Game screen processing method and game platform based on data analysis and dynamic rendering

Abstract

The game screen processing method and game platform based on data analysis and dynamic rendering provided by this application can realize the rendering of game screens corresponding to different game clients according to different rendering progress data, so that the difference in the moving speed of the game character and the game platform can be considered. Matching and synchronization between game screens. Further, corresponding progress update instructions can be created based on the movement data variables of different game clients, so that each game client can be instructed to adjust the rendering progress data. This design can instruct each game client to adjust the rendering progress data, thereby dynamically adjusting the memory resources occupied by each game client during rendering, so that different game clients can be implemented under the premise of limited memory resources. The differential rendering of different game clients can effectively improve the situation of insufficient memory, thereby ensuring that different game clients will not experience stuttering, delay and black screen when rendering game screens.

Description

technical field [0001] The present application relates to the technical fields of data processing and game processing, and in particular to a game screen processing method and game platform based on data analysis and dynamic rendering. Background technique [0002] With the development of network communication technology, game production is also developing in the direction of refinement and customization. Nowadays, the production of game screens is becoming more and more detailed and realistic, which can bring strong visual impact and experience to game players. [0003] In different games, there is usually switching between different game scenes. When switching game scenes, it is necessary to perform real-time rendering of the game screens in different game scenes to avoid delays in the screen display of each game client. However, due to the fact that today's game screens are becoming more and more refined, more and more server resources are required. When it is necessary ...

AI Technical Summary

Problems solved by technology

However, due to the fact that today's game screens are becoming more and more refined, more and more server resources are required. When it is necessary to render game screens for multiple game clients at the same time, there will be a problem of insufficient memory resources, which will lead to There is a delay in the game screen display of multiple game clients at the same time

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