ManyFolds in Variety
% The preparation is (still) in progress, however [forever?], %
Welcome to the exhibition of Origami/paper folding and related works by H. AZUMA.
(c) Copyright AZUMA Hideaki. All rights reserved.
(Last updated: February 17, 2008)
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2005/4/26
A tapestry in another arrangement with the same modules in the previous craft was also displayed at the Second International Meeting of Origami Science and Scientific Origami, held at Seian University of Art and Design, Otsu, Japan, November 29-December 2, 1994.
Note that it is not possible to make the same tapestry of a paper sheet since the same folding pattern(s) will not be placed in such a flat region.
Material : 'many' square sheets of tracing paper, without using adhesives.
Date : October 14, 1992
Photo date : April 24, 2005
[Its corresponding (partial) diagram is here.]
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Note that it is not possible to make the same tapestry of a paper sheet since the same folding pattern(s) will not be placed in such a flat region.
Material : 'many' square sheets of tracing paper, without using adhesives.
Date : October 14, 1992
Photo date : April 24, 2005
[Its corresponding (partial) diagram is here.]
0
2005/4/26
However, it produces a positive effect on observing the folded structure of the modular planar folding:
Click the image to see the larger picture
Material : the graphic image appeared in the previous article
Date : March 17, 2002
Revised and uploaded date : March 4, 2005.
0
Click the image to see the larger picture
Material : the graphic image appeared in the previous article
Date : March 17, 2002
Revised and uploaded date : March 4, 2005.
0
2005/4/26
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>> Click each image to see the larger picture<<
Material : retouched digital photo images made at March 12, 2002
Date : In the spring of 2002
Revised and uploaded date : February 22-23, 2005.
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2005/4/25
The modification (image) of the structure appeared in the previous articles, which is composed of 16 × 16 (=256) modules:
Click the image to see the larger picture
- 800 pxls × 800 pxls; it might be a little heavy... -
Material : retouched digital photo images made at March 12, 2002
Date : March 17, 2002
Revised and uploaded date : March 7, 2005.
0
Click the image to see the larger picture
- 800 pxls × 800 pxls; it might be a little heavy... -
Material : retouched digital photo images made at March 12, 2002
Date : March 17, 2002
Revised and uploaded date : March 7, 2005.
0
2005/4/25
The image of a square at 8 [units] × 8 [units] modular planar folding as appeared in the preceding article:
Click the image to see the larger picture
The image of the same modular folding pattern rotated in π/4 [rad] (45° in degree) of (5√2 + 1) [units] × (5√2 + 1) [units] square:
Click the image to see the larger picture
Since √2 = 1.41421356..., 5√2 + 1 = 8.0710678... as calculated, so that a square of (5√2 + 1) [units] × (5√2 + 1) [units] is as large as that of 8 [units] × 8 [units] ; however, it seems that each image above gives slightly different impression.
Material: the picture and graphic image appeared in the preceding article; with using Adobe(R) Photoshop(R) 5.0 LE -- it is impossible to use 'adhesives' on digital images...
Date: the original image based on some photo images was made at March 17, 2002
Revised and uploaded date: April 24, 2005.
0
Click the image to see the larger picture
The image of the same modular folding pattern rotated in π/4 [rad] (45° in degree) of (5√2 + 1) [units] × (5√2 + 1) [units] square:
Click the image to see the larger picture
Since √2 = 1.41421356..., 5√2 + 1 = 8.0710678... as calculated, so that a square of (5√2 + 1) [units] × (5√2 + 1) [units] is as large as that of 8 [units] × 8 [units] ; however, it seems that each image above gives slightly different impression.
Material: the picture and graphic image appeared in the preceding article; with using Adobe(R) Photoshop(R) 5.0 LE -- it is impossible to use 'adhesives' on digital images...
Date: the original image based on some photo images was made at March 17, 2002
Revised and uploaded date: April 24, 2005.
0