
An image of four tacos, sorted in pixel blocks.
Software, hardware, art – a blog of process and findings

An image of four tacos, sorted in pixel blocks.



















Image of tacos, sorted in chunks of N pixels (with wrapping).



Three head-mounted Kinect experiments:
All three written in Processing.

Melting taco (still from GIF, made using custom software)
All possible words in the English language that can be formed by Western musical notes (A-G):
A: aa, ab, aba, abaca, abba, abbe, abed, accede, acceded, ace, aced, ad, adage, add, added, ae, aga, age, aged, agee
B: ba, baa, baaed, baba, babe, bacca, bad, bade, badge, baff, baffed, bag, baggage, bagged, be, bead, beaded, bed, bedad, bedded, bede, bee, beef, beefed, beg, begad, begged
C: cab, cabbage, cad, cade, cadee, cadge, cadged, caeca, cafe, caff, cage, caged, ceca, cede, ceded, cee
D: da, dab, dabbed, dace, dad, dae, daff, dag, dagaba, dagga, dagged, dead, deaf, deb, debag, debagged, decad, decade, decaff, dee, deed, deeded, def, deface, defaced, degage
E: ebb, ebbed, ecad, ecce, edge, edged, ef, eff, efface, effaced, effed, egad, egg, egged
F: fa, fab, facade, face, faced, fad, fade, faded, fadge, fadged, faff, faffed, fag, fagged, fed, fee, feed
G: gab, gabbed, gad, gadded, gade, gadge, gae, gaed, gaff, gaffe, gaffed, gag, gaga, gage, gaged, gagged, ged, gee, geed
Created using this word list (not comprehensive, but easy to find and free):
http://dreamsteep.com/projects/the-english-open-word-list.html
And with a rather simple Processing sketch:
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/* EVERY WORD FROM MUSICAL NOTES Jeff Thompson | 2012 | www.jeffreythompson.org A list of every word that contains letters from the musical notes (A,B,C,D,E,F,G) and not any of the others. Repeats allowed, as are ommissions. Source file is the English Open Word List: http://dreamsteep.com/projects/the-english-open-word-list.html */ boolean printWords = false; void setup() { String[] ignore = { "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t", "u", "v", "w", "x", "y", "z" }; boolean store; // read each file one by one // capital A (65) to capital G (72) in ASCII - no point in reading the other letters! for (int i=65; i<72; i++) { try { // variables to read the file String filename = char(i) + " Words.csv"; BufferedReader reader = createReader(filename); println(filename + "..."); PrintWriter writer = createWriter("words_" + char(i) + ".txt"); String word; // go through all lines while ( (word = reader.readLine ()) != null) { // reset variable for next word store = true; // check against blacklist of letters to ignore for (String s : ignore) { if (word.contains(s)) { store = false; } continue; // stop looking (faster though not necessary) } // if we've passed unscathed, store the word and continue if (store) { if (printWords) { println(word); } writer.println(word); } } // end read file while loop // close PrintWriter writer.flush(); writer.close(); } // end read file try catch (Exception e) { println("Error reading file: " + e); } } // end letter-file loop exit(); } |

Further version of the blob-tracking drawing software for my Digital Drawing class – goes into use tomorrow!
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A few (not quite working) screenshots of a image tracking/drawing software I’m writing in Processing today for my Digital Drawing class.
A little experiment over the weekend.

A still from some experiments in Processing for the design of an upcoming publication; inadvertently resulting in a video (currently crunching). Tons of polygons with copier-toner texture, overlapping to create weird mesh glitchiness.

Some more tweaking and fancy math (3d intersection of a plane and line) and the shadow tracing sketch in Processing seems to be working perfectly. Shapes are drawn and capped, the file is then exported as DXF and loaded into Rhino to be scaled and exported for 3d printing. Next (and hopefully final) step is to set up a control interface so the model can be manipulated (scale, turn on/off floorplane, etc) and exported on command.