how to fold anything brian chan. origami single sheet(s) of paper, most commonly square shaping by...

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How to fold anything Brian Chan

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Page 1: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

How to fold anything

Brian Chan

Page 2: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Origami

Single sheet(s) of paper,

Most commonly square

Shaping by folding

No cutting

Page 3: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Traditional origami

some examples

QuickTime™ and aTIFF (Uncompressed) decompressor

are needed to see this picture.

QuickTime™ and aTIFF (Uncompressed) decompressor

are needed to see this picture.

Page 4: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Modern origami

Tesselations

Modulars

Geometric/abstract

Representational

Page 5: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Tesselations

some examples

Page 6: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Modular origami

some examples

Page 7: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Abstract/geometric models

some examples

Page 8: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Representational models

some examples

Page 9: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Super-complex models

some examples

Page 10: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Uniaxial design

QuickTime™ and aTIFF (Uncompressed) decompressor

are needed to see this picture.Applicable to “stick figure” models

Page 11: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Uniaxial design - circles

circular regions fold into flaps

flaps become appendages

Touching circles become “molecules”

Page 12: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Crease Patterns

Page 13: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Crease Patterns

Page 14: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Crease Patterns

Page 15: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Crease Patterns

Page 16: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Crease Patterns

Page 17: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Folding Demonstration

Sailboat

Beaver

Page 18: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Folding non-paper...

what else can be folded?

Page 19: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Folding non-paper...

musical instruments

Page 20: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Folding non-paper...

Page 21: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Folding non-paper...

other inventions

Page 22: How to fold anything Brian Chan. Origami Single sheet(s) of paper, Most commonly square Shaping by folding No cutting

Acknowledgments/reference

MIT Hobby Shop - hobbyshop.mit.edu

Michael Hawley and EG

Hal Levin and TTI/Vanguard

Robert Lang

Japan Origami Academic Society (JOAS)

Origami USA