Robot Fácil com Arduino

Bob's Arduino electronics projects

Bob's Arduino electronics projects

Aarduino Projects

arduinoprojects.com

arduino tutorial

confeccione arduino serial

tutorial

LilyPad Arduino

welcome to LilyPad Arduino!

The LilyPad Arduino is a set of sewable electronic components that let you build your own soft, interactive fashion. To get started, snag a LilyPad deluxe kit, which has all of the available LilyPad sensor and actuator boards. Or, get only the pieces that you want, probably at least a LilyPad mainboard, FTDI board, power supply, and a spool of conductive thread.

Work through the tutorials here to learn how to build all sorts of soft interactive stuff...perhaps fortune telling shirts, jackets that sing when you're squeezed or turn signal equipped cycling wear? Enjoy!

Note: for a more general introduction to electronics, programming, and the regular (non-LilyPad) Arduino, see ladyada's excellent tutorials.

tutorial - flash e o microcontrolador "Arduino"

sketchCode

• início
• software vs. hardware
  • tutorial - sistema "blops"
  • tutorial - sensor LDR
  • tutorial - flash e "Arduino"
• na escola...
• exibição
• máquina de rostos
• structura
• contacto
• acerca do sketchCode
• guestbook

tutorial - flash e o microcontrolador "Arduino" |

Introdução

Este breve tutorial tem como objectivo demonstrar como podemos criar interacções entre o software "adobe Flash" e o micro-controlador "Arduino". Para tal efeito criei um "movie clip" com alguns botões que permitem ligar/desligar um LED conectado à placa. São necessários 4 requisitos técnicos: 1 - Prévia programação do micro-controlador "Arduino". Este, per si, enviará informações via USB através de uma porta de série. Destaco os seguintes recursos: Standart FIRMATA 334; Stephen Wilson. 2 - Servidor "Serial Socket". Este servidor colecta a informação da porta de série e envia através da rede. Geralmente o SSS (serial socket server) é utilizado para comunicação em qualquer software (flash, processing, etc.). recomendo este Serial Server "serproxy". (É necessário configurar alguns parâmetros. Lêr atentamente o ficheiro "readme"). É muito robusto, rápido e permite o envio e recepção de informação. 3 - Biblioteca Flash Socket. Código em ActionScript para conexão e interpretação de informações vindas através da rede socket. Este tutorial serve-se da biblioteca as3Glue . Outros exemplos de bibliotecas: "arduino.as Actionscript class v1"; "SS6 Serial Server". 4 - O movie em Flash da sua autoria capaz de criar interacções bidireccionais entre o micro-controlador e o software.

Materiais necessários:

1 - LED

"Arduino"

Montagem:

Instruções:

1 - Conectar o micro-controlador à porta de USB do computador. De seguida, fazer o upload do código Standart Firmata para o micro Arduino. 2 - Montar o LED no pino 13. Ter em atenção que a extremidade mais comprida do LED deve ser ligada ao pino 13 e a outra ao ground (GND) da placa. 3 - Abrir o ficheiro serproxy.cfg e ajustar as configurações de acordo com a sua máquina. ex: comm_baud = 57600 net_port4 = 5334 Poderá obter estas informações em "hardware settings" do windows. 4 - Abrir a aplicação serproxy.exe. Ficará assim disponível enviar e receber informações entre o Arduino e o CPU. 5 - Abrir o adobe Flash e configurar Actionscript 3.0 Settings por forma a reconhecer o caminho da biblioteca as3glue. ex: "edit/preferences/ Actionscript 3.0 settings" - Introduzir o caminho onde está situada a respectiva biblioteca "as3Glue" 6 - Abrir o ficheiro "adobeFlash_arduino_LED.fla, crtl+Enter para compilar o ficheiro... 7 - Pode agora interagir com o LED :). Recursos deste tutorial [+]

Vídeo / demonstração:

flash + arduino + LED + sketchcode from pedrobrito on Vimeo.

Arduino - Lojas, Foruns e Outras páginas

Blogs about: Arduino

Blogs about: Arduino

Arduino Forum Portugues

Laboratório - Arduino

Self Sufficient Arduino Board

introSelf Sufficient Arduino Board

This is a self sufficient Arduino board, which is powered by harnessing solar power and using a 9V rechargeable battery. It is perfect for anyone who is interested in doing Arduino projects that do not require a computer or any power supply. You can take this to the most remote places for any project.

