November 13, 2009, at 11:55 AM by dbo3 -

Changed lines 24-25 from:

to:

Melanie Clemmons

Deleted lines 26-27:

Christine Nguyen" <cqn200@nyu.edu>
David Phillips" <dp1244@nyu.edu>

Changed line 28 from:

Hana Newman

to:

David Phillips" <dp1244@nyu.edu>

Added lines 30-32:

Michelle Temple
Steve Aquillano
Mike Knuepfel" <mk3321@nyu.edu>

Changed lines 34-36 from:

Melanie Clemmons

to:

Christine Nguyen" <cqn200@nyu.edu>
Hana Newman

Deleted line 37:

Michelle Temple

Deleted line 41:

Steve Aquillano

Changed lines 44-45 from:

Mike Knuepfel" <mk3321@nyu.edu>

to:

November 13, 2009, at 11:00 AM by dbo3 -

Changed lines 469-472 from:

Week 8

Week 9

to:

Changed lines 471-591 from:

to:

http://www.sparkfun.com/commerce/product_info.php?products_id=8880
http://www.sparkfun.com/commerce/product_info.php?products_id=256
http://www.sparkfun.com/commerce/product_info.php?products_id=400
http://www.sparkfun.com/commerce/product_info.php?products_id=7904
http://www.sparkfun.com/commerce/product_info.php?products_id=8960
http://www.sparkfun.com/commerce/product_info.php?products_id=8958
http://www.sparkfun.com/commerce/product_info.php?products_id=8940
http://www.sparkfun.com/commerce/product_info.php?products_id=8881
http://www.sparkfun.com/commerce/product_info.php?products_id=8633
http://www.sparkfun.com/commerce/product_info.php?products_id=8869
http://www.sparkfun.com/commerce/product_info.php?products_id=8852
http://www.sparkfun.com/commerce/product_info.php?products_id=8416
http://www.sparkfun.com/commerce/product_info.php?products_id=8627
http://www.sparkfun.com/commerce/product_info.php?products_id=8661
http://www.sparkfun.com/commerce/product_info.php?products_id=8128
http://www.sparkfun.com/commerce/product_info.php?products_id=8579
http://www.sparkfun.com/commerce/product_info.php?products_id=525

int r,g,b;

void setup() {

  Serial.begin(9600);  //set up communication back to pc
  //don't forget to press "serial monitor button"

}

void loop() {

  int analogReading = analogRead(5); //can only use pins 0-5
  Serial.print(analogReading);
  Serial.print(",");
  analogReading = analogRead(4); //can only use pins 0-5
  Serial.print(analogReading);
  Serial.print(",");
  analogReading = analogRead(3); //can only use pins 0-5
  Serial.print(analogReading);
  Serial.print(",");
  Serial.println(10,BYTE); //talk back to pc
  if (Serial.available() >=3){
    r = Serial.read();
    g = Serial.read();
    b = Serial.read();
  }
  analogWrite(6,b);
  analogWrite(5,r);
  analogWrite(3,g);
  delay(20);

}

import processing.serial.*; Serial port; // The serial port

int xpos, ypos; // position of the ball

int r,g,b; PImage pic ;

void setup() {

  size(255, 255);  // Stage size
  pic = loadImage("colorspace_RGB.png");
  ellipseMode(CENTER);
  size(pic.width,pic.height);
  xpos = width/2;
  ypos = height/2;
  // Print a list of the serial ports, for debugging purposes to find out what your ports are called:
  println(Serial.list());
  //port = new Serial(this, Serial.list()[0], 9600);  //you can pull the name out of the list
  port = new Serial(this, "/dev/tty.usbserial-A7004nUQ", 9600);  //or you can just specify it
  sendColors();  // Send stuff in case the microcontroller is waiting to hear from you

}

void sendColors(){

  port.write(r);
  port.write(g);
  port.write(b);

}

void draw() {

  //image of a color space
  image(pic,0,0);

  /*  draw a color space
   for(int i=0; i<width; i++) {
   for(int j=0; j<height; j++) {
   stroke(0, i, j);
   point(i, j);
   }
   }
   */
  //find the color of the pixel at the current spot
  int thisPixel = get(xpos,ypos);
  r = int(red(thisPixel));
  g = int(green(thisPixel));
  b = int(blue(thisPixel));
  //put an ellipse over the spot
  fill(255,255,255);
  ellipse(xpos,ypos,10,10);

