Research on Modeling of Palace Lamps Based on Kansei Engineering

摘要

The work aims to analyze the design of palace lantern form features based on the Kansei engineering, where a linear regression model between the morphological elements and the perceptual image of the palace lantern were established. In Kansei engineering, representative samples and perceptual vocabulary of palace lantern were collected and extracted first. Then, from the view of structural parts, material, decorative pattern, color matching and other aspects, the design elements affecting palace lanterns were extracted comprehensively, and semantic difference (SD) was further applied to establish a perceptual evaluation matrix for design elements. Next, the SPSS software was used for data processing and analysis. To process the experimental data, quantitative type I theory was utilized to perform multiple regression analysis and construct the related mathematical models, as well as establishing the model relationship between the perceptual factors and the overall evaluation value so as to obtain the tendency of people's preference. Furthermore, the relationship between perceptual factors and design form elements was studied. Finally, the regression model of palace lanterns was established to guide the design processing of palace lanterns. Extensive experiment and research of palace lantern design demonstrate that the integration of perceptual engineering into the design of handicrafts can not only provides theoretical support for enterprises and craftsmen to determine the innovative design, but also opens up a new perspective for the redesign of other traditional crafts.