Periodically I like to play with techniques in swatches to see what I can do with them. When I write about this, I call the posts my études, because they’re somewhat like the exercises musicians do for practicing.
This time I was looking at a potential chart for one of my Patreon words, and wondering if I could make something work. I had an idea about a combination to try and I decided to make a swatchlet to see.
Periodically I like to try out techniques I haven’t used before and experiment with them. When I write about this, I call the posts my études, because they’re somewhat like the exercises musicians do for practicing.
I was browsing through my copy of Barbara Walker’s Second Treasury when my eye lit upon the Tunnel Eyelet stitch. I hadn’t really noticed it before, and when I read the instructions I was a little confused about how it worked. With many knitting instructions, I understand them better if I try them, so I did just that.
This is the last Semiramis-related stitch pattern I’m going to post.
After extracting Swags from Semiramis, I started wondering if I could combine it with other stitch patterns as a sort of frame. (The Japanese Knitting Stitch Bible‘s section on making new stitch patterns out of previous designs has been working in the back of my mind.) So I found one of my other stitch patterns with the same stitch count and decided to give it a try.
Aside from just loving the stitch patterns from the Japanese Knitting Stitch Bible, I have been wanting to apply some of the things I’ve learned to my own stitch designs.
This is my first attempt at pulling in some ideas to use in one of my stitch patterns. I am both happy about it while at the same time not feeling that it is a good enough stitch pattern to want to share the instructions.
On the one hand, I feel as if I’m starting to learn how to use columns of stitches worked through the back loop, how to use twisted decreases, and how to use what Hitomi Shida calls knot stitches. On the other hand, I just plain don’t like the result.
So why share it? Mostly because this kind of thing happens all the time to me when I’m learning how to design things. It happens to other designers too. It all takes practice and repetition, and time for the back of the brain to absorb the lessons that are there to be learned. It’s been helpful for me to be told that people I admire have their own mistakes that are still useful to them; I hope to encourage others to feel comfortable taking creative risks that don’t work out.
I’ve been thinking about decorative increase lines in the context of the k1long maneuver, which involves pulling a stitch through a part of the already knitted fabric, so I thought I’d try it. I like the result pretty well, though I think I made the loops a little too big. Practice will probably solve that.
Periodically I blog about some of my knitting experiments – I call these études, after the kind of musical exercises.
I recently joined Instagram (@gannetdesigns) and have been joining in with the @yarnlovechallenge, which provides photo prompts on a given yarny handcraft theme. The theme for this week is texture, which made my brain fizz.
I’ve been meaning to fool around a little with Granite Stitch just to see what I could see, because much as I love lace and cables, I think there’s a lot of other textured knitting stitches to play with and turn into other stitch patterns.
I have pretty much given up trying to invent a form of knitted filet lace, where filet lace is defined as a background of square mesh with filled in squares to make pictures or other designs. Besides, Jackie E-S has already done it (though I won’t reveal her method since it’s a paid tutorial).
The closest I’ve come up with is a variant with hexagonal mesh, which I really like quite a lot, except that the number of stitches used for one hexagon makes it harder to make detailed pictures the way one can with filet crochet or filet lace (done on netting) because of the scale involved.
I was considering the question of lace picture knitting some more and realized that my mental thought processes had gotten stuck on a particular design order. When I think about making filet crochet or hex lace, I start with the mesh chart and then mark the design on the mesh. But what if I reversed the order? I don’t know how other people do this kind of design work, but this is how my mind works. (A modern designer that I know of who does this sort of work—and is expert at it, unlike me—is Sharon Winsauer.)
I’ve talked about hexagonal mesh before, but I don’t think I mentioned that there’s more than one kind. The one I generally use is my favorite for most purposes: the stitch count doesn’t change from row to row, it doesn’t curl much, and it seems to have the most equally-proportioned hexagons. Also, it’s got decreases that face in both directions. The one minor flaw it has is that horizontal bar of yarn across the bottom point. I decided I might really be a little too biased (though the mesh isn’t), and so I should at least swatch some others, make variations along the way, and see what I might like to use at some point.
So here is my long swatch.
I’m designing a pattern which needs a little simple lace in a multiple of 3 stitches at the beginning. I didn’t want a secret code lace. I wanted a multiple of 2, 4, 6, or 12 rows. In the end, I used simple diagonal lines because it flowed nicely with the other lace in the design. But I was struck by the scarcity of basic lace patterns in multiples of three in the places I was looking..
Suddenly it occurred to me that with only three stitches in a row, the most basic lace would have one knit stitch, one decrease, and one yarnover per row. This essentially makes for six permutations for a given row. (I simplified matters by pretending that all decreases are the same.)
Mathematically speaking, this means that there ought to be 6 possible two-row lace patterns with these three stitches (including a plain alternating row), 36 possible four-row patterns, and 216 possible six-row lace patterns. Obviously they won’t all be nice, though fiddling with changing which way the decreases lean helps a lot.