}

void serialEvent(Serial port) {

  String input = port.readStringUntil(10);  //make sure you return (Ascii 13) at the end of your transmission
  if (input != null){
    print("Raw Input: " + input);
    String[] parts = input.split(",");  //this will only work if you put commas (Ascii 44) between things in your transmission
    if (parts.length > 2){ //make sure it is a full valid message
      int xtilt = int(parts[0]);
      int ytilt = int(parts[1]);
      xpos = int( map(xtilt,400,600,0,width) );
      ypos = int( map(ytilt,400,600,0,height) );
      sendColors();
    }
  }

}

Week 10

October 20, 2009, at 03:15 PM by dbo3 -

Changed lines 247-250 from:

Week 6 ACCELEROMETER + RGB LED

ARDUINO SIDE

to:

Week 7 ACCELEROMETER + RGB LED

ARDUINO SIDE

Changed lines 284-285 from:

PROCESSING SIDE import processing.serial.*;

to:

PROCESSING SIDE import processing.serial.*;

October 20, 2009, at 03:15 PM by dbo3 -

Changed lines 140-145 from:

Week 6 ACCELEROMETER + RGB LED

ARDUINO SIDE

int analogReading; //variable int size because adc number potentially as big as 1024

to:

Week 7

Arduino

 int heat = 65; int light = 65; int onOff = 0;

Changed lines 147-149 from:

  beginSerial(9600);  //set up communication back to pc
  //don't forget to press "serial monitor button"

to:

  Serial.begin(9600);
  pinMode(4, INPUT); 
  pinMode(7, OUTPUT); 
  Serial.println("Start");

Changed lines 155-171 from:

  analogReading = analogRead(5); //can only use pins 0-5
  Serial.print(analogReading,DEC);
  Serial.print(44,BYTE);
  analogReading = analogRead(4); //can only use pins 0-5
  Serial.print(analogReading,DEC);
  Serial.print(44,BYTE);
  analogReading = analogRead(3); //can only use pins 0-5
  Serial.print(analogReading,DEC);
  Serial.print(44,BYTE);
  Serial.println(10,BYTE); //talk back to pc
  if (Serial.available() >=3){
    int r = Serial.read();
    int g = Serial.read();
    int b = Serial.read();
    analogWrite(6,b);
    analogWrite(5,6);
    analogWrite(11,g);

to:

  if (Serial.available() > 0){  //only send if you have hear back
    int input = Serial.read();
    input = map(input,0,255,500,2500);    // convert the analog value
    // to a range between minPulse
    Serial.println(input);
    digitalWrite(7, HIGH);   // Turn the motor on
    delayMicroseconds(input);       // Length of the pulse sets the motor position
    digitalWrite(7, LOW);    // Turn the motor off

    heat  = analogRead(5);
    light  = analogRead(0);
    onOff = digitalRead(4);

    Serial.print(heat);
    Serial.print(",");
    Serial.print(light);
    Serial.print(",");
    Serial.print(onOff);
    Serial.print(",");

    Serial.print(10, BYTE);  //send a return
    //Serial.flush();
   delay(20);  //you might use this instead of if available

Changed lines 179-180 from:

  delay(20);

to:

Changed lines 183-186 from:

PROCESSING SIDE import processing.serial.*;

Serial port; // The serial port int xpos, ypos; // position of the ball int r,g,b;

to:

Procressing

import processing.serial.*;

float bgColor; // Background color

Serial port; // The serial port float xpos; // position of the ball float ypos ; int shape;

Changed lines 196-197 from:

  size(255, 255);  // Stage size

to:

  size(800, 600);  // Stage size
  ypos = height*3/4;
  xpos = width/4;
  noStroke();      // No border on the next thing drawn

Changed lines 201-203 from:

  xpos = width/2;
  ypos = height/2;

to:

  rectMode(CENTER);

Changed lines 205-208 from:

  //port = new Serial(this, Serial.list()[0], 9600);  //you can pull the name out of the list
  port = new Serial(this, "COM28", 9600);  //or you can just specify it
  sendColors();  // Send stuff in case the microcontroller is waiting to hear from you

to:

  port = new Serial(this, Serial.list()[0], 9600);  //you can pull the name out of the list
  //port = new Serial(this, "/dev/tty.BlueRadios-COM0-1", 9600);  //or you can just specify it
  port.write(65);    // Send a capital A in case the microcontroller is waiting to hear from you
  // println("OKAY LET'S GO");

