icm final - fall 2007

December 19th, 2007 admin

they are watching.




this project makes use of the growing number of cameras that monitor the traffic infrastructure of nyc. although the presence of such a large network of surveillance cameras presents serious issues of privacy, there is beauty to be found in the rhythmic patterns resonating through new york city.




this project relies on two separate applets. the first of these two runs subtly in the background constantly refreshing the bank of images used by the visualization aspect of the project. the visualization aspect treats each individual feed as an independant obejct. each feed can be described by a matrix of parameters allowing numerous visual alterations to be made to each individual feed. these parameters include blob detection thresholds, image opacity, tint, colour modifications etc. the end result is a self-updating visualization of the flow of traffic pulsing through new york city.




currently the feed and effect selections are defined in the code, however the completed iteration of this project will run autonomously. Each selected feed and the effects applied to it will be decided by the algorithm allowing the visualization to run in real time 24 hours a day, reflecting the actual traffic patterns of nyc at any given moment.




the image set below represents a few select screen shots.









code:




image grabber:




import java.io.*;
Process p;

String[] url = new String[50];

String path;

int counter = 0;

//String cmd = “curl -o /Users/ameya/Documents/itp/ICM/final/testSet/imgP1.jpg http://207.251.86.248/cctv13.jpg”;
//String fileName1 = “/Users/ameya/Documents/itp/ICM/final/testSet2/imgP1″;
//String fileName2 = “.jpg”;
//String url = “http://207.251.86.248/cctv11.jpg”;
//String url = “http://207.251.86.248/cctv26.jpg”;

String fileName1 = “/Users/ameya/Documents/itp/ICM/final/final1/images/url”;
String fileName2 = “/img”;
String fileName3 = “.jpg”;

void getIMG(String path) {
try{
p = Runtime.getRuntime().exec(path);
//System.out.println(p);
}
catch(IOException e){
e.printStackTrace();
}

}

void setup() {

//size(640, 480);

url[0] = “test”;
url[0] = “battery haziz”;
url[1] = “http://207.251.86.248/cctv29.jpg”;
url[2] = “http://207.251.86.248/cctv65.jpg”;
url[3] = “http://207.251.86.248/cctv74.jpg”;
url[4] = “http://207.251.86.248/cctv27.jpg”;
url[5] = “http://207.251.86.248/cctv28.jpg”;
url[6] = “http://207.251.86.250/images/cams/govt_property/cctv1.jpg”;
url[7] = “http://207.251.86.248/cctv68.jpg”;
url[8] = “http://207.251.86.248/cctv66.jpg”;
url[9] = “http://207.251.86.248/cctv69.jpg”;
url[10] = “http://207.251.86.248/cctv8.jpg”;
url[11] = “http://207.251.86.248/cctv10.jpg”;
url[12] = “http://207.251.86.248/cctv5.jpg”;
url[13] = “http://207.251.86.248/cctv18.jpg”;
url[14] = “http://207.251.86.248/cctv26.jpg”;
url[15] = “http://207.251.86.250/images/cams/govt_property/cctv90.jpg”;
url[16] = “http://207.251.86.248/cctv20.jpg”;
url[17] = “http://207.251.86.248/cctv31.jpg”;
url[18] = “http://207.251.86.248/cctv9.jpg”;
url[19] = “http://207.251.86.248/cctv17.jpg”;
url[20] = “http://207.251.86.248/cctv12.jpg”;
url[21] = “http://207.251.86.248/cctv19.jpg”;
url[22] = “http://207.251.86.248/cctv7.jpg”;
url[23] = “http://207.251.86.248/cctv11.jpg”;
url[24] = “http://207.251.86.250/images/cams/govt_property/cctv2.jpg”;
url[25] = “http://207.251.86.248/cctv71.jpg”;
url[26] = “http://207.251.86.248/cctv50.jpg”;
url[27] = “http://207.251.86.250/images/cams/govt_property/cctv92.jpg”;
url[28] = “http://207.251.86.250/images/cams/govt_property/cctv90.jpg”;
url[29] = “http://207.251.86.248/cctv63.jpg”;
url[30] = “http://207.251.86.248/cctv64.jpg”;
url[31] = “http://207.251.86.248/cctv22.jpg”;
url[32] = “http://207.251.86.248/cctv14.jpg”;
url[33] = “http://207.251.86.248/cctv13.jpg”;
url[34] = “http://207.251.86.248/cctv23.jpg”;
url[35] = “http://207.251.86.248/cctv4.jpg”;
url[36] = “http://207.251.86.248/cctv6.jpg”;
url[37] = “http://207.251.86.250/images/cams/govt_property/cctv15.jpg”;
url[38] = “http://207.251.86.248/cctv3.jpg”;
url[39] = “http://207.251.86.250/images/cams/govt_property/cctv16.jpg”;
url[40] = “http://207.251.86.248/cctv24.jpg”;
url[41] = “http://207.251.86.248/cctv25.jpg”;

