Integrating Color Theory in Eco-Friendly Design of Reconstituted Decorative Thin Wood

Abstract

With the increasing emphasis on green home furnishing and ecological environment, reconstituted decorative thin wood is being used more widely as a new material with excellent performance and beautiful appearance. This paper discusses applying the color theory of reconstituted decorative thin wood from the perspective of green ecology. First, academic achievements are summarized related to reconstituted decorative thin wood and its color theory, exploring its research direction and future development trends. Secondly, this paper outlines the classical color system and theory, at the same time, based on the K-means algorithm, color extraction of reconstituted decorative thin wood samples, and establishes the color relationship network model. Using the basic theory and design method of prototype typology, the texture types of reconstituted decorative thin wood are classified, and the texture characteristics and texture composition of reconstituted artistic modeling thin wood are studied. Through data analysis of 96 questionnaires and summarizing and analyzing the results of the respondents' perceived preferences for the experimental samples, the feasibility of the restructured decorative thin wood design scheme was verified based on the CNCSCOLOR color palette theory of color matching design. Then the degree of choice and the degree of willingness to purchase of the restructured decorative thin wood scheme and its application of the customized closet effect were evaluated through the Likert Scale.