package: linux-binary-unsigned-7.1.8+deb14-arm64
Description-md5: 717b85bbe69aa0d58a1de783358fe59c
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines (unsigned kernel image)
 This package contains the unsigned kernel image for Linux 7.1.8 on 64-bit
.
418855c
 install linux-image-7.1.8+deb14-amd64.
.
418848,418851c
Package: linux-binary-unsigned-7.1.8+deb14-amd64
Description-md5: ec8e9d5ef88e79071b8275c9d46266a6
Description-en: Linux 7.1.8 for 64-bit PCs (unsigned kernel image)
 This package contains the unsigned kernel image for Linux 7.1.8 on PCs
.
418846c
 install linux-image-7.1.8+deb14-s390x.
.
418840,418843c
Package: linux-binary-7.1.8+deb14-s390x
Description-md5: 7549918414f1ef4a2ac562ff1b92c14c
Description-en: Linux 7.1.8 for IBM zSeries (kernel image)
 This package contains the kernel image for Linux 7.1.8 on IBM zSeries.
.
418838c
 install linux-image-7.1.8+deb14-riscv64.
.
418831,418834c
Package: linux-binary-7.1.8+deb14-riscv64
Description-md5: 7dafe3c0bb14dd1ecd243737317b1cc0
Description-en: Linux 7.1.8 for 64-bit RISC-V platforms (kernel image)
 This package contains the kernel image for Linux 7.1.8 on 64-bit RISC-V
.
418829c
 install linux-image-7.1.8+deb14-powerpc64le-64k.
.
418822,418825c
Package: linux-binary-7.1.8+deb14-powerpc64le-64k
Description-md5: f0caaf6e139f8bfdaead75a52941d703
Description-en: Linux 7.1.8 for Little-endian 64-bit PowerPC with 64k pages (kernel image)
 This package contains the kernel image for Linux 7.1.8 on Little-endian
.
418820c
 install linux-image-7.1.8+deb14-powerpc64le.
.
418813,418816c
Package: linux-binary-7.1.8+deb14-powerpc64le
Description-md5: 746e13c50df8573728abe19b41eb44a1
Description-en: Linux 7.1.8 for Little-endian 64-bit PowerPC with 4k pages (kernel image)
 This package contains the kernel image for Linux 7.1.8 on Little-endian
.
418811c
 install linux-image-7.1.8+deb14-loong64.
.
418804,418807c
Package: linux-binary-7.1.8+deb14-loong64
Description-md5: 5e8160fd7d0b63238514016c483b68b4
Description-en: Linux 7.1.8 for 64-bit LoongArch platforms (kernel image)
 This package contains the kernel image for Linux 7.1.8 on 64-bit LoongArch
.
418802c
 install linux-image-7.1.8+deb14-armmp-lpae.
.
418793,418796c
Package: linux-binary-7.1.8+deb14-armmp-lpae
Description-md5: 7587e2a4aa6e8a8f020afee5d90e275b
Description-en: Linux 7.1.8 for ARMv7 multiplatform compatible SoCs supporting LPAE (kernel image)
 This package contains the kernel image for Linux 7.1.8 on ARMv7
.
418791c
 install linux-image-7.1.8+deb14-armmp.
.
418783,418786c
Package: linux-binary-7.1.8+deb14-armmp
Description-md5: b491b7831d5cc80566010502b30057a0
Description-en: Linux 7.1.8 for ARMv7 multiplatform compatible SoCs (kernel image)
 This package contains the kernel image for Linux 7.1.8 on ARMv7
.
418728,418731c
Package: linux-base-7.1.8+deb14-s390x
Description-md5: 05e18f2eb88e6bbae9f9716ff0a6b9cd
Description-en: Linux 7.1.8 for IBM zSeries (base files)
 This package contains files for Linux 7.1.8 on IBM zSeries that are used
.
418722,418725c
Package: linux-base-7.1.8+deb14-rt-arm64
Description-md5: 89bb2f24486d5768472d6fc2d5eabe0b
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines (base files)
 This package contains files for Linux 7.1.8 on 64-bit ARMv8 machines that
.
418715,418718c
Package: linux-base-7.1.8+deb14-rt-amd64
Description-md5: b5038114b8db19d5cbdda0514a179dd7
Description-en: Linux 7.1.8 for 64-bit PCs (base files)
 This package contains files for Linux 7.1.8 on PCs with AMD64, Intel 64 or
.
418708,418711c
Package: linux-base-7.1.8+deb14-riscv64
Description-md5: b6254bf9e70699c2930c6360f1d7e362
Description-en: Linux 7.1.8 for 64-bit RISC-V platforms (base files)
 This package contains files for Linux 7.1.8 on 64-bit RISC-V platforms
.
418701,418704c
Package: linux-base-7.1.8+deb14-powerpc64le-64k
Description-md5: 3bee691dfae80cceda44c5e321af0d00
Description-en: Linux 7.1.8 for Little-endian 64-bit PowerPC with 64k pages (base files)
 This package contains files for Linux 7.1.8 on Little-endian 64-bit
.
418694,418697c
Package: linux-base-7.1.8+deb14-powerpc64le
Description-md5: 20ae7c2538a5648a413f0d0da6324d76
Description-en: Linux 7.1.8 for Little-endian 64-bit PowerPC with 4k pages (base files)
 This package contains files for Linux 7.1.8 on Little-endian 64-bit
.
418687,418690c
Package: linux-base-7.1.8+deb14-loong64
Description-md5: 2cf0cb72f8755686a2ae9283f388ea45
Description-en: Linux 7.1.8 for 64-bit LoongArch platforms (base files)
 This package contains files for Linux 7.1.8 on 64-bit LoongArch platforms
.
418680,418683c
Package: linux-base-7.1.8+deb14-cloud-arm64
Description-md5: 19d02bcaa0ac1f2f7f492200bf2660aa
Description-en: Linux 7.1.8 for arm64 cloud (base files)
 This package contains files for Linux 7.1.8 on cloud platforms supporting
.
418673,418676c
Package: linux-base-7.1.8+deb14-cloud-amd64
Description-md5: 572512f67d0e354568ddf08e57fae9df
Description-en: Linux 7.1.8 for x86-64 cloud (base files)
 This package contains files for Linux 7.1.8 on cloud platforms including
.
418665,418668c
Package: linux-base-7.1.8+deb14-armmp-lpae
Description-md5: 333ce01a19c3794c2c0ad6854412aa08
Description-en: Linux 7.1.8 for ARMv7 multiplatform compatible SoCs supporting LPAE (base files)
 This package contains files for Linux 7.1.8 on ARMv7 multiplatform kernel
.
418657,418660c
Package: linux-base-7.1.8+deb14-armmp
Description-md5: f219b7f99e15c79f3539686623c7114d
Description-en: Linux 7.1.8 for ARMv7 multiplatform compatible SoCs (base files)
 This package contains files for Linux 7.1.8 on ARMv7 multiplatform kernel.
.
418650,418653c
Package: linux-base-7.1.8+deb14-arm64-16k
Description-md5: 5dd1897b46fd52a463b1e966db547ddf
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines with 16k pages (base files)
 This package contains files for Linux 7.1.8 on 64-bit ARMv8 machines with
.
418644,418647c
Package: linux-base-7.1.8+deb14-arm64
Description-md5: 89bb2f24486d5768472d6fc2d5eabe0b
Description-en: Linux 7.1.8 for 64-bit ARMv8 machines (base files)
 This package contains files for Linux 7.1.8 on 64-bit ARMv8 machines that
.
418637,418640c
Package: linux-base-7.1.8+deb14-amd64
Description-md5: b5038114b8db19d5cbdda0514a179dd7
Description-en: Linux 7.1.8 for 64-bit PCs (base files)
 This package contains files for Linux 7.1.8 on PCs with AMD64, Intel 64 or
.
410736,410744d
410677a
Package: libwignernj-dev
Description-md5: 13e9216570aad6f36b1aac20f96f302c
Description-en: Exact evaluation of Wigner symbols (development files)
 libwignernj is a scientific library that does exact evaluation of Wigner 3j,
 6j, and 9j symbols, Clebsch-Gordan coefficients, Racah W-coefficients, Fano
 X-coefficients, and Gaunt coefficients. All intermediate arithmetic is exact
 integer arithmetic using a prime-factorization representation; floating-point
 conversion happens only at the final step. Results are accurate to the last
 bit of the chosen output precision.
 .
 This package contains the header files and other development support.

Package: libwignernj0
Description-md5: f6bd06a635229bf617a1b31437cc41f0
Description-en: Exact evaluation of Wigner symbols
 libwignernj is a scientific library that does exact evaluation of Wigner 3j,
 6j, and 9j symbols, Clebsch-Gordan coefficients, Racah W-coefficients, Fano
 X-coefficients, and Gaunt coefficients. All intermediate arithmetic is exact
 integer arithmetic using a prime-factorization representation; floating-point
 conversion happens only at the final step. Results are accurate to the last
 bit of the chosen output precision.