}

void draw() {
println (counter);
counter ++;
for (int i = 1; i < 35; i ++) {

for (int j = 1; j < 42; j ++) {

//String cmd1 = “curl -o ” + fileName1 + “_” + i + fileName2 + ” ” + url;
String cmd1 = “curl -o ” + fileName1 + j + fileName2 + i + fileName3 + ” ” + url[j];
//println(cmd1);
getIMG (cmd1);
}

delay(1200);
}
}




visualize:




import blobDetection.*;

class videoFeed {

BlobDetection theBlobDetection;

String id;
int numFrames;
float opacity;
float tval;
int size;
int frame;
//boolean detBlob;
PImage[] images;
boolean blobBound;
boolean blobFill;
boolean invert;

videoFeed (String id_, int numFrames_) {
id = id_;
numFrames = numFrames_;
images = new PImage[numFrames];
} // end videoFeed

void initialize(float tval)
{
//String thold = tval + “f”;

for (int i=0; i< numFrames; i ++)
{
String imgPath = “/Users/ameya/Documents/itp/ICM/final/final1/images/” + id +”/img” + (i+1) + “.jpg”;
images[i] = loadImage(imgPath);
// println(imgPath);
}
theBlobDetection = new BlobDetection(images[1].width, images[1].height);
theBlobDetection.setPosDiscrimination(false);
theBlobDetection.setThreshold(tval);

}
void display(int tint1, int tint2,boolean invert, boolean detBlob, boolean blobFill, boolean blobBound, int eStrkWt, int eStrk1, int eStrk2, int eStrk3, int bStrkWt, int bStrk1, int bStrk2, int bStrk3)
{
frame = (frame+1)%numFrames; // Use % to cycle through frames
String imgPath = “/Users/ameya/Documents/itp/ICM/final/final1/images/” + id +”/img” + (frame+1) + “.jpg”;
//images[frame] = loadImage(imgPath);

tint(tint1, tint2);
//println(invert);
if (invert == true) {
filter(INVERT);
}
//image(images[frame],0,0,width, height);
//theBlobDetection.computeBlobs(images[frame].pixels);

if (detBlob == true) {
//drawBlobsAndEdges(blobFill, blobBound, images, frame,eStrkWt,eStrk1, eStrk2, eStrk3, bStrkWt, bStrk1, bStrk2, bStrk3);
drawBlobsAndEdges(blobFill, blobBound, eStrkWt, eStrk1, eStrk2, eStrk3, bStrkWt, bStrk1, bStrk2, bStrk3);
}
}

void display1(int tint1, int tint2,boolean invert, boolean detBlob, boolean blobFill, boolean blobBound, int eStrkWt, int eStrk1, int eStrk2, int eStrk3, int bStrkWt, int bStrk1, int bStrk2, int bStrk3)
{
frame = (frame+1)%numFrames; // Use % to cycle through frames
tint(tint1, tint2);
//println(invert);
if (invert == true) {
filter(INVERT);
}
image(images[frame],0,0,width, height);
theBlobDetection.computeBlobs(images[frame].pixels);

if (detBlob == true) {
//drawBlobsAndEdges(blobFill, blobBound, images, frame,eStrkWt,eStrk1, eStrk2, eStrk3, bStrkWt, bStrk1, bStrk2, bStrk3);
drawBlobsAndEdges(blobFill, blobBound, eStrkWt, eStrk1, eStrk2, eStrk3, bStrkWt, bStrk1, bStrk2, bStrk3);
}
}
void display2(int tint1, int tint2,boolean invert, boolean detBlob, boolean blobFill, boolean blobBound, int eStrkWt, int eStrk1, int eStrk2, int eStrk3, int bStrkWt, int bStrk1, int bStrk2, int bStrk3)
{
frame = (frame+1)%numFrames; // Use % to cycle through frames
tint(tint1, tint2);
if (invert == true) {
filter(INVERT);
}
//image(images[frame],0,0,width, height);
theBlobDetection.computeBlobs(images[frame].pixels);

if (detBlob == true) {
//drawBlobsAndEdges(blobFill, blobBound, images, frame,eStrkWt,eStrk1, eStrk2, eStrk3, bStrkWt, bStrk1, bStrk2, bStrk3);

drawBlobsAndEdges(blobFill, blobBound, eStrkWt, eStrk1, eStrk2, eStrk3, bStrkWt, bStrk1, bStrk2, bStrk3);
}
}

