libmaliit-glib2

Maliit Input Method Framework - GLib Bindings

Maliit provides a flexible and cross-platform input method framework. It has a plugin-based client-server architecture where applications act as clients and communicate with the Maliit server via input context plugins. The communication link currently uses D-Bus. Maliit is an open source framework (LGPL 2) with open source plugins (BSD).

python3-moderngl-window

Cross-platform utility library for ModernGL

moderngl_window simplifies window creation and resource loading for OpenGL programs. It interoperates with a wide range of toolkits, such as pyglet, pygame, PySide2, GLFW, SLD2, and PyQt5 and can be extended with custom loaders, resource finders, and windows.

libqt6dbus6

Qt 6 D-Bus module

Qt is a cross-platform C++ application framework. Qt's primary feature is its rich set of widgets that provide standard GUI functionality.

lxd-migrate

LXD physical to instance migration tool

This tool lets you turn any Linux filesystem (including your current one) into a LXD instance on a remote LXD host.

python3-customidenticon

Python library for generate a variety of identicons

This library includes support for 3 different types of identicons.
Generic satellite data processing software

satdump

Generic satellite data processing software

It is a one-stop-shop that provides all the necessary stages to get from satellite transmission to actual products. Features: * Support of many SDRs such as RTL-SDR, Airspy, HackRF, BladeRF, LimeSDR, PlutoSDR, etc. * Recording of radio basebands from your SDR * Decoding and processing the data from over 90 different satellites and even space probes. * Live decoding of supported satellite links such as APT, LRPT, HRPT, LRIT, HRIT and many more. * Image and data decoding from satellites such as NOAA 15-18-19, Meteor-M, GOES, Elektro-L, Metop, FengYun, etc. * Calibrated and georefrenced L1b products output on select satellites, such as Sea Surface Temperature, Microphysics, etc. ready to use for scientific applications such as numerical weather forecasts. * Support for projecting the satellite imagery over a map, including layering with other instruments or satellites. * Inmarsat Aero and STD-C EGC messages decoding. * Scheduler and rotator control for automated satellite stations. * Ingestor for automated geostationary weather satellites reception.