Bluetooth Android Processing 1. Introduction This is a four part tutorial which will take you through step-by-step on how to create Android apps on your Mobile device that will allow you to communicate with your Arduino over Bluetooth.
This tutorial is based upon the Windows environment and an Android device like the Samsung Galaxy S2 Phone. I will take you through setting up your computer and phone, and will move through in stages so that you understand what each part of the bluetooth code is actually doing. Obviously you will need to ensure that you have a Bluetooth Shield on your Arduino to be able to walk through this tutorial with me. If you are not interested in the step-by-step instructions, you can jump straight to the end (Part 4) which will have the complete Arduino and Android/Processing code that was used in the following video: The Goal of this project (Video) Android SDK Download: Make sure to select the "Use and Existing IDE" link, as per the picture below.
However, these are the ones that I carried out: STT Library for Processing. How to make a remote-control sentient web-puppet by hacking Twitter, Google, Skype, Arduino and Processing! How to manipulate a physical object over the web just by using common web services and their accessible data feeds, with some added open source stuff to decode and manipulate that data, and ultimately use the data to move and control physical hardware.
Twitr_janus - a prototype web-controlled puppet This Instructable describes Twitr_janus - a puppet I made to see if it was possible to mash up free digital web services (Twitter, Google Spreadsheets and forms, Netvibes and Skype) with open source hardware and code (Arduino language and environment, Processing and related Processing libraries) and use them to manipulate an object over the web. It turned out it was indeed possible! See how Twitr_janus works and see how you can use these ideas to build your own remotely-controlled physical objects. It was built from cheap, easily available stuff, some of it salvaged. Here's Twitr_janus in action, describing itself and how it works... Summary of what it can do... The puppet can:
Arduino. Sound. 3D. My first 6 DOF IMU Sensors Fusion Implementation: ADXL345, ITG3200, Arduino and Processing. Last updated on Mon, 2012-07-23 09:09.
Originally submitted by fabio on 2010-11-22 21:36. When you have created two breakout boards for the ADXL345 accelerometer and the ITG3200 gyroscope and you have those two nice sensors what you can do? Simple: create an implementation of an Attitude sensor fusion which runs with those chips! So, I started documenting myself and reading lot of stuff on IMUs (inertial measurement units - composed by an accelerometer and a gyroscope) and MARG sensor (an IMU which also has a magnetometer to sense heading). One really good article you should read to get started with IMUs is A Guide To using IMU (Accelerometer and Gyroscope Devices) in Embedded Applications available on . So, I took the algorithm above and converted it to be used with the ADXL345 and the ITG3200. IMPORTANT: If you use the IMU Digital Combo Board from Sparkfun you will need to change the address of the Gyroscope from 0x69 in my code to 0x68.
Atduskgreg/opencv-processing. Live plotting map data from the dGPS using Processing. I wanted to draw a live map showing the progress of the Lego Street View car as it drove outside.
The dGPS sensor does a great job of plotting the car’s location, and the NXTBee provides a perfect high-speed long-distance serial link back to my Mac at home base. But how to display a live map that is updated with the car’s location in real-time? What platform should I use to develop a user-interface to the control the car and to plot map data? That’s when I turned my attention to the Processing language. Processing is an open-source environment for interactive animation and image display. Processing is an attractive solution for controlling the Street View car because: It’s multi-platform and runs on Windows, Mac OSX and Linux.It is based on Java, so comes with the expressive power of Java and object-oriented programming.It simplifies the tasks involved in building an interactive user interface.
Sending GPS data from the NXT using NXTBee if (linkstatus) s = s + “[UP]“; else s = s+”[DOWN]“; A plotting library for Processing. Gwoptics A library by Daniel Brown and Andreas Freise for the programming environment processing.
Last update, 03.09.2013. This library provides a set of tools for drawing graphs in 2D or 3D. We have developed the library in order to be able to use processing for simple scientific simulations or data displays. While processing itself makes the graphical output very easy, a good library for plotting functions or data was missing. You can find examples of what we are doing with processing in our list of processing sketches.
Download Download gwoptics version 0.5.0 (03.09.2013) in .zip format. Installation.