Light terminal 3D cloud rendering method

Abstract

The invention relates to a light terminal 3D cloud rendering method. A 3D program is deployed in a cloud server cluster according to a preset rule, the cloud server cluster receives a request and allocates the request when a user terminal initiates the request, the 3D program can execute rendering operation on the cloud server cluster and return a rendering result to the user terminal, and the user terminal judges the rendering result and performs corresponding processing. According to the invention, the cloud server cluster is applied; the method is based on extremely high hardware configuration and massive computing resources of a cloud rendering server, a flexible elastic computing capability and a super-strong parallel computing capability are provided, graphs and instructions can be quickly processed, a plurality of 3D programs can be rendered in parallel, and high-performance host-level high-definition image quality and extremely smooth experience can be obtained by all terminalequipment without downloading while the user cost is reduced; the cloud rendering server can carry out load balancing to build a cluster to process a more complex large 3D program, the problem that acertain server fails and cannot work is not worried about, and the cloud rendering server is safer and depends on the spectrum.

Description

technical field [0001] The present invention relates to the general technical field of image data processing or generation, in particular to a light terminal 3D cloud rendering method. Background technique [0002] 3D rendering refers to presenting a 2D realistic image from a 3D model grid through computer calculation. The calculation process includes comprehensive variables such as light and auxiliary light, material and texture of materials, and camera-related settings. [0003] 3D rendering includes real-time rendering and non-real-time rendering. Real-time rendering is mainly used in the field of games. The computer will calculate and display the rendered results in real time. The frame rate is around 20-120, while 3D non-real-time rendering is usually used for movies or Video, with the limited computing power of the computer, can achieve a more realistic effect by extending the rendering time. What rendering does is to make the result look more like a real scene, and t...

AI Technical Summary

Problems solved by technology

[0005] Based on the above basic principles, it can be seen that 3D rendering has very strict requirements on hardware performance and user command response speed. CPU and other hardware—all have extremely high requirements, and many users choose to sacrifice 3D rendering quality as the price. Even so, if you want to render 3D programs, you still need to choose a relatively high terminal configuration. Rendering 3D programs is even more of a luxury. At the same time, the transmission problem of ordinary networks has become another bottleneck to be overcome, such as transmission delay, encoding and decoding delay, jitter, etc., which will directly cause 3D cloud rendering to be impossible.

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