.
410479a
Package: libwebservice-dropbox-perl
Description-md5: 2efb4b309cb3870587c7894cc2fa6013
Description-en: interface to Dropbox API for Perl
 WebService::Dropbox is a Perl interface to the Dropbox service using their
 API.
 .
  - Support Dropbox v2 REST API
  - Support Furl (Fast!!!)
  - Streaming IO (Low Memory)

.
410190a
Package: libweb-api-perl
Description-md5: 0b053a5fa6f4c14131ebd019017c8474
Description-en: simple base module for implementing RESTful APIs
 Web::API is a simple base module to implement almost any RESTful API with just
 a few lines of configuration. Implement the RESTful API of your choice in 10
 minutes, roughly.

.
373518a
Package: libnet-twitter-lite-perl
Description-md5: 586b461994d84b41297447257798a10a
Description-en: interface to the Twitter API
 Net::Twitter::Lite is a lightweight Perl implementation of the Twitter API.
 It uses the same definitions as Net::Twitter (see libnet-twitter-perl), but
 without the extra bells and whistles. Same great taste, less filling.
 .
 This module is related to, but is not part of, Net::Twitter. Its API methods
 and documentation are derived from Net::Twitter's internals. It exists for
 those who cannot, or prefer not to install Moose and its dependencies.
 .
 If you need additional functionality, finer-grained control over features,
 backwards compatibility with older versions and additional error handling
 options, you should using Net::Twitter instead.

Package: libnet-twitter-perl
Description-md5: 4fdf8de458eb19f8a6f3b3ca1f9ee799
Description-en: Perl interface to the Twitter social network
 Net::Twitter is a Perl module that provides an interface to the Twitter.com
 social networking site. This module allows you to set your status message
 as well as review the messages from those you follow.
 .
 This package also provides Net::Identica, an API for the Twitter-inspired
 StatusNet social networking software, <URL:http://status.net/>.
 .
 DEPRECATION NOTICE: According to the upstream author, Net::Twitter has
 been superseded by Twitter::API and will no longer be supported in the future.

.
372856a
Package: libnet-oauth-perl
Description-md5: 229e57533790e7a628ca66292bde593c
Description-en: implementation of the OAuth 1.0 protocol
 Net::OAuth implements OAuth, which is "An open protocol to allow secure API
 authentication in a simple and standard method from desktop and web
 applications."
 .
 In practical terms, OAuth is a mechanism for a Consumer to request protected
 resources from a Service Provider on behalf of a user.

.
372223a
Package: libnet-dropbox-api-perl
Description-md5: fd59235b8d517ad490cbe06de9ef7940
Description-en: Perl module providing a dropbox API interface
 Net::Dropbox::API is a perl interface to the Dropbox API. The Dropbox
 API is a OAuth based API.

.
364486a
Package: libmail-chimp3-perl
Description-md5: 75d05be786dc8200eb6cffbf0adf858b
Description-en: interface to mailchimp.com's RESTful Web API v3
 Mail::Chimp3 is a Perl package for interacting with The Rocket Science Group's
 MailChimp service via its RESTful Web API v3.0. The package makes use of
 WEB::API.

.
359072,359091d
358630,358666d
352607a
Package: libhmsbeagle-dev
Description-md5: e2cf134283793dc53c4584f6ab2c2591
Description-en: High-performance lib for Bayesian and Maximum Likelihood phylogenetics (devel)
 BEAGLE is a high-performance library that can perform the core calculations at
 the heart of most Bayesian and Maximum Likelihood phylogenetics packages. It
 can make use of highly-parallel processors such as those in graphics cards
 (GPUs) found in many PCs.
 .
 The project involves an open API and fast implementations of a library for
 evaluating phylogenetic likelihoods (continuous time Markov processes) of
 biomolecular sequence evolution.
 .
 The aim is to provide high performance evaluation 'services' to a wide range
 of phylogenetic software, both Bayesian samplers and Maximum Likelihood
 optimizers.  This allows these packages to make use of implementations that
 make use of optimized hardware such as graphics processing units.
 .
 This package contains development files needed to build against Beagle library.

Package: libhmsbeagle-java
Description-md5: 19e3721dbbb7bb8a6b2e6402430b80ec
Description-en: High-performance lib for Bayesian and Maximum Likelihood phylogenetics (java)
 BEAGLE is a high-performance library that can perform the core calculations at
 the heart of most Bayesian and Maximum Likelihood phylogenetics packages. It
 can make use of highly-parallel processors such as those in graphics cards
 (GPUs) found in many PCs.
 .
 The project involves an open API and fast implementations of a library for
 evaluating phylogenetic likelihoods (continuous time Markov processes) of
 biomolecular sequence evolution.
 .
 The aim is to provide high performance evaluation 'services' to a wide range
 of phylogenetic software, both Bayesian samplers and Maximum Likelihood
 optimizers.  This allows these packages to make use of implementations that
 make use of optimized hardware such as graphics processing units.
 .
 This package contains the Java interface.

Package: libhmsbeagle1v5
Description-md5: d1ca6965facda724668a6194b79a4004
Description-en: High-performance lib for Bayesian and Maximum Likelihood phylogenetics
 BEAGLE is a high-performance library that can perform the core calculations at
 the heart of most Bayesian and Maximum Likelihood phylogenetics packages. It
 can make use of highly-parallel processors such as those in graphics cards
 (GPUs) found in many PCs.
 .
 The project involves an open API and fast implementations of a library for
 evaluating phylogenetic likelihoods (continuous time Markov processes) of
 biomolecular sequence evolution.
 .
 The aim is to provide high performance evaluation 'services' to a wide range
 of phylogenetic software, both Bayesian samplers and Maximum Likelihood
 optimizers.  This allows these packages to make use of implementations that
 make use of optimized hardware such as graphics processing units.

.
349762,349812d
346125a
Package: libflickr-api-perl
Description-md5: 0b9f0e66a8d6b5d5a28b40b519e5d204
Description-en: Perl interface to the Flickr API
 Flickr::API is a simple interface for using the Flickr API in Perl. It is a
 subclass of LWP::UserAgent, so all of the various proxy, request limit, cache
 and other options are available.

Package: libflickr-upload-perl
Description-md5: d350a815844ceb128a486fcee1605a3e
Description-en: module for uploading images to flickr.com
 flickr_upload is a completely functional batch uploading tool which
 uses Perl module Flickr::Upload as its back-end. It is flickr.com
 image uploading made easy and quick from the command line; it also
 helps you tagging, choosing access control, defining content type,
 setting safety level, etc., while uploading your images.
 .
 flickr_upload may also be useful for generating authentication tokens
 against other API keys/secrets (i.e. for embedding in scripts).

.
342416,342499d
340000a
Package: libdist-zilla-plugin-twitter-perl
Description-md5: 657549f2669ed0a775b3279203da3367
Description-en: Twitter when you release with Dist::Zilla
 Dist::Zilla::Plugin::Twitter module will use Net::Twitter to send a
 release notice to Twitter. By default, it will include a short link to
 the release page of your module on http://metacpan.org.

.
333794a
Package: libcrypt-ciphersaber-perl
Description-md5: 1d065b9f8264f50c861333c28444fca7
Description-en: Perl module implementing CipherSaber encryption
 The Crypt::CipherSaber module implements CipherSaber encryption,
 described at http://ciphersaber.gurus.com.  It is simple, fairly
 speedy, and relatively secure algorithm based on RC4.
 .
 Encryption and decryption are done based on a secret key, which
 must be shared with all intended recipients of a message.

.
324440c
Package: libbluray4
.
317717a
Package: libless-awful-ssl-clojure
Description-md5: be77c5ffc1c5cdb0f98dafb04612ac8a
Description-en: ssl wrapper for clojure around java crypto libraries
 This library tries to make it less complicated to build simple SSL-enabled
 applications: given a CA certificate and a signed key and cert, it can give
 you an SSLContext suitable for creating TCPSockets directly, or handing off
 to Netty.

.
317260,317409d
317252a
Package: lemonade-desktop
Description-md5: a94a7d856fc975b051cc978be777596d
Description-en: Local LLM serving with GPU and NPU acceleration web application
 Lemonade helps users run local LLMs with the highest performance by
 configuring state-of-the-art inference engines for their NPUs and GPUs.
 .
 Lemonade works with model providers such as huggingface.
 This package provides the web application.

Package: lemonade-server
Description-md5: 349decff01e89fd9d44997e375798eea
Description-en: Local LLM serving with GPU and NPU acceleration server
 Lemonade helps users run local LLMs with the highest performance by
 configuring state-of-the-art inference engines for their NPUs and GPUs.
 .
 Lemonade works with model providers such as huggingface.
 This package provides the server.

.
317201a
Package: lefse
Description-md5: 99a95edfdd51afd5bb9d222117f5342b
Description-en: determine features of organisms, clades, taxonomic units, genes
 LEfSe (Linear discriminant analysis Effect Size) determines the features
 (organisms, clades, operational taxonomic units, genes, or functions)
 most likely to explain differences between classes by coupling standard
 tests for statistical significance with additional tests encoding
 biological consistency and effect relevance.

