Pilu Caballero

Technologica from Pilu Caballero on Vimeo.

"galaxyHearts" from Pilu Caballero on Vimeo.

I love Ikeda things from Pilu Caballero on Vimeo.

Kinect experiments with sound from Pilu Caballero on Vimeo.

Kinect interactive floor from Pilu Caballero on Vimeo.

gltchFields from Pilu Caballero on Vimeo.

"Sunset" from Pilu Caballero on Vimeo.

Fruit Orchesta : Midi Fruits Project design & develope for Netlabel Caballito.Org. Opening at Los Viernes Bonsai Festival. With makey makey micro-controllers, fruits, processing sketch comunicate by OSC to Max for send bangs to Ableton Live trought maxforlive. 

Emir Surprise : Interactive application develope with Marta Verde for Ras Gas Company at World Petroleum Congress. We use Arduino Xbee Tecnologies, BlinkM leds, Arduino. Creative code with Arduino & Processing. 

Here you can find some lines of code: 

Por aquí algo de code

import oscP5.*; import netP5.*;

import processing.opengl.*;

PFont Title; int tituloX = 800; int tituloY = 830;

OscP5 oscPx; OscP5 oscPy; NetAddress myRemoteLocation;

PImage mapImage;

PImage gota; Table locationTable; Table nameTable; Table fotosTable;

int rowCount;

int segundos;

int posX, posY; int realX = width/2; int realY = height/2;

Table dataTable; float dataMin = 3.; float dataMax = 15.;

Integrator[] interpolators; int opacity = 0; int direction = 1;

void setup() { // size(1400, 788); setupPantalla(OPENGL); frameRate(25); oscPx = new OscP5(this, 7000);

realX = width/2; realY = height/2; //oscPy = new OscP5(this, 7001);

myRemoteLocation = new NetAddress(“127.1.1.0″, 7000);

noCursor(); mapImage = loadImage(“map.png”);

imageMode(CENTER); gota =loadImage(“gota_verde.png”); imageMode(CORNER);

locationTable = new Table(“locations.tsv”); nameTable = new Table(“names.tsv”); rowCount = locationTable.getRowCount();

dataTable = new Table(“random.tsv”); interpolators = new Integrator[rowCount]; for (int row = 0; row < rowCount; row++) { float initialValue = dataTable.getFloat(row, 1); interpolators[row] = new Integrator(initialValue, 0.5, 0.01); }

PFont font = loadFont(“VAGRounded-Lt-Normal-28.vlw”); textFont(font);

smooth(); noStroke(); //frameRate(30);

}

float closestDist; String closestText; float closestTextX; float closestTextY; void draw() { background(255); smooth(); updateTable(); //cargar mapa image(mapImage, 0, 0); //imageMode(CENTER); fill(255, 200);

text(“RasGas has a diversified worldwide portfolio of customers”, tituloX, tituloY); //image(gota, mouseX-40, mouseY-20);

//FROM QATAR TO THE WORLD segundos = second(); for (float i = 0; i<segundos; i=i+4) { float anchoCirculo = map(i, 0, 59, 0, 70); strokeWeight(2); stroke(255, 100); // noStroke(); //fill(255,255,255, 5); noFill(); ellipse(1236, 383, anchoCirculo, anchoCirculo); } //====================

for (int row = 0; row < rowCount; row++) { interpolators[row].update(); }

closestDist = width*height; // abritrarily high

for (int row = 0; row < rowCount; row++) { String abbrev = dataTable.getRowName(row); float x = locationTable.getFloat(abbrev, 1); float y = locationTable.getFloat(abbrev, 2); drawData(x, y, abbrev); }

if (closestDist != width*height) { //========fade in texto opacity += 3 * direction; if ((opacity < 0) ) { direction = direction;

} if (opacity == 255){ opacity = 255; opacity = 0; } fill(255, opacity);

textAlign(CENTER); textMode(MODEL); text(closestText, closestTextX, closestTextY);

} if (realX < 50){ realX = 50; }

if (realX > 1830){ realX = 1830; }

if( realY < 50){ realY = 50; }

if(realY>960){ realY = 960; }

if (posX != 0 ) { posiciona(); image(gota,realX,realY);

} else if( posY != 0){ posiciona(); image(gota,realX, realY); }

if (posX == 0) { image(gota, realX, realY); }

if(posY == 0){ image(gota, realX, realY); }

} void drawData(float x, float y, String abbrev) { // Figure out what row this is int row = dataTable.getRowIndex(abbrev); // Get the current value float value = interpolators[row].value;

float radius = 0; if (value >= 0) { radius = map(value, 0, dataMax, 5, 15); noStroke(); fill(255, 150); } ellipseMode(RADIUS); ellipse(x, y, radius, radius);

float d = dist(x, y, realX, realY); if ((d < radius + 15) && (d < closestDist)) {

closestDist = d; String name = nameTable.getString(abbrev, 1); String val = nfp(interpolators[row].target, 0, 2); //texto + posicion closestText = name + ” “; closestTextX = x; closestTextY = y+ 50; //circulo verde + grande fill(#003399,150); ellipseMode(RADIUS); ellipse(x, y, radius+10, radius+10);

}

}

void updateTable() { for (int row = 0; row < rowCount; row++) { float newValue = random(dataMin, dataMax); interpolators[row].target(newValue); } }

void oscEvent (OscMessage theOscMessage){ posX=theOscMessage.get(0).intValue(); //println(“x “+theOscMessage.get(0).intValue()); posY=theOscMessage.get(1).intValue(); //println(“y “+theOscMessage.get(0).intValue());

}

void posiciona() { if (posX == 1) { realX +=3; } if (posX == -1) { realX-=3; } if(posY == 1){ realY-= 3; } if(posY == -1){ realY+=3; } }

class Integrator { //era 1 final float DAMPING =1f; final float ATTRACTION = 0.2f;

float value; float vel; float accel; float force; //era 1 float mass = 0.1;

float damping = DAMPING; float attraction = ATTRACTION; boolean targeting; float target; Integrator() { } Integrator(float value) { this.value = value; } Integrator(float value, float damping, float attraction) { this.value = value; this.damping = damping; this.attraction = attraction; } void set(float v) { value = v; } void update() { if (targeting) { force += attraction * (target – value); }

accel = force / mass; vel = (vel + accel) * damping; value += vel;