Rebecca Gieseking

New work: Textural study vases 3 and 4

Continuing from my recent textural study vases, another pair of vases. The first has three inset bands tilted at different angles along different axes. As always, I painted the paper before folding it, so the locations of the bands had to be planned in advance.

Textural study vase 3

The second is a larger deviation from the base vase shape, with several distinct steps between vertical columns.

Textural study vase 4

Here are the three painted vases in the series together, showing the common basic shape with differences in texture and pattern.

Textural study vases 2, 3, and 4

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New work: Textural study vases 1 and 2

After a long absence, a few relatively simple vases exploring texture in folds and paint. I chose to use the same basic shape for these two vases so I could play with these effects.

Textural Study Vases 1 and 2

The first vase is folded from unpainted Elephant Hide paper. The neck has 15 pleats, which is just far enough from my normal 16 pleats to make the dimensions a bit annoying to work with. The 15 pleats allow me to make the base a regular pentagon, and the large unfolded panels curve enough to transition smoothly from 15 sides to five.

Textural Study Vase 1

The second vase is painted with a brushed texture similar to things I’ve used quite a few times before. Each of the 16 sides has a raised flange with several waves. The construction is very similar to a large vase I folded several years ago (see crease pattern), except for the added waves.

Textural Study Vase 2

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New work: Tilted horizontal shift vase

Tilted horizontal shift vase
Tilted horizontal shift vase

This vase is part of my series of geometrically distorted vases, incorporating a tilt of the main axis of the vase. This vase is similar to one of my recent models, and since that model I’ve figured out how to adapt the curved portions of the vase to keep the horizontal planes all closer to exactly horizontal. The shift in the middle uses the same pattern as my downhill diagonal shifts, with the angle chosen to match the tilt of the vase.

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New work: Curved-neck vase 2

Curved-neck vase 2
Curved-neck vase 2

This model is the second in my series of curved-neck vases. These models use the same geometric crimp-bends that I’ve been using my geometrically distorted vases, but the series of bends creates the illusion of a curve. The series of bends is a lot of work to fold, but I like how this model has a different feel from the more strictly geometric pieces I’ve done for a long time.

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New work: Tilted bent vase

Tilted bent vase
Tilted bent vase

This model builds on my recent offset bowl, where the model is based on a tilted cylinder. Here, I added curved folds and painted lines to the tilted cylinder, fitting it into my geometrically distorted vase series. The central bend is similar to my previous designs, and the top and bottom planes are also defined by sine waves to transition between the tilted cylinder and flat planes.

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Interview in The Fold

I was recently interviewed by Ilan Garibi, and my interview was just published in The Fold:

Origami Designer’s Secrets: Rebecca Lynn Gieseking

Ilan has been writing this series for several years, and it’s an honor to be included alongside so many other great designers. Among other things, I talk about my design and folding process and my sources of inspiration, especially the interplay between art and science in my work. Also included is a crease pattern for my 2012 ornament:

Ornament
Ornament

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New Work: Offset Bowl

Offset Bowl
Offset Bowl

Inspired by my diagonal shift pieces, this model is a test piece incorporating several diagonal planes. The base, central plane, and top edge are all defined by sine waves. Unlike my previous models, these sine waves create three planes parallel to the table but tilt the central axis of the bowl. This is fairly straightforward to do with all straight folds, and I’m exploring whether this concept can be used with curved folds in my more complex diagonal shift designs.

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Crease pattern: Bend variation

Crease pattern: Bend variation
Crease pattern: Bend variation

I designed a variation to my crimp-bends last spring, and here is the crease pattern. The concept is similar, but instead of being based on two sine waves, this version is based on one sine wave and one straight horizontal line. In this variation, part of the flat plane joining the top and bottom tubes is exposed. So far I haven’t figured out a mathematically correct way to place the central line such that the joining plane folds flat, but it comes close enough to work in practice.

Bend variation
Bend variation

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Crease pattern: Downhill diagonal shift

Crease pattern: Downhill diagonal shift
Crease pattern: Downhill diagonal shift

I posted a photo of a test model of the downhill diagonal shift earlier this year. Here is the crease pattern for that model. The central part of the crease pattern is exactly the same as the standard uphill diagonal shift I’ve posted crease patterns of before. The top and bottom sections are the crimp-bends I recently posted and build on the sine waves used in the central diagonal shift. Since each portion of the crease pattern is a distortion of a tube, it’s fairly straightforward to stack these in all sorts of interesting combinations.

Downhill diagonal shift
Downhill diagonal shift

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