3D animation whole-process manufacturing cloud computing platform

Abstract

The invention provides a 3D animation whole-process manufacturing cloud computing platform which is characterized by comprising an animation module, a 3D module, a rendering module and a cloud computing module. The animation module is used for modeling and generating an animation camera lens, the 3D module is used for shooting a 3D animation image, the rendering module is used for animation previewing and rendering distribution, and the cloud computing module is used for animation rendering and outputting. The 3D animation whole-process manufacturing cloud computing platform has the advantages that due to the cloud computing mode, the cross-region and cross-time-space brand new communication and cooperation mode can be provided for a user, and the problem of rendering calculation and mobile storage is solved for the user through cloud computing mass storage and the strong parallel computing capability. According to the platform, the modules are applied to the 3D manufacturing whole process from early stage to late stage, and the control capability over the technology can be provided for creatives. The modules further has the cooperation working capability in design, and the modules are easy to integrate, so that manufacturers obtain the whole unified manufacturing process, and a 3D imaging creative tool can be provided for the manufacturers.

Description

technical field [0001] The invention belongs to the technical field of numerical control, and in particular relates to a cloud computing platform for 3D stereoscopic animation full-process production. Background technique [0002] With the rapid development of digital film production technology and projection technology, digital high-definition 2K and 4K movies have gradually become the mainstream, especially with the increase in the number of Imax auditoriums, the requirements for the picture quality of movies are getting higher and higher. However, due to the high technical requirements, it is difficult for ordinary film makers to produce, and the film source is very scarce. Most of these films in the theater chain are monopolized by imported blockbusters. Especially for 3D animation movies, the technology of frame-by-frame rendering is used, and 24 frames are rendered per second, and a 90-minute movie needs to be rendered and output 130,000 frames. The production cycle o...

AI Technical Summary

Problems solved by technology

The production cycle of 3D stereoscopic animation is long and the cost is high

[0003] At present, the 3D camera process is very cumbersome, especially the shooting of virtual 3D animation images. The photographer needs to conduct 3D shooting based on experience or under the guidance of professionals. The 3D effect needs to be modified repeatedly, and the reverse shooting rate is very high.

[0004] Most of the research on 3D animation post-rendering technology focuses on the development of renderer software. The United States and the United Kingdom are in a technological monopoly position, but their research and development of cluster rendering control and management software is still in a blank stage

At present, there is no special CNC system software for controlling the output of clustered post-rendering, and the imperfection of cluster network rendering control technology makes it a technical bottleneck in production efficiency and production quality.

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