蝴蝶色彩仿生特征在智能座舱CMF的设计应用  

Design and Application of Butterfly Color Bionic Features to Smart Cockpit CMF

作　　者：苏畅[1] 傅文爽 魏君[2] 张英朝[1] Su Chang;Fu Wenshuang;Wei Jun;Zhang Yingchao(National Key Laboratory of Automotive Chassis Integration and bionics,Jilin University;School of Mathematics,Jilin University)

机构地区：[1]吉林大学汽车底盘集成与仿生全国重点实验室 [2]吉林大学数学学院

出　　处：《色彩》2024年第10期49-52,共4页Color

基　　金：国家自然科学基金重点项目:基于数字孪生的金属仿生增材制造原理及关键技术(项目编号:52235006)。

摘　　要：智能座舱的CMF设计成为吸引用户的重要手段之一。蝴蝶蕴含独特的色彩自然美法则,成为CMF设计师的重要灵感来源。本文以蝴蝶为色彩仿生研究对象,使用K-means聚类算法从蝴蝶图像中提取出对应的色彩组合,结合日本色彩研究所配色体系(PCCS)探究蝴蝶的色彩组合、色彩调和规律,得到了3组智能座舱色彩设计方案。为满足座舱的造型设计定义与色彩设计定位要求,将蝴蝶色彩仿生特征应用于智能座舱的CMF设计方案,从而验证了色彩仿生设计方法在智能座舱的CMF设计中的可行性。CMF(Color,Material,Finishing)design in smart cockpits is becoming a key method to attract users.The unique natural beauty principles embedded in the unique colors of butterfly have become an important source of inspiration for CMF designers.This paper takes butterfly as the subject of color bionics research,using the K-means clustering algorithm to extract corresponding color combinations from butterfly images.These combinations are then studied in conjunction with the color system from Japan’s Practical Color Co-ordinate System(PCCS)to explore the combination and harmonization rules of bionic butterfly colors.Three sets of color design schemes for smart cockpits were obtained.To match the requirements of cockpit shape design definition and color design positioning,the bionic color design schemes were applied to the CMF design of smart cockpits,thereby verifying the feasibility of the bionic color design method in the CMF design of smart cockpits.

关 键 词：工业设计 色彩仿生 智能座舱 CMF 

分 类 号：U463.8[机械工程—车辆工程]