In May, I joined an online "Tea and TurtleStitch" workshop with instructors, Cynthia Solomon and Susan Klimczak to learn how to code in TurtleStitch. It was an amazing six month journey with two fabulous instructors and a wonderful community of fellow teachers. On this journey, I rediscovered my love of coding. (I haven't coded in over thirty five years.) TurtleStitch is based on Snap!, a block based programming language. Please check out TurtleStitch, https://www.turtlestitch.org. to learn to code using this powerful "drag and drop blocks" programming language to make designs for an embroidery machine or an electronic paper cutter like the Silhouette or Cricut machine.
I loved coding the designs and reimagining them by changing variables, adding different proportions and random numbers. Sometimes, changing one variable, an entirely different design was created. I also enjoyed changing the size and type of stitch being used. This change could emphasize different parts of the design. I liked imagining what the design would look like with different colors and types of embroidery thread (variegated thread) before embroidering it. When the design was being embroidered, it was delightful to see its fabrication. It was mesmerizing to see the needle at work, moving around the hoop creating stitches that finally created the coded design.
My Brother PE 800 embroidery machine has embroidered half a million stitches while on my six month TurtleStitch coding journey. Here are my coded designs that I created in TurtleStitch. https://www.turtlestitch.org/users/Elaine I am forever grateful to Cynthia and Susan for teaching me TurtleStitch. It was a wonderful experience that I will always treasure.
The embroidered blocks, starting at the top left are:
1). Hommage to Vera Molnar, a pioneering computer artist. This block uses Richard Millwood's code to produce randomized lines which are contained within a square block. I embroidered the design using variegated thread.
2). A pentagon that is spiraling inward.
3). Flowers coded with Cynthia Solomon's arcleft, arcright and petal procedures.
4). Falling Blocks, original by Schotter Nee coded by Joachim Wedekind
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