This package contains the translations for Qt contributed by the Qt community.

This package provides multicast DNS library for Qt applications.

The Qt for Python product enables the use of Qt6 APIs in Python applications. It lets Python developers utilize the full potential of Qt, using the PySide6 module. The PySide6 module provides access to the individual Qt modules such as QtCore, QtGui,and so on. Qt for Python also comes with the Shiboken6 CPython binding code generator, which can be used to generate Python bindings for your C or C++ code.

Kvantum is an SVG-based theme engine for Qt, tuned to KDE and LXQt, with an emphasis on elegance, usability and practicality.

Provides an abstraction layer on top of the various Qt bindings (PyQt5, PySide2, PyQt6, PySide6) and additional custom QWidgets.

This package provides some extra widgets for PyQt/PySide:

• Multi-handle slider for float values

• Spinbox with arbitrarily large integers

• Magnitude combined with unit dropdown

• Label that willl elide text

• Searchable ComboBox populated from Enum

• Searchable List

• Searchable Tree

• Color ComboBox

• Colormap ComboBox

• Toggle switch

• Collapsible widget to hide and unhide child widgets

• Flow layout

This package contains the union of PyQt and the Qscintilla extension.

SIP is used to write self contained extension modules, i.e. without a library to be wrapped. This SIP extension module provides support for the PyQt6 package.

The Qt for Python product enables the use of Qt5 APIs in Python applications. It lets Python developers utilize the full potential of Qt, using the PySide2 module. The PySide2 module provides access to the individual Qt modules such as QtCore, QtGui,and so on. Qt for Python also comes with the Shiboken2 CPython binding code generator, which can be used to generate Python bindings for your C or C++ code.

Qt Quick 3D Physics provides a high-level API for physics simulation. It supports simulating interactive rigid bodies as well as static meshes and non-colliding bodies used for detecting overlaps. Every simulated body can have its own physical properties like mass, density and friction.

QCustomPlot is a Qt C++ widget providing 2D plots, graphs and charts.

PyQt-builder is a tool for generating Python bindings for C++ libraries that use the Qt application framework. The bindings are built on top of the PyQt bindings for Qt. PyQt-builder is used to build PyQt itself.

Sip module support for PyQt5

The Qt Network Authorization module provides an implementation of OAuth and OAuth2 authenticathon methods for Qt.

Qt Quick 3D is a module within the Qt framework that provides a high-level interface for creating 3D content for user interfaces. Its key features include:

• Spatial (3D) scene graph

• Mixing 2D and 3D Qt Quick content

• Physically based rendering (PBR) materials

• Punctual and image based lighting

• Custom material and effect system

• GLTF (Graphics Library Transmission Format) 2.0 model import

• Animation support

• 3D input handling and picking

• 3D particle system

Qt5CT is a program that allows users to configure Qt5 settings (such as icons, themes, and fonts) in desktop environments or window managers, that don't provide Qt integration by themselves.

SoQt is a Qt GUI component toolkit library for Coin. It is also compatible with SGI and TGS Open Inventor, and the API is based on the API of the InventorXt GUI component toolkit.

Qt Advanced Docking System lets you create customizable layouts using a window docking system.

The qtshadertools module provides APIs and tools supporting shader pipeline functionality as offered in Qt Quick to operate on Vulkan, OpenGL and other main graphic APIs.

Pyotherside is a Qt plugin providing access to a Python 3 interpreter from QML for creating asynchronous mobile and desktop UIs with Python.

The Qt WebChannel module enables peer-to-peer communication between the host (QML/C++ application) and the client (HTML/JavaScript application).

This package provides the asynchronous RPC client-server framework and message specification for Rigetti Quantum Cloud Services (QCS). It implements an efficient transport protocol by using ZeroMQ (ZMQ) sockets and MessagePack (msgpack) serialization.

Quil is the quantum instruction language, originally developed at Rigetti Computing. In Quil quantum algorithms are expressed using Quil's standard gates and instructions

This is the official Quil-Lang Quantum Virtual Machine (QVM), a flexible and efficient simulator for Quil.