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Experiments with drawing geometrical shapes using string. | Experiments with drawing geometrical shapes using string. | ||
[[File:circleellipsearc.png| | [[File:circleellipsearc.png|300px]] | ||
I made a programme in processing which recognises patterns in knots and turns them into morse coded messages. In each box, the first point represents a 'dot' and the second, a 'dash'. The programme responds when a knot touches a point. | I made a programme in processing which recognises patterns in knots and turns them into morse coded messages. In each box, the first point represents a 'dot' and the second, a 'dash'. The programme responds when a knot touches a point. | ||
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[[File:braidrgbsort.png|600px]] | [[File:braidrgbsort.png|600px]] | ||
Here is a video of the code sorting first by red values, then green, then blue, hue, saturation and brightness. | |||
[[https://vimeo.com/167880925 Watch video]] | |||
Revision as of 13:31, 24 May 2016
Starting kit with homemade Kumihimo boards for knotting and braiding.
Experiments with drawing geometrical shapes using string.
I made a programme in processing which recognises patterns in knots and turns them into morse coded messages. In each box, the first point represents a 'dot' and the second, a 'dash'. The programme responds when a knot touches a point.
[Writing in morse code with knots video]
First attempt at a processing sketch which starts with lines of random colours and sorts line by line according to redness, using a bubble sort algorithm. Could be used as a braiding technique.
Here is a video of the code sorting first by red values, then green, then blue, hue, saturation and brightness.