Curve-based shape matching: supporting designers’ hierarchies through parametric shape recognition of arbitrary geometry
In this paper we introduce a subshape matching technique for shapes composed of curved lines that lie in a plane. An interpreter with this ability allows for the practical implementation of general shape grammars as well as opening the door for new applications of shape grammars. This method for matching shapes consisting of curved lines is outlined and examples are shown. The emergent properties of shape grammars are also explored and considered using the new method for shape interpretation.
Year of publication: |
2006
|
---|---|
Authors: | McCormack, Jay P ; Cagan, Jonathan |
Published in: |
Environment and Planning B: Planning and Design. - Pion Ltd, London, ISSN 1472-3417. - Vol. 33.2006, 4, p. 523-540
|
Publisher: |
Pion Ltd, London |
Saved in:
Saved in favorites
Similar items by person
-
Supporting designers' hierarchies through parametric shape recognition
McCormack, Jay P, (2002)
-
Creating breakthrough products : innovation from product planning to program approval
Cagan, Jonathan, (2002)
-
Built to love : creating products that captivate customers
Boatwright, Peter, (2010)
- More ...