Deleted lines 211-219:

void sendColors(){

  port.write(r);
  port.write(g);
  port.write(b); 
  //println("R" + r+ " G" + g + " B" + b);

}

Changed lines 214-217 from:

  for(int i=0; i<width; i++) {
  for(int j=0; j<height; j++) {
    stroke(0, i, j);
    point(i, j);

to:

  background(0);
  fill(255-bgColor,0,0);
  // Draw the shape
  if (shape == 0){
    ellipse(xpos, ypos, 60, 60);

Changed lines 220-223 from:

to:

  else{
    rect(xpos, ypos, 60, 60);
  }

Deleted lines 225-233:

  int thisPixel = get(xpos,ypos);
  r = int(red(thisPixel));
  g = int(green(thisPixel));
  b = int(blue(thisPixel));
  fill(255,255,255);
  ellipse(xpos,ypos,10,10);

}

Changed lines 232-253 from:

    if (parts.length > 2){ //make sure it is a full valid message
      //turn them from ASCII into numbers
      int xtilt = int(parts[0]);
      int ytilt = int(parts[1]);
      if (xtilt > 500) {
        xpos = xpos + 1 ;// same as xpos++
      }
      else {
        xpos = xpos - 1 ;// same as xpos--
      }
      xpos = min(xpos,width);
      xpos = max(xpos,0);
      if (ytilt > 500) {
        ypos = ypos + 1 ;// same as ypos++
      }
      else {
        ypos = ypos - 1 ;// same as ypos--
      }
      ypos = min(ypos,width);
      ypos = max(ypos,0);
      println("Positionx:" + xpos + " y:" + ypos );
      sendColors();

to:

    if (parts.length >= 3){
      ypos = int(parts[0]);
      ypos = map(ypos,300,900,height,0);  //400 and 625 were arrived at emperically by looking at readings from the sensor
      bgColor =  int(parts[1]);
      bgColor = map(bgColor,430,550,0,255); 
      shape = int(parts[2]);
      float mouseDistanceAcross = map(mouseX,0,width,0,255);
      port.write(int(mouseDistanceAcross)); //in this example you might use the mouse distance across to control the panning of a servo motor

Changed lines 246-251 from:

2 analog, 1 switch and a servo

ARDUINO

int heat = 65; int light = 65; int onOff = 0;

to:

Week 6 ACCELEROMETER + RGB LED

ARDUINO SIDE

int analogReading; //variable int size because adc number potentially as big as 1024

Changed lines 255-258 from:

  beginSerial(9600);
  pinMode(4, INPUT); 
  pinMode(2, OUTPUT);

to:

  beginSerial(9600);  //set up communication back to pc
  //don't forget to press "serial monitor button"

Changed lines 262-283 from:

  if (Serial.available() > 0){  //only send if you have hear back
    int input = Serial.read();
    input = map(input,0,255,500,2500);    // convert the analog value
    // to a range between minPulse
    digitalWrite(2, HIGH);   // Turn the motor on
    delayMicroseconds(input);       // Length of the pulse sets the motor position
    digitalWrite(2, LOW);    // Turn the motor off


    heat  = analogRead(5);
    light  = analogRead(0);
    onOff = digitalRead(4);

    Serial.print(heat,DEC);
    Serial.print(44, BYTE);
    Serial.print(light,DEC);
    Serial.print(44, BYTE);
    Serial.print(onOff,DEC);
    Serial.print(44, BYTE);

    Serial.print(10, BYTE);  //send a return
    delay(20);  //you might use this instead of if available

to:

  analogReading = analogRead(5); //can only use pins 0-5
  Serial.print(analogReading,DEC);
  Serial.print(44,BYTE);
  analogReading = analogRead(4); //can only use pins 0-5
  Serial.print(analogReading,DEC);
  Serial.print(44,BYTE);
  analogReading = analogRead(3); //can only use pins 0-5
  Serial.print(analogReading,DEC);
  Serial.print(44,BYTE);
  Serial.println(10,BYTE); //talk back to pc
  if (Serial.available() >=3){
    int r = Serial.read();
    int g = Serial.read();
    int b = Serial.read();
    analogWrite(6,b);
    analogWrite(5,6);
    analogWrite(11,g);

