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This category is designated for any software, which uses Qt. It's not required for software in this category to be related only to software development.
Qt /ˈkjuːt/ or /ˈkjuː ˈtiː/ (pronounced "cute" [7] [8] or as an initialism) is a cross-platform application development framework for creating graphical user interfaces as well as cross-platform applications that run on various software and hardware platforms such as Linux, Windows, macOS, Android or embedded systems with little or no change in the underlying codebase while still being a ...
This category comprises all sorts of engineering software that uses Qt. Electronic design automation (EDA or ECAD) Computer-aided design (CAD) Parametric Solid modeling; Freeform surface modelling, Class A surfaces. Reverse engineering; Styling and Computer-aided industrial design; Engineering drawing (Drafting) Product and manufacturing ...
Emscripten has been used to port a number of C/C++ code bases to WebAssembly, including Unreal Engine 3, SQLite, [9] MeshLab, [10] Bullet physics, [11] AutoCAD, [12] and a subset of the Qt application framework. [13] Other examples of software ported to WebAssembly via Emscripten include the following:
Qt Quick is a free software application framework developed and maintained by the Qt Project within the Qt framework. It provides a way of building custom, highly dynamic graphical user interfaces with fluid transitions and effects, which are becoming more common especially in mobile devices . [ 2 ]
QtJambi is a Java binding of the cross-platform application framework Qt. It enables Java developers to use Qt within the Java programming language. In addition, the QtJambi generator can be used to create Java bindings for other Qt libraries and future versions of Qt. Unlike GTK, there are no Swing LAF implementations that use Qt for rendering.
Lively for Qt is a new implementation of the Lively Kernel in which the "kernel" parts are replaced by functionality offered by the Qt framework. [4] Lively for Qt inherits most of the basic functionality (such as the implementation of widgets, layout management, core event handling and core JavaScript support) from Qt.
The Qt API is integrated via PythonQt, allow to access Qt Style Sheets, Qt Widgets, QT Core classes, etc. by scripting from within MeVisLab. Scripting support: Python can be used for script controlled access to a large part of the MeVisLab functionality. The script binding to Qt is implemented via PythonQt.