//void drawBlobsAndEdges(boolean drawBlobs, boolean drawEdges)

void drawBlobsAndEdges(boolean drawBlobs, boolean drawEdges,int eStrkWt, int eStrk1, int eStrk2, int eStrk3, int bStrkWt,int bStrk1,int bStrk2,int bStrk3)
{
noFill();
Blob b;
EdgeVertex eA,eB;
for (int n=0 ; n

{
b=theBlobDetection.getBlob(n);
if (b!=null)
{
// Edges
if (drawEdges)
{
strokeWeight(eStrkWt);
stroke(eStrk1,eStrk2,eStrk3);
for (int m=0;m
{
eA = b.getEdgeVertexA(m);
eB = b.getEdgeVertexB(m);
if (eA !=null && eB !=null)
line(
eA.x*width, eA.y*height,
eB.x*width, eB.y*height
);
}
} // Blobs
if (drawBlobs)
{
strokeWeight(bStrkWt);
stroke(bStrk1,bStrk2,bStrk3);
rect(
b.xMin*width,b.yMin*height,
b.w*width,b.h*height
);
}

}

}
}




main class:

import blobDetection.*;

boolean detBlob;
videoFeed url1 = new videoFeed(”url1″,30);
videoFeed url2 = new videoFeed(”url2″,30);
videoFeed url3 = new videoFeed(”url3″,30);
videoFeed url4 = new videoFeed(”url4″,30);
videoFeed url5 = new videoFeed(”url5″,30);
videoFeed url6 = new videoFeed(”url6″,30);
videoFeed url7 = new videoFeed(”url7″,30);
videoFeed url8 = new videoFeed(”url8″,30);
videoFeed url9 = new videoFeed(”url9″,30);
videoFeed url10 = new videoFeed(”url10″,30);
videoFeed url11 = new videoFeed(”url11″,30);
videoFeed url12 = new videoFeed(”url12″,30);
videoFeed url13 = new videoFeed(”url13″,30);
videoFeed url14 = new videoFeed(”url14″,30);
videoFeed url15 = new videoFeed(”url15″,30);
videoFeed url16 = new videoFeed(”url16″,30);
videoFeed url17 = new videoFeed(”url17″,30);
videoFeed url1s8 = new videoFeed(”url18″,30);
videoFeed url19 = new videoFeed(”url19″,30);
videoFeed url20 = new videoFeed(”url20″,30);
videoFeed url21 = new videoFeed(”url21″,30);
videoFeed url22 = new videoFeed(”url22″,30);
videoFeed url23 = new videoFeed(”url23″,30);
videoFeed url24 = new videoFeed(”url24″,30);
videoFeed url25 = new videoFeed(”url25″,30);
videoFeed url26 = new videoFeed(”url26″,30);
videoFeed url27 = new videoFeed(”url27″,30);
videoFeed url28 = new videoFeed(”url28″,30);
videoFeed url29 = new videoFeed(”url29″,30);
videoFeed url30 = new videoFeed(”url30″,30);
videoFeed url31 = new videoFeed(”url31″,30);
videoFeed url32 = new videoFeed(”url32″,30);
videoFeed url33 = new videoFeed(”url33″,30);
videoFeed url34 = new videoFeed(”url34″,30);
videoFeed url35 = new videoFeed(”url35″,30);
videoFeed url36 = new videoFeed(”url36″,30);
videoFeed url37 = new videoFeed(”url37″,30);
videoFeed url38 = new videoFeed(”url38″,30);
videoFeed url39 = new videoFeed(”url39″,30);
videoFeed url40 = new videoFeed(”url40″,30);

void setup()
{
noStroke();
size(640,480);
frameRate(30);
url1.initialize(.75);
url2.initialize(.75);
url3.initialize(.75);
url4.initialize(.75);
url5.initialize(.75);
url6.initialize(.55);
url7.initialize(.75);
url14.initialize(.75);
url15.initialize(.90);
url22.initialize(.80);
url26.initialize(.80);
url27.initialize(.79);
url25.initialize(.15);

