A Scene Theme Optimization and Toning Method Based on Color Clustering Center Transformation

Abstract

The invention discloses a scene theme optimization and color-matching method based on color clustering center transformation. According to the method, five main colors in a complex scene and a local scene are extracted by a kmeans clustering method to form a basic color theme and a to-be-optimized color theme, and the to-be-optimized color theme is evaluated and optimized with the use of the basic color theme so as to enable the local scene and the complex scene to be better matched and enable optimization of a complex scene modeling effect to be realized.

Description

technical field [0001] The invention relates to the technical field of complex scene modeling, in particular to a scene theme optimization and toning method based on color cluster center transformation, which can realize the optimization of local colors of complex scene models and the optimized design of virtual scene colors. Background technique [0002] The design of traditional 3D complex scenes contains a lot of content, and it is difficult for one designer to complete all the designs, and the color scheme adopted by different designers is greatly influenced by the designer's subjective, and different designers have different interpretations for different styles. are not the same, so in the final generation process of complex scenes, there are partial scenes that do not match the basic color theme, and this part of the scene needs to be optimized. [0003] The color matching design of the traditional scene model is based on the designer’s understanding of the application...

AI Technical Summary

Problems solved by technology

[0002] The design of traditional 3D complex scenes contains a lot of content, and it is difficult for one designer to complete all the designs, and the color scheme adopted by different designers is greatly influenced by the designer's subjective, and different designers have different interpretations for different styles. are not the same, so in the final generation of complex scenes, there are partial scenes that do not match the basic color theme, and this part of the scene needs to be optimized

[0003] The color matching design of the traditional scene model is based on the designer’s understanding of the application occasion. In the process of generating complex scenes, in order to improve the harmony of the scene, the local color theme in the scene is required to be close to the basic color theme of the scene. Although Now the computer-aided design system is relatively developed, but the color matching design stage is still mainly done manually, and the efficiency is not very high

At the same time, since the complex scene itself contains a large number of objects, the efficiency of manually optimizing the color matching of the final generated scene is still relatively low

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