6.885: Folding and Unfolding in Computational Geometry (Fall 2004)

Prof. Erik Demaine

Lecture 6 -- Page 4 -- 200 DPI

[<< prev lecture <<] -- [< prev page <] -- [> next page >] -- [>> next lecture >>] -- [up to index]

Switch to 50 DPI or 72 DPI or 100 DPI or 150 DPI or 200 DPI

Lecture 6: Paper folding: overview, definitions, connectivity, 1D flat foldability, 2D map folding

Page 4: Crease pattern, flat folding, flat foldable crease pattern, mountain and valley creases, mountain-valley assignment, mountain-valley pattern. Characterization of flat foldability of 1D crease patterns and mountain-valley assignments. Linear-time algorithm.

You can view the paper by Arkin, Bender, Demaine, Demaine, Mitchell, Sethia, and Skiena on 1D flat foldability and 2D map folding.

These are rough, personal lecture notes handwritten by Erik Demaine used during lecture. Their primary purpose is for reading/review by students of the class. Accessibility

Printable PostScript (requires Level-2 PostScript)

[<< prev lecture <<] -- [< prev page <] -- [> next page >] -- [>> next lecture >>] -- [up to index]

Switch to 50 DPI or 72 DPI or 100 DPI or 150 DPI or 200 DPI