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最終更新日：2025年4月21日
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最終更新日：2025年4月21日
授業計画や教室は変更となる可能性があるため、必ずUTASで最新の情報を確認して下さい。
UTASにアクセスできない方は、担当教員または部局教務へお問い合わせ下さい。
科学技術計画論II
Functional Form Design
Objective:
The three-dimensional shapes that appear in both natural and artificial objects are closely related to their phenomena and functions. Describing these three-dimensional shapes appropriately and making them usable with information technology is essential for understanding various phenomena and designing artificial objects. This lecture will cover modeling of shapes with structural functions and algorithms through exercises in shape modeling and programming using CAD.
Overview:
Learn about the geometry of space filling (Tessellation) and surfaces (Surface) through modeling and algorithm implementation using CAD software. The implementation will be done using Rhinoceros / Grasshopper.
The three-dimensional shapes that appear in both natural and artificial objects are closely related to their phenomena and functions. Describing these three-dimensional shapes appropriately and making them usable with information technology is essential for understanding various phenomena and designing artificial objects. This lecture will cover modeling of shapes with structural functions and algorithms through exercises in shape modeling and programming using CAD.
Overview:
Learn about the geometry of space filling (Tessellation) and surfaces (Surface) through modeling and algorithm implementation using CAD software. The implementation will be done using Rhinoceros / Grasshopper.
時間割／共通科目コード
コース名
教員
学期
時限
31M282-0730S
科学技術計画論II
舘 知宏
金曜3限
マイリストに追加
マイリストから削除
講義使用言語
日本語、英語
単位
2
実務経験のある教員による授業科目
NO
他学部履修
可
開講所属
総合文化研究科
授業計画
Part 1: Tessellation
Week 1 Planar Tessellation
- Voronoi and Delaunay
- Centroidal Voronoi Tessellation
Week 2 Spatial Tessellation
- Polyhedral Packing
- Space Truss
Week 3 Spherical Tessellation
- Regular Polyhedron
- Spherical Tiling
Week 4 Force and Form
- Tensegrity
- Relaxation Methods
Assignment 1: Tessellation Design
Part 2: Surface
Week 5 Mapping
- Mapping between 2D-3D (Barycentric / Isometric / Conformal)
Week 6 Extrinsic View
- Normal Curvature / Principal Curvature / Gaussian Curvature
Week 7 Intrinsic View
- Geodesic Curvature
- Gauss Bonnet Theorem
Week 8 Curves on Surfaces
- Principal Curvature Lines
- Conjugate Network
- Asymptotic Lines
- Geodesic Curves
Assignment 2: Surface Design
Week 9 Presentation of Assignments 1 and 2
Part 3: Group Work
Week 10
- Project Explanation
Week 11
- Digital Implementation
Week 12
- Fabrication
Week 13
- Final Presentation
授業の方法
The course will be primarily exercise-based. In the first half, there will be lectures and practical exercises. In the second half, you will work in groups to advance a design project.
成績評価方法
Evaluation will be based on assignments and group work presentations/reports.
教科書
None
参考書
田中 浩也 （著）舘 知宏 （著） コンピュテーショナル・ファブリケーション 「折る」「詰む」のデザインとサイエンス
履修上の注意
Please bring your own Windows or Mac PC capable of running Rhino/Grasshopper. Licenses will be distributed during the first class. At the beginning of the class, a survey will be conducted to gauge your proficiency with Rhinoceros/Grasshopper. Even beginners can enroll in this course as basic usage will be briefly covered in exercises, and support will be provided by the TA.
この授業は主に英語で行われるが、TAや教員による日本語での補足や、質疑応答は日本語での対応が可能である。