}

void draw()
{

if(millis() < 15000)
{
url1.display1(180,64,false, true, false, false, 2,255,0,0,1,178,48,96);
url2.display1(90,64,false, true, true, false, 2,65,105,225,1,205,38,38);
println(millis());
}

if (millis() > 15000 && millis() < 30000) {
url2.display1(255,128,false, true, true, true, 3,122,200,139,1,24,116,205);
//background(0,20);
//url1 = new videoFeed(”url29″,15);
//url1.initialize(.75);
println(millis());

}

if (millis() > 30000 && millis() < 45000) {
url2.display1(255,128,false, true, true, true, 4,255,127,0,1,200,0,90);
//background(0,20);
//url1 = new videoFeed(”url29″,15);
//url1.initialize(.75);
println(millis());

}

if (millis() > 45000 && millis() < 60000) {
url2.display1(255,64,false, false, false, true, 1,255,126,205,1,255,116,205);
url4.display1(255,64,false, false, false, true, 1,255,126,205,1,255,116,205);
//background(0,20);
//url1 = new videoFeed(”url29″,15);
//url1.initialize(.75);
println(millis());
}

if (millis() > 60000 && millis() < 75000) {
url4.display1(255,128,false, true,true , false, 1,24,126,205,1,24,116,205);
//background(0,20);
//url1 = new videoFeed(”url29″,15);
//url1.initialize(.75);
println(millis());

println(millis());
}

if (millis() > 75000 && millis() < 90000) {
url4.display1(255,128,false, true, true, true, 3,188,210,238,1,178,48,96);
url5.display1(255,128,false, false, true, false, 1,65,105,225,1,65,105,225);
println(millis());
}

if (millis() > 90000 && millis() < 105000) {
url15.display1(255,128,false, true, true, true, 3,188,210,238,1,178,48,96);
//url5.display1(255,128,false, true, true, false, 1,65,105,225,1,65,105,225);
println(millis());
}
if (millis() > 105000 && millis() < 120000) {
url15.display1(255,70,false, false, true, true, 3,188,210,238,1,178,48,96);
url14.display1(255,70,false, true, true, true, 3,188,210,238,1,178,48,96);
//url5.display1(255,128,false, true, true, false, 1,65,105,225,1,65,105,225);
println(millis());
}

if (millis() > 120000 && millis() < 140000) {
url22.display1(255,155,false, true, true, false, 3,188,210,238,1,178,48,96);

println(millis());
}

if (millis() > 140000 && millis() < 170000) {
url22.display1(190,65,false, false, true, false, 3,188,210,238,1,178,48,96);
url26.display1(170,70,false, true, true, false, 3,205,92,92,3,205,92,92);

println(millis());
}

if (millis() > 170000 && millis() < 190000) {
url26.display1(180,64,false, true, true, true, 3,205,92,92,3,95,158,160);
url27.display1(180,64,false, true, true, false, 3,80,140,48,2,58,95,105);

println(millis());
}
/*

if (millis() > 190000 && millis() < 210000) {
url27.display1(155,64,false, false, true, false, 3,176,48,96,3,176,48,96);
url25.display1(155,64,false, false, true, false, 3,147,112,219,3,205,92,92);

println(millis());
}
*/

if (millis() > 190000 && millis() < 200000) {

url25.display1(155,64,false, true, false, true, 1,100,140,56,1,100,140,56);

println(millis());
}

if (millis() > 200000 && millis() < 220000) {

url25.display1(155,64,false, false, true, false, 3,205,92,92,3,205,92,92);

println(millis());
}

}

} // end video feed class

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ajax - final project

December 15th, 2007 admin

final

Posted in ajax, home | No Comments »

homework - week 4

December 15th, 2007 admin

http://itp.nyu.edu/~aam423/ajax/asn4/animal.html




*** code ***

<?php
include(’/home/aam423/newdb.php5′);

// show all errors
ini_set(’display_errors’, true);
ini_set(’display_startup_errors’, true);
error_reporting( E_ALL );

// get the json object
$action = $_GET[’action’];

if( isset($_GET[’id’]) ) $id = $_GET[’id’];
if( isset($_GET[’type’]) ) $type = $_GET[’type’];
if( isset($_GET[’location’]) ) $location = $_GET[’location’];

