Mike Cook prototyped a diy physical music sequencer with an Arduino Uno and we agree with him it has a “unique take on the concept an RFID sequencer”.
He wrote us describing it with these words:
This takes RFID tags each one mapped to a note and instrument and placed on one of 32 pegs will generate a music sequence. I designed and built a special RFID reader that has 32 read positions, it took 3 months to wire up. The case was hand built and it was designed to fit exactly into a flight box. It contains an Arduino and outputs MIDI.
It uses 32 red / blue LEDs to illuminate acrylic pegs which light up red when a token is hung on them. The sequence sweep progress is shown in blue on the pegs when the sweep position meets a peg with a token it light up purple and a note is produced. The sequence length can be adjusted from 8 steps to over a million steps before repeating.
Gilda Negrini and Riccardo Vendramin, two young product designers from Italy, wrote us to share their last work, designed during a course called Autoproduzioni at Politecnico of Milano. It’s called MusicInk, it runs on an Arduino Duemilanove board, and gives an alternative method to teach music to children. That’s how they describe it:
MusicInk makes drawings turning into real music, this magical process is due to a mashup of various eterogenous technologies: Conductive Ink by Bare Conductive, MPR121 controller, Arduino (Duemilanove board), LiPo shield (removed on a second time), Bluetooth shield by Seedstudio, Android platform, Pure Data for Android (libido), Pure Data patch.
Our project was developed with the help of our friend Manh Luong Bui and has been a very hard work.
We started our project studying the possibilities to create new and cheap musical instruments, then we discovered studies about conductive ink and we decided to create something different with these two technologies.
Here you can see their experience in testing MusicInk in a kindergarten in Milano with children between 4 and 5 years old:
We designed a system which will allow musicians, guitarists and keyboardists to set the beats according to the music they play, without getting up from their place or even without lifting their hands off the instrument! Yes, simply by tapping foot at a constant rate. Don’t believe it?
Beat Feet allows musicians to add drum and guitar effects using only feet gestures and wearable sensors. Check the details of the project on this website and watch the video below to see it in action!
iKazoo is a prototype for an open source platform using Arduino and recently launched a crowdfunding campaign on Indiegogo. It’s a multifunctional device assistant for entertainment with a touch and shock sensitive surface. It can easily record or alter your voice but also play many types of instrument. You can use it as a optical game controller and even as a brush on your pad. The hardware contains sensors that can monitor all body movements and become a step counter. Here’s the video presentation:
Are you a musician, music amateur, electronic bricoleur or maker who makes music by creating your own instruments and tools using Arduino?
We are looking for your music tracks to be presented in a radio program entirely dedicated to (DIY) music made with Arduino based synths and instruments.The program is scheduled within the GwenFestival program, an international music and radio festival organized in Chiasso (TI, Switzerland) during April 2013.
Gwenfestival is promoted by Radio Gwendalyn, an on-line independent radio located at Chiasso railway station (during the festival, from April 1st to April 30th, Radio Gwendalyn will use a FM frequency to transmit its music program).
A full Arduino MP3 player using a SD card and a MP3 module based on a chip from VLSI (VS1002d, VS1003 VS1053). The player includes a small amplifier and two speakers, making it a small Jukebox in the age of Ipods. The project includes a small library for the management of the MP3 and the SD chip. A Funny Arduino project ..
With the Drum kit – Kit AI by Spikenzielabs you can build an electronic drum kit. The bundle contains all of the electronics, including the piezo sensors for the drum pads. You build the drum pads yourself, and then connect the Drum Kit – Kit AI to your computer to play sounds using your favorite audio software, or use the MIDI-out port to a connected drum synthesizer.
Roberto De Nicolò (aka Rodenic) has realized an useful tutorial video showing what he has called FingerDrum. Roberto has applied a piezo sensor to each finger of a glove, allowing the triggering of individual drum sounds from his midi expander. If you think the glove is unconfortable, check out the FingerPad and turn your mouse pad into a drum pad.
Julien Bayle is a digital artist and technology developer, and his work is an excellent starting point for anyone interested in the DIY man-machine interfaces.
Back in 2008, Julien created a clone of the Monome, a control surface consisting in a matrix of leds and buttons whose functioning is defined by software. It was called Bonome and RGB leds were used, instead of monochromatic leds of the standard model. Here are the instructions to build it.
Some time later, inspired by the DIY controller used by Monolake, Julien decided to build its own Protodeck to control Ableton Live.
Recently I stumbled upon his post titled “Arduino is the Power” and I discovered that Julien has started writing a book about the Arduino platform. So I thought that regular readers of the Arduino Blog would welcome an interview with this interesting guy. And here it is!
Andrea Reali: Tell us something about you.
Julien Bayle: I’m Julien Bayle from France. I’m a digital artist and technology evangelist. I’m inside computers world since my dad bought us a Commodore 64, around 1982. I’m working with music softwares since the first sound-trackers and I began to work with visuals too with my Amiga 500, using some first POV-like softwares. I first began by working as an IT Security Architect by day, then I quit to be only what I am today and especially to be really free to continue my travel inside art & technology. I’m providing courses & consulting & development around open-source technology like Arduino, java/processing but also & especially with Max6 graphical programming framework which is my speciality. Max6 is really an universe itself and we’d need more than one life to discover all features. As an Ableton Certified Trainer, I’m still teaching that a bit. All technology always provides tools to achieve art. I guess my path comes from pure technology and goes to pure art.
Moppy is a musical floppy controller program. By using an Arduino UNO as a translator, you can command an array of floppy drives with a musical keyboard. The head on each floppy drive is controlled by a stepper motor which will put out sounds when driven at the right frequency.
This instructable shows you how to create a very simple Arduino-based sequencer with nice features:
Multiple synthesizer projects has been done for the Arduino, but few has been able to utilize the full power of the Arduino processor. DZL from GeekPhysical wrote a 4 voice wavetable synthesizer that is one of more advanced software based synths for the Arduino. It has wavetables included (sine, saw, square and triangle) and envelopes to create beats.
Implementation instructions can be found here, while the Arduino code can be obtained from GitHub.