Input in: center of mass dancers + beatDetector track = screen viz

Source Code: https://www.dropbox.com/sh/etb2jxd98sh49yb/IrXRLIRJnS

 

Code

 

We used the oscP5message  code by andreas schlegel to receive data from the Center Of Mass Server for Kinect by Nick Puckett.

 

From this base we added on pieces of code from this example:

 

http://www.openprocessing.org/sketch/2271 that was modified to create a substantially different output.

 

We then added code to convert the input from the Kinect into visuals based on the Kinect Server code by Nick Puckett.

 

Near the end of the project our awesome DF classmate Lindy Wilkins helped us out

 

/**

* oscP5message by andreas schlegel

* example shows how to create osc messages.

* oscP5 website at http://www.sojamo.de/oscP5

*/

 

import oscP5.*;

import netP5.*;

 

import ddf.minim.*;

import ddf.minim.analysis.*;

import gifAnimation.*;

 

//import processing.net.*;

 

Minim minim;

AudioPlayer song;

FFT fft;

 

PImage[] animation;

Gif loopingGif;

Gif nonLoopingGif;

 

float kickSize, snareSize, hatSize;

 

OscP5 oscP5;

NetAddress myRemoteLocation;

 

int connectionPort = 5206;

 

 

float SW1 = 0;

 

String pattern1 = “/Person1”;

//float x3d1;

//float y3d1;

//float z3d1;

float x2d1;

float y2d1;

 

float x2d1Prev;

float y2d1Prev;

 

float x2d2Prev;

float y2d2Prev;

 

float vel1;

float vel2;

 

String pattern2 = “/Person2”;

//float x3d2;

//float y3d2;

//float z3d2;

float x2d2;

float y2d2;

 

//String pattern3 = “/Person3”;

//float x3d3;

//float y3d3;

//float z3d3;

//float x2d3;

//float y2d3;

 

//String pattern4 = “/Person4”;

//float x3d4;

//float y3d4;

//float z3d4;

//float x2d4;

//float y2d4;

//

//String pattern5 = “/Person5”;

//float x3d5;

//float y3d5;

//float z3d5;

//float x2d5;

//float y2d5;

//

//String pattern6 = “/Person6”;

//float x3d6;

//float y3d6;

//float z3d6;

//float x2d6;

//float y2d6;

 

 

float dis1_2;

 

float SWdist1_2;

float SCvel1;

float SCvel2;

 

void setup() {

size(1024,768);

// frameRate(24);

oscP5 = new OscP5(this,connectionPort);

 

//smooth();

minim = new Minim(this);

song = minim.loadFile(“04 Common People.mp3”, 512);

song.play();

fft = new FFT(song.bufferSize(), song.sampleRate());

loopingGif = new Gif(this, “rain.gif”);

loopingGif.loop();

//nonLoopingGif = new Gif(this, “rain.gif”);

//nonLoopingGif.play();

minim = new Minim(this);

 

 

}

 

 

void draw() {

background(0);

noStroke();

//draw a vertical line that follows User 1 horizontally

//println (y2d1);

SW1 = int(map(y2d1,0.0,450.0,10.0,320.0));

SCvel1 = map(vel1,10.0,25.0,120.0,255.0);

SCvel2 = map(vel2,10.0,25.0,120.0,255.0);

SWdist1_2 = map(dis1_2,40.0,120.0,10.0,100);

fill(SCvel1,40,40,100);

rect(x2d1,0,SW1,displayHeight);

//draw a horizontal line that follows User 2 vertitally

fill(40,40,SCvel2,90);

rect(0,x2d2,displayHeight,SWdist1_2);

 

//draw a vertical line that follows User 3 horizontally

//  fill(175,20,40,70);

//  rect(x2d3,0,40,displayHeight);

 

//draw a horizontal line that follows User 4 vertitally

//fill(200,200,20,70);

//rect(0,x2d4,displayHeight,40);

 

//draw a vertical line that follows User 5 horizontally

//fill(20,200,200,70);

//rect(x2d5,0,40,displayHeight);

 

//draw a horizontal line that follows User 6 vertitally

//fill(200,20,200,70);

//rect(0,x2d6,displayHeight,40);

 

image(loopingGif,0,0,1024,768);

tint(12,123,12,95);

//background(255);

println (song.bufferSize());

strokeWeight(1);

for (int i = 0; i < song.bufferSize() – 256; i++)

{

//rect(width, 900, song.left.get(i)*5000, song.left.get(i)*500);

//noFill();

//stroke(0,255,0,40);

ellipse(width/2, -20, song.left.get(i)*2600, song.left.get(i)*800);

noFill();

stroke(0,200,0,40);

}

 

 

dis1_2= dist(x2d1,y2d1,x2d2,y2d2);