// action on the action property
if( $action == ‘add’ )
{
addAnimal( $id, $type, $location );
}
else if( $action == ‘delete’ )
{
removeAnimal( $id );
}
else if( $action == ‘update’ )
{
updateAnimal( $id, $location );
}
else if( $action == ‘load’ )
{
echo getAnimals();
}

?>
*****

var gSelectedAnimal = null;

var Animal = new Class({
initialize : function( id, name, _startx, _starty )
{
// set the id and the name
this.id = id;
this.name = name;

// create teh div to hold the picture of the animal
this.element = new Element( ‘div’, {
‘class’ : ‘Animal’
} );

// trigger update on drag stop
this.element.makeDraggable( {
onComplete : function()
{
// update the server about the new position
var req = new Ajax( ‘animal.php5′, {
method : ‘get’,
data : $merge( { action : ‘update’ }, this.getData() )
}).request();
}.bind( this )
} );

// Listen for clicks
this.element.addEvent( ‘click’, function( e ) {
if( gSelectedAnimal )
{
gSelectedAnimal.deselect();
}
gSelectedAnimal = this;
gSelectedAnimal.select();
}.bind( this ) );

// if no initial position values, randomize
var startx = _startx || (Math.random() * 800).round();
var starty = _starty || (Math.random() * 400).round();

// starting position
this.element.setStyles( {
left : startx,
top : starty
});

// add the element to the page
this.element.injectInside( document.body );

// if there is no id this is a new animal, let the server know
if( !this.id )
{
// generate a random ID
this.id = (Math.random() * 100000).round();

var req = new Ajax( ‘animal.php5′, {
method : ‘get’,
data : { action: ‘add’, id : this.id, type : this.type, location : startx + ‘,’ + starty }
}).request();
}
},

/*
Select the animal
*/
select : function()
{
this.element.addClass( ‘Selected’ );

// adjust for border
var pos = this.element.getPosition();
this.element.setStyles({
left : pos.x -1,
top : pos.y - 1
});
},

/*
Deselect the animal
*/
deselect : function()
{
this.element.removeClass( ‘Selected’ );

// adjust for border
var pos = this.element.getPosition();
this.element.setStyles({
left : pos.x + 1,
top : pos.y + 1
});
},

/*
Return the JSON data about this animal.
*/
getData : function()
{
var loc = this.element.getPosition();

var data = {
id : this.id,
type : this.type,
name : this.name,
location : loc.x + ‘,’ + loc.y
};

return data;
},

/*
Delete!
*/
remove : function()
{
if( gSelectedAnimal == this )
{
gSelectedAnimal = null;
}

// take the element of the page
this.element.remove();
// remove reference to the element
delete this.element;

console.log( “Delete!” );
var req = new Ajax( ‘animal.php5′, {
method : ‘get’,
data : { action : ‘delete’, id : this.id }
}).request();

// clean up!
delete this;
}
});

/*
Bonk Class
*/
var Bonk = Animal.extend({
initialize : function( id, name, startx, starty )
{
this.type = ‘bonk’;
this.parent( id, name, startx, starty );
this.element.addClass( ‘Bonk’ );
}
});

/*
Zonk Class
*/
var Zonk = Animal.extend({
initialize : function( id, name, startx, starty )
{
this.type = ‘zonk’;
this.parent( id, name, startx, starty );
this.element.addClass( ‘Zonk’ );
}
});

/*
Intialize the Animals app
*/
function init()
{
// set up handlers for the two buttons
$(’addBonk’).addEvent( ‘click’, function( e ) {
new Bonk();
}.bind( this ) );

$(’addZonk’).addEvent( ‘click’, function( e ) {
new Zonk();
} );

// load the current animals
var req = new Ajax( ‘animal.php5′, {
method : ‘get’,
data : { action: ‘load’ },
onComplete : function( response )
{
// parse the returned json array
var json = Json.evaluate( response );

// go through each object in the returned array
json.each( function( anAnimal ) {
// split the location string into x and y components
var pos = anAnimal.location.split(’,');

// call constructor depending on type
if( anAnimal.type == [’bonk’] )
{
new Bonk( anAnimal.id, anAnimal.name, pos[0], pos[1] );
}
else if( anAnimal.type == [’zonk’] )
{
new Zonk( anAnimal.id, anAnimal.name, pos[0], pos[1] );
}
});

}
}).request();

// listen for the ‘d’ key to see if we should delete an animal
window.addEvent( ‘keyup’, function( e ) {
var evt = new Event( e );

if( evt.key == ‘d’ && gSelectedAnimal )
{
gSelectedAnimal.remove();
}
} );
}

****

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raphappy - karaoke

December 11th, 2007 admin

The primary challenge of this project was to improve raphappy.com’s Facebook presbrence while maintaining the site’s existing aesthetic and personality.

