Filling in a Code
After looking at Artemis' Hallo code on the TurtleStitch gallery, I was intrigued by how she was able to fill in the flower petals. I thought to myself, This never came to mind! I didn't know it was possible! I decided to code a circle and fill it in. I was instructed to code two different scripts so they could run at the same time, therefore, creating gaps that will be filled in.
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In the code above, the script on the left creates a line that glides up, while the one on the right creates a line that glides to the right. Since these two codes are run at the same time, it creates a gap that becomes filled in. If I were to run the codes separately, it would look like this:
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I wanted to try the same code on TurtleStitch, and it looked like this:
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The two lines look like functions I have done in Calculus, and (-121, -91) is the point of intersection.
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In the code above, the script on the left creates a line that glides up, while the one on the right creates a line that glides to the right. Since these two codes are run at the same time, it creates a gap that becomes filled in. If I were to run the codes separately, it would look like this:
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I wanted to try the same code on TurtleStitch, and it looked like this:
The two lines look like functions I have done in Calculus, and (-121, -91) is the point of intersection.
Great this feature of Scratch is finally documented on the internet. I don't think it translates easy to stitching. An idea that comes to mind is to let the turtle "record it's x-position and y-position" when it makes the move. You could use the left "glide" for the starting points, and the right glide for the end points. Once you these lists (four of them: x-values start / y values start / x-values end / y-values end) you can instruct the turtle to stitch between starting and end points.
ReplyDeleteHey Jennifer!
ReplyDeleteSend you an email about that. Cool, that you found a way to fill a shape by gliding parallel! I think the programms do absolutely the same, but it is a matter of display, which make them look differently. The blue lines are just the displayed stitching points, which are very dense besides each other.