//println((“dist 1 2: “+dis1_2));

 

vel1= dist(x2d1,y2d1,x2d1Prev,y2d1Prev);

x2d1Prev=x2d1;

y2d1Prev=y2d1;

 

vel2= dist(x2d2,y2d2,x2d2Prev,y2d2Prev);

x2d2Prev=x2d2;

y2d2Prev=y2d2;

 

//println((“velocity “+ vel1));

}

 

/* incoming osc message are forwarded to the oscEvent method. */

void oscEvent(OscMessage theOscMessage) {

 

if(theOscMessage.checkAddrPattern(pattern1)==true) {

//x3d1=theOscMessage.get(0).intValue();

//y3d1=theOscMessage.get(1).intValue();

//z3d1=theOscMessage.get(2).intValue();

x2d1=theOscMessage.get(3).intValue();

y2d1=theOscMessage.get(4).intValue();

}

if(theOscMessage.checkAddrPattern(pattern2)==true) {

//x3d2=theOscMessage.get(0).intValue();

//y3d2=theOscMessage.get(1).intValue();

//z3d2=theOscMessage.get(2).intValue();

x2d2=theOscMessage.get(3).intValue();

y2d2=theOscMessage.get(4).intValue();

}

//  if(theOscMessage.checkAddrPattern(pattern3)==true) {

//     x3d3=theOscMessage.get(0).intValue();

//     y3d3=theOscMessage.get(1).intValue();

//     z3d3=theOscMessage.get(2).intValue();

//     x2d3=theOscMessage.get(3).intValue();

//     y2d3=theOscMessage.get(4).intValue();

//   }

//   if(theOscMessage.checkAddrPattern(pattern4)==true) {

//     x3d4=theOscMessage.get(0).intValue();

//     y3d4=theOscMessage.get(1).intValue();

//     z3d4=theOscMessage.get(2).intValue();

//     x2d4=theOscMessage.get(3).intValue();

//     y2d4=theOscMessage.get(4).intValue();

//   }

//   if(theOscMessage.checkAddrPattern(pattern5)==true) {

//     x3d5=theOscMessage.get(0).intValue();

//     y3d5=theOscMessage.get(1).intValue();

//     z3d5=theOscMessage.get(2).intValue();

//     x2d5=theOscMessage.get(3).intValue();

//     y2d5=theOscMessage.get(4).intValue();

//   }

//   if(theOscMessage.checkAddrPattern(pattern6)==true) {

//     x3d6=theOscMessage.get(0).intValue();

//     y3d6=theOscMessage.get(1).intValue();

//     z3d6=theOscMessage.get(2).intValue();

//     x2d6=theOscMessage.get(3).intValue();

//     y2d6=theOscMessage.get(4).intValue();

//

//   }

 

}

 

void stop()

{

song.close();

minim.stop();

super.stop();

}

 

 

 

References

 

We used code samples from the following at various points:

 

 

http://code.compartmental.net/minim/examples/BeatDetect/FrequencyEnergy/FrequencyEnergy.pde

 

http://code.compartmental.net/minim/examples/BeatDetect/FrequencyEnergy/BeatListener.pde

 

Cheers to our lovely dancers! We are the night. Let’s take over the world~

Mazi, Hank, Torin

 

 

Chop Shop (Heather Phenix, Jeremy Littler  and Mitzi Martinez) – OCAD DFI, October 2012

 

 

Chop Shop is a multi-player, screen-based and sensor-controlled game that speaks to the collaborative and competitive physicality of our work environment. Introducing a playful, tactile game with multi-player capabilities is a way to facilitate interaction between DFI workspace dwellers and potentially increase productivity. Single player mode is also possible. Short and frequent breaks from work are known to get ideas flowing with fresh perspective, and this is the main intention behind Chop Shop. The interaction is provided through a series of proximity sensor boards connected to a central Arduino Uno and a projector. The fluctuating proximity of players’ hands over the sensor boards is what influences the related screen-based Chop Shop icons to move towards a target – a common goal if you will. The illustrated floating body parts projected on the screen make reference to the senses involved in the human design creation process. The idea is to provide an opportunity to break free from typical static sitting positions involved in digital work flows and increase productivity by moving around having fun in a collaborative environment.

 

http://www.youtube.com/watch?v=LFFmsFx7wf8

 

Initial Concept

 

Early Wiring Test

 

 

Assembly Test: It Worked!

 

Final Testing and Development (Photographs by Mtzi)

 

Continue reading Chop Shop

Here is our video of Borxu, Jaxson and Andrew’s Project 2 submission:

Daisy (or Dais/E?)

 

Our supporting paperwork is attached.

Daisy-supportFINAL

 

And here’s the demo in class!