.:oomlout:. Skyduino - Le DIY à la française | Que serait le web sans bidouilleurs ! PixelController « PIXELinvaders. What? PixelController – a matrix control project by Michael Vogt , (c) 2010-2013. The main goal of this application is to create an easy to use matrix controller software which creates stunning visuals! I created this application to control the PixelInvaders panels. Download Download the latest PixelController version from Google Code (Crossplattform). The Source Code is released on GitHub – feel free to fork it! Check out the rough Cut Video #1: Check out the rough Cut Video #2: Details A visual is a real-time generated animation and includes the following components: 1 Colorset: a defined color set2 Generators: generates the image content2 Effects: modifies the image content1 Mixer: merges two image content A visual can be assigned to one or multiple output panels, here are two examples: PixelController facts: 45 Colorsets15 Generators12 Effects11 Mixers4 Faders Supported control options: Integrated GUIOSC protocolMIDI (when using PureData) Contact.
[Tutoriel] Arduino et Ethernet Shield. Arduino Tutorial Bundle .:Arduino Experimentation Kit:. (ARDX) Before we go any further you'll need to download and install the Arduino IDE (Integrated Development Environment), this is the program we use to write programs for the Arduino. Step- 1 - Download the IDE The Arduino IDE is available for all major operating systems. Head over to and download the appropriate version.FOR WINDOWS' Step-2- Unzip the software Unzip the program. (we recommend placing it in c:\Program Files\)Step-3 - Shortcut IconGoto C:\Program Files\Arduino-00**Right click on Arduino.exe the goto "Send To > Desktop"Step-4 - Plug In Your ArduinoPlug your Arduino board into a free USB port using an A-B USB cableWait for a box to pop upStep-5 Add New HardwareIn the add new hardware dialog box click "skip searching the internet"Choose "install from a specific location"Choose the location "C:\Program Files\Arduino-00**\drivers\FTDI_USB_Drivers\FINISHEDFOR MAC OSX' Step 2 - Unzip the Software.
ArduinoToBreadboard. This tutorial explains how to migrate from an Arduino board to a standalone microcontroller on a breadboard. It's similar to this tutorial, but uses an Arduino board to program the ATmega on the breadboard. Unless you choose to use the minimal configuration described at the end of this tutorial, you'll need four components (besides the Arduino, ATmega328, and breadboard): a 16 MHz crystal, a 10k resistor, and two 18 to 22 picofarad (ceramic) capacitors. Uploading Using an Arduino Board Once your ATmega328p has the Arduino bootloader on it, you can upload programs to it using the USB-to-serial convertor (FTDI chip) on an Arduino board.
Uploading sketches to an ATmega on a breadboard. Minimal Circuit (Eliminating the External Clock) If you don't have the extra 16 MHz crystal and 18-22 picofarad capacitors used in the above examples, you can configure the ATmega328 to use its internal 8 MHz RC oscillator as a clock source instead. Attention This procedure works on Arduino 1.0.x software.
Arduino, Processing.