Texture size detection method and device and rendering engine

Abstract

The invention discloses a texture size detection method and device and a rendering engine, and the method comprises the steps: obtaining the data information of each texture corresponding to a rendering scene when a virtual camera reaches each voxel unit in a to-be-rendered scene, and enabling the data information to comprise a loading size in a visible range of the virtual camera; for one texture, determining a reference size of the texture in the to-be-rendered scene according to a plurality of loading sizes obtained when the virtual camera reaches each voxel unit in the to-be-rendered scene; and according to the determined reference size of each texture, determining whether the size of each texture is reasonable when the scene to be rendered is rendered. According to the method, the textures with unreasonable sizes in the game scene can be automatically, quickly, comprehensively and meticulously screened out, the reasonable sizes are given, the labor cost and the time cost are greatly saved, and compared with a manual detection method, the game development cost is remarkably saved, and the game development efficiency is improved.

Description

technical field [0001] The present application relates to the field of rendering technology, in particular to a texture size detection method, device and rendering engine. Background technique [0002] In the game development process, the fast pace makes artists often prefer to use huge texture sizes to display better effects. However, textures with unreasonable sizes not only affect the memory usage, but also affect the loading time. Considering and using textures of a reasonable size often requires an artist with a lot of relevant experience. Even if the relevant rules are formulated in the early stage, human factors are prone to mistakes. Therefore, it is difficult to find a reasonable balance between development efficiency and development quality. [0003] When checking the rationality of the texture size in the later stage, in the existing technology, manual means are usually used to open and check each texture, which not only requires a lot of time and labor costs, but...

AI Technical Summary

Problems solved by technology

[0002] In the game development process, the fast pace makes artists often prefer to use huge texture sizes to display better effects. However, textures with unreasonable sizes not only affect the memory usage, but also affect the loading time.

Considering and using textures of a reasonable size often requires an artist with a lot of relevant experience. Even if the relevant rules are formulated in the early stage, human factors are prone to mistakes. Therefore, it is difficult to find a reasonable balance between development efficiency and development quality

[0003] When checking the rationality of the texture size in the later stage, in the existing technology, manual means are usually used to open and check the textures one by one, which not only requires a lot of time and labor costs, but also is difficult to check, and the accuracy rate is low through naked eye observation

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