Changed lines 280-281 from:

to:

  delay(20);

Changed lines 284-289 from:

PROCESSING import processing.serial.*;

float bgColor; // Background color

Serial port; // The serial port float xpos; // position of the ball int shape;

to:

PROCESSING SIDE import processing.serial.*;

Serial port; // The serial port int xpos, ypos; // position of the ball int r,g,b;

Changed lines 290-291 from:

  size(256, 256);  // Stage size
  noStroke();      // No border on the next thing drawn

to:

  size(255, 255);  // Stage size

Changed lines 293-294 from:

  rectMode(CENTER);

to:

  xpos = width/2;
  ypos = height/2;

Changed lines 299-302 from:

  port = new Serial(this, "COM30", 9600);  //or you can just specify it
  port.write(65);    // Send a capital A in case the microcontroller is waiting to hear from you
  // println("OKAY LET'S GO");

to:

  port = new Serial(this, "COM28", 9600);  //or you can just specify it
  sendColors();  // Send stuff in case the microcontroller is waiting to hear from you

Added lines 304-312:

void sendColors(){

  port.write(r);
  port.write(g);
  port.write(b); 
  //println("R" + r+ " G" + g + " B" + b);

}

Changed lines 315-319 from:

  background(bgColor);
  fill(255,0,0);
  // Draw the shape
  if (shape == 0){
    ellipse(xpos, height/2, 20, 20);

to:

  for(int i=0; i<width; i++) {
  for(int j=0; j<height; j++) {
    stroke(0, i, j);
    point(i, j);

Changed lines 320-323 from:

  else{
    rect(xpos, height/2, 20, 20);
  }

to:

Added lines 323-331:

  int thisPixel = get(xpos,ypos);
  r = int(red(thisPixel));
  g = int(green(thisPixel));
  b = int(blue(thisPixel));
  fill(255,255,255);
  ellipse(xpos,ypos,10,10);

}

Changed line 336 from:

    println("Raw Input: " + input);

to:

    print("Raw Input: " + input);

Changed lines 338-350 from:

    if (parts.length >= 3){


      bgColor =  int(parts[0]);
      bgColor = map(bgColor,500,1000,0,255);  

      xpos = int(parts[1]);
      xpos = map(xpos,500,580,0,width);  //400 and 625 were arrived at emperically by looking at readings from the sensor

      shape = int(parts[2]);

      float mouseDistanceAcross = map(mouseX,0,width,0,255);
      port.write(int(mouseDistanceAcross)); //in this example you might use the mouse distance across to control the panning of a servo motor

to:

    if (parts.length > 2){ //make sure it is a full valid message
      //turn them from ASCII into numbers
      int xtilt = int(parts[0]);
      int ytilt = int(parts[1]);
      if (xtilt > 500) {
        xpos = xpos + 1 ;// same as xpos++
      }
      else {
        xpos = xpos - 1 ;// same as xpos--
      }
      xpos = min(xpos,width);
      xpos = max(xpos,0);
      if (ytilt > 500) {
        ypos = ypos + 1 ;// same as ypos++
      }
      else {
        ypos = ypos - 1 ;// same as ypos--
      }
      ypos = min(ypos,width);
      ypos = max(ypos,0);
      println("Positionx:" + xpos + " y:" + ypos );
      sendColors();

Added lines 363-464:

}

2 analog, 1 switch and a servo

ARDUINO

int heat = 65; int light = 65; int onOff = 0;

void setup() {

  beginSerial(9600);
  pinMode(4, INPUT); 
  pinMode(2, OUTPUT);

}

void loop() {

  if (Serial.available() > 0){  //only send if you have hear back
    int input = Serial.read();
    input = map(input,0,255,500,2500);    // convert the analog value
    // to a range between minPulse
    digitalWrite(2, HIGH);   // Turn the motor on
    delayMicroseconds(input);       // Length of the pulse sets the motor position
    digitalWrite(2, LOW);    // Turn the motor off


    heat  = analogRead(5);
    light  = analogRead(0);
    onOff = digitalRead(4);

