Implementation method for three-dimensional figure render based on cloud computing framework and cloud service system

Abstract

The invention discloses an implementation method for three-dimensional figure render based on a cloud computing framework. The implementation method includes the steps that existing scene description is uploaded to a scene root explorer of a cloud service system, a model needed by a scene is analyzed by the scene root explorer, and the model is uploaded from a memory system. The belonging model is packaged, a scene object is set, a render instruction supported by a specific renderer is generated, and the render instruction is packed and is sent to a render system. After the render instruction returns to a render picture, the picture is transmitted to an application layer and is displayed. A user interacts with the application layer, the application layer captures action events, and the action events are transmitted to a cloud service layer according to a protocol. After the cloud service layer receives the action events, a scene is automatically adjusted on the background of the cloud service layer according to new action parameters. Format conversion of packaging and render instruction is carried out for a second time, then the action events are transmitted to the render system and are rendered by the render system, and finally the action events are displayed on the application layer anew. Therefore, interactive edit and display of a three-dimensional scene are achieved.

Description

technical field [0001] The present invention relates to a three-dimensional graphics rendering technology, in particular to a method for realizing the three-dimensional graphics rendering technology based on cloud architecture and a three-dimensional graphics rendering cloud service system. Background technique [0002] In the field of 3D graphics processing, the transformation of 3D graphics into the final rendering requires a complex rendering calculation process. The rendering process can be divided into two types: real-time rendering and photo-level rendering. Real-time rendering has higher requirements for real-time performance. Produce several pictures in seconds, mainly used for dynamic real-time display of 3D games and 3D models; photo-level rendering, aimed at producing physically realistic renderings, mainly used in film and television animation, advertising planning, interior design, industrial design and other fields . [0003] At present, in the field of IT Int...

AI Technical Summary

Problems solved by technology

[0005] To sum up, the current implementation method of 3D graphics rendering processing based on the local rendering engine cannot meet the needs of business development, and it is necessary to implement a more advanced, safe, and convenient photo-level rendering technology and system for 3D graphics, so that It can help Internet applications and mobile Internet applications to quickly realize the display and interaction form of 3D applications

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