Component Data Protocols for the Fabrication of Coreless-Wound Structural Building Components in the BUGA Fibre Pavilion and Maison Fibre

Data Protocols for Composite Components of the BUGA Fiber Pavilion (Website) and Maison Fibre (Website) as outcomes of the Feedback-Based Computational Method and Multi-Scalar Design and Evaluation Toolset, described in 'Concurrent Computational Design and Modeling of Structural Coreless-Wound Building Components,' published in Automation in Construction. The data is the output of the developed design tools and provides a comprehensive geometric and semantic description of the composite components for production. It includes general parameters, defining anchor point counts, material parameters, and a geometrical base plane. The syntax layup provides a layer breakdown of the components including layer count and hooking types. Syntax indices provide the fiber topology of every fiber pattern using a list of anchor point IDs. Abstract path points provide a geometrical description of all fiber patterns by discretizing them into points along equal-length segments. A roving count is provided to give an overview of material amount and distribution. The winding point orientation provides the location and orientation vectors of the anchor points and the geometry section provides geometrical information on the frame assembly.

《BUGA 纤维亭（网站）及 Maison Fibre（网站）复合构件数据协议》，系基于反馈驱动的计算方法及多尺度设计评估工具集所产出，该工具集详述于《自动化建筑》杂志发表的《结构无芯绕制构件的并行计算设计与建模》一文中。此数据为开发设计工具的输出，全面描述了复合构件的几何和语义信息，以供生产之用。其中包含一般参数、定义锚点数量、材料参数以及几何基准平面。层压语法提供了构件的层间分解，包括层数和钩接类型。语法索引通过锚点ID列表，提供了每个纤维图案的纤维拓扑结构。抽象路径点通过将纤维图案离散化至等长线段上的点，提供了所有纤维图案的几何描述。提供绕线计数以概览材料数量及其分布。绕线点方向提供了锚点位置和方向向量的信息，而几何截面部分则提供了框架组装的几何信息。