    Serial.print(heat,DEC);
    Serial.print(44, BYTE);
    Serial.print(light,DEC);
    Serial.print(44, BYTE);
    Serial.print(onOff,DEC);
    Serial.print(44, BYTE);

    Serial.print(10, BYTE);  //send a return
    delay(20);  //you might use this instead of if available
  }

}

PROCESSING import processing.serial.*;

float bgColor; // Background color

Serial port; // The serial port float xpos; // position of the ball int shape;

void setup() {

  size(256, 256);  // Stage size
  noStroke();      // No border on the next thing drawn
  ellipseMode(CENTER);
  rectMode(CENTER);

  // Print a list of the serial ports, for debugging purposes to find out what your ports are called:
  println(Serial.list());
  //port = new Serial(this, Serial.list()[0], 9600);  //you can pull the name out of the list
  port = new Serial(this, "COM30", 9600);  //or you can just specify it
  port.write(65);    // Send a capital A in case the microcontroller is waiting to hear from you
  // println("OKAY LET'S GO");

}

void draw() {

  background(bgColor);
  fill(255,0,0);
  // Draw the shape
  if (shape == 0){
    ellipse(xpos, height/2, 20, 20);
  }
  else{
    rect(xpos, height/2, 20, 20);
  }

}

void serialEvent(Serial port) {

  String input = port.readStringUntil(10);  //make sure you return (Ascii 13) at the end of your transmission
  if (input != null){
    println("Raw Input: " + input);
    String[] parts = input.split(",");  //this will only work if you put commas (Ascii 44) between things in your transmission
    if (parts.length >= 3){


      bgColor =  int(parts[0]);
      bgColor = map(bgColor,500,1000,0,255);  

      xpos = int(parts[1]);
      xpos = map(xpos,500,580,0,width);  //400 and 625 were arrived at emperically by looking at readings from the sensor

      shape = int(parts[2]);

      float mouseDistanceAcross = map(mouseX,0,width,0,255);
      port.write(int(mouseDistanceAcross)); //in this example you might use the mouse distance across to control the panning of a servo motor
    }
  }

October 16, 2009, at 11:16 AM by mfc312 -

Changed line 33 from:

Melissa Clarke" <mfc312@nyu.edu>

to:

Melissa Clarke" <mcnco@earthlink.net>

October 13, 2009, at 09:37 AM by dbo3 -

Changed lines 82-85 from:

Week 5

Week 6

to:

    * PROCESSING CIRCLE

import processing.serial.*;

Serial myPort; int input;

void setup(){

  size(800,600);
  println(Serial.list());
  myPort = new Serial(this, "COM28", 9600); 
  ellipseMode(CENTER);

}

void draw(){

  background(255);
  ellipse(width/2,height/2,input*5,input*5);

} void serialEvent(Serial p) {

  input = p.read();
  println("input" + input);

}

    * PROCESSING GRAPH

import processing.serial.*;

Serial myPort; int input; int xpos;

void setup(){

  size(800,600);
  println(Serial.list());
  myPort = new Serial(this, "COM28", 9600); 
  background(255);

}

void draw(){

  ellipse(xpos,input,2,2);
  xpos++;
  if (xpos > width){
    xpos = 0;
    background(255);
  }

} void serialEvent(Serial p) {

  input = p.read();
  println("input" + input);

}

Week 6 ACCELEROMETER + RGB LED

ARDUINO SIDE

int analogReading; //variable int size because adc number potentially as big as 1024

void setup() {

  beginSerial(9600);  //set up communication back to pc
  //don't forget to press "serial monitor button"

}

void loop() {

  analogReading = analogRead(5); //can only use pins 0-5
  Serial.print(analogReading,DEC);
  Serial.print(44,BYTE);
  analogReading = analogRead(4); //can only use pins 0-5
  Serial.print(analogReading,DEC);
  Serial.print(44,BYTE);
  analogReading = analogRead(3); //can only use pins 0-5
  Serial.print(analogReading,DEC);
  Serial.print(44,BYTE);
  Serial.println(10,BYTE); //talk back to pc
  if (Serial.available() >=3){
    int r = Serial.read();
    int g = Serial.read();
    int b = Serial.read();
    analogWrite(6,b);
    analogWrite(5,6);
    analogWrite(11,g);
  }
  delay(20);

}

PROCESSING SIDE import processing.serial.*;

