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[2] [3] The following year, Angel Studios developed Midtown Madness 2 (2000), the first title to use the new Angel Game Engine (AGE). [4] In 2002, Angel Studios was sold to Take-Two Interactive, moved under Rockstar Games, and rebranded Rockstar San Diego. This sale also included AGE, later renamed the Rockstar Advanced Game Engine (RAGE). [5]
Name Owner Platforms License; Chromium Embedded Framework (CEF) : CEF Project Page Linux, macOS, Microsoft Windows: Free: BSD CEGUI: CEGUI team Linux, macOS ...
The ATI Rage (stylized as RAGE or rage) is a series of graphics chipsets developed by ATI Technologies offering graphical user interface (GUI) 2D acceleration, video acceleration, and 3D acceleration developed by ATI Technologies.
It wraps the native Windows controls, providing object-oriented classes and visual design, although also allowing access to the underlying handles and other WinAPI details if required. It was originally implemented as a successor to OWL, skipping the OWL/MFC style of UI creation, which by the mid-nineties was a dated design model. [3]
id Tech 7 is a multiplatform proprietary game engine developed by id Software.As part of the id Tech series of game engines, it is the successor to id Tech 6.The software was first demonstrated at QuakeCon 2018 as part of the id Software announcement of Doom Eternal.
The rest of 2011 was spent adding a UI library [12] and working on the basics of a 3D API. [1] At the start of 2012 Zechner created a small helper library called gdx-jnigen for easing the development of JNI bindings. [1] [13] This made it possible for the gdx-audio [14] and gdx-freetype [15] extensions to be developed over the following months. [1]
A PIGUI (Platform Independent Graphical User Interface) package is a software library that a programmer uses to produce GUI code for multiple computer platforms.The package presents subroutines and/or objects (along with a programming approach) which are independent of the GUIs that the programmer is targeting.
The API provided by the framework gives access to the video and sound functions of the host machine through the libraries SDL and OpenGL, or since version 0.10 also OpenGL ES 2 and 3. [3] Fonts can be rendered by the FreeType engine. [4] A version of the framework called piLöve has been specifically ported to Raspberry Pi. [5]