sslover/living-signal
nodejs server to process real-time data APIs. all in the name of a living pedestrian signal.
Discovered public repositories for sslover in the GitHub catalog.
nodejs server to process real-time data APIs. all in the name of a living pedestrian signal.
Processing.js app to visualize the 2,964,883 lightning strikes on September 4, 2013
A node.js/socket.io app that allows people to visualize two twitter topics versus eachother (bieber vs. obama, salad vs. pizza, etc.).
An experiment in node.js and socket.io to explore the nutrition of real-time tweets
Uses Webrtc, node.js, and peer.js to create a class-wide chatroom for NYU ITP 2014.
A interactive visualization map showing the amount of Carbon Emissions of each of the USA states
Staging repo for Dorm Room Fund Website
simple and fun interactive portrait using canvas and paper.js
NYU ITP data storytelling
A Digital Aquarium built in ProcessingJS, JQuery, and custom Javascript
Public repository.
nodejs android back-end
Simple opentok demo showing admin and audience views
nodejs app to receive, store and respond to android HTTP Posts
Box2D Javascript -- created a fun playground for my website. Play here http://athinkingsam.com/play.html
JS D3 - Animated Bubbles created via Javascript D3
(More final) Android app for people to keep track of and broadcast their style
Android app for people to keep track of and broadcast their style
Repository for example code from The Nature of Code book
Interactive animated "Nature of Outkast" video made in Processing
Made with Ruby and Sinatra, the economz website showcases the economz Processing.js visualization as well as the physical installation. It also contains a gallery of foods, and allows users to browse and suggest eco-friendly meals.
The economz physical installation is powered by serial communication between Arduino and Processing. Food items are tagged with RFIDs and communicated to Processing via an NFC/RFID shield and Arduino. Processing does the rest.
Made in Processing, economz is a visualization project that helps people make sense of their carbon foodprint.
Collectabite is built using serial communication between an Arduino micro-controller and the Processing development environment. The user registers a healthy eating action by high fivin a giant physical apple figure in a kitchen (aka "Lil' Collectabite"). Using force-sensing resistors that we calibrate, we are able to determine exactly when a high five has been registered by the system. Once the system has been triggered, Processing takes over. This is the Processing sketch.
Public repository.
Kanye Sketch in Processing