.
314258a
Package: laniakea-mailgun
Description-md5: 73ca45a30bdb1223e9641970dd3cf363
Description-en: Management suite for Debian-based OSes - E-Mail Sender
 Laniakea is a software suite to manage Debian derivatives. It provides
 tooling to maintain an APT archive (and multiple individual package
 repositories), perform QA on it, autobuild packages, sync packages,
 etc. It also provides various tools for better insight into the archive.
 .
 This package contains a service that listens on the Laniakea ZeroMQ
 message stream and sends e-mails to users or mailinglist if the events
 fulfill certain criteria.

Package: laniakea-mirk
Description-md5: f40ad6e36ddc7c0c883f06e02885777d
Description-en: Management suite for Debian-based OSes - Matrix Bot
 Laniakea is a software suite to manage Debian derivatives. It provides
 tooling to maintain an APT archive (and multiple individual package
 repositories), perform QA on it, autobuild packages, sync packages,
 etc. It also provides various tools for better insight into the archive.
 .
 This package contains a Matrix bot that listens on the Laniakea ZeroMQ
 message stream and posts messages to Matrix chat rooms if the fulfill
 certain criteria.

Package: laniakea-server
Description-md5: e10a8e497164a9d8cb7f160221c06553
Description-en: Management suite for Debian-based OSes - Privileged Server
 Laniakea is a software suite to manage Debian derivatives. It provides
 tooling to maintain an APT archive (and multiple individual package
 repositories), perform QA on it, autobuild packages, sync packages,
 etc. It also provides various tools for better insight into the archive.
 .
 This package contains many of the privileged server components that require
 write-access to the Postgres database of Laniakea.
 .
 Laniakea requires to be manually configured for the respective environment
 before this package will do anything.
 Refer to the documentation on how to set up the database and environment.

Package: laniakea-webdash
Description-md5: 64b02ba9ded57b3168ab658449fd2a5f
Description-en: Management suite for Debian-based OSes - Web Dashboard
 Laniakea is a software suite to manage Debian derivatives. It provides
 tooling to maintain an APT archive (and multiple individual package
 repositories), perform QA on it, autobuild packages, sync packages,
 etc. It also provides various tools for better insight into the archive.
 .
 This package contains a web dashboard application that displays the
 status of the archive suites as well as various developer information.

Package: laniakea-webswview
Description-md5: fab3fd30a1855deeaa9d9af679697570
Description-en: Management suite for Debian-based OSes - Web Software Index
 Laniakea is a software suite to manage Debian derivatives. It provides
 tooling to maintain an APT archive (and multiple individual package
 repositories), perform QA on it, autobuild packages, sync packages,
 etc. It also provides various tools for better insight into the archive.
 .
 This package contains a web application that allows searching for
 applications and packages in the software archive.

Package: laniakea-webupload
Description-md5: 9b33de5db751e8c5350cb7a6e099661e
Description-en: Management suite for Debian-based OSes - HTTP Upload Receiver
 Laniakea is a software suite to manage Debian derivatives. It provides
 tooling to maintain an APT archive (and multiple individual package
 repositories), perform QA on it, autobuild packages, sync packages,
 etc. It also provides various tools for better insight into the archive.
 .
 This package contains a small webserver application that accepts uploads
 that were pushed using dput(1) and places them in a safe location for
 Rubicon to check.

Package: python3-laniakea
Description-md5: 4e021c2fcd0cb188b67958a44d53a50c
Description-en: Management suite for Debian-based OSes - Python module
 Laniakea is a software suite to manage Debian derivatives. It provides
 tooling to maintain an APT archive (and multiple individual package
 repositories), perform QA on it, autobuild packages, sync packages,
 etc. It also provides various tools for better insight into the archive.
 .
 This package contains the shared Python module which provides the database
 schema, message schema and common archive actions.

.
287453a
Package: jack
Description-md5: 6a3e07b5470e4ed5331ad137d243eeb9
Description-en: Rip and encode CDs with one command
 Jack has been developed with one main goal: making OGGs (or MP3s)
 without having to worry. There is nearly no way that an incomplete rip
 goes unnoticed, e.g. jack compares WAV and OGG file sizes when
 continuing from a previous run. Jack also checks your HD space before
 doing anything (even keeps some MB free).
 .
 Jack is different from other such tools in a number of ways:
  - it supports different rippers and encoders
  - it is very configurable
  - it doesn't need X
  - it can "rip" virtual CD images like the ones created by cdrdao
  - when using cdparanoia, cdparanoia's status information is displayed
    and archived for all tracks, so you can see if something went wrong
  - it uses sophisticated disk space management, i.e. it schedules its
    ripping/encoding processes depending on available space.
  - freedb/gnudb/musicbrainz query, file renaming and id3/ogg-tagging
  - it can resume work after it has been interrupted. If all tracks have
    been ripped, it doesn't even need the CD anymore, even if you want
    to do a freedb query.
  - it can do a freedb query based on OGGs alone, like if you don't
    remember from which CD those OGGs came from.
  - freedb submissions

.
285074,285085d
277380a
Package: icingaweb2-module-fileshipper
Description-md5: ecd91f8356d960f2f6d28acd04bd010d
Description-en: This Module offers to deploy config files through the Director
 Icinga Web 2 is a very modular, fast and simple web interface for your Icinga
 monitoring environment.
 .
 This module offers the possibility to deploy hand-crafted Icinga 2 config files
 through the Icinga Director based on Import Source able to deal with CSV, JSON,
 YAML and XML files.

.
277371a
Package: icingaweb2-module-director
Description-md5: a788c6f09090c096fb6b877cd994d700
Description-en: simple and responsive web interface for Icinga - director module
 Icinga Web 2 is a very modular, fast and simple web interface for your Icinga
 monitoring environment.
 .
 The software will give you a web frontend for your monitoring solution, and
 can run additional modules, extending monitoring data, or even supplying
 something new to the webinterface.
 .
 Icinga Director is a configuration tool that has been designed to make Icinga 2
 configuration easy and understandable.

.
277362a
Package: icingaweb2-module-businessprocess
Description-md5: 15dd2bf75459ff2d4815c71fcf0c2114
Description-en: simple and responsive web interface for Icinga - businessprocess module
 Icinga Web 2 is a very modular, fast and simple web interface for your Icinga
 monitoring environment.
 .
 The software will give you a web frontend for your monitoring solution, and
 can run additional modules, extending monitoring data, or even supplying
 something new to the webinterface.
 .
 Business Process viewer and modeler provides a web-based process modeler. It
 integrates as a module into Icinga Web 2 and provides a plugin check command
 for Icinga. Tile and tree views can be shown inline, as dashlets or fullscreen.
 All of those for whole processes or just parts of them.

.
276217a
Package: ibus-libpinyin
Description-md5: ea0340a0343baa6eff96dee6e25321d7
Description-en: Intelligent Pinyin input method for IBus
 It includes a Chinese Pinyin input method based on libpinyin for IBus.
 .
 This package enables the "Intelligent Pinyin" (libpinyin) input method.

Package: ibus-libpinyin-common
Description-md5: 3e1df5201910970c7c2ed81dfffa2423
Description-en: Intelligent Pinyin engine based on libpinyin for IBus (common files)
 It includes a Chinese Pinyin input method and a Chinese ZhuYin (Bopomofo)
 input method based on libpinyin for IBus.
 .
 This package contains the shared engine executable, the setup tool, the IBus
 component definition and the common data files. The individual input methods
 are shipped by the ibus-libpinyin and ibus-libbopomofo packages; each input
 method is only advertised to IBus when its package is installed.

.
275591,275598d
272201,272240d
269657a
Package: python3-hickle
Description-md5: f5d0eaa1b47b5943c7d97f9ff2c9c7b1
Description-en: HDF5 based version of pickle
 An HDF5 based clone of 'pickle', with a twist: instead of serializing to a
 pickle file, Hickle dumps to an HDF5 file (Hierarchical Data Format). It is
 designed to be a "drop-in" replacement for pickle (for common data objects),
 but is really an amalgam of 'h5py' and 'pickle' with extended functionality.
 .
 That is: 'hickle' is a neat little way of dumping Python variables to HDF5
 files that can be read in most programming languages, not just Python. Hickle
 is fast, and allows for transparent compression of your data (LZF / GZIP).

.
268619,268627d
268393a
Package: healpy-data
Description-md5: c4ee58a35b8a2b11453f31bb679a1262
Description-en: HEALPix representation of spherical data - Python data
 HEALPix is an acronym for Hierarchical Equal Area isoLatitude Pixelization
 of a sphere. As suggested in the name, this pixelization produces a
 subdivision of a spherical surface in which each pixel covers the same
 surface area as every other pixel. It is commonly used to store all-sky
 astronomical images, most famously maps of the cosmic microwave background.
 .
 This package provides platform-independent data and test files for the Python
 wrapper around the C++ implementation of HEALPix.