What you will need:
9V Rechargeable battery
Solar cells (About 11V)
1N4001 diode
100uf 10V capacitor
Arduino board
9V battery connector
Power connector (to connect to the Arduino board)

step 1Setting up the Arduino board

This is probably the simplest step (please use the schematic as reference for wiring before doing anything else).

Change the jumper of the Arduino board to "EXT"

step 2Understanding the components

This step would require you to have a basic understanding of the components and their polarities. This is probably the toughest bit of the setup. For easier understanding, I have used red wires for positive and black wires for negative.

step 3Getting the power connector ready

Solder the positive and negative wires to the power connector as shown in the picture. The power connectors come in different diameters, so do choose the correct size to fit the Arduino board.

step 4Wiring up the circuit

This shows the circuit I have soldered. I have made it bigger for easier understanding. It can actually be made much much smaller (half the size or even smaller).
You can download a more detailed document on this from my website at:
http://www.p2man.com/arduino/self_sufficient_arduino.pdf

You're done! Now you can break away from power points and even have Arduino projects out in natural environments without a problem.

Arduino user projects

:: Exhibition :: - The place to share and show off projects!

Arduino user projects LIST:

• Pumpbeats - make electronic music with pumps -by Daniel Dihardja & Frank Arnold -
• StadtlichterImWohnzimmer - light installation for the living-room -by Kim Asendorf-
• 'Drum Master - DIY Electronic Drum Brain' -by Wyatt Olson-
• 'What it is without the hand that wields it' -by Riley Harmon, New Media Art undergraduate of the University of Oklahoma School of Art-
• reconqr - Reconquering Digital Urban Space -by Students of University of Applied Sciences Wuerzburg-Schweinfurt-
• TrampoLine: an experimental musical instrument based on Arduino Mini and an assortment of sensors by the MSC/MA in Music Technology at the University of York -(by Cass Surek, Ed Dowie, Evangelos Fotiadis, Lily Law and XIling Tony Sheng)-
• Sonic Body: audio-textile-installation that uses interactive technology to create an orchestra of the human body -(by Anna Orliac, Harry Neve, Thomas Michalak, curated by Rowan Drury, Funded by a Wellcome Trust, Sciart award.)-
• Chatter and Listening: A wireless multi-node sound sculpture -(by Miles Thorogood)-
• 27MHz: Common Ground -(by Jonas Halfmeyer, Daniel Wessolek, the Class of Communication 06)-
• Gotthard: intelligent furniture
• LED-s Urban Carpet: an interactive LED carpet for public urban spaces.
• Botanicalls: plants tell arduino to make phone calls for them!
• binary bridge: a place-specific interactive light installation in Malm� -(by Freddie Eksteen, Helge Fischer, Neda Hajmomeni, Mey Lean Kronemann)-
• Virtual fishtank at the Genova Science festival -(by Massimo Banzi)-
• Sonic Ping Pong, Shape-Memory interface & LCD Shutter -(by V.Roudaut & M.Donneaud)-
• Customers Design with their Fists -(by fluidforms.at)-
• control nearly anything via the www -(by tobias zachl & christof sonnleitner)-
• Experimental Music Instruments -(by Enrique Tom�s, Koray Tahiroglu & David Cuartielles)-
• Sotavento, internet forest of sounding trees -(by the-TiLT, berlin)-
• Mixed Reality Chainsaw -(by Michael Zoellner, Fraunhofer IGD)-
• Analog Recorder and Playback -(by L�szl� Vass)-
• Home multi-room music distribution -(by Danny Godbout)-
• Ardrumo: Virtual Electronic Drum MIDI Interface for Mac OS X -(by Mike Schaffer)-
• Ulysses Head: Interactive Sound Installation Arduino/MAX/MSP -(by mythenrauschen.net)-
• DRoPS: a reactive light installation -(by Kristian Gohlke and Andreas Wiegand)-
• MIDI Pedal Interface for digital pianos -(by http://diykeyboard.org)-
• OpenGauge/MPGuino Fuel Economy Gauges -(by Dave Brink)-
• Game Controller using an Accelerometer -(by Haraldur, Richard, Qiu Li and Xialou)-
• A Reaction Time Test Game -(by Mikal Hart)-
• Four-Bit Maze Puzzle -(by Todd Neller)-
• Optimise -(by Francesco Anselmo, Hele West & Giulio Antonutto @ ArupLighting + Superblue)-

Arduino - Páginas de Entusiastas

:: People / Groups and Sites :: (this is nowhere near done)

The Arduino team (in alphabetical order)

• Massimo Banzi Milano, Italy
• David Cuartielles Malmoe, Sweden
• Tom Igoe New York, US
• Gianluca Martino Torino, Italy
• David A. Mellis Boston, MA, USA

