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Subverting a form to reveal subconscious visualizations.

This project delves into the intriguing interplay between form and the subconscious, drawing on Einstein's insights on thought submission and misdirection. It aims to reveal hidden visualizations by employing innovative methods that distract and mislead to yield less skewed data sets. Through a series of digital interactions, participants are invited to engage in a unique exploration of their subconscious. By submitting thoughts via an interactive form, we aim to create a collective visualization of cognitive responses.

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Subverting a form to reveal subconscious visualizations.

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  1. Subverting a form to reveal subconscious visualizations. “….thoughtlessly submit….” – Albert Einstein

  2. Misdirection and Deception. Distracting to gain a less skewed data set. For those interested in mining the subconscious.

  3. <form method=post action=http://us.1.p.webhosting.yahoo.com/forms?login=ACCOUNTNAME><input type=image name=submit border=0 src=http://lib.store.yahoo.net/lib/ACCOUNTNAME/submit.gif align=absmiddle> Submit.gif was a 105x22 pixel gif that looked like this: But probably smaller.

  4. emailAddress = example@gmail.comsku = 992200name = Auto Bellows for 645subject = Notification for Auto Bellows for 645submit.x = 44submit.y = 6REMOTE_HOST: 202.7.176.130

  5. size(1050, 220); PImage b; b = loadImage("../submitlarge.gif"); background(b); String[] lines; for (inti = 1; i < 821; i++) { lines = loadStrings("../"+i+".eml"); for (int j=0; j < lines.length; j++) { if (match(lines[j],"submit.x")!=null){ String xstring = lines[j].substring(lines[j].length()-2); String ystring = lines[j+1].substring(lines[j+1].length()-2); int x = Integer.parseInt(trim(xstring)); int y = Integer.parseInt(trim(ystring)); print("x: "+x); println("y: "+y); fill(0, 30); stroke(0, 50); if (x!=0)rect(10*x,10*y,10,10); saveFrame("saved/picture.tga"); } } }

  6. for (intxcount=0; xcount<106; xcount++) for (intycount=0; ycount<23; ycount++) { float amt = constrain(((twodarray[xcount][ycount])*.20),0,1); if (amt == 0) opac = 40; else if (amt == .20) opac = 80; else opac = 140; fill (lerpColor(to, from, amt),opac); stroke(0,50); if (xcount!=0)rect(10*xcount,10*ycount,10,10); } saveFrame("saved/picture.tga"); size(1050, 220); PImage b; b = loadImage("../submitlargebw.gif"); background(b); int[][] twodarray; twodarray = new int[106][23]; color from = color(255, 0, 0); color to = color(0, 102, 153); intopac; String[] lines; for (inti = 1; i < 821; i++) { lines = loadStrings("../"+i+".eml"); for (int j=0; j < lines.length; j++) { if (match(lines[j],"submit.x")!=null){ String xstring = lines[j].substring(lines[j].length()-2); String ystring = lines[j+1].substring(lines[j+1].length()-2); int x = Integer.parseInt(trim(xstring)); int y = Integer.parseInt(trim(ystring)); print("x: "+x); println("y: "+y); twodarray[x][y]++; } } }

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