基于Grasshopper插件的公共座椅设计研究

目的 在参数化迅速发展的背景下,针对现有室内公共座椅普遍存在的数量少、位置零散、形式单一等问题,提出参数化插件Grasshopper在室内公共座椅中的设计优势,并结合实例初步论证Grasshopper插件在室内公共座椅设计中的可行性.方法 基于参数化插件Grasshopper的优势与室内公共座椅设计要求,将室内空间人流动向、区位划分、产品结构、模块数量、模块形态等作为评估参数,分别对公共座椅的放置区域、快速构建模型、模块化编码三方面进行数字图解分析.结论 得出利用Grasshopper插件设计公共座椅的新思路,有助于改善消费者使用体验感,提高生产与社会效益,对于实现公共座椅数字化设计具有一定的参考价值.

Design of Public Seats Based on Grasshopper Plug-in

With the rapid development of Parametric technology, in order to deal with existing problems about public seats including insufficient quantity, scattered positions, single form, the design advantages of the Parametric Technology plug-in Grasshopper on indoor public seats are proposed, and the feasibility of the Grasshopper plug-in of the design of indoor public seats is initially demonstrated during practice.Based on the advantages of the parametric technology plug-in Grasshopper and the design requirements of indoor public seats, the flow of people in the indoor space, local division, product structure, number of modules and module shape are used as evaluation parameters. The three aspects of the public seat placement area, rapid model construction, and modular coding are analyzed graphically. The new idea of using the Grasshopper plug-in to design public seats can help improve consumer experience, improve production and social benefits, and have absolute reference value for the realization of the digital design of public seats.