Package: python3-healpy
Description-md5: 0bf0c1a24964e5387d62f4b693d05b4f
Description-en: HEALPix representation of spherical data - Python3 interface
 HEALPix is an acronym for Hierarchical Equal Area isoLatitude Pixelization
 of a sphere. As suggested in the name, this pixelization produces a
 subdivision of a spherical surface in which each pixel covers the same
 surface area as every other pixel. It is commonly used to store all-sky
 astronomical images, most famously maps of the cosmic microwave background.
 .
 This package provides a Python3 wrapper around the C++ implementation of
 HEALPix.

.
225982a
Package: python-gwcs-doc
Description-md5: 1c0a35bbb4ec5034b5723027291cb469
Description-en: Tools for managing the WCS of astronomical data (documentation)
 GWCS takes a general approach to WCS. It supports a data model which includes
 the entire transformation pipeline from input coordinates (detector by
 default) to world coordinates.  The goal is to provide a flexible toolkit
 which is easily extendible by adding new transforms and frames.
 .
 This is the common documentation package.

Package: python3-gwcs
Description-md5: 849090319f2f4fc3412d1f7616a20729
Description-en: Tools for managing the WCS of astronomical data (Python 3)
 GWCS takes a general approach to WCS. It supports a data model which includes
 the entire transformation pipeline from input coordinates (detector by
 default) to world coordinates.  The goal is to provide a flexible toolkit
 which is easily extendible by adding new transforms and frames.
 .
 This package contains the Python 3 version of the package.

.
216547,216554d
215996,216004d
214088,214101d
213998,214004d
213741,213746d
213352,213354c
Description-md5: b7f711932e725d67dbf0ebe30d871de4
Description-en: Go terminal and console support library
 This library provides the following terminal and console support
 functionality:
 .
  * Putting a terminal into raw mode
  * Reading a line of input from a terminal without local echo
  * Setting Bracketed Paste Mode (if supported)
  * Setting the terminal prompt
  * Determining whether a given file descriptor is a terminal
  * Restoring the terminal connected to a given file descriptor
    to a previous state
.
212224a
Package: golang-github-yosida95-uritemplate-dev
Description-md5: 401a8b2a5f97651a1f599ad5e0bab273
Description-en: URI Template (RFC6570) implementation in Go (library)
 uritemplate is a Go implementation of URI Template (RFC6570) with
 full functionality of URI Template Level 4.
 .
 uritemplate can also generate a regexp that matches expansion of the
 URI Template from a URI Template.

.
211446,211461d
210700,210706d
210385a
Package: golang-github-tonistiigi-go-archvariant-dev
Description-md5: 5929fa0755406e38e0311b5c6b296d61
Description-en: Go package to detect compatibility version of the current system
 go-archvariant is a Go package for determining the maximum compatibility
 version of the current system. The main use case is to use this value in
 container platform definitions.
 .
 On x86-64 platforms this package returns the maximum current
 microarchitecture level as defined in (https://en.wikipedia.org/wiki/X86-
 64#Microarchitecture_levels).

.
210064,210065c
Description-md5: 9d688a7673a24c0656fa2f51a030d23a
Description-en: simple and fast write ahead log for Go (library)
.
209645a
Package: golang-github-terminalstatic-go-xsd-validate-dev
Description-md5: a095ae9b074f382814bbda5231f6fe99
Description-en: XML Schema Definition (XSD) validation using Libxml2 (Go library)
 The goal of this package is to preload XML Schema Definition (XSD)
 files into memory and to validate XML (fast) using libxml2, like post
 bodys of XML service endpoints or API routers. At the time of
 writing, similar packages found on github either didn't provide error
 details or got stuck under load. In addition to providing error
 strings it also exposes some fields of libxml2 return structs.
 .
 This package contains the Go library.

.
209628,209635d
209606,209613d
205922,205930d
205898,205903d
204326a
Package: golang-github-nebulouslabs-bolt-dev
Description-md5: 90b127e386bf6e56149cd1ea6b2a11b2
Description-en: low-level key/value database for Go
 Bolt is a pure Go key/value store inspired by Howard Chu's LMDB
 project.
 .
 This package is a vendored fork and snapshot of github.com/boltdb/bolt,
 maintained by NebulousLabs and used as a dependency for the sia storage
 daemon.

.
203342,203349d
201265a
Package: golang-github-launchdarkly-go-server-sdk-dev
Description-md5: d1eb75f9dd598ff023bd35a729dc92cb
Description-en: LaunchDarkly Server-side SDK for Go (library)
 This package contains a library LaunchDarkly Server-side
 SDK for Go.

.
200387,200392d
200245a
Package: golang-github-jpillora-overseer-dev
Description-md5: f45ab7f44abc3977a3da52bddf942bb4
Description-en: Monitorable, gracefully restarting, self-upgrading binaries in Go (library)
 Overseer is a package for creating monitorable, gracefully restarting,
 self-upgrading binaries in Go (golang). The main goal of this project is
 to facilitate the creation of self-upgrading binaries which play nice
 with standard process managers, secondly it should expose a small and
 simple API with reasonable defaults.

.
196085a
Package: golang-github-gofiber-fiber-v2-dev
Description-md5: 1706641159b4d642b9adc4525a5887e2
Description-en: Express inspired web framework (Go library)
 Fiber is a web framework, created with the idea of minimalism and follows the
 UNIX way. It is inspired by Express, the popular web framework for Node.js.

.
191570,191576d
189545,189554d
189533,189539d
179828a
Package: libgnome-qr-4-0
Description-md5: 14c3ce9e341ef068c2aab77fb6d05363
Description-en: Utility library for QR Codes - runtime files
 The gnome-desktop set of libraries provides various utility functions
 that are used in multiple components of the GNOME desktop, but do not
 have a sufficiently stable API to be included in core libraries such
 as GLib and GTK.
 .
 This library provides utilities for creating QR Codes textures.

Package: libgnome-qr-4-dev
Description-md5: 415fa0f8cd7e1164eadedec4e94343e0
Description-en: QR Codes library for GNOME - development files
 The gnome-desktop set of libraries provides various utility functions
 that are used in multiple components of the GNOME desktop, but do not
 have a sufficiently stable API to be included in core libraries such
 as GLib and GTK.
 .
 This package contains development files to compile programs that deal with
 QR codes.

Package: libgnome-qr-gtk-4-0
Description-md5: f2de412d0298db4d476aba0b9ba91015
Description-en: Utility library for GTK4 QR codes - runtime files
 The gnome-desktop set of libraries provides various utility functions
 that are used in multiple components of the GNOME desktop, but do not
 have a sufficiently stable API to be included in core libraries such
 as GLib and GTK.
 .
 This library provides utilities for creating QR Codes GTK Widgets.

Package: libgnome-qr-gtk-4-dev
Description-md5: 155fdbcf94e8e313d9d3dca53294e321
Description-en: QR Codes library for GNOME - development files (GTK 4)
 The gnome-desktop set of libraries provides various utility functions
 that are used in multiple components of the GNOME desktop, but do not
 have a sufficiently stable API to be included in core libraries such
 as GLib and GTK.
 .
 This package contains development files to compile programs that deal with
 QR codes.

.
179784,179785c
 similar to a combination of libgnome-bg-4-2t64 and libgnome-desktop-4-2t64
 for compatibility with older GNOME components.
.
179776,179777c
Package: libgnome-desktop-3-21
Description-md5: 430f8dc5ea00fe6a12f99f798893dcfc
.
179741a
Package: gir1.2-gnomeqr-4.0
Description-md5: 2e93a163d3265437aa436819527325b3
Description-en: Introspection data for GnomeQR
 The gnome-desktop set of libraries provides various utility functions
 that are used in multiple components of the GNOME desktop, but do not
 have a sufficiently stable API to be included in core libraries such
 as GLib and GTK.
 .
 This package contains GObject-Introspection bindings for creating QR
 codes.

Package: gir1.2-gnomeqrgtk-4.0
Description-md5: a6caa28ec70bac3a153d39aae75c575f
Description-en: Introspection data for GnomeQRGtk
 The gnome-desktop set of libraries provides various utility functions
 that are used in multiple components of the GNOME desktop, but do not
 have a sufficiently stable API to be included in core libraries such
 as GLib and GTK.
 .
 This package contains GObject-Introspection bindings for creating QR
 codes in GTK4 applications.

.
177644a
Package: python3-glue
Description-md5: cda164a782a94826c5b0f862140869d8
Description-en: Python 3 library for data interaction
 python3-glue is a Python library for data interaction, it blurs the boundary
 between GUI-centric and code-centric data exploration.
 There are many ways to leverage Glue from Python. Among other things, you can
 write code to do the following:
 .
  * Send data in the form of NumPy arrays or Pandas DataFrames to Glue for
    exploration.
  * Write startup scripts that automatically load and clean data,
    before starting Glue.
  * Write custom functions to parse files, and plug these functions into the
    Glue GUI.
  * Write custom functions to link datasets, and plug these into the Glue GUI.
  * Create your own visualization modules.

