2012 ThingM Roundup!

We had some wonderful ThingM projects created this year - this is a small collection f some of our favorites!

Starting with the upper right hand photo and going Clockwise:  BlinkM in "Books with Personality" created by Jisu Choi + Matt Kizu from Art Center; Mike Rivamonte's Rocet Sculpures; "Cloud" Steven Madsen, Kevin Yien, Chris Niswander, Jordan Stoewsand-Kryscio, Mallory Baran and Michael Theodore; “Current: Technology+Contemporary Claycraft” by: Virginia Pfau MFA Ceramics Candidate, School for American Craft, Rochester Institute of Technology; "And, Per Se" by artist Shanon Ebner.

Mike Rivamonte's Rocket Sculptures

A little while back we introduced Mike's wonderful sculpture "Scout", which has been recently published in Spectrum 18: Best of Fantastic Art which will hit stores in  December.  His current  work has integrated our ThingM FreeMs to assist in lighting his rockets.  Each piece is hand constructed and painted and lit with FreeMs and a 9V wall wart.  This is a limited production and and are priced at $1,500 each.  This sounds like a wonderful and unique holiday gift!

To view more of Mike's work and to contact him regarding any questions please visit his website: www.mrivamonte.com/

Shannon Ebner's: "And, Per Se" and Light Boxes

 

Shannon Ebner’s work centers on a do-it-yourself alphabet of handmade letters and signs temporarily placed—and strategically displaced— in public contexts. The artist sets language in the service of photography, her cryptic messages captured and fixed in black-and-white photographs. Populating actual yet uncertain landscapes or mise-en-scènes including California real estate sites, the La Brea Tar Pits, and the Washington Monument, these ephemeral signs spell out such darkly ambiguous phrases as “Landscape Incarceration,” “The Doom,” and “The Day—Sob—Dies.”

Ebner recently created a piece tittle "And, Per Se" for the Venice Biennale and included her Light Box pieces in her current UCLA Hammer show.  We're happy to say she was able to use  ThingM MaxMs for the lighting component of her work!

To see the video of her installation on "AND, Per Se" please visit: http://www.youtube.com/watch?v=VCJHOg-XlrQ

To read Ebner's UCLA Hammer interview please visit:  http://hammer.ucla.edu/newsblogs/?cat=95

BlinkM in the Teapotty!

http://www.youtube.com/watch?v=QqprceAk4fs The Teapotty is a teapot sitting on a servo which takes readings from a magnetometer which is influenced by neodymium magnets in a cup.  The magnetometer takes the reading from the north position, plays a bit of something similar to the Tetley Tea tune and then moves to a new position - where the teacup moves to. BlinkM RGB LEDs indicate the new position of the teapot by changing colour based on the teapot's new position from 0-180 degrees. I made some polymorph diffuser covers for them & also added heart confetti to emphasise the feeling of heartwarming happiness a cup of tea can bring!

To read the the artists own reads please visit:  http://rainycatz.wordpress.com/2011/09/17/teapotty-electronic-teapot-exploration-for-chi-tek-at-the-va/

Sketching and Hardware 2011

Sketching and Hardware 2011

This year was the sixth annual Sketching in Hardware summit on toolkits for exploring interaction design with digital hardware that Mike annually organizes and that ThingM sponsors. This years' event took place in the amazing Franklin Institute in Philadelphia, PA. You can see who attended and download many of the presentations from it here:

http://www.sketching11.com/presentations/

ThingM LinkM + BlinkM Desk Project!

Project: LED Glass Desk

By: Mike LaGrasta first posted on Instructables

Mike LaGrasta first posted on Instructables After being given a frosted glass top desk at work, I thought it would be cool to set up some led powered visual notifications. I coded up a crude NodeJS server to listen for incoming events and a Growl "notification style" to send commands to some BlinkM lights.

