@24:05-Sometimes the 3.3.3.3.6 face configuration is called the "Floret Pentagonal Tiling". en.wikipedia.org/wiki/Snub_trihexagonal_tiling#6-fold_pentille_tiling
🤔 Ok ok ok... I'm no math genius, but I love quilting. I've been able to learn to look at a quilt pattern, isolate the "block" and replicate without a pattern (I do use templates to help me cut fabrics). I am SO intrigued by these and the more I'm looking at them, the more dizzy I get, in my head trying to "figure out" the quilt pattern. There isn't one! But these "parquets" are beautiful! I'm a hexagon girl, I feel the hexies are the most pure shape. Seriously love this stuff, tho I don't understand the math stuff.
@24:05-Sometimes the 3.3.3.3.6 face configuration is called the "Floret Pentagonal Tiling". en.wikipedia.org/wiki/Snub_trihexagonal_tiling#6-fold_pentille_tiling
Thank you, Craig! This was an incredibly informative introduction to parquet deformations. In addition, it was beautiful, as usual!
🤔 Ok ok ok... I'm no math genius, but I love quilting. I've been able to learn to look at a quilt pattern, isolate the "block" and replicate without a pattern (I do use templates to help me cut fabrics). I am SO intrigued by these and the more I'm looking at them, the more dizzy I get, in my head trying to "figure out" the quilt pattern. There isn't one! But these "parquets" are beautiful! I'm a hexagon girl, I feel the hexies are the most pure shape. Seriously love this stuff, tho I don't understand the math stuff.
So beautiful! Thank you for sharing!
Excellent talk, thanks.
These are quite beautiful. I'm going to go try to write something similar if I can, or do my best to.
Fabulous!
Is the software you show at 13:45 public available ? Want to try it out.
I loved the title of this talk 😄 🎶
16:13 those swastikas on right goes wrong way lol xD