The Extended team (in random order)

• Arduino Paradise Taipei, Taiwan, ASIA
• Nicholas Zambetti San Francisco, CA, USA
• Marcos Yarza, Zaragoza, Spain
• Marcus Hannerstig, Malmoe , Sweden
• Dan Gavie Malmoe , Sweden
• Livia Sunesson, Malmoe , Sweden
• Ossian Sunesson, Malmoe , Sweden
• Bj�rn Wahlstr�m , Malmoe , Sweden
• Beltran Berrocal Milano, Italy
• Jeff Gray New York, US
• Christian Nold London, UK
• Matthias Rohrbach Basel, Switzerland
• Benedikt Gross Basel, CH and Germany
• Hans-Christoph Steiner Brooklyn, NY, USA

Arduino users around the globe Persons (in alphabetical order):

• Andrew, UK
• arduino_CZ, Czech republic
• David Robertson, Falkirk, Scotland
• Paul Badger, Providence, Rhode Island, USA
• TK Boyd, Retired teacher/ hobbyist
• Eric Choisy, Cambrai, France
• Nigel Crawley, UK
• Don Cross a.k.a. CosineKitty, Orlando, Florida, USA
• dandye, Tampa, Florida, USA
• Thomas Ouellet Fredericks, Montreal & Natasquan, Canada
• Kristian Gohlke, Bremen, Germany / Malm�, Sweden
• Fabian Kühfuß, Stuttgart, Germany
• Giovanni Di Mingo, Turin, Italy
• Michael Lawrie, Toronto, Ontario, Canada
• Ricardo Palmieri (palm), Sao Paulo, Brasil
• Brian Riley, Underhill Center, Vermont, USA
• Jerry Jacobs Netherlands, Europe
• Chris Ladden Hartford, CT
• Todd Neller Gettysburg, PA, USA
• Jim Robert Setauket, New York, USA
• Juan Manuel Amuedo, Madrid, Spain
• Beno�t ROUSSEAU, Poitiers, France
• Adam Somlai-Fischer, Budapest, Hungary
• Martijn The - Design for Interaction, The Hague, The Netherlands
• Max Wolf, Frankfurt, Germany
• K. Worapoht, Bangkok, Thailand
• Conrad, INEX, Thailand
• Marcus Wrang�, Stockholm, Sweden
• Matt Stack, New York, NY
• NeillZero, UK
• Joe McGuire, Leeds, UK
• Pieter Floris, Breda, The Netherlands
• Benjamin Eckel, Baton Rouge, LA, USA
• Joe Archer, Leeds, UK
• dusjagr labs, Zurich, Switzerland
• http://kiilo.org Tobias Hoffmann "kiilo", DE/CH, Basel, Switzerland
• Collin Cunningham, Brooklyn, NY, USA
• Pato Palacios, Santiago de Chile
• Paolo Bosetti, University of Trento, Italy
• Becky Stern Tempe, AZ, USA
• Seth Woodworth Boston, Ma, USA
• Tom Scarff, MIDI Projects, Dublin, Ireland
• Jeff Keyzer, San Francisco, CA
• droops, Ruston, LA
• Dave Pentecost, New York, NY
• Wolf Paulus, Carlsbad, CA
• Raffael Segmüller, Zürich, CH

Organisations (in alphabetical order):

• 8bit klubben, Copenhagen, Denmark
• Communication & Multimedia Design, Breda, The Netherlands
• Electronix: an electronics club in Montr�al
• FILformat: desirable electronic couture
• Information Environments: University of Queensland, Queensland Australia
• spaceKIT™: architecture and domotics
• the-TiLT, Berlin, Germany
• Une collection de ressources / cours / tutoriels sur l'interactivit�
• nextlab, Budapest, Hungary
• PavedData, Saskatoon, Canada
• Swiss Mechatronic Art Society, SGMK, Switzerland
• INEX Innovative Experiments, Thailand, Bangkok
• GEADA, Curitiba-BeloHorizonte, Brasil.
• NYCHacklab, New York City
• http://sage.medienkunst.ch Institut for mediart, University for applied sience and arts northwestern switzerland
• Mythenrauschen: Media/Art Magazine Satzvey Germany
• Seeed Studio, China
• Escuela de artes y oficios digitales, Chile

Workshop Attendees

• Schwaebisch Gmuend November 2006
• OPEN UCLA

Rob Faludi - Arduino Projects

Arduino Workshops

Arduino Workshops

Clique para visitar