Mediascapes studio 2: all materials

image:

drawing:

text:
What | Mapping virtual datastreams in a spatio-temporal context
Why | Visualizing the hidden structure of a hyper-reality by showing the
connections and energy flows in a system-matrix.
The project looks at the interrelated and intertwined connections of physical and
virtual environments. It attempts to emphasize the fortified relationship human beings
have with animated objects that exist between both environments.The agent represents
the duality of our personality in the virtual environment.
Our immediate environment is a hyper-mixture of data, signs, artificial and natural
phenomenon of a enhanced media based culture. We are merged in this environment
so deeply yet we don’t exercise much control over it. The pervasive and invisible
forces of consumerism, political ideologies, social practices and cultural inertias control
the “Mediasphere” we inhabit.
First, we wish to visualize a possible hidden structure of this hyper-reality by
showing the connections and energy flows in a system-matrix that is based on input
from the participant. Then we hope to translate the data to a spatial condition that is
particular to the activities of the participant. Based on the inputs, the user can then
explore and map a spatial cartography of their current thoughts. This cartography then
becomes a one of a kind phenomenon tailored to the individual thoughts and patterns
created by the participant. This allows for a realization and comparison of the relevance
of your thoughts to the quantified data collected by the agent. With knowledge and
awareness about current events and collective thoughts on a global scale, we hope to
create and evolve new tools of empowerment.
By quantifying data referenced from the “Mediasphere” and “Blogosphere” in real
time, we hope to create a qualitative experience individual to the participant. The
Project looks at the role that information systems and data streams can play in the
creation of architectural effects and emergent design processes of discovery and selection.

Presentation:

SLIDESHOWFINAL

Video:

http://www.vimeo.com/11180439

Processing sketch(normal and 3D stereo version):

Processing code for visualization:
import oscP5.*;
import netP5.*;
OscP5 oscP5;
NetAddress myRemoteLocation;

int creatureNum=9;
Creature[] creature = new Creature[creatureNum];

PFont font;

Food[] food = new Food[1000];
int foodNum;
int foodCounter;
int counter=-1;
int convercounter;

PGraphics ff;
Ripple ripple;

PImage maskForCircle;

Ring[] rings = new Ring[5];

//String xyzSendmessage;

void setup() {

myTwitter = new Twitter(“yourTwitterUserName”, “yourTwitterPassword”);
twitterQuery();//create food inside!!!!!!!!!!!!!!!!!!

//talking to max/msp
oscP5 = new OscP5(this,7400);
myRemoteLocation = new NetAddress(“127.0.0.1″,7400);
//myRemoteLocation = new NetAddress(“10.0.1.125″,7400);
for (int i=0; i<creatureNum;i++) {
creature[i] = new Creature();
}
size(850,850,P3D);

//size(screen.width,screen.height,P3D);
ff= createGraphics(width,height,P3D);
ff.smooth();
ff.fill(255, 100);

font = createFont("arial",100,true);

ff.textFont(font);
ff.textAlign(CENTER);

ripple = new Ripple();
frameRate(30);

maskForCircle = loadImage("mask.png");

for (int i=0; i<rings.length; i++) {
// PVector tmp = new PVector(width/2,height/2,-500+i*200);
PVector tmp = new PVector(width/2,height/2,0);
rings[i] = new Ring(tmp, i*200);
}
}

void draw() {
pushMatrix();

counter++;
if (counter ==500) {
counter=0;
twitterQuery();
}

ff.beginDraw();
ff.background(5,60,255);
//background(0);

//display food
// xyzSendmessage= "";
foodCounter=0;
for (int i=0;i<food.length; i++) {
if (food[i]!= null && !food[i].consumed) {
food[i].display();

