#cairotiling — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #cairotiling, aggregated by home.social.
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@DaniLaura
I really like your Cairo Turtle design!
I just tried 3D printing a version and it looks awesome! -
@DaniLaura
I really like your Cairo Turtle design!
I just tried 3D printing a version and it looks awesome! -
@DaniLaura
I really like your Cairo Turtle design!
I just tried 3D printing a version and it looks awesome! -
@DaniLaura
I really like your Cairo Turtle design!
I just tried 3D printing a version and it looks awesome! -
@DaniLaura
I really like your Cairo Turtle design!
I just tried 3D printing a version and it looks awesome! -
More cairo animals. Here the base cairo tiles had the sides curved.
#TilingTuesday #CairoTiling #mathart #tiling #art -
More cairo animals. Here the base cairo tiles had the sides curved.
#TilingTuesday #CairoTiling #mathart #tiling #art -
More cairo animals. Here the base cairo tiles had the sides curved.
#TilingTuesday #CairoTiling #mathart #tiling #art -
More cairo animals. Here the base cairo tiles had the sides curved.
#TilingTuesday #CairoTiling #mathart #tiling #art -
More cairo animals. Here the base cairo tiles had the sides curved.
#TilingTuesday #CairoTiling #mathart #tiling #art -
Artistic rendering of a #CairoTiling .
#TilingTuesday #geometry #tiling #MathArt -
Artistic rendering of a #CairoTiling .
#TilingTuesday #geometry #tiling #MathArt -
Artistic rendering of a #CairoTiling .
#TilingTuesday #geometry #tiling #MathArt -
Artistic rendering of a #CairoTiling .
#TilingTuesday #geometry #tiling #MathArt -
Artistic rendering of a #CairoTiling .
#TilingTuesday #geometry #tiling #MathArt -
The irregular pentagons of a Cairo tiling may be more visible here, changing angles and eventually degenerating to 4-sided figures.
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The irregular pentagons of a Cairo tiling may be more visible here, changing angles and eventually degenerating to 4-sided figures.
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The irregular pentagons of a Cairo tiling may be more visible here, changing angles and eventually degenerating to 4-sided figures.
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The irregular pentagons of a Cairo tiling may be more visible here, changing angles and eventually degenerating to 4-sided figures.
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The irregular pentagons of a Cairo tiling may be more visible here, changing angles and eventually degenerating to 4-sided figures.
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This has resulted in my art gallery submission for JMM 2025.
https://gallery.bridgesmathart.org/exhibitions/2025-jmm-art-exhibition/rashmi-sunder-raj
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This has resulted in my art gallery submission for JMM 2025.
https://gallery.bridgesmathart.org/exhibitions/2025-jmm-art-exhibition/rashmi-sunder-raj
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This has resulted in my art gallery submission for JMM 2025.
https://gallery.bridgesmathart.org/exhibitions/2025-jmm-art-exhibition/rashmi-sunder-raj
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This has resulted in my art gallery submission for JMM 2025.
https://gallery.bridgesmathart.org/exhibitions/2025-jmm-art-exhibition/rashmi-sunder-raj
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This has resulted in my art gallery submission for JMM 2025.
https://gallery.bridgesmathart.org/exhibitions/2025-jmm-art-exhibition/rashmi-sunder-raj
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Some #CairoTiling-like things that I made of regular edge-touching 12-gons (#dodecagons) a couple of years ago.
The first picture is called “ A Snub Can Lead to a Dual” (http://gallery.bridgesmathart.org/exhibitions/2022-joint-mathematics-meetings/rashmis)
Edit: oops I forgot the alt text on the second picture. It is just an approximation of a part of a Cairo tiling like the first picture, but the dodecagons in each irregular pentagon are more densely packed and are coloured in shades of grey. The effect is more curvy.
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Some #CairoTiling-like things that I made of regular edge-touching 12-gons (#dodecagons) a couple of years ago.
The first picture is called “ A Snub Can Lead to a Dual” (http://gallery.bridgesmathart.org/exhibitions/2022-joint-mathematics-meetings/rashmis)
Edit: oops I forgot the alt text on the second picture. It is just an approximation of a part of a Cairo tiling like the first picture, but the dodecagons in each irregular pentagon are more densely packed and are coloured in shades of grey. The effect is more curvy.
-
Some #CairoTiling-like things that I made of regular edge-touching 12-gons (#dodecagons) a couple of years ago.
The first picture is called “ A Snub Can Lead to a Dual” (http://gallery.bridgesmathart.org/exhibitions/2022-joint-mathematics-meetings/rashmis)
Edit: oops I forgot the alt text on the second picture. It is just an approximation of a part of a Cairo tiling like the first picture, but the dodecagons in each irregular pentagon are more densely packed and are coloured in shades of grey. The effect is more curvy.
-
Some #CairoTiling-like things that I made of regular edge-touching 12-gons (#dodecagons) a couple of years ago.
The first picture is called “ A Snub Can Lead to a Dual” (http://gallery.bridgesmathart.org/exhibitions/2022-joint-mathematics-meetings/rashmis)
Edit: oops I forgot the alt text on the second picture. It is just an approximation of a part of a Cairo tiling like the first picture, but the dodecagons in each irregular pentagon are more densely packed and are coloured in shades of grey. The effect is more curvy.
-
Some #CairoTiling-like things that I made of regular edge-touching 12-gons (#dodecagons) a couple of years ago.
The first picture is called “ A Snub Can Lead to a Dual” (http://gallery.bridgesmathart.org/exhibitions/2022-joint-mathematics-meetings/rashmis)
Edit: oops I forgot the alt text on the second picture. It is just an approximation of a part of a Cairo tiling like the first picture, but the dodecagons in each irregular pentagon are more densely packed and are coloured in shades of grey. The effect is more curvy.
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sketch_2022_01_12 #Processing #Python #py5 #genuary2023 #genuary12 #CairoTiling abav.lugaralgum.com/sketch-a-day
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sketch_2022_01_12 #Processing #Python #py5 #genuary2023 #genuary12 #CairoTiling abav.lugaralgum.com/sketch-a-day
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sketch_2022_01_12 #Processing #Python #py5 #genuary2023 #genuary12 #CairoTiling abav.lugaralgum.com/sketch-a-day
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sketch_2022_01_12 #Processing #Python #py5 #genuary2023 #genuary12 #CairoTiling abav.lugaralgum.com/sketch-a-day
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sketch_2022_01_12 #Processing #Python #py5 #genuary2023 #genuary12 #CairoTiling abav.lugaralgum.com/sketch-a-day
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Here is another one of the #CairoTiling clips from a couple of years ago. In this one, the rotating and size-changing squares which create the pattern should be somewhat visible.
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Here is another one of the #CairoTiling clips from a couple of years ago. In this one, the rotating and size-changing squares which create the pattern should be somewhat visible.
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Here is another one of the #CairoTiling clips from a couple of years ago. In this one, the rotating and size-changing squares which create the pattern should be somewhat visible.
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Here is another one of the #CairoTiling clips from a couple of years ago. In this one, the rotating and size-changing squares which create the pattern should be somewhat visible.
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Here is another one of the #CairoTiling clips from a couple of years ago. In this one, the rotating and size-changing squares which create the pattern should be somewhat visible.
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You might find this picture somewhat interesting, I call it “Cairo Transitions”, and it is from about 4 years ago.
It shows a square grid being transformed into a #CairoTiling by emphasizing different edges in a 3D “bent #pentagon” tiling.
The underlying pattern was created based on the fact that #cubes fit nicely into #dodecahedrons (as mentioned by @johncarlosbaez in this recent post https://mathstodon.xyz/@johncarlosbaez/109290809194904775).
There is a chance that you might have seen it at JMM2020.
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You might find this picture somewhat interesting, I call it “Cairo Transitions”, and it is from about 4 years ago.
It shows a square grid being transformed into a #CairoTiling by emphasizing different edges in a 3D “bent #pentagon” tiling.
The underlying pattern was created based on the fact that #cubes fit nicely into #dodecahedrons (as mentioned by @johncarlosbaez in this recent post https://mathstodon.xyz/@johncarlosbaez/109290809194904775).
There is a chance that you might have seen it at JMM2020.
-
You might find this picture somewhat interesting, I call it “Cairo Transitions”, and it is from about 4 years ago.
It shows a square grid being transformed into a #CairoTiling by emphasizing different edges in a 3D “bent #pentagon” tiling.
The underlying pattern was created based on the fact that #cubes fit nicely into #dodecahedrons (as mentioned by @johncarlosbaez in this recent post https://mathstodon.xyz/@johncarlosbaez/109290809194904775).
There is a chance that you might have seen it at JMM2020.
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“Cairo Transitions: Radial”
Does this look like a #CairoTiling to you? Or could it be a #tessellation of trapezoids and triangles?
#worldTessellationDay #tessellations #tiling #tilings #mathart #mathsart #pentagons
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“Cairo Transitions: Radial”
Does this look like a #CairoTiling to you? Or could it be a #tessellation of trapezoids and triangles?
#worldTessellationDay #tessellations #tiling #tilings #mathart #mathsart #pentagons