I saw this article in the NY times: https://nyti.ms/40kfgdT
This guy have found an interlocking shape that tiles but doesn’t repeat - actually he’s found two:
Butcher block? Charcuterie board perhaps? I feel a project coming on…
I saw this article in the NY times: https://nyti.ms/40kfgdT
This guy have found an interlocking shape that tiles but doesn’t repeat - actually he’s found two:
Butcher block? Charcuterie board perhaps? I feel a project coming on…
Check out Penrose tiles.
Welcome to the world of polykites, metatiles, continuum of polygons and geometric incommensurability.
Prepare for almost 100 pages of slumber inducing combinatorial, computer-assisted proof.
And then you can piggy-back on the researchers with this and make your own:
Prepare to be mesmerized or what scientists do when they are waiting for the real computer to finish computing.
…I was typing something but suddenly got hypnotized starring at this… Did you push a subliminal message at me???
Here’s the monotile as an SVG for your milling fun. Right-click on the image as “save as.”
It makes me happy this has hexagons at its roots
Should one cut that as is or allow for fit as with a jigsaw puzzle.
Update: It occurs to me that the corners will require filleting to match the endmill used.
Imagine a jigsaw puzzle where all the pieces are the same shape. Not even a flat edge to start you off!
.075 inside and outside corners so you can fit a 1/8 end mill.
It isn’t about making a puzzle. It is about playing the puzzle.
This puzzle adds a correct sequence to the game.
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