What I used: * Ikea Galant desk * Custom Software (available on GitHub.com at https://github.com/mnlagrasta/DeskLights ) * Growl Software * 8 BlinkM RGB LEDs from ThingM * LinkM USB controller from ThingM * 9 IDC 5x2 Crimp Connectors * 10 feet of ribbon cable * 2 sheets of foam core * a bit of tape, twist ties, and zip ties

What I did: * Crimped the IDC connectors evenly spaced along the ribbon cable * Plugged in the controller to one end, usb to that, set the led channel ids * Started up the server software * Configured Growl (non-mac users will have to find another way to send commands to the server) * Watched the pretty lights * Punched some holes in the foam core boards and attached the lights where I wanted with the twist ties * Strapped the foam core (lights side up) to the bottom of the desk using zip ties around the metal supports

Notes: * The commands sent to the server are really just web page requests sent to the right port. You could use all kinds of other programs to send those commands such as lwp, wget, etc. * Growl styles are somewhat limited if you can't program Cocoa. So I made a "WebKit Style" and set the CSS background image to "http://127.0.0.0:8124/growl", which is the page request that will tell the server to blink the lights red one time. * I couldn't figure out where to buy it, but ThingM has added a WireM kit that would replace my not-quite-correct 5x2 IDC connectors.

Invisible Accent Light with BlinkM MaxM & FreeM

Sometimes you just want a little extra light in a room. With RGB LED tape, you can put light anywhere. But controlling its brightness and making it the color you want is a bit harder. A BlinkM MaxM can easily control LED tape, either as a stand-alone device, with an Arduino, or your computer via a LinkM. Stand-alone mode is great if you want a specific color or color pattern (the BlinkMSequencer makes this really easy) For this installation, I added a FreeM to the MaxM to let you control the light with a standard infrared TV remote control. Accent Light with BlinkM MaxM & FreeM

Another nice thing about the LED tape is that when it’s off, you can’t see where it’s installed.
Here’s a video showing how it all works.

How to make this

First up is to wire up the RGB LED tape with extension wires to go from the tape to the MaxM. This is so you can hide the MaxM where ever you feel like. Cut the wires to the length you need and solder them to the LED tape and a 4-pin male header like in the photo below. Note because the LED tape switches the Red and Green lines you’ll need to switch them because MaxM’s lines go V+,R,G,B.

Accent light with BlinkM MaxM FreeM

With that done, you should be able to hook everything up and have the MaxM drive the LED tape. The LED tape takes +12VDC. The amount of current it needs depends on the length of tape your driving. Chances are you have a 12VDC @ 1000 mA wall wart power supply from an old piece of computer gear. That should work fine.

If you want your accent light to play a constant color or color pattern, you’re now done and can place the LED tape where ever you like, like on top of a window sill. Peel off the sticker backing and stick the LED tape where it should go.
Accent light with BlinkM MaxM FreeM

Adding FreeM

If you want to go the step further and add a FreeM to give your light a remote control, then follow the steps on the Using FreeM with BlinkM MaxM page.

But it’s really not much more than plugging the FreeM into the bottom of the MaxM.

Accent light with BlinkM MaxM FreeM
FreeM with MaxM

Microsoft Makes Hacking Kinect Easier

Tod Kurt, the Co-Founder of ThingM has been recently interviewed by NPR for a great hacking article. Read the full transcript below or visit the link to listen! MICHELE NORRIS, host:

Microsoft is embracing what might otherwise be considered outlaw behavior - at least with its popular motion sensor for Xbox, called Kinect. Kinect lets you play games by moving your body; no controller needed. And since its release late last year, it has been extremely successful.

But not only gamers are buying it. Computer engineers and hobbyists have hacked the Kinect to do all sorts of things - browse the Web with a nod of your head, turn music up with a flick of the wrist, and lots more.

Alex Schmidt reports that at least for the Kinect, Microsoft says the more hacking, the better.

ALEX SCHMIDT: In a dark, crowded workspace in West Los Angeles, two men flailed their arms around in front of a white wall.

(Soundbite of conversation)

SCHUMIDT: The sensor of the Microsoft Kinect was pointed at them, