vote at : http://www.celesteprize.com/artwork/ido:27246/

We’ve put a video together to show the Sonic Body in action. It’s short but gives an idea of the installation. Of course you don’t really get all the atmosphere, the feel of the fabric and the depth of the surround sound.

Sound

We also did some recordings with the idea of doing a DVD using 5.1 surround sound, This is one segment of the recording, but merged into stereo. You have a background layer made of a sub rumble which have a slow evolution. On top of this you will hear most the different sounds that was triggered/generated by the person in the Sonic Body.

Sonic Body live recording

Pictures

Gallery view

Gallery view

Queuing for the installation

Entrance

Inside the installation

Inside the installation

Detail inside the installation

Recording devices

Probably a common thing as inventions often used to be inspired by the human body. Our installation is just a lot less complex in a way.

A bit more of the messy wiring system of the installation, could have been worse. The Sonic Body is actually “plug n play”. There is only one power plug coming out of it. You plug it, turn the computer and the amplifier on, press play. It’s ready for mass production :)

We are in the last 2 weeks of work now. Here are some pictures of last week-end’s work and some precision on the technological side of the project.

We are using Max/Msp for the sound spatialization and arduino for the hardware/sensors.
At first I wanted to use only open-source sofware and hardware. I learned to use max at school and haven’t used it for a while. So I didn’t have enough time to get use to pd on this project. It would had slown me down to try to find the equivalent object’s name in pd.
I was going to use processing+live for the sound and interface, as it’s mainly how I work now in this kind of projects, except that before it was with Director. It was easier to only use Max for Sonic Body as I didn’t have time to build a all system from scratch, even if the combination of processing and live is really really cool for interactive music. Compared to Max, or pd, processing is great for visual and live is easy and amazing for music, especially with plugins.

I created a system with Max to manage all the sensors and the spatialization. Each sound layers or sensors/groups of sensors have a ’select folder’ button so it’s really easy for Harry and I to move folders or change sounds for each element. I wanted something quite flexible so we don’t have to worry ( too much ) about the technique when working on the sound landscape. At first I was going to use my own spatialization patch but I learned that sometimes it’s better to use ready-made programs. So as Max can integrate vst in his patches, I used a spatialization plugin. Of course, this plugin only manages the surround thing, I had to program a lot of things around this plug to adapt it to our needs, automations and again to make it user-friendly. We can set lots of different parameters like speed, craziness, rotation, placement, apparitions, etc… I will later put some of the patches that I made for the SonicBody on the blog.

Arduino is a Open-source hardware that emulates processing for the programming. So it’s really easy to use and have a great community, like processing, made of artists and programmers. The Arduino website gives lots of tutorials and the forum is really helpful. For the sensors we are mainly using vibrating non-mercury tilt sensors and piezos’. It’s my first big installation that uses so much sensors and it’s really a performance on itself to organize all this.

We are really happy about the structure, and specially about the atmosphere inside. We have no reverb and it’s really sound proof. The cocoon feeling is close to what we had imagined. It feels like a sound recording cabin ( but better ). We cannot put more photos of the inside to keep the mystery. After the exhibition there will be loads more though!

The skeleton of the installation

wiring sensors

Wires

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