@chainmaillers.com
Not a problem :). The whole point of the site is to try and educate people about the art of chainmaille. The theories have come about as a result of recognizing repeating concepts when rendering the weaves and making samples. The articles have been in the works for a number of years now.
January 13, 2025 at 7:44 PM
Not a problem :). The whole point of the site is to try and educate people about the art of chainmaille. The theories have come about as a result of recognizing repeating concepts when rendering the weaves and making samples. The articles have been in the works for a number of years now.
...be used to stabilize a weave form. Sorry for the multiple replies. Not used to a character limit ;)
January 12, 2025 at 1:23 AM
...be used to stabilize a weave form. Sorry for the multiple replies. Not used to a character limit ;)
... , terminations and the positioning of cellular connections. There is also a Dilation transformation where a root cell is made with 2 different size rings (which will be the next article released). You also have modifications such as reinforcing and variations such as stacking that can also...
January 12, 2025 at 1:22 AM
... , terminations and the positioning of cellular connections. There is also a Dilation transformation where a root cell is made with 2 different size rings (which will be the next article released). You also have modifications such as reinforcing and variations such as stacking that can also...
Absolutely something that was considered. Root cells don't exist in a vacuum, so one that can't connect to anything else is about as useful as a single ring. :) Weaves are made stable through AR variances, number of root cells to make a weave cell....
January 12, 2025 at 1:19 AM
Absolutely something that was considered. Root cells don't exist in a vacuum, so one that can't connect to anything else is about as useful as a single ring. :) Weaves are made stable through AR variances, number of root cells to make a weave cell....
I'm so sorry that I didn't reply sooner. Don't come on here much. Easiest explanation is that stable means the rings are going to stay where you put them, unstable is that they won't. While a root cell is stable in that it will always be 2 rings, those rings can be freely manipulated.
January 11, 2025 at 8:27 PM
I'm so sorry that I didn't reply sooner. Don't come on here much. Easiest explanation is that stable means the rings are going to stay where you put them, unstable is that they won't. While a root cell is stable in that it will always be 2 rings, those rings can be freely manipulated.