.
177589a
Package: glueviz
Description-md5: bf1c4b982292f3fff4aa9fcaf248dced
Description-en: Linked data visualization
 Glue is a Python project to link visualizations of scientific datasets across
 many files. Some of its features are:
 .
  * Interactive, linked statistical graphics of multiple files.
  * Support for many file formats including common image formats,
    ascii tables, astronomical image and table formats (fits, vot, ipac), and
    HDF5. Custom data loaders can also be easily added.
  * Highly scriptable and extendable.
 .
 This package also provides the default "glue" command.

Package: python3-glue-qt
Description-md5: a3154830e19624fed9277b0de36a9829
Description-en: Qt-based user interface package for glueviz
 Glue is a Python project to link visualizations of scientific datasets
 within and among files. This package provides the Qt-based graphical
 user interface components. and viewers for the glue ecosystem.
 .
 Some of its features are:
 .
  * Interactive, linked statistical graphics of multiple files.
  * Support for many file formats including common image formats,
    ascii tables, astronomical image and table formats (fits, vot,
    ipac), and HDF5. Custom data loaders can also be easily added.
  * Highly scriptable and extendable.

.
177461,177473d
172283a
Package: ginga
Description-md5: 972fb915e6622a9c7b415eaaef76f0f9
Description-en: Astronomical image viewer
 Ginga is a toolkit designed for building viewers for scientific image
 data in Python, visualizing 2D pixel data in numpy arrays.
 It can view astronomical data such as contained in files based on the
 FITS (Flexible Image Transport System) file format.  It is written and
 is maintained by software engineers at the Subaru Telescope, National
 Astronomical Observatory of Japan.
 .
 The Ginga toolkit centers around an image display object which supports
 zooming and panning, color and intensity mapping, a choice of several
 automatic cut levels algorithms and canvases for plotting scalable
 geometric forms.  In addition to this widget, a general purpose
 "reference" FITS viewer is provided, based on a plugin framework.
 A fairly complete set of standard plugins are provided for features
 that is expected from a modern FITS viewer: panning and zooming windows,
 star catalog access, cuts, star pick/fwhm, thumbnails, etc.
 .
 This package contains the image viewer based on Python 3.

Package: python3-ginga
Description-md5: d731bb4342e78bd6d6d942e6aaf91c8c
Description-en: Astronomical image toolkit for Python
 Ginga is a toolkit designed for building viewers for scientific image
 data in Python, visualizing 2D pixel data in numpy arrays.
 It can view astronomical data such as contained in files based on the
 FITS (Flexible Image Transport System) file format.  It is written and
 is maintained by software engineers at the Subaru Telescope, National
 Astronomical Observatory of Japan.
 .
 The Ginga toolkit centers around an image display object which supports
 zooming and panning, color and intensity mapping, a choice of several
 automatic cut levels algorithms and canvases for plotting scalable
 geometric forms.  In addition to this widget, a general purpose
 "reference" FITS viewer is provided, based on a plugin framework.
 A fairly complete set of standard plugins are provided for features
 that is expected from a modern FITS viewer: panning and zooming windows,
 star catalog access, cuts, star pick/fwhm, thumbnails, etc.

.
157266,157270c
  - quoting pertinent source code (with a cache)
  - underlining points and ranges in the source code, possibly with labels
  - emitting fix-it hints
  - generating patches from fix-it hints
  - SARIF output
.
157263c
Description-md5: 3b982c26f4b6aa3b430c9b0e3fbf47cd
.
137020a
Package: gavodachs2-server
Description-md5: 36391efd1065f86dfafb16b4f7e89cda
Description-en: server package of the Virtual Observatory data center suite
 This package sets up a ready-to use VO data center using GAVO's Data
 Center Helper Suite (DaCHS), in particular by configuring a postgres
 database backend.  The DaCHS server lets data center operators ingest
 their astronomical data into structured repositories and publish
 those to the Virtual Observatory.

Package: python3-gavo
Description-md5: 1c634877326cf502048f42bdccfac82d
Description-en: Virtual Observatory data center publishing suite
 The Data Center Helper Suite (DaCHS) is a collection of Python modules
 (with some exceptions) to help you in setting up and running a VO-compliant
 data center. Moreover, some parts of this code are useful for client-side
 applications.
 .
 Currently, DaCHS supports most DAL protocols (SIAP, SCS, TAP), form-based
 interfaces, a publishing registry, ADQL and some other (less prominent)
 VO standards, and data management for various kinds of input.

Package: python3-gavo-stc
Description-md5: 270bd0999c4874471ee63f8166c8729c
Description-en: IVOA Space-Time-Coordinate (STC) library
 This library handles space-time information within the Virtual
 Observatory (VO) according to the IVOA (International Virtual
 Observatory Alliance) STC recommendation.
 .
 The VO knows two implementations for STC metadata, one in XML
 called STC-X and a linear string implementation called STC-S.
 This library provides support for the generating and parsing of
 STC-S expressions and STC-X documents. Moreover, it contains various
 helper functions for the transformation between Earth coordinate
 systems, for dealing with sky coordinates, for time parsing and time
 conversions, and for the definition and conversion of units in STC.

Package: python3-gavo-utils
Description-md5: 61e4a499504252b650d4f02f2b653b3b
Description-en: support library for the Virtual Observatory
 The "python3-gavoutils" library is a collection of helper functions and
 classes used by various VO libraries and applications.
 .
 Among other things, this collection provides support for memoisation,
 for formatting and text manipulation. It contains bindings for the
 pgsphere postgres extension, utility functions to deal with
 FITS files and math-related helper functions.

Package: python3-gavo-votable
Description-md5: 82d7e91c302fe182587ef0d4adc5345a
Description-en: library for the reading and writing of VOTables
 The VOTable format is defined by the International Virtual Observatory
 Alliance (IVOA) to facilitate data exchange in astronomy. This library
 implements most of the specification and offers simple and advanced,
 streaming interfaces.  Also included is a simple client to query TAP
 servers.

.
105289,105296d
94309,94320d
93439a
Package: python3-einsteinpy
Description-md5: 3177305117e8eee627b5bdb745fe9b7b
Description-en: General Relativity in Python
 EinsteinPy is an open source pure Python package
 dedicated to problems arising in General Relativity
 and relativistic physics, such as goedesics plotting
 for schwarzschild space-time model, calculation of
 schwarzschild radius for any mass given, symbolic
 calculation of various functions related to GR such
 as christoffel symbols. Features like visualization
 of geodesics of curved black holes and 3D visualizations
 are some of the features which are planned.
 It is released under the MIT license.

.
75885,75975d
73410,73420d
72649,72655d
72136,72147d
68371a
Package: dde-qtplatform-plugins
Description-md5: d26d10dfde2f6e517c4bfabb59036d31
Description-en: Qt platform theme integration plugin for DDE
 Deepin's dde-qtplatform-plugins is the Qt platform integration plugin for
 Deepin Desktop Environment. It provides an abstract interface between Deepin
 applications and the Qt toolkit for further application theme customization.
 .
 This package provides the Qt 6 (DTK6) xcb platform plugin.
 .
 This package is part of DDE (Deepin Desktop Environment).

.
58300,58399d
55474a
Package: python3-compyle
Description-md5: 2f80dc2cdc6fc3bed5fe6f505745722b
Description-en: Execute a subset of Python on HPC platforms
 ComPyle allows users to execute a restricted subset of Python (almost
 similar to C) on a variety of HPC platforms. Currently it supports
 multi-core execution using Cython, and OpenCL and CUDA for GPU devices.
 .
 Users start with code implemented in a very restricted Python syntax,
 this code is then automatically transpiled, compiled and executed to run
 on either one CPU core, or multiple CPU cores (via OpenMP_) or on a GPU.
 CPy offers source-to-source transpilation, making it a very convenient
 tool for writing HPC libraries.
 .
 Some simple yet powerful parallel utilities are provided which can allow
 you to solve a remarkably large number of interesting HPC problems.
 .
 ComPyle also features JIT transpilation if you wish making it easy to use.

.
50834,50842d
47050,47059d
46258c
 accurate identifier for record tracks.
 .
 This package contains the shared library.
.
46254c
Description-md5: f78ad3a18d99669581b3a8f3d1bd6f8d
.
46249c
 accurate identifier for record tracks.
.
46245c
Description-md5: 9696701626e8b85000fa5ac94fed97b8
.
46239c
 accurate identifier for record tracks.
.
46235c
Description-md5: 017f84bb3a32dca5127eb03e64b8c763
.
40163,40170d
39026,39121d
32675c
 - stored object hashing (hashlib algorithms, e.g. sha256, and optionally blake3)
.
32643c
 (config and data are namespaces here). Values are binary objects `[bytes]` -
 when storing, a `memoryview` is accepted as well, so callers can avoid copying.
.
32635c
Description-md5: 8cad26992354e9163c5c138135f1dc21
.
32592c
 - stored object hashing (hashlib algorithms, e.g. sha256, and optionally blake3)
.
32560c
 (config and data are namespaces here). Values are binary objects `[bytes]` -
 when storing, a `memoryview` is accepted as well, so callers can avoid copying.
.
32552c
Description-md5: d1fc867e8421e8cc6122b5bdf73f6584
.
32511c
 - stored object hashing (hashlib algorithms, e.g. sha256, and optionally blake3)
.
32479c
 (config and data are namespaces here). Values are binary objects `[bytes]` -
 when storing, a `memoryview` is accepted as well, so callers can avoid copying.
.
32471c
Description-md5: fb939af69b38afc76e4a78e968c62486
.
28003,28011d
23900a
Package: beast-mcmc
Description-md5: 347f87629165216c55313b0035e8c195
Description-en: Bayesian MCMC phylogenetic inference
 BEAST is a cross-platform program for Bayesian MCMC analysis of molecular
 sequences. It is entirely orientated towards rooted, time-measured
 phylogenies inferred using strict or relaxed molecular clock models. It
 can be used as a method of reconstructing phylogenies but is also a
 framework for testing evolutionary hypotheses without conditioning on a
 single tree topology. BEAST uses MCMC to average over tree space, so that
 each tree is weighted proportional to its posterior probability. Included
 is a simple to use user-interface program for setting up standard
 analyses and a suit of programs for analysing the results.

Package: beast-mcmc-examples
Description-md5: c63bad5feea098eb39bb86db8b6f8d33
Description-en: Bayesian MCMC phylogenetic inference - example data
 BEAST is a cross-platform program for Bayesian MCMC analysis of molecular
 sequences. It is entirely orientated towards rooted, time-measured
 phylogenies inferred using strict or relaxed molecular clock models. It
 can be used as a method of reconstructing phylogenies but is also a
 framework for testing evolutionary hypotheses without conditioning on a
 single tree topology. BEAST uses MCMC to average over tree space, so that
 each tree is weighted proportional to its posterior probability. Included
 is a simple to use user-interface program for setting up standard
 analyses and a suit of programs for analysing the results.
 .
 This package contains the example data.

Package: libnucleotidelikelihoodcore0
Description-md5: 2beeba75259cb25079c34eef520b0bde
Description-en: implementation of LikelihoodCore for nucleotides used by beast-mcmc
 BEAST is a cross-platform program for Bayesian MCMC analysis of molecular
 sequences. It is entirely orientated towards rooted, time-measured
 phylogenies inferred using strict or relaxed molecular clock models. It
 can be used as a method of reconstructing phylogenies but is also a
 framework for testing evolutionary hypotheses without conditioning on a
 single tree topology. BEAST uses MCMC to average over tree space, so that
 each tree is weighted proportional to its posterior probability. Included
 is a simple to use user-interface program for setting up standard
 analyses and a suit of programs for analysing the results.
 .
 This package provides an implementation of LikelihoodCore for nucleotides
 that calls native methods for maximum speed.

.
22517,22527d
22463a
Package: barnowl
Description-md5: 433996a434a354683f4eb690c5630cfb
Description-en: A curses-based tty Jabber, IRC, AIM  and Zephyr client
 A curses-based instant-messaging client supporting the Jabber, IRC, AIM
 and Zephyr  protocols.  Much of the functionality is written in
 Perl, which is supported as an extension language.
 .
 This is a fork of ktools software's owl Zephyr/AIM client.

.
16578a
Package: python3-astroscrappy
Description-md5: 3de22ef6cfb247c9a8ef0d2625289d81
Description-en: Optimized Cosmic Ray Annihilation in Python
 Astro-SCRAPPY is designed to detect cosmic rays in images (numpy arrays),
 based on Pieter van Dokkum's L.A.Cosmic algorithm. Parallelization is
 achieved using OpenMP.

.
16569a
Package: python3-regions
Description-md5: f8ac057da2e217bd82b761264140aac9
Description-en: Python astronomy package for region handling
 The regions package provides (or plans to provide) classes to
 represent regions defined using pixel or celestial coordinates or on
 the celestial sphere.

.
16546a
Package: python-astroplan-doc
Description-md5: 537438698779b9600c1a32398a64bf63
Description-en: Observation planning package for astronomers (documentation)
 Astroplan is an observation planning package for astronomers that can help
 you plan for everything but the clouds.
 .
 It is an Astropy affiliated package that seeks to make your life as an
 observational astronomer a little less infuriating.
 .
 This is the common documentation package.

Package: python3-astroplan
Description-md5: c7c7af5113ce1fc8cd984c41e83ca73c
Description-en: Observation planning package for astronomers (Python 3)
 Astroplan is an observation planning package for astronomers that can help
 you plan for everything but the clouds.
 .
 It is an Astropy affiliated package that seeks to make your life as an
 observational astronomer a little less infuriating.
 .
 This is the Python 3 version of the package.

Package: astropy-utils
Description-md5: 66f91a2a4f6c2297733b7ed899429da7
Description-en: Command line tools from astropy
 The astropy package contains core functionality and some common tools
 needed for performing astronomy and astrophysics research with Python.
 .
 This package contains the tools that come with astropy:
 .
  * fitscheck: Detect and fix FITS standards violations
  * fits2bitmap: Create a bitmap file from a FITS image.
  * fitsdiff: Compare two FITS image files and report the differences in
    header keywords and data.
  * fitsheader: Print the header(s) of one or more FITS file(s) to the
    standard output in a human-readable format.
  * samp_hub: SAMP Hub Server.
  * volint: Check a VOTable file for compliance to the VOTable specification
  * wcslint: Check the WCS keywords in a FITS file for compliance against
    the standards

Package: python-astropy-doc
Description-md5: 142e0ddf11adb0314ec7d19a6e6e32f1
Description-en: Core functionality for performing astrophysics with Python (doc)
 The astropy package contains core functionality and some common tools
 needed for performing astronomy and astrophysics research with Python.
 It can be extended by a number of "affiliated packages" that are
 intended to work with the core package.
 .
 This package contains the package documentation.

Package: python3-astropy
Description-md5: d68fca10e089e4294adf8b1b26f541e5
Description-en: Core functionality for performing astrophysics with Python
 The astropy package contains core functionality and some common tools
 needed for performing astronomy and astrophysics research with Python.
 It can be extended by a number of "affiliated packages" that are
 intended to work with the core package.

Package: python3-astropy-healpix
Description-md5: 7ed8a3c89fa603ecc76331ec59fe9dac
Description-en: HEALPix representation of spherical data - Python 3
 HEALPix is an acronym for Hierarchical Equal Area isoLatitude Pixelization
 of a sphere. As suggested in the name, this pixelization produces a
 subdivision of a spherical surface in which each pixel covers the same
 surface area as every other pixel. It is commonly used to store all-sky
 astronomical images, most famously maps of the cosmic microwave background.
 .
 This is a BSD-licensed HEALPix package developed by the Astropy project
 and based on C code written by Dustin Lang in astrometry.net.
 .
 This package provides modules for Python 3.

.
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Package: astrometry.net
Description-md5: 5088a1bfc88af04d691f7b897003b643
Description-en: Astrometry plate solver
 The astrometry engine will take any image and return the astrometry
 world coordinate system (WCS), a standards-based description of the
 transformation between image coordinates and sky coordinates.

Package: libastrometry-dev
Description-md5: b5a843798778b7ab6bf804109900ecb0
Description-en: Astrometry plate solver (development files)
 The astrometry engine will take any image and return the astrometry
 world coordinate system (WCS), a standards-based description of the
 transformation between image coordinates and sky coordinates.
 .
 This package contains the development files (header files).

Package: libastrometry0t64
Description-md5: dd36773275e2c7f43405ef4cc3dd45c3
Description-en: Astrometry plate solver (shared lib)
 The astrometry engine will take any image and return the astrometry
 world coordinate system (WCS), a standards-based description of the
 transformation between image coordinates and sky coordinates.
 .
 This package contains the shared library.

Package: python3-astrometry
Description-md5: 17cf233c1fb49e79f9a00e2b5738ddfc
Description-en: Astrometry plate solver (Python package)
 The astrometry engine will take any image and return the astrometry
 world coordinate system (WCS), a standards-based description of the
 transformation between image coordinates and sky coordinates.
 .
 This package contains the Python Package.

Package: python3-astroml
Description-md5: 8e8a4ce58b113433cddaea867fcfe70f
Description-en: Python 3 Machine Learning library for astronomy
 AstroML is a Python 3 module for machine learning and data mining built on
 numpy, scipy, scikit-learn, and matplotlib. It contains a growing library of
 statistical and machine learning routines for analyzing astronomical data in
 Python, loaders for several open astronomical datasets, and a large suite of
 examples of analyzing and visualizing astronomical datasets.

.
16482a
Package: python3-astrodendro
Description-md5: c63461a16e92fbee251415a57aa31535
Description-en: Astronomical Dendrograms in Python 3
 Python 3 module is to provide an easy way to compute dendrograms of observed or
 simulated Astronomical data in Python 3.

