Architectural Origami: Origamizer, Freeform Origami,
Rigid Origami Simulator, cylindrical origami, thick origami
Origami, the art of folding a sheet of paper into various forms without
stretching or cutting, can be applied to structural engineering and design
purposes. The applications include the forming of a 3D surface without
assembling multiple parts and the construction of kinetic structures such as
retractable roofs, openings, temporary shelters, and space structures.
In the design process of such applied origami, it is very difficult for
the designer to control the form to fit design contexts while preserving the
necessary functionalities of the original patterns. Therefore, without
sufficient knowledge or intelligent design systems, the resulting designs
would end up in either just a mere copy and paste of an existing origami
pattern or an "origami inspired" design which is not using the properties
of origami in functional ways.
This lecture will present my recent studies on computational origami algorithms and interactive systems to enable architectural designs. The topics include the algorithm for origamizing arbitrary polyhedral surfaces, freeform variation method of different types of origami patterns, and rigid origami theory, design, and physical implementation. The proposed systems are freely available from my website (http://www.tsg.ne.jp/TT/software/): Rigid Origami Simulator, Origamizer, and Freeform Origami. These systems enable origami designs for architecture, i.e., architectural origami, as well as an origami bunny.
[No handwritten notes for this lecture.]
The software rigid origami, origamizer, and freeform origami, is available at http://www.tsg.ne.jp/TT/software/ For photos and videos, see http://www.youtube.com/tactom http://www.flickr.com/photos/tactom/
The video above should play if your web browser supports either modern Flash or HTML5 video with H.264 or WebM codec. The handwritten notes and slides should advance automatically. If you have any trouble with playback, email Erik.