![chainmaille aspect ratio calculator chainmaille aspect ratio calculator](https://i.pinimg.com/originals/f2/8e/61/f28e6155076d9c364d52fa37db40fb70.png)
We also want to help the artists create some revenue. We want to work with artists to make the best learning tool for students. I work for a company that films artists for instructional DVDs. I saw on one of your posts that you recommended SmartFlix for people seeking art and craft instruction DVDs. But I'd like to know that I actually WANT it first. 90% of the time I ultimately end up buying a dvd that I rent. And if you are sure about what you are buying, by all means, give them your business. There are some very talented artists there. I suggest you visit and take a look around. Kelly has posted a link to the CCP website. I do however understand where Kelly is coming from - I used to freelance in 3D graphics and it's a real dog-eat-dog business, but you take the good with the bad. Before I invest that much money (some sets are well over $100) I'd like to see if it's worth it to me before I plunk down the cash.
#CHAINMAILLE ASPECT RATIO CALCULATOR SOFTWARE#
Kind of like using a software demo in a "try before you buy" deal. To be able to see it FIRST is something that I appreciate. Bad camera angles, no closeups.all that together has either been a make or break for me as far as some DVD's go. Instructional DVD's are expensive and I've bought more than a few that I was utterly disappointed with and never watch. However, I would never buy then not having seen them first. I actually DO plan to buy them now that I've seen them - it's always great to have something like that for reference. I mentioned that I rented Weaving Silver 1 & 2 by Spider.
![chainmaille aspect ratio calculator chainmaille aspect ratio calculator](https://i.pinimg.com/736x/de/c0/66/dec0662de296c392e86c55e8750222b0.jpg)
While I'm a fan of CCP (I own at least one of their DVD's) and because I'm sympathetic to what she's saying, I just wanted to make my own point.
![chainmaille aspect ratio calculator chainmaille aspect ratio calculator](https://i.pinimg.com/originals/38/af/93/38af93c67c8f34f525069e1c26b00921.jpg)
Kelly from Creative Catalyst Productions posted a comment about SmartFlix (be sure to read it). "Edited Septemin response to Kelly's comment: One more tip: if you find an ID for a certain pattern and wire diameter that you like, jot it down for later use.
![chainmaille aspect ratio calculator chainmaille aspect ratio calculator](https://i.pinimg.com/736x/1d/74/dc/1d74dccebf32f2f4e2a4e0a27564aab6--aspect-ratio-minerals.jpg)
If you know the diameter of the wire in decimal inch, take that number times 25.4 to get the mm diameter. (Note: the larger the number the thinner the wire) Or get a chart of common chainmaille weave AR ranges here. You can get a list of common weaves and their ID's for various gauge wire here. That's why you should always wind and cut just a few rings and test them before commiting yourself to winding up all your wire -). Most weaves will lose the pattern if too loose and if too tight may make an inflexible chain or not be able to be woven at all. For instance, the preferred AR for Jens Pind is 2.9, but you can go slightly looser but not too loose (too loose and this weave falls apart). The low end of the range gives a tighter weave and the higher end a looser one: you can decide which you do according to your preference. If you've seen charts for aspect ratios for common chainmaille weaves, you'll notice that there usually isn't just a set aspect ratio. So the new ID of your new 18 gauge rings should be as close to 3.14 as possible (I usually round up, but you should always wind just a few and test them first - sometimes rounding down works better). To find the inner diameter for 18 gauge wire take this number (3.075) and multiply it by your new wire diameter (18g AWG is 1.02). 813 (mm decimal equivalent) you get 3.075 as your aspect ratio. You know that the directions say 20 gauge rings with an inner diameter of 2.5mm. Let's say that you have pattern directions for Jens Pind in 20 gauge wire and you'd like to do it in 18 gauge wire (all wire gauge measurements are in AWG unless otherwise noted). It's sort of confusing at first, but it comes with just a little bit of practice. ID (inner diameter) of your ring divided by WD (wire diameter) equals AR (aspect ratio). It does require math, but if you're like me and have no head for math, buy yourself a cheap calculator and you'll be off and running. If you are going to do chainmaille, you must understand aspect ratio - the relationship between the inner diameter of your rings and the thickness (or gauge) of your wire.