//wakeup.call
//becca shostak
//desma28 final project
//the louder you are, the more annoyed he gets.
//**NOTE** you need to have a microphone &&
//the jsyn plugin installed in order to run
//wakeup.call. http://www.softsynth.com/jsyn/plugins/
BImage[] faces = new BImage[58];
void setup(){
size(600,300);
Sonia.start(this); // Start Sonia engine
LiveInput.start(128); // Start LiveInput and return 256 FFT frequency bands
framerate(5);
smooth();
faces[0] = loadImage("1.JPG");
faces[1] = loadImage("2.JPG");
faces[2] = loadImage("3.JPG");
faces[3] = loadImage("4.JPG");
faces[4] = loadImage("5.JPG");
faces[5] = loadImage("6.JPG");
faces[6] = loadImage("7.JPG");
faces[7] = loadImage("8.JPG");
faces[8] = loadImage("9.JPG");
faces[9] = loadImage("10.JPG");
faces[10] = loadImage("11.JPG");
faces[11] = loadImage("12.JPG");
faces[12] = loadImage("13.JPG");
faces[13] = loadImage("14.JPG");
faces[14] = loadImage("15.JPG");
faces[15] = loadImage("16.JPG");
faces[16] = loadImage("17.JPG");
faces[17] = loadImage("18.JPG");
faces[18] = loadImage("19.JPG");
faces[19] = loadImage("20.JPG");
faces[20] = loadImage("21.JPG");
faces[21] = loadImage("22.JPG");
faces[22] = loadImage("23.JPG");
faces[23] = loadImage("24.JPG");
faces[24] = loadImage("25.JPG");
faces[25] = loadImage("26.JPG");
faces[26] = loadImage("27.JPG");
faces[27] = loadImage("28.JPG");
faces[28] = loadImage("29.JPG");
faces[29] = loadImage("30.JPG");
faces[30] = loadImage("31.JPG");
faces[31] = loadImage("32.JPG");
faces[32] = loadImage("33.JPG");
faces[33] = loadImage("34.JPG");
faces[34] = loadImage("35.JPG");
faces[35] = loadImage("36.JPG");
faces[36] = loadImage("37.JPG");
faces[37] = loadImage("38.JPG");
faces[38] = loadImage("39.JPG");
faces[39] = loadImage("40.JPG");
faces[40] = loadImage("41.JPG");
faces[41] = loadImage("42.JPG");
faces[42] = loadImage("43.JPG");
faces[43] = loadImage("44.JPG");
faces[44] = loadImage("45.JPG");
faces[45] = loadImage("46.JPG");
faces[46] = loadImage("47.JPG");
faces[47] = loadImage("48.JPG");
faces[48] = loadImage("49.JPG");
faces[49] = loadImage("50.JPG");
faces[50] = loadImage("51.JPG");
faces[51] = loadImage("52.JPG");
faces[52] = loadImage("53.JPG");
faces[53] = loadImage("54.JPG");
faces[54] = loadImage("55.JPG");
faces[55] = loadImage("56.JPG");
faces[56] = loadImage("57.JPG");
faces[57] = loadImage("58.JPG");
}
void loop(){
getMeterLevel(); // Get input volume
}
void getMeterLevel(){ // get Peak level for each channel (0 -> Left , 1 -> Right)
float meterDataLeft = LiveInput.getLevel(Sonia.LEFT);
float meterDataRight = LiveInput.getLevel(Sonia.RIGHT);
float left = meterDataLeft*height;
float right = meterDataRight*height;
float n = ((left + right)/2); //Combine L + R channels into one value
if(n >= 120) {
image(faces[int (random(37 , 49))], 0, 0); }
if(n >= 100 && n < 120) {
image(faces[int (random(6 , 22))], 0, 0); }
if(n >= 50 && n < 100) {
image(faces[int (random(51 , 58))], 0, 0); }
if(n < 50 && n > 30) {
image(faces[int (random(28, 32))], 0, 0); }
if(n < 30 && n > 10) {
image(faces[int (random(23, 26))], 0, 0); }
if(n < 10) {
image(faces[int (random(1, 5))], 0, 0); }
}
// Safely close the sound engine upon Browser shutdown
public void stop(){
Sonia.stop();
super.stop();
}
