And Then There Were Two

As if by magic – a second sock appeared! Well, not magic obviously, by spending some time knitting. It’s funny that many people experience what is known as ‘second sock syndrome’, where they they will happily zip through making the first sock of a pair, but stall on the second. I seem to have the opposite. Once one sock is made, the other wants to get done and make the socks ready for use. It’s also helpful that this past week we have been taking things a little more gently due to a nasty throat/chest virus thing that got me first and then moved on to my lovely wife. I’m much better and she is just starting to come out of it. It has meant that we’ve spent a bit more time watching Grantchester (we’re almost up to the end of Series 3) and I’ve been knitting.

I’ve also started another DK version of Into the Vortex. I know I knitted one of these a while ago, but I wasn’t in love with the colours, so it’s still sitting there waiting to be blocked. However, I decided that this time I would keep it more in line with the original. RiverKnits now have a DK version of their Chimera yarn – and it was the 4ply version of this that we used in the original design along with their Nene 4ply, both of which are British Bluefaced Leicester yarns. I’m using the Chimera DK in the colourway ‘The Fifth Element’.

I’m going to pair it with a deep purple skein of West Yorkshire Spinners Fleece, which is another Bluefaced Leicester yarn. Bluefaced Leicester (BFL) is a breed of sheep, so this means the yarn is made solely from the fleeces of that breed of sheep.

Yesterday saw me doing more maths than I have done in over 30 years! I needed to calculate how deep the front neck drop of a new design can be. You might think the depth of the front neck drop (where the fabric at the front stops for the neck) is just a matter of choice and in many designs it is, but this design has an unusual shape and this measurement will dictate whether the top falls off the shoulders or not (and I would prefer not!).

I knew the length of one side of the triangle and all three angles (courtesy of this very fancy protractor that I bought on Saturday), but I had to google how to calculate the other lengths as I couldn’t remember! I knew it was likely to be something to do with sin/cos/tan, but it’s been a very long time since I last used those things. Hurrah for BBC bitesize and other maths support websites. It was time for the calculator and the tan function! Weirdly, I also found a TAN function in Excel, but it didn’t give me anywhere near the same result (and I know the calculator version is correct as I knew the side length I was trying to work out was going to be close in length to the one I knew, and the results I was getting from my attempts using TAN in Excel were nowhere near close). So, there are obviously some hidden extras that I need to learn before I can use Excel to work those things out for me.

On Sunday I got to take some pics of Lorelai Wrap, as Jo, a friend from my church choir, had kindly agreed to model it for me. Even the weather co-operated by stopping raining for a while. I got some great shots and this is the one that is going to be the main pic on the front cover of the pattern:

Lorelai Wrap will be available in printed form at the North West Winter Wool Festival in Blackpool this coming weekend and online within the week. It was first published in The Knitter magazine six months ago. It’s knitted in one piece using 4.5mm needles (you can use straight needles) and Jamieson’s of Shetland Ultra Lace, which is a beautiful yarn with a mix of 50% Shetland wool and 50% Lambswool. I used the colourway ‘Strawberry Crush’ – there are 39 other colours in this yarn to choose from if that’s not the colour for you!

That’s everything from me today. If you’re coming to Blackpool at the weekend do stop by and say hello – our stand is right near the door (stand B9) so you can’t miss us! If you’re not coming to Blackpool for the North West Winter Wool Festival, don’t worry, I’ll tell you all about it next week. Until then, take care, K x