参数化建筑设计案例分析：DESIGN TO PRODUCTION

MATERIALIZE Information
零件的生产数据
Swissbau Pavilion
Basel, 2005
Inventioneering Architecture
Traveling Exhibition Platform, 2005
For the Inventioneering Architecture platform the overall geometry was predefined by the architects in the CAD software Maya. Functional requirements were given by the footpath across the structure and the need for easy assembly and shipping in a standard overseas container but there were no prerequisites for the construction method.
非标准几何由非标准构件组成建立。在工厂，每一部分都需要为计算机 辅助嵌套机器的部分关于原料、工具的选择、工具路径配置做编辑并生 成机器代码。 扎哈哈迪德Hungerburg Funicular的双面弧形玻璃墙采用了2500个形 状各异的配件。他们每个构件由被电脑控制的五轴路由器从聚乙烯板切 出来。手动为路由器将几何翻译进数控程序将是建筑预算的沉重负担。 因此，完成的机器编码直接从包含有助于分配构件的独特的部分ID的贴 纸3D模型产生。
ORGANIZE the relation between the whole and its parts
参数化三维CAD模型
OPTIMIZE designtoproduction develops and implements customized parametric 3D-CAD models for design and manufacturing.
MATERIALIZE
The Whole and its Parts
ORGANIZE
OPTIMIZE
SIMPLIFY
MATERIALIZE Information
零件的生产数据
The Whole and its Parts
ORGANIZE
OPTIMIZE
SIMPLIFY designtoproduction collaborates with fabrication experts to manufacture complex geometries on computer controlled tools.
While cutting the upper surface of the rafter, the milling tool rotates around the milling path, thus creating a doubly-curved surface in one go.
DESIGN TO PRODUCTION
算法优化工具
SIMPLIFY
designtoproduction develops advanced optimization tools that match design ideas to the best constructive, structural, and functional solution.
DESIGN TO PRODUCTION
The Whole and its Parts
ORGANIZE the relation between the whole and its parts
参数化三维CAD模型
OPT源自文库MIZE
SIMPLIFY
MATERIALIZE
The Whole and its Parts
designtoproduction helps to rationalize complex design based on a thorough understanding of the production process.
通过深入了解制造技术、材料与细部连接的方式的整合能引发更聪明、 精简与合理的生产工艺流程，并在不增加预算的情况下得到最接近原设 计意图的结果。 我们最喜欢的细部之一是我们在一些建造中使用过的挤压式铝制的配件。 虽然配件是标准的不可变的工业产品，但是组件上的沟槽部分相对应的 是参数化的细部。超过三千件的配件需要连接2164件丹尼尔里伯斯金的 雕塑Futuropolis。除了看上去美观，他们节省了劳动时间，因为他们使 得无需在胶硬化时夹紧各部分。
ORGANIZE
OPTIMIZE the whole depending on the interrelations among its parts
算法优化工具
SIMPLIFY
MATERIALIZE
The Whole and its Parts
ORGANIZE
OPTIMIZE the whole depending on the interrelations among its parts
通过对一个参数化三维模型的大量信息的组织，能为设计师自动生成上 千个详细计划以供选择。 例如对于UN Studio的梅赛德斯奔驰博物馆，难以在平面上表达出其相 互交织的形式关系。但是，建设方需要那些在整体发展过程中，有关确 切信息的文件。
SIMPLIFY
MATERIALIZE
The Whole and its Parts
A selection of the platform’s milling paths, as generated by VectorScript. The rafters are defined by Spline-curves, but since the CNC-router only uses straight lines and radii, the curvature had to be approximated by polygons with a point distance of 9.0 mm.
Designtoproduction定义了发展先进的优化工具中各部分之间的关系， 它们用于追求匹配设计理念、有最好的建设、结构与功能的解决方案，
MATERIALIZE
KCAP’s Groningen Stadsbalkon地下的倾斜列柱需要支撑3000平米 的混凝土楼板，除此之外，要达到资源最小化，保留自然森林的印象。
The Whole and its Parts
ORGANIZE
OPTIMIZE
SIMPLIFY the parts
理顺各部分的关系来实现 设计
MATERIALIZE
The Whole and its Parts
ORGANIZE
OPTIMIZE
SIMPLIFY the parts
理顺各部分的关系来实现 设计