.
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Package: python3-astlib
Description-md5: a0aa5fb13bc1a8ee544f54380dbaa38e
Description-en: General Python3 tools for astronomy
 astLib is a set of Python3 modules that provides some tools for research
 astronomers. It can be used for astronomical plots, some statistics, common
 calculations, coordinate conversions, and manipulating FITS images with World
 Coordinate System (WCS) information through PyWCSTools - a simple wrapping of
 WCSTools by Jessica Mink. PyWCSTools is distributed (and developed) as part
 of astLib.

.
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Package: asterisk-espeak
Description-md5: 1c95aef9393ef961171fa3c024e3bdf7
Description-en: eSpeak module for Asterisk
 Module for the Asterisk open source PBX which allows you to use the
 eSpeak voice synthesis engine to render text to speech.

.
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Package: python3-asdf-astropy
Description-md5: 39a889e1f0b286c5082b0b71ca57a2a0
Description-en: ASDF serialization support for astropy
 This package includes plugins that provide ASDF serialization support
 for astropy objects. The plugins are automatically enabled when the
 package is installed. ASDF (Advanced Scientific Data Format) is a
 proposed next generation interchange format for scientific data,
 mainly used by the Space Telescope Science Institude (STScI).

Package: python3-asdf-coordinates-schemas
Description-md5: 12f750cb462a787c006ea0df7802de83
Description-en: ASDF schemas for validating coordinates tags
 ASDF (Advanced Scientific Data Format) is a proposed
 next generation interchange format for scientific data. ASDF aims to
 exist in the same middle ground that made FITS so successful, by
 being a hybrid text and binary format: containing human editable
 metadata for interchange, and raw binary data that is fast to load
 and use. Unlike FITS, the metadata is highly structured and is
 designed up-front for extensibility.
 .
 This package provides ASDF schemas for validating coordinates tags.
 Users should not need to install this directly; instead, install an
 implementation package such as asdf-astropy.

Package: python3-asdf-standard
Description-md5: 12f7a4b84316047707c8033de2ae8d2e
Description-en: Python package describing the Advanced Scientific Data Format
 ASDF (Advanced Scientific Data Format) is a proposed
 next generation interchange format for scientific data. ASDF aims to
 exist in the same middle ground that made FITS so successful, by
 being a hybrid text and binary format: containing human editable
 metadata for interchange, and raw binary data that is fast to load
 and use. Unlike FITS, the metadata is highly structured and is
 designed up-front for extensibility.
 .
 This package provides the ASDF standard schemas.

Package: python3-asdf-transform-schemas
Description-md5: 81864429d634ace4faa3bc3e9a65ab8e
Description-en: ASDF schemas for validating transform tags
 ASDF (Advanced Scientific Data Format) is a proposed
 next generation interchange format for scientific data. ASDF aims to
 exist in the same middle ground that made FITS so successful, by
 being a hybrid text and binary format: containing human editable
 metadata for interchange, and raw binary data that is fast to load
 and use. Unlike FITS, the metadata is highly structured and is
 designed up-front for extensibility.
 .
 This package provides ASDF schemas for validating transform tags.
 Users should not need to install this directly; instead, install an
 implementation package such as asdf-astropy.

Package: python3-asdf-wcs-schemas
Description-md5: 739b0194322bff199a031e5286e11c5f
Description-en: ASDF schemas for validating WCS tags
 ASDF (Advanced Scientific Data Format) is a proposed
 next generation interchange format for scientific data. ASDF aims to
 exist in the same middle ground that made FITS so successful, by
 being a hybrid text and binary format: containing human editable
 metadata for interchange, and raw binary data that is fast to load
 and use. Unlike FITS, the metadata is highly structured and is
 designed up-front for extensibility.
 .
 This package provides ASDF schemas for validating WCS tags.
 Users should not need to install this directly; instead, install an
 implementation package such as asdf-astropy.

.
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Package: python3-arpys
Description-md5: 8f081a618b6ffe009b92acd991db7531
Description-en: ARPES (Angle Resolved PhotoEmission Spectroscopy) data analysis
 Collection of libraries, functions and tools related to ARPES data
 loading and analysis.

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14422a
Package: armnn-latest-all
Description-md5: a8797ddbde0dc1ddc6457271dd43515a
Description-en: Arm NN Core and all backends
 Arm NN is a set of tools that enables machine learning workloads on
 any hardware. It provides a bridge between existing neural network
 frameworks and whatever hardware is available and supported. On arm
 architectures (arm64 and armhf) it utilizes the Arm Compute Library
 to target Cortex-A CPUs, Mali GPUs and Ethos NPUs as efficiently as
 possible. On other architectures/hardware it falls back to unoptimised
 functions.
 .
 This packaging release supports TensorFlow Lite.
 Arm NN takes networks from the framework, translates them
 to the internal Arm NN format and then through the Arm Compute Library,
 deploys them efficiently on Cortex-A CPUs, and, if present, Mali GPUs.
 .
 This is a dependency package containing the latest ArmNN Core package as
 well as the latest CPU backend, GPU backend, Reference backend and
 the TensorFlow Lite Parser. CPU and GPU backends will only be installed
 on armhf or arm64 architectures.

Package: armnn-latest-cpu
Description-md5: c061f6252093279bac7e753c5620beb1
Description-en: Arm NN Core and CPU backend
 Arm NN is a set of tools that enables machine learning workloads on
 any hardware. It provides a bridge between existing neural network
 frameworks and whatever hardware is available and supported. On arm
 architectures (arm64 and armhf) it utilizes the Arm Compute Library
 to target Cortex-A CPUs, Mali GPUs and Ethos NPUs as efficiently as
 possible. On other architectures/hardware it falls back to unoptimised
 functions.
 .
 This packaging release supports TensorFlow Lite.
 Arm NN takes networks from the framework, translates them
 to the internal Arm NN format and then through the Arm Compute Library,
 deploys them efficiently on Cortex-A CPUs, and, if present, Mali GPUs.
 .
 This is a dependency package containing the latest ArmNN Core package as
 well as the latest CPU backend and the TensorFlow Lite Parser.

Package: armnn-latest-cpu-gpu
Description-md5: 98bb19b187770993c7330abd960877f6
Description-en: Arm NN Core, CPU and GPU backends
 Arm NN is a set of tools that enables machine learning workloads on
 any hardware. It provides a bridge between existing neural network
 frameworks and whatever hardware is available and supported. On arm
 architectures (arm64 and armhf) it utilizes the Arm Compute Library
 to target Cortex-A CPUs, Mali GPUs and Ethos NPUs as efficiently as
 possible. On other architectures/hardware it falls back to unoptimised
 functions.
 .
 This packaging release supports TensorFlow Lite.
 Arm NN takes networks from the framework, translates them
 to the internal Arm NN format and then through the Arm Compute Library,
 deploys them efficiently on Cortex-A CPUs, and, if present, Mali GPUs.
 .
 This is a dependency package containing the latest ArmNN Core package as
 well as the latest CPU backend, GPU backend and the TensorFlow Lite
 Parser.

Package: armnn-latest-cpu-gpu-ref
Description-md5: 782c24fe2b9764b8a854fea498d1e7e6
Description-en: Arm NN Core, CPU, GPU, and Reference backends
 Arm NN is a set of tools that enables machine learning workloads on
 any hardware. It provides a bridge between existing neural network
 frameworks and whatever hardware is available and supported. On arm
 architectures (arm64 and armhf) it utilizes the Arm Compute Library
 to target Cortex-A CPUs, Mali GPUs and Ethos NPUs as efficiently as
 possible. On other architectures/hardware it falls back to unoptimised
 functions.
 .
 This packaging release supports TensorFlow Lite.
 Arm NN takes networks from the framework, translates them
 to the internal Arm NN format and then through the Arm Compute Library,
 deploys them efficiently on Cortex-A CPUs, and, if present, Mali GPUs.
 .
 This is a dependency package containing the latest ArmNN Core package as
 well as the latest CPU backend, GPU backend, Reference backend and the
 TensorFlow Lite Parser.

Package: armnn-latest-gpu
Description-md5: bfd57b1b1151b25071d9ca68550d268c
Description-en: Arm NN Core and GPU backend
 Arm NN is a set of tools that enables machine learning workloads on
 any hardware. It provides a bridge between existing neural network
 frameworks and whatever hardware is available and supported. On arm
 architectures (arm64 and armhf) it utilizes the Arm Compute Library
 to target Cortex-A CPUs, Mali GPUs and Ethos NPUs as efficiently as
 possible. On other architectures/hardware it falls back to unoptimised
 functions.
 .
 This packaging release supports TensorFlow Lite.
 Arm NN takes networks from the framework, translates them
 to the internal Arm NN format and then through the Arm Compute Library,
 deploys them efficiently on Cortex-A CPUs, and, if present, Mali GPUs.
 .
 This is a dependency package containing the latest ArmNN Core package as
 well as the latest GPU backend and the TensorFlow Lite Parser.

