Online | Arduino My older son recently started school and needed his own desk for doing homework. I wanted to make something nicer than a simple tabletop with legs, and realized that I could also build in a bit of fun for when the homework is finished. Both my boys and I still had space travel on our minds from our summer trip to Kennedy Space Center. For this desk project, I decided to go with a NASA theme. The desk resides under my son's loft bed (which I also built), and stays closed until the homework is finished: When playtime begins, the lid flips up to reveal the Mission Control console: As I mentioned in the video, I painted the underside of the lid with magnetic primer. The programming of the console, which I posted to GitHub, has the Arduino and the Raspberry Pi working cooperatively. The EECOM panel contains four potentiometers that are each mapped to a 12-segment bargraph display. The CAPCOM panel has connections for the headset as well as volume controls.
Rob Faludi Ethernet Shield / Exemple d'utilisation avec Pachube Bonjour, Suite à une demande ce jour, je viens de re-dérouler la procédure d'envoi de données sur internet récoltées grâce au couple arduino + ethernet shield officiel je m'appuie sur la page avec une traduction libre et les modifs que j'ai apporté pour que l'ensemble fonctionne A. Publication et récupérations de données sur Pachube depuis Arduino + Ethernet Shield 1. *Par exemple si on veux récupérer des données postées sur pachube par quelqu'un d'autre et les afficher sur l'arduino. 3. Quelques modifications sont a apporter au code (testé avec Arduino 21) : Tout d'abord, ajouter la ligne Code: Tout sélectionner #include <SPI.h> avant les include #include <Ethernet.h>#include <string.h> Puis, dans le bout de code suivant : #define PACHUBE_API_KEY "ENTER_YOUR_API_KEY_HERE" // fill in your API key * Renseigner le SHARE_FEED_ID avec le manual feed ID attribué précédemment * Renseigner la clé API * Renseigner votre IP byte remoteServer[] = { 173,203,98,29 }; 4. 5.
Arduino I have finally taken the plunge and released Servo Tools For Maya to the world! Servo Tools For Maya is a Python Plugin that sends rotational values over USB the the Arduino Micro Controller. These values are then converted in to Pulse Width Modulation which is used to control multiple Hobby RC Servo Motors. Applications for the plugin are only limited to your imagination. Current Features Include:- Control up to 4 Servos simultaneously. Hardware Requirements:- USB Cable- Arduino Micro Controller- At least 1 RC hobby servo Software Requirements:- The Scripts and Plugin available from this page- Python (separate from the one that comes with Maya 8.5+)- PySerial Python Module for Serial Communication- Maya 8.5 or Higher (32-bit only)- Latest Arduino Software PLEASE NOTE:I'm still prepping the Documentation in Video Form.
Arduino Tutorial - Learn electronics and microcontrollers using Arduino! So, I get two or three emails a day, all basically asking the same thing: "Where can I learn about electronics?" In general, most of these people have seen some of my projects and want to be able to build similar things. Unfortunately, I have never been able to point them to a good site that really takes the reader through a solid introduction to microcontrollers and basic electronics. I designed this tutorial course to accompany the Arduino starter pack sold at the Adafruit webshop. The pack contains all the components you need (minus any tools) for the lessons Follow these lessons for happiness and prosperity. Lesson 0 Pre-flight check...Is your Arduino and computer ready? Here are some recommended tools: If you need to get any soldering done, you may also want.... All of the content in the Arduino Tutorial is CC 2.5 Share-Alike Attrib. Love it? To some extent, the structure of the material borrows from: The impressively good "What's a microcontroller?"
andreas schlegel technically, this is for mac users only. summary (1) realtime sound input (2) soundflower (3) jack os x (4) recommendations (5) freebies (6) realtime recordings realtime sound input when you work with sound and you need to do realtime analysis like fft or measuring sound levels, sometimes you just wish to be able to pick up internal sounds that are coming from internal sound sources like itunes. usually what i do is, i use the build in microphone of my macbook to feed the sound input back into my machine, which i would then use with one of the sound libraries like sonia, minim, or ess to process the incoming sound. the big fall down with this solution, using the mic input, is that sound is hard to calibrate and you also have all the surround noise in the input stream. soundflower a better solution is to use soundflower from cycling74, the makers of max/msp. soundflower is free software, an inter-application audio routing utility for mac osx. jack os x recommendations freebies realtime recording
HomePage Déjà 39094 visites sur cette page. Nouveau : Découvrez nos kits de machines opensource et notre nouveau site dédié ! Bienvenue ! Soutenez le site www.mon-club-elec.fr ! Vous aimez le site www.mon-club-elec.fr ? Paiement par compte Paypal ou par carte bancaire acceptés Vous pouvez donner dès 1€ ! En cours : portage de la librairie JavacvPro en version PyQt : Ma librairie JavacvPro : la "vision par ordinateur" avec OpenCV sous Processing pour tous ! Je viens de finaliser la version 0.4 de ma librairie JavacvPro qui implémente la librairie OpenCV 2.3.1 sous Processing, permettant de créer facilement des applications de reconnaissance visuelle et d'analyse d'image en temps réel sur un flux vidéo de webcam. HomePageEssentiel Pour aller droit à essentiel... En cours de mise en place... Contact et support Je crée ce site sur mon temps libre et je mets les contenus à la disposition de tous "as is" en espérant que cela soit utile. Dernières mises en ligne Ce site est en cours d'enrichissement permanent.
rh_count Relative Humidity Measurement using the Humirel HS1101 Sensor Arduino, BasicX BX24 and PICAXE-18X copyright, Peter H. Anderson, Baltimore, MD, Nov, '07 (Nov, '07). Introduction This discussion focuses on a relatively simple technique for measuring relative humidity using a sensor. It is desireable to measure temperature as people are usually interested in both the relative humidity and temperature. Advantages of this technique for measuring relative humidity are that it is inexpensive and as the input to the processor is a pulse train as opposed to an analog voltage, the RH measurement circuitry may be located several hundred feet from the processor. I offer a small assembled package, consisting of a HS-1101 sensor, TS555 (SGThompson), 49.9K and 562K one percent resistors for the 555 circuitry, and a separate 10K NTC thermistor for measuring temperature. In the above I have illustrated the powering of the humidity board using a processor output. Arduino. BasicX BX24