冠序：算法织造Crown Sequence: Algorithmic Weaving

从冠状植物的生长规律出发，生成兼具休憩、互动与自然共生的空间构筑物。Crown-plant growth rules generate a public structure for rest, interaction and ecological coexistence.

项目以冠状植物的结构特征为原型，结合 AI 风格探索、Rhino SubD 建模和 Grasshopper 参数化系统生成整体形态。通过 Kangaroo 力学求解与 Millipede 拓扑分析优化结构和网格密度，并以木板、镜面不锈钢和半透明亚克力形成可拆解的材料系统。设计在公共休憩、互动与自然环境之间建立连续界面。The project combines AI-assisted visual studies, Rhino SubD modeling and a Grasshopper system derived from crown-plant morphology. Kangaroo form-finding and Millipede topology analysis refine structural behavior and mesh density, while timber, mirrored steel and translucent acrylic create a demountable material system.