It is a class for the School of Design.
Reference
Presentation material
It is a class for the School of Design.
Reference
Presentation material
I manage to compile an OSX version of the library. I use the 10.6 SDK to package the library. You can download the sample application below. I place it temporarily in a code folder.
This is the Processing source code for the example.
import processing.video.*; import pSmile.PSmile; Capture cap; PSmile smile; PImage img2; float res, factor; PFont font; int w, h; void setup() { size(640,480); w = width/2; h = height/2; background(0); cap = new Capture(this, width, height, Capture.list()[1], 25); img2 = createImage(w,h,ARGB); smile = new PSmile(this,w,h); res = 0.0; factor = 0.0; font = loadFont("SansSerif.plain-16.vlw"); textFont(font,16); textAlign(CENTER); noStroke(); fill(255,200,0); rectMode(CORNER); } void draw() { img2.copy(cap,0,0,width,height,0,0,w,h); img2.updatePixels(); image(cap,0,0); res = smile.getSmile(img2); if (res>0) { factor = factor*0.8 + res*0.2; float t_h = factor*30; rect(width/2-20,height-t_h-30,40,t_h); } String str = nf(res,1,4); text(str,width/2,height-10); } void captureEvent(Capture _c) { _c.read(); } |
I created the smile detection library with the latest JRE and Visual Studio 2010 Express. It has been tested only in Windows 7.
Download the sample application with the library here.
This is a adaptation of the Auto Smiley by Theo Watson. The core part is from the Machine Perception Toolbox. The Processing part is done by using JNI. I’ll do more testings in other machines. Stay tune for the code.
It is one of the interactive work by Boffswana, one step beyond the regular face detection.
It is a proof of concept work. I use a PureData patch to control an Arduino board with PWM output to drive a small computer fan. The load is managed by a ULN2803A IC. The blowing power is not linearly proportional to the numerical value sent from PureData. It is quite difficult to sustain a floating position in the middle of the air.