Serial port; // The serial port int xpos, ypos; // position of the ball int r,g,b;

void setup() {

  size(255, 255);  // Stage size

  ellipseMode(CENTER);

  xpos = width/2;
  ypos = height/2;
  // Print a list of the serial ports, for debugging purposes to find out what your ports are called:
  println(Serial.list());
  //port = new Serial(this, Serial.list()[0], 9600);  //you can pull the name out of the list
  port = new Serial(this, "COM28", 9600);  //or you can just specify it
  sendColors();  // Send stuff in case the microcontroller is waiting to hear from you

}

void sendColors(){

  port.write(r);
  port.write(g);
  port.write(b); 
  //println("R" + r+ " G" + g + " B" + b);

}

void draw() {

  for(int i=0; i<width; i++) {
  for(int j=0; j<height; j++) {
    stroke(0, i, j);
    point(i, j);
  }

}

  int thisPixel = get(xpos,ypos);
  r = int(red(thisPixel));
  g = int(green(thisPixel));
  b = int(blue(thisPixel));
  fill(255,255,255);
  ellipse(xpos,ypos,10,10);

}

void serialEvent(Serial port) {

  String input = port.readStringUntil(10);  //make sure you return (Ascii 13) at the end of your transmission
  if (input != null){
    print("Raw Input: " + input);
    String[] parts = input.split(",");  //this will only work if you put commas (Ascii 44) between things in your transmission
    if (parts.length > 2){ //make sure it is a full valid message
      //turn them from ASCII into numbers
      int xtilt = int(parts[0]);
      int ytilt = int(parts[1]);
      if (xtilt > 500) {
        xpos = xpos + 1 ;// same as xpos++
      }
      else {
        xpos = xpos - 1 ;// same as xpos--
      }
      xpos = min(xpos,width);
      xpos = max(xpos,0);
      if (ytilt > 500) {
        ypos = ypos + 1 ;// same as ypos++
      }
      else {
        ypos = ypos - 1 ;// same as ypos--
      }
      ypos = min(ypos,width);
      ypos = max(ypos,0);
      println("Positionx:" + xpos + " y:" + ypos );
      sendColors();
    }
  }

}

2 analog, 1 switch and a servo

ARDUINO

int heat = 65; int light = 65; int onOff = 0;

void setup() {

  beginSerial(9600);
  pinMode(4, INPUT); 
  pinMode(2, OUTPUT);

}

void loop() {

  if (Serial.available() > 0){  //only send if you have hear back
    int input = Serial.read();
    input = map(input,0,255,500,2500);    // convert the analog value
    // to a range between minPulse
    digitalWrite(2, HIGH);   // Turn the motor on
    delayMicroseconds(input);       // Length of the pulse sets the motor position
    digitalWrite(2, LOW);    // Turn the motor off


    heat  = analogRead(5);
    light  = analogRead(0);
    onOff = digitalRead(4);

    Serial.print(heat,DEC);
    Serial.print(44, BYTE);
    Serial.print(light,DEC);
    Serial.print(44, BYTE);
    Serial.print(onOff,DEC);
    Serial.print(44, BYTE);

    Serial.print(10, BYTE);  //send a return
    delay(20);  //you might use this instead of if available
  }

}

PROCESSING import processing.serial.*;

float bgColor; // Background color

Serial port; // The serial port float xpos; // position of the ball int shape;

void setup() {

  size(256, 256);  // Stage size
  noStroke();      // No border on the next thing drawn
  ellipseMode(CENTER);
  rectMode(CENTER);

  // Print a list of the serial ports, for debugging purposes to find out what your ports are called:
  println(Serial.list());
  //port = new Serial(this, Serial.list()[0], 9600);  //you can pull the name out of the list
  port = new Serial(this, "COM30", 9600);  //or you can just specify it
  port.write(65);    // Send a capital A in case the microcontroller is waiting to hear from you
  // println("OKAY LET'S GO");

}

void draw() {

  background(bgColor);
  fill(255,0,0);
  // Draw the shape
  if (shape == 0){
    ellipse(xpos, height/2, 20, 20);
  }
  else{
    rect(xpos, height/2, 20, 20);
  }

