Saturn Tessellation

…/zYvf3d …/zH8VcX …/z3Lfo8 …/zYv4uE …/542078799291306 …/769924526506731
Folding instructions: Four-Sink-Base Tessellation
Main model description: Four-Sink-Base Tessellation
Other folds and variants: Four-Sink Base Tessellation (Larger Spacing)
Paper: Elephant Hide (almost complete B1 sheet)
Type: astronomy, origami painting, pixel art (implies: figurative tessellation, figurative, natural sciences, tessellation)
Author: Michał Kosmulski
Colors: brown and beige
In albums: Models with 3D anaglyphs, Models with Pictures of Precreased Sheets, Showcase, Tessellation Examples, Works in Progress

General view (picture taken in 2019) General view (picture taken in 2015) Angled view Close-up Close-up of clean slate (Four Sink Base Tessellation) before turning on any pixels 3D anaglyph Precreased sheet Model under construction
Images are licensed under the Creative Commons Attribution-NonCommercial 4.0 International License

This tessellation is based on a 128×92 grid. Image is created from a four-sink-base tessellation by folding up some of the squares’ corners. While I’ve seen a number of designs using this molecule, I haven’t so far seen it used as a way of rendering bitmaps in paper. Since each sink-base molecule makes up four pixels, the “on” pixels are not all identical, which adds some interesting variation to the image. Certainly one could use a more complex fold to distinguish the on and off pixels, but I went for simplicity.

Compared to the other approaches I’ve seen so far, such as EZ tessellation or variations on square twists, this design has the advantage of being flat. However, when one looks from the side, one can get a feeling of depth like in a woodcut or another printmaking technique: the pixels look as if eaten away from the smooth background. The anaglyph image (for viewing with red-cyan glasses) gives an idea of the depth.

Following the woodcut analogy, I tried to make a print using this tessellation (through paper in order to not discolor it) but it didn’t work out. However, I think that using origami tessellations for printing is an idea worth exploring.

One of the images shows the tessellation after folding the basic molecules but before folding any corners in order to create the image (so it’s basically a pure four-sink base tessellation at that phase).

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