Three-dimensional game engine kernel structure

Abstract

The invention discloses a three-dimensional game engine kernel structure. The three-dimensional game engine kernel structure comprises sub-algorithm function units for dividing and packaging a three-dimensional game engine bottom layer, an engine function module for rendering the three-dimensional game engine bottom layer, and a user-defined function interface module serving as an engine kernel external interface for communication connection of an engine external interface and the sub-algorithm function units in the engine function module. The purpose of the invention is to define the user-defined function interface module for communication with the engine external interface by a user by dividing the static and dynamic functions of the sub-algorithm units in an engine kernel, so that the function of an upper-layer interface can be conveniently called; and the unified call management is carried out through a function call interface unit, and the corresponding function call operation is performed by a function attribute interface unit or a dynamic function update interface unit, so that the processing efficiency is improved.

Description

[technical field] [0001] The invention relates to a three-dimensional game engine core structure. [Background technique] [0002] With the development of computer virtual reality technology and 3D game technology, 3D game engine has become an indispensable part of 3D game development. Realistic game scenes and 3D effects require real-time display support of complex 3D rendering functions. For the design of a 3D game engine, the realization and packaging of the sub-functions of the 3D game engine it contains has become a key part of the engine implementation. [0003] In 3D graphics and 3D game scenes, the final color displayed by each pixel is obtained through a large number of calculations. Realistic graphics rendering is an important part of 3D models. It uses mathematics, physics, computer science and other Scientific knowledge generates realistic graphics. At the same time, the model in the scene also depends on the lighting in the scene and the reflection and absorpti...

AI Technical Summary

Problems solved by technology

[0005] At present, relatively mature 3D game engines, if used in the commercial field, cost too much, and consume a lot of computer resources on a large scale. For the application of designing some simple 3D games, such high costs do not need to be involved; at the same time, different 3D games A certain engine function will be used more, while some engine functions will be used less. For different applications, 3D game engines with different functions are required, and this mainly depends on the packaging of the 3D game engine core. Combined with the actual It is necessary to package the core of the 3D game engine, and it is necessary to expand the core function and meet the subsequent supplements and modifications

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