}

void serialEvent(Serial port) {

  String input = port.readStringUntil(10);  //make sure you return (Ascii 13) at the end of your transmission
  if (input != null){
    println("Raw Input: " + input);
    String[] parts = input.split(",");  //this will only work if you put commas (Ascii 44) between things in your transmission
    if (parts.length >= 3){


      bgColor =  int(parts[0]);
      bgColor = map(bgColor,500,1000,0,255);  

      xpos = int(parts[1]);
      xpos = map(xpos,500,580,0,width);  //400 and 625 were arrived at emperically by looking at readings from the sensor

      shape = int(parts[2]);

      float mouseDistanceAcross = map(mouseX,0,width,0,255);
      port.write(int(mouseDistanceAcross)); //in this example you might use the mouse distance across to control the panning of a servo motor
    }
  }

}

September 30, 2009, at 10:14 AM by tl881 -

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Tianwei Liu

to:

Tianwei Liu

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Tom's Greatest Hits

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to:

  if (input > biggestNumberIEverSaw){
    biggestNumberIEverSaw = input;
  }
  input = map(input, 800,biggestNumberIEverSaw,0,255);

September 23, 2009, at 10:49 AM by dbo3 -

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Katherine Thomson" <ket262@nyu.edu>

September 20, 2009, at 10:56 AM by cqn200 -

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Christine Nguyen" <cqn200@nyu.edu>

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Christine Nguyen" <cqn200@nyu.edu>

September 16, 2009, at 04:31 PM by tl881 -

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Tianwei Liu" <tl881@nyu.edu>

to:

Tianwei Liu

September 16, 2009, at 03:37 PM by gab305 -

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Greg Borenstein

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Greg Borenstein

September 16, 2009, at 11:12 AM by jd1783 -

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Jenine Durland" <jd1783@nyu.edu>

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Jenine Durland" <jd1783@nyu.edu>

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Sean Fitzgerald

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Steve Aquillano"

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Steve Aquillano

September 16, 2009, at 07:24 AM by saa359 -

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Steve Aquillano" <saa359@nyu.edu>

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Steve Aquillano"

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Hana Newman" <hn271@nyu.edu>

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Hana Newman

September 15, 2009, at 11:59 PM by mt1446 -

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Michelle Temple" <mt1446@nyu.edu>

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Michelle Temple

September 15, 2009, at 10:33 PM by sn964 -

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Susan Ngo

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Susan Ngo

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Ian Cleary" <ic525@nyu.edu>

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Ian Cleary" <ic525@nyu.edu>

September 15, 2009, at 01:06 PM by ic525 -

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Ian Cleary" <ic525@nyu.edu>

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Ian Cleary" <ic525@nyu.edu>

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to:

Mike Knuepfel" <mk3321@nyu.edu>

September 14, 2009, at 01:15 AM by pl874 -

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Peiyu Liu" <pl874@nyu.edu>

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Peiyu Liu" <pl874@nyu.edu>

September 14, 2009, at 12:19 AM by mfc312 -

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Melissa Clarke" <mfc312@nyu.edu>

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Melissa Clarke" <mfc312@nyu.edu>

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Peter Holzkorn

September 12, 2009, at 07:34 PM by nek243 -

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Noah King

to:

Noah King

September 12, 2009, at 02:03 PM by mmc459 -

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[[http://itp.nyu.edu/~mmc459/error/ {[(Melanie Clemmons)]}

to:

Melanie Clemmons

September 12, 2009, at 02:02 PM by mmc459 -

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Melanie Clemmons" <mmc459@nyu.edu>

to:

[[http://itp.nyu.edu/~mmc459/error/ {[(Melanie Clemmons)]}

September 11, 2009, at 04:59 PM by sn964 -

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Susan Ngo"

to:

Susan Ngo

September 11, 2009, at 04:59 PM by sn964 -

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Susan Ngo" <sn964@nyu.edu>

to:

Susan Ngo"

September 11, 2009, at 10:08 AM by aw1320 -

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Ania Wagner" <hi.aniawagner@gmail.com>

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Ania Wagner" <hi.aniawagner@gmail.com>

September 11, 2009, at 07:14 AM by nek243 -

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Noah King

September 11, 2009, at 12:07 AM by aw1320 -

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Ania Wagner" <aw1320@nyu.edu>

to:

Ania Wagner" <hi.aniawagner@gmail.com>

September 10, 2009, at 08:31 PM by mfc312 -

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Melissa Clarke" <mfc312@nyu.edu>

to:

