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A data type whose representation is visible is called transparent. [1] Opaque data types are frequently used to implement abstract data types . Typical examples of opaque data types include handles for resources provided by an operating system to application software .
UNITY is a programming language constructed by K. Mani Chandy and Jayadev Misra for their book Parallel Program Design: A Foundation. It is a theoretical language which focuses on what , instead of where , when or how .
Prior to C# being the primary programming language used for the engine, it previously supported Boo, which was removed with the release of Unity 5, [53] and a Boo-based implementation of JavaScript called UnityScript, which was deprecated in August 2017, after the release of Unity 2017.1, in favor of C#.
Unity's layout has tables each with columns of components. In this system an entity type is based on the components it holds. For every entity type there is a table (called an archetype) holding columns of components that match the components used in the entity. To access a particular entity one must find the correct archetype (table) and index ...
In software engineering, it is also considered good practice to develop or use abstraction layers for database access, so that the same application will work with different databases; here, the abstraction layer allows other parts of the program to access the database transparently (see Data Access Object, for example).
Unity 2D showing the ability to run alongside different window managers and desktop environments. Initially Canonical maintained two discrete versions of Unity, which were visually almost indistinguishable but technically different. Unity is written as a plugin for Compiz [38] and uses an uncommon OpenGL toolkit called Nux. [3]
The A-buffer is a computer graphics technique introduced in 1984 which stores per-pixel lists of fragment data (including micro-polygon information) in a software rasteriser, REYES, originally designed for anti-aliasing but also supporting transparency. More recently, depth peeling [1] in 2001 described a hardware accelerated OIT technique ...
In analytic philosophy and computer science, referential transparency and referential opacity are properties of linguistic constructions, [a] and by extension of languages. A linguistic construction is called referentially transparent when for any expression built from it, replacing a subexpression with another one that denotes the same value [b] does not change the value of the expression.