Package: armnn-latest-ref
Description-md5: 4bb4f25345207118d9a03b504f53923e
Description-en: Arm NN Core and Reference backend
 Arm NN is a set of tools that enables machine learning workloads on
 any hardware. It provides a bridge between existing neural network
 frameworks and whatever hardware is available and supported. On arm
 architectures (arm64 and armhf) it utilizes the Arm Compute Library
 to target Cortex-A CPUs, Mali GPUs and Ethos NPUs as efficiently as
 possible. On other architectures/hardware it falls back to unoptimised
 functions.
 .
 This packaging release supports TensorFlow Lite.
 Arm NN takes networks from the framework, translates them
 to the internal Arm NN format and then through the Arm Compute Library,
 deploys them efficiently on Cortex-A CPUs, and, if present, Mali GPUs.
 .
 This is a dependency package containing the latest ArmNN Core package as
 well as the latest Reference backend and the TensorFlow Lite Parser.

Package: libarmnn-cpuacc-backend33
Description-md5: 12789ac23118f1d7ccaf65fff0a4c367
Description-en: Arm NN dynamically loadable Neon backend
 Arm NN is a set of tools that enables machine learning workloads on
 any hardware. It provides a bridge between existing neural network
 frameworks and whatever hardware is available and supported. On arm
 architectures (arm64 and armhf) it utilizes the Arm Compute Library
 to target Cortex-A CPUs, Mali GPUs and Ethos NPUs as efficiently as
 possible. On other architectures/hardware it falls back to unoptimised
 functions.
 .
 This release supports Caffe, TensorFlow, TensorFlow Lite, and ONNX.
 Arm NN takes networks from these frameworks, translates them
 to the internal Arm NN format and then through the Arm Compute Library,
 deploys them efficiently on Cortex-A CPUs, and, if present, Mali GPUs.
 .
 This is the dynamically loadable Neon backend package.

Package: libarmnn-cpuref-backend33
Description-md5: 0ea25349835fc42007d27bda9b1d9282
Description-en: Arm NN dynamically loadable Reference backend
 Arm NN is a set of tools that enables machine learning workloads on
 any hardware. It provides a bridge between existing neural network
 frameworks and whatever hardware is available and supported. On arm
 architectures (arm64 and armhf) it utilizes the Arm Compute Library
 to target Cortex-A CPUs, Mali GPUs and Ethos NPUs as efficiently as
 possible. On other architectures/hardware it falls back to unoptimised
 functions.
 .
 This release supports Caffe, TensorFlow, TensorFlow Lite, and ONNX.
 Arm NN takes networks from these frameworks, translates them
 to the internal Arm NN format and then through the Arm Compute Library,
 deploys them efficiently on Cortex-A CPUs, and, if present, Mali GPUs.
 .
 This is the dynamically loadable Reference backend package.

Package: libarmnn-dev
Description-md5: 55265e51740ec0ddf8400f172cdc68fb
Description-en: Inference engine for CPUs, GPUs and NPUs - header files
 Arm NN is a set of tools that enables machine learning workloads on
 any hardware. It provides a bridge between existing neural network
 frameworks and whatever hardware is available and supported. On arm
 architectures (arm64 and armhf) it utilizes the Arm Compute Library
 to target Cortex-A CPUs, Mali GPUs and Ethos NPUs as efficiently as
 possible. On other architectures/hardware it falls back to unoptimised
 functions.
 .
 This release supports Caffe, TensorFlow, TensorFlow Lite, and ONNX.
 Arm NN takes networks from these frameworks, translates them
 to the internal Arm NN format and then through the Arm Compute Library,
 deploys them efficiently on Cortex-A CPUs, and, if present, Mali GPUs.
 .
 This is the development package containing header files.

Package: libarmnn-gpuacc-backend33
Description-md5: e651c549c84d72ff21ea919912e0db94
Description-en: Arm NN dynamically loadable CL backend
 Arm NN is a set of tools that enables machine learning workloads on
 any hardware. It provides a bridge between existing neural network
 frameworks and whatever hardware is available and supported. On arm
 architectures (arm64 and armhf) it utilizes the Arm Compute Library
 to target Cortex-A CPUs, Mali GPUs and Ethos NPUs as efficiently as
 possible. On other architectures/hardware it falls back to unoptimised
 functions.
 .
 This release supports Caffe, TensorFlow, TensorFlow Lite, and ONNX.
 Arm NN takes networks from these frameworks, translates them
 to the internal Arm NN format and then through the Arm Compute Library,
 deploys them efficiently on Cortex-A CPUs, and, if present, Mali GPUs.
 .
 This is the dynamically loadable CL backend package.

Package: libarmnn33t64
Description-md5: e888567e31b7cecf1376a2ed4d25c4ba
Description-en: Inference engine for CPUs, GPUs and NPUs - shared library
 Arm NN is a set of tools that enables machine learning workloads on
 any hardware. It provides a bridge between existing neural network
 frameworks and whatever hardware is available and supported. On arm
 architectures (arm64 and armhf) it utilizes the Arm Compute Library
 to target Cortex-A CPUs, Mali GPUs and Ethos NPUs as efficiently as
 possible. On other architectures/hardware it falls back to unoptimised
 functions.
 .
 This release supports Caffe, TensorFlow, TensorFlow Lite, and ONNX.
 Arm NN takes networks from these frameworks, translates them
 to the internal Arm NN format and then through the Arm Compute Library,
 deploys them efficiently on Cortex-A CPUs, and, if present, Mali GPUs.
 .
 This is the shared library package.

Package: libarmnnaclcommon33t64
Description-md5: 735b3e0e5725b9831919684e1831f139
Description-en: Arm NN shared library for Arm Compute Library backends
 Arm NN is a set of tools that enables machine learning workloads on
 any hardware. It provides a bridge between existing neural network
 frameworks and whatever hardware is available and supported. On arm
 architectures (arm64 and armhf) it utilizes the Arm Compute Library
 to target Cortex-A CPUs, Mali GPUs and Ethos NPUs as efficiently as
 possible. On other architectures/hardware it falls back to unoptimised
 functions.
 .
 This release supports Caffe, TensorFlow, TensorFlow Lite, and ONNX.
 Arm NN takes networks from these frameworks, translates them
 to the internal Arm NN format and then through the Arm Compute Library,
 deploys them efficiently on Cortex-A CPUs, and, if present, Mali GPUs.
 .
 This is the common shared library used by Arm Compute Library backends.

Package: libarmnntfliteparser-dev
Description-md5: fb8b553904254daf9f4b8023fe11c632
Description-en: Arm NN TensorFlow Lite parser library - header files
 Arm NN is a set of tools that enables machine learning workloads on
 any hardware. It provides a bridge between existing neural network
 frameworks and whatever hardware is available and supported. On arm
 architectures (arm64 and armhf) it utilizes the Arm Compute Library
 to target Cortex-A CPUs, Mali GPUs and Ethos NPUs as efficiently as
 possible. On other architectures/hardware it falls back to unoptimised
 functions.
 .
 This release supports Caffe, TensorFlow, TensorFlow Lite, and ONNX.
 Arm NN takes networks from these frameworks, translates them
 to the internal Arm NN format and then through the Arm Compute Library,
 deploys them efficiently on Cortex-A CPUs, and, if present, Mali GPUs.
 .
 This is the development package containing header files.

Package: libarmnntfliteparser24t64
Description-md5: 00e842db7928cd7878b8ce23695a6920
Description-en: Arm NN TensorFlow Lite parser library
 Arm NN is a set of tools that enables machine learning workloads on
 any hardware. It provides a bridge between existing neural network
 frameworks and whatever hardware is available and supported. On arm
 architectures (arm64 and armhf) it utilizes the Arm Compute Library
 to target Cortex-A CPUs, Mali GPUs and Ethos NPUs as efficiently as
 possible. On other architectures/hardware it falls back to unoptimised
 functions.
 .
 This release supports Caffe, TensorFlow, TensorFlow Lite, and ONNX.
 Arm NN takes networks from these frameworks, translates them
 to the internal Arm NN format and then through the Arm Compute Library,
 deploys them efficiently on Cortex-A CPUs, and, if present, Mali GPUs.
 .
 This is the shared library package.

Package: python3-pyarmnn
Description-md5: e21445e8ef70df8ec8d5ee4a54acf089
Description-en: PyArmNN is a python extension for the Armnn SDK
 PyArmNN provides interface similar to Arm NN C++ Api.
 .
 PyArmNN is built around public headers from the armnn/include folder
 of Arm NN. PyArmNN does not implement any computation kernels itself,
 all operations are delegated to the Arm NN library.

.
13864a
Package: arduino-dfu-discovery
Description-md5: 23e5721f8bb70405089882cc9966edc4
Description-en: Arduino pluggable discovery for dfu devices
 The dfu-discovery builtin tool is a pluggin for arduino-cli that allows
 it to find Device Firmware Upgrade (DFU) mode hardware ports.

.
13245,13259d
12338c
 This package contains the MySQL / MariaDB database driver.
.
12329,12330c
Description-md5: f86fad3724e8feabd4e561588a1c6ad6
Description-en: Apache Portable Runtime Utility Library - MySQL/MariaDB Driver
.
11630,11642d
8901,8913d
2950,2959d