Melissa Clarke" <mfc312@nyu.edu>

September 10, 2009, at 06:03 PM by nek243 -

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Noah King" <digitalnoah@gmail.com>

to:

Noah King" <digitalnoah@gmail.com>

September 10, 2009, at 04:05 PM by cqn200 -

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Christine Nguyen" <cqn200@nyu.edu>

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Christine Nguyen" <cqn200@nyu.edu>

September 10, 2009, at 12:39 PM by gab305 -

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Gregory Borenstein" <gab305@nyu.edu>

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Greg Borenstein

September 10, 2009, at 12:26 PM by dp1244 -

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David Phillips" <dp1244@nyu.edu>

September 10, 2009, at 12:06 PM by dp1244 -

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to:

David Phillips" <dp1244@nyu.edu>

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Noah King" <nek243@nyu.edu>

to:

Noah King" <digitalnoah@gmail.com>

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test

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September 08, 2009, at 10:33 AM by dbo3 -

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Resistor Codes

to:

Blinky From Class

void setup()
{
  pinMode(2, OUTPUT);      // sets the digital pin as output
  pinMode(3, INPUT);
}

void loop()
{
  if (digitalRead(3)){
    digitalWrite(2, HIGH);   // sets the LED on
    delay(1000);                  // waits for a second
    digitalWrite(2, LOW);    // sets the LED off
    delay(1000);                  // waits for a second
  }
}

Resistor Codes

September 08, 2009, at 10:32 AM by dbo3 -

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to:

Resistor Codes

September 08, 2009, at 10:32 AM by dbo3 -

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Syllabus
Lab Assignments
Tom Igoe's Physical Computing Site
Tom Igoe's Code and Resources Blog
ITP Sensor Workshop Wiki

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Links

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to:

Ania Wagner" <aw1320@nyu.edu>
Christine Nguyen" <cqn200@nyu.edu>
David Phillips" <dp1244@nyu.edu>
Gregory Borenstein" <gab305@nyu.edu>
Hana Newman" <hn271@nyu.edu>
Ian Cleary" <ic525@nyu.edu>
Jenine Durland" <jd1783@nyu.edu>
Katherine Thomson" <ket262@nyu.edu>
Melanie Clemmons" <mmc459@nyu.edu>
Melissa Clarke" <mfc312@nyu.edu>
Michelle Temple" <mt1446@nyu.edu>
Noah King" <nek243@nyu.edu>
Peiyu Liu" <pl874@nyu.edu>
Peter Holzkorn" <ph753@nyu.edu>
Sean Fitzgerald" <swf220@nyu.edu>
Steve Aquillano" <saa359@nyu.edu>
Susan Ngo" <sn964@nyu.edu>
Tianwei Liu" <tl881@nyu.edu>

August 26, 2009, at 09:59 AM by dbo3 -

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Intro to Physical Computing (Fall 2008)

to:

Intro to Physical Computing (Fall 2009)

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Intro to Physical Computing (Fall 2008)

Wednesday 12:30 p.m. � 3:00 p.m.
Dan's Office Hours: https://itp.nyu.edu/dano/hours
Dan's Email: dan.osullivan@nyu.edu

syllabus - Labs

Laptops

Laptops are very useful tools, but they are also very effective instruments of distraction. Everyone benefits if we all pay attention. I'll do my best to keep the class interesting, I hope you'll join me in this pursuit. You are welcome to use your laptop in class when I am speaking, or when it is relevant to the classwork being presented. However, during discussions and when your fellow students are talking, please be respectful of everyone's time and close the lid. If necessary, I'll remind of this, but even better would be if everyone does so naturally.

Journals

add a link to your pcomp journals below with your name:

Weekly Links

Week 1:

Week 2:

Week 3:

Week 4

Week 5

Week 6

Week 7

Week 8

Week 9

Week 10

Week 11

Week 12

Dano Wed

Fall09.DanoWed History

Week 7 ACCELEROMETER + RGB LED

ARDUINO SIDE

PROCESSING SIDE import processing.serial.*;

Week 7

Arduino

Procressing

Links

Intro to Physical Computing (Fall 2008)

Intro to Physical Computing (Fall 2009)

Intro to Physical Computing (Fall 2008)

Laptops

Journals

Weekly Links