As demonstrated by the following video, midi has the ability to intrigue individuals due to its sheer simplicity while maintaining any familiarity one might have had with a given song. The following video was captured spontaneously as I tested the initial functionality of the karaoke application.

In order to accent the aesthetic created by the midi audio, a suitable container was necessary to contain the karaoke application. The current version of the facebook application (outside of the facebook environment for public viewing / testing purposes) can be found here.

Currently the application is in a developmental stage and will progress will be documented within this post. Significant emphasis will be placed on the post recording stages of the user experience. Specifically this will cover how the user affiliates themselves as well as their friends in the facebook environment.

Posted in design workshop, home | No Comments »

remote kitchen

December 11th, 2007 admin

This design project aimed at creating a remote interface through which one could monitor and control various kitchen appliances.


The first iteration allowed a Macintosh OSX widget to dynamically monitor and change values stored remotely via php. To further illustrate the significance of this interface a mock oven was created in which a tri-color LED would react. The reaction of the LED allowed individuals to visualize changes in temperature with red and blue representing the extremes in the displayed color spectrum.


Despite the success of this iteration from a physical computing perspective, the design of the widget (the actual human interface) was underdeveloped and became the focus of the project. Through this pursuit, a superior interface was developped. The following images illustrate the transition towards our ideal manifestation of simplicity and functionality.





The following clip demonstrates the basic functionality of this interface.

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fall 2007 icm midterm proposal

November 6th, 2007 admin

ICM midterm proposal - fall 2007

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ajax - asn 3

October 31st, 2007 admin

http://itp.nyu.edu/~aam423/ajax/asn3/class3_working/tutorial1.html

http://itp.nyu.edu/~aam423/ajax/asn3/class3_working/tutorial2.html

http://itp.nyu.edu/~aam423/ajax/asn3/class3_working/tutorial3.html

http://itp.nyu.edu/~aam423/ajax/asn3/class3_working/tutorial4.html

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serial code

October 17th, 2007 admin

the following processing code parses an xml file (which is being dynamically changed via php).  depending on the value of the given fields from the xml feed, processing will send a byte to arduino via serial which will then trigger an RGB LED to emit a specific colour.

import processing.xml.*;
import processing.serial.*;

XMLElement xml;

int temperature;
String state;
String temp;
String timer;
int time;
Serial myPort;

void setup() {
size(200, 200);

myPort = new Serial(this, Serial.list()[0],9600);

}

void draw() {

xml = new XMLElement(this, “http://itp.nyu.edu/~ss4259/xmlfeed.php”);
int children = xml.getChildCount();
println(”elements “+children);

for (int i = 0; i < children; i++) {
XMLElement kid = xml.getChild(i);
int grand_kids = kid.getChildCount();

String names = kid.getStringAttribute(”values”);
println(”grand kidz:” + names);

for(int j = 0; j < grand_kids; j++){
XMLElement grand_kid = kid.getChild(j);
String stuff = grand_kid.getContent();

if(names.equals(”temp”) == true){
temp = grand_kid.getContent();
}
else if(names.equals(”state”) == true){
state = grand_kid.getContent();
}
else if(names.equals(”timer”) == true){
timer = grand_kid.getContent();
}

println(”Variables : ” + stuff);
}

//myPort.write(’A');

if (temp.equals(”33″)) {
myPort.write(’A');
}
else if(temp.equals(”250″)){
myPort.write(’B');
}
else if(temp.equals(”400″)){
myPort.write(’C');
}

else if (state.equals(”inactive”)) {
myPort.write(’D');
}

delay(150);
}
}

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week 2 homework - ajax

October 7th, 2007 admin

tutorial one

tutorial two

tutorial three  part one

tutorial three part two

tutorial three part three

tutorial three challenge [in progress]

tutorial four

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physical computing - observation project

October 4th, 2007 admin

video observations

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