Weaving is a artificial system that can be explored as a basic construct of a parametric design.
The algorithm of weaving is an interesting idea to explore because of its unique properties:
1. It is a free form object, yet comprised of small continuous materials, which can be reduced to an algorithm.
2. Its potential application in design industry is diverse: While it can used to cover your body, it can also be used as a shelter covering space.
The following images show some of the potential application in design industry:
Architecture - as a facade system
Architecture - as a canopy structure
Industrial design - sneaker design
Industrial design - jewelry design
3. Its structural behavior changes as the material changes i.e. when woven in silk, the form is flimsy and flexible. When woven in bamboo (as in for baskets), the form is ragged and structural.
4. Its coverage can varies according to the "tightness" of woven fabric.
5. Its precision and smoothness depends on the pattern of the thread.
6. Pattern can be created using different weaves.
The following image shows some of the different weaves with metal rods:
The "structural" algorithm of basic weaving is mentioned in page 10-13 in Generative Algorithms: Concept and Experiements: Weaving by Zubin Khabazi.
Advanced weaving algorithm may be explored later in class. One possible option is the exploration of the algorithm for celtic knots, which is essentially a endless knot.
Celtic knot - endless knot
Bibliography
http://issuu.com/pabloherrera/docs/generative_algorithms_cae_weaving
http://biosarch.wordpress.com/2010/01/04/woven-space-truss-and-morphogenetic-structural-flowform-models/
http://www.whats-your-sign.com/celtic-knots.html
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