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| Completely foldable octahedron with Bassetti hinges and box closures on the outside. |
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| View of the rubber band hinges and the unfolded shape of the triangle units. |
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Weave Anything is about weaving computer-designed baskets.
Weaving baskets by computer
Weave Anything is about weaving computer-designed baskets.
About Me
Blog Archive
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2013
(88)
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August
(15)
- Improved completely-foldable octahedron
- Triplets of Dyck words code the physical configura...
- Origami vs. Complete Folding in 3D printing
- Regular {3, 2n} maps
- Parity embedding: completely foldable triangulatio...
- Completely foldable octahedron with Bassetti-style...
- Making a completely foldable object
- Properties of Tait-colored graphs
- Properties of graphs and trivalent graphs
- Gems from gems
- What the heck are graph-encoded maps?
- An exchange move that preserves tricolorability
- An expansion move that preserves complete foldability
- Exchange and expansion: Dual versions of the Pachn...
- Mutating completely foldable triangulations
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August
(15)
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