// String xyzMessage = "X "+(int)food[i].pos.x+",Y "+(int)food[i].pos.y+",Z "+(int)food[i].pos.z+" ";
// xyzSendmessage += xyzMessage;

foodCounter++;
}
}
// if (counter%100==0) {
//send(xyzSendmessage);
////send("0000");
////println("sent: "+xyzSendmessage);
//}
// ff.fill(50);
// ff.rect(0,height-20,width,20);
// ff.fill(255,200,0);
// ff.textSize(12);
// ff.text("There is "+foodCounter+" pieces of food left.",width/2, height-6);
//
//display creature
for (int i=0; i<creatureNum; i++) {
creature[i].move();

//eat!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
for (int j =0; j<foodNum; j++) {
float d = PVector.dist(food[j].pos,creature[i].initia);
if (d<50) {
food[j].consumed =true;
creature[i].life++;
hit(food[j].pos.x,food[j].pos.y);
creature[i].speedUp();
creature[i].updateMemory(food[j].message);
}
}

for(int g=i+1; g<creatureNum; g++ ) {
float dd = PVector.dist(creature[g].initia,creature[i].initia);
if (dd<50) {
creature[i].talk();
creature[g].talk();
if(creature[i].talking!=null &&creature[g].talking!=null) {
String conversation=creature[i].talking+ creature[g].talking;
if (!conversation.equals("") &&!conversation.equals(" "))send(conversation);
}
}
}
}

ff.endDraw();

//Pixel processing for ripple effect
loadPixels();
ff.loadPixels();
for (int loc = 0; loc < width * height; loc++) {
pixels[loc] = ripple.col[loc];
}
updatePixels();
ripple.newframe();
popMatrix();

for (int i =0; i<rings.length; i++) {
rings[i].move();
rings[i].display();
}

pushMatrix();
image(maskForCircle,0,0);
popMatrix();

}

void cameraLight() {
//camera(width/2,height/2,850, 450,0,-30, 0,0,-0.5);
/*
// Orange point light on the right
pointLight(255, 255, 255, // Color
200, -150, 0); // Position

// Blue directional light from the left
directionalLight(0, 102, 255, // Color
1, 0, 0); // The x-, y-, z-axis direction

// Yellow spotlight from the front
spotLight(255, 255, 109, // Color
0, 40, 200, // Position
0, -0.5, -0.5, // Direction
PI / 2, 2); // Angle, concentration
*/
}

void send(String _conversation) {
char[] Letters=_conversation.toCharArray();;
String sending ="S ";

convercounter++;
for(int h=0; h<_conversation.length(); h++ ) {
int newTone = int(Letters[h]);
if(h==0) {sending += newTone;
}else { sending += " "+ newTone;}
}
OscMessage talkMessage = new OscMessage("T "+_conversation);
oscP5.send(talkMessage, myRemoteLocation);

OscMessage myMessage = new OscMessage(sending);
oscP5.send(myMessage, myRemoteLocation);
println("Sent: "+sending);
}
class Creature {
int partNum=18;
Leg[] leg = new Leg[partNum];
PVector Target = new PVector();
PVector initia = new PVector();
float speed;
int life,memoryCounter;

String[] memory= new String[2000];
String talking;

Creature() {
float x = random(width);
float y = random(height);
float z = random(-300,300);
float r = random(0.1,1);
PVector initia = new PVector(x,y,z);

for (int g=0; g9.8 && randomNumber 9.9) {
int iWantFood = (int)random(foodNum);
if (food[iWantFood]!= null && !food[iWantFood].consumed)
Target.set(food[iWantFood].pos.x,food[iWantFood].pos.y,food[iWantFood].pos.z);
}

speed +=0.05;//Actually the speed is decresing…by vel = 100/speed

initia.x += (Target.x-initia.x)/speed;
initia.y += (Target.y-initia.y)/speed;
initia.z += (Target.z-initia.z)/speed;
float dForBreath = PVector.dist(Target,initia);
for (int g=0; g21) speed -=10;
}

void updateMemory(String _update) {
String[] newBits = split (_update, ‘ ‘);
for (int i =0; i1998) memoryCounter=0;
}

}

void talk() {
talking =”";
int loopNum = (int)random(6);
for (int i=0; i9.5) {
speed = 5*noise(b)/random(0.1,5);
//if (random(10)>7)

