🤔 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
🤔 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
These are quite beautiful. I'm going to go try to write something similar if I can, or do my best to.
Excellent talk, thanks.
Thank you, Craig! This was an incredibly informative introduction to parquet deformations. In addition, it was beautiful, as usual!
So beautiful! Thank you for sharing!
Fabulous!
I loved the title of this talk 😄 🎶
Is the software you show at 13:45 public available ? Want to try it out.
16:13 those swastikas on right goes wrong way lol xD