3D Origami Art: 1st Edition (Paperback) book cover

3D Origami Art

1st Edition

By Jun Mitani

A K Peters/CRC Press

114 pages | 292 B/W Illus.

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pub: 2016-05-24
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Easily Create Origami with Curved Folds and Surfaces

Origami—making shapes only through folding—reveals a fascinating area of geometry woven with a variety of representations. The world of origami has progressed dramatically since the advent of computer programs to perform the necessary computations for origami design.

3D Origami Art presents the design methods underlying 3D creations derived from computation. It includes numerous photos and design drawings called crease patterns, which are available for download on the author’s website. Through the book’s clear figures and descriptions, readers can easily create geometric 3D structures out of a set of lines and curves drawn on a 2D plane.

The author uses various shapes of sheets such as rectangles and regular polygons, instead of square paper, to create the origami. Many of the origami creations have a 3D structure composed of curved surfaces, and some of them have complicated forms. However, the background theory underlying all the creations is very simple. The author shows how different origami forms are designed from a common theory.


"This is a beautiful book, containing many lovely examples at the forefront of geometric origami. Readers will find the patterns both challenging and satisfying to fold, and the concepts on which they are based form a foundation for many further potential explorations."

—Dr. Robert J. Lang, Origami Artist and Consultant, LangOrigami.com

"Ever wonder how paper artists can fold a sheet of paper into amazingly complex shapes? Then this book is for you. There aren’t many resources out there for 3D, mathematically inspired origami, and Jun Mitani gives us a whole book’s worth of fun, interesting models to help fill this gap. Geometric origami fans will love this book."

—Thomas C. Hull, Western New England University and Author of Project Origami: Activities for Exploring Mathematics, Second Edition

Table of Contents

Axisymmetric 3D Origami

Four Basic Types

Basic Crease Patterns

Flat-Pleat Cone Type

Flat-Pleat Cylinder Type

3D-Pleat Cone Type

3D-Pleat Cylinder Type

"Twist Closing" for Closing a Solid

Solid with Curved Surfaces

Stabilizing a Shape

Extension of Axisymmetric 3D Origami

Connecting Two 3D Origami Shapes (Cylinder Type)

Connecting Different 3D Origami Shapes (Cylinder Type)

Connecting Different 3D Origami Shapes (Cone Type)

Changing Pleat Orientation (Flat-Pleat Type)

Resizing Pleats (Cylinder Type)

Connecting Axisymmetric 3D Origami Shapes

Connecting and Tiling 3D-Pleat Type on a Plane

Connecting Flat-Pleat Type

Connecting Different 3D Origami Shapes

Making Use of Duality

Layering Dual Patterns

Making Use of Mirror Inversion

Cone-Based 3D Origami

Mirror Inversion on a Developable Surface

Specifying Mirror Planes by a Polygonal Line

Relation between Sweep Locus and Shape

Various Shapes

Application of Mirror Inversion

Curved Fold Units Combined Together

Inversion by Oblique Mirror Plane

Voronoi Origami

Tiling with Different Polygons

Origami by Voronoi Tiling

Various Origami Designs


Origami Design Techniques

Rigid Origami

Curved Folds and Curved Origami

Computational Origami

Origami with Thick Materials

Robots and Origami

Relation between Living Things and Origami

Origami and Mathematics

Origami and Education

Application of Origami to Industry



About the Author

Jun Mitani is a professor of information and systems in the Faculty of Engineering at the University of Tsukuba. Dr. Mitani was previously a PRESTO researcher at the Japan Science and Technology Agency, a lecturer in the Department of Computer Science at the University of Tsukuba, and a postdoctoral researcher at RIKEN. His research focuses on computer graphics, including computer-aided origami design techniques. He is the author of the books Spherical Origami and 3D Magic Origami.

Subject Categories

BISAC Subject Codes/Headings:
MATHEMATICS / Recreations & Games