} else {
speed = noise(b)*5;
}
vel.add(random(-0.05,0.05),random(-0.05,0.05),random(-0.05,0.05));
vel.normalize();
vel.mult(speed);
pos.add(vel);

//boundary
if (pos.x>width+50) pos.x=-50;
if (pos.xheight+50) pos.y =-50;
if (pos.y500) pos.z =-500;
if (pos.z<-500) pos.z =500;

//Fish wave the body according to its speed
c += 0.1*speed;
BoWa=sin(c)*PI/15;
}

void drawBody() {

for (g=0;g<letters.length; g++) {
ff.translate(3,0);
//ff.translate(textWidth(letters[g]),0);
ff.rotate(BoWa/30);
ff.fill(255,160);
ff.textSize(6);
ff.text(letters[g],0,0);
ff.stroke(255,50);
}
}
}
//every leg is a strand of three lines

class Leg {
int jointsNum = 10;
int counter,life;
PVector[][] joints = new PVector[jointsNum][3];
PVector initia,driver,target,ankle;
float driverAngle,randomness,rotation,angle,O,Oangle;
float speed =100;
float[] armLength= new float[3];

Leg(float xin, float yin, float zin, float _randomness, int _partNum, int _counter) {
for (int i=0; i<jointsNum; i++) {
for (int g= 0; g<3;g++) {
joints[i][g] = new PVector(0,0,0);
}
}
for (int g= 0; g<3;g++) {
armLength[g] = random(9,12);
}
counter= _counter;
angle = counter*TWO_PI/_partNum;

initia = new PVector(xin,yin,zin);
//driver = new PVector(xin,yin,zin);
//target = new PVector(xin,yin,zin);
//rotation = _rotation;
randomness = _randomness;
}

void drawLeg(PVector _initia, float _speed, float _breath) {
//pushMatrix();

//rotate(rotation);
//driver.add(noise(-0.5,0.5),noise(-0.5,0.5),noise(-0.5,0.5));

speed = _speed;

initia= _initia.get();
//O–;
//if (O0) {
Oangle+=0.1;
O=8*cos(Oangle)+2;

//Problem!!! where are 3D postions of these points???
initia.add(O*cos(angle),O*sin(angle),0);
}

//driverAngle += noise(randomness);
//driver.add(5*cos(driverAngle),5*sin(driverAngle),0);
for (int g= 0; g<3;g++) {
joints[0][g]=initia.get();

}
for (int g= 0; g<3;g++) {

ff.noFill();
//stroke(255, 102, 180);
//strokeWeight(1);
/*
line(initia.x, initia.y, initia.z,
joints[0][g].x,joints[0][g].y,joints[0][g].z);
line(joints[0][g].x,joints[0][g].y,joints[0][g].z,
joints[0][g].x,joints[0][g].y+20,joints[0][g].z);
*/
//stroke(0, 0, 0);
ff.pushMatrix();

ff.stroke(255,50);

ff.point(initia.x, initia.y, initia.z);
//point(joints[0][g].x,joints[0][g].y,joints[0][g].z);
ff.stroke(255,80);
ff.strokeWeight(1);
ff.line(initia.x, initia.y, initia.z, joints[0][g].x,joints[0][g].y,joints[0][g].z);
/*
translate(initia.x, initia.y, initia.z);
rotateZ(angle);
bezier(0, 0, 30,
-10, -30, 30,
O*cos(angle)+10,O*sin(angle)+30,0,
O*cos(angle),O*sin(angle),0);
*/
/*
bezier(initia.x, initia.y, initia.z,
initia.x+100, initia.y+100, initia.z,
joints[0][g].x-100,joints[0][g].y-30,joints[0][g].z,
joints[0][g].x,joints[0][g].y,joints[0][g].z);
*/
ff.popMatrix();
ff.beginShape();
ff.noFill();
ff.stroke(255,50);
ff.strokeWeight(2);
//point(joints[0].x,joints[0].y,joints[0].z);

ff.curveVertex(joints[0][g].x,joints[0][g].y,joints[0][g].z);

//vertex(joints[0].x,joints[0].y,joints[0].z);

for (int i=1; i0.2)
ff.curveVertex(joints[i][g].x+random(-i*0.3,i*0.3),joints[i][g].y+random(-i*0.3,i*0.3),joints[i][g].z);
}

ff.endShape();
}
}

}

class Ring {
PVector startPoint;
float diameter,v;

Ring(PVector _startPoint, float _diameter) {
startPoint = _startPoint;
diameter = _diameter;
}

void move() {
v = 5*diameter*diameter/1000;
diameter+=v;
if (diameter>1500) diameter=10;
// startPoint.z+=20;
// if (startPoint.z>500) startPoint.z =-500;
}

void display() {

stroke(255,100);
noFill();
strokeWeight(12*diameter/1000);
// translate(startPoint.x,startPoint.y,startPoint.z);
ellipse(startPoint.x,startPoint.y,diameter,diameter);
fill(255);
}
}
class Ripple {
int i, a, b;
int oldind, newind, mapind;
short ripplemap[]; // the height map
int col[]; // the actual pixels
int riprad;
int rwidth, rheight;
int ttexture[];
int ssize;

Ripple() {
// constructor
riprad = 3;
rwidth = width >> 1;
rheight = height >> 1;
ssize = width * (height + 2) * 2;
ripplemap = new short[ssize];
col = new int[width * height];
ttexture = new int[width * height];
oldind = width;
newind = width * (height + 3);
}

void newframe() {
// update the height map and the image
i = oldind;
oldind = newind;
newind = i;

i = 0;
mapind = oldind;
for (int y = 0; y < height; y++) {
for (int x = 0; x > 1);
data -= ripplemap[newind + i];
data -= data >> 5;
if (x == 0 || y == 0) // avoid the wraparound effect
ripplemap[newind + i] = 0;
else
ripplemap[newind + i] = data;

// where data = 0 then still, where data > 0 then wave
data = (short)(1024 – data);

// offsets
a = ((x – rwidth) * data / 1024) + rwidth;
b = ((y – rheight) * data / 1024) + rheight;

//bounds check
if (a >= width)
a = width – 1;
if (a = height)
b = height-1;
if (b < 0)
b=0;

col[i] = ff.pixels[a + (b * width)];
mapind++;
i++;
}
}
}
}
void mouseDragged() {
hit(mouseX,mouseY);
foodNum++;
food[foodNum-1] =new Food("New food!!!"," ", mouseX, mouseY,random(-500,500));
}

void hit(float _foodX, float _foodY) {
int foodX =(int)_foodX;
int foodY = (int)_foodY;
for (int j = foodY – ripple.riprad; j < foodY + ripple.riprad; j++) {
for (int k = foodX – ripple.riprad; k = 0 && j = 0 && k < width) {
ripple.ripplemap[ripple.oldind + (j * width) + k] += 512;
}
}
}
// OscMessage myMessage = new OscMessage("A 1000");
// oscP5.send(myMessage, myRemoteLocation);
}
Twitter myTwitter;
String preMessage;

void twitterQuery() {
try {

Query query = new Query("Food for love");
query.setRpp(100);
QueryResult result = myTwitter.search(query);

ArrayList tweets = (ArrayList) result.getTweets();
foodNum = tweets.size();

for (int i = 0; i < tweets.size(); i++) {
Tweet t = (Tweet) tweets.get(i);
String user = t.getFromUser();
String msg = t.getText();
Date d = t.getCreatedAt();

//delete some part of the content
String ddd = " "+d;
ddd = ddd.substring(5,20)+ " 2010";
String tempMsg= user + " at " + ddd ;

if (counter!=-1 && i==0) {
if (!preMessage.equals(msg)) {
foodNum++;
food[foodNum-1] = new Food(tempMsg,msg,random(width),random(height),random(-500,500));
preMessage = msg;
println("New food added, yeah, thank you!!!!!!!!!!!!!!!!!!!!!!!");
}

}

if (counter==-1) {
food[i] = new Food(tempMsg,msg,random(width),random(height),random(-500,500));
if (i==0) preMessage = msg;
};

}
}
catch (TwitterException te) {
println("Couldn't connect: " + te);
};

}

Sound patch:

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———–end_max5_patcher———–

Max to maya patch:

———-begin_max5_patcher———-
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———–end_max5_patcher———–

Extracting datastreams from Yahoo (processing code)

import controlP5.*;
ControlP5 controlP5;

import oscP5.*;
import netP5.*;
OscP5 oscP5;
NetAddress myRemoteLocation;

String textValue = “”;
Textfield myTextfield;

int ballSizeTarget;
int ballNumbers;

int numBalls = 12;
float spring = 0.05;
float gravity = 0.03;
float friction = -0.9;
Ball[] balls = new Ball[numBalls];
boolean display;

PFont font =createFont(“Arial-Bold”,12);

void setup(){
size(600,400);
frameRate(25);
controlP5 = new ControlP5(this);

myTextfield = controlP5.addTextfield(“”,10,height-30,width-20,20);
myTextfield.setFocus(true);
// int n = numberSearchYahoo(“processing”);
// println(n);

noStroke();
smooth();
textFont(font);

//talking to max/msp
oscP5 = new OscP5(this,7401);
myRemoteLocation = new NetAddress(“10.0.1.125″,7401);
}

void draw() {
background(0);
if (display) {
for (int i = 0; i < balls.length; i++) {
balls[i].collide();
balls[i].move();
balls[i].display();
}
}
fill(200);
text(ballSizeTarget+” items found!”, 10, height-40);
}
void initiateVisualization(int _num) {
display =true;
numBalls = _num;
if (numBalls<=1) {
numBalls =1;
balls = new Ball[numBalls];
balls[0] = new Ball(random(width), random(-height,0), 10, 0, balls);
} else {
balls = new Ball[numBalls];
for (int i = 0; i < numBalls; i++) {
balls[i] = new Ball(random(width), random(-height,0), random(20, 40), i, balls);
}
}
}

void send (int _sendNum) {
OscMessage talkMessage = new OscMessage(“T “+_sendNum);
oscP5.send(talkMessage, myRemoteLocation);

println(“Sent: “+_sendNum);

}

void controlEvent(ControlEvent theEvent) {
println(“controlEvent: accessing a string from controller ‘”+theEvent.controller().name()+”‘: “+theEvent.controller().stringValue());
background(0);
text(“In searching…”, 20, height-50);
ballSizeTarget = numberSearchYahoo(theEvent.controller().stringValue());
println (ballSizeTarget+” items found!”);
send(ballSizeTarget);
ballNumbers = min((int)map(ballSizeTarget,0,1000000000,0,300),300);
if (ballSizeTarget!=0)initiateVisualization(ballNumbers);
}

int numberSearchYahoo(String _query) {
String QUERY = “http://search.yahoo.com/search?p=”+_query;
String[] results = null;
int newNumber=0;
try
{
URL url= new URL(QUERY);
URLConnection connection = url.openConnection();
// Google rejects pure API requests, so we change the header of the request
// to make it believe it is requested by a real browser…
connection.setRequestProperty(“User-Agent”,
“I am a real browser like Mozilla or MSIE” );
results = loadStrings(connection.getInputStream());
}
catch (Exception e) // MalformedURL, IO
{
e.printStackTrace();
}

if (results != null)
{

//println(results[0]);
//println(results[1]);
String originalText = (String)results[1];
//println(originalText);
int start = originalText.indexOf(“resultCount”);
int end = originalText.indexOf(“ results for
”);
String nnn = originalText.substring(start+13,end);
//println(start+” “+end);
//println(nnn);
//int fff=Integer.parseInt(nnn);
String newString =””;
for (int i=0; i<nnn.length();i++) {
char temChar =nnn.charAt(i);
if (temChar!= ‘,’) newString += temChar;
}
newNumber = int(newString);

//println(newNumber);
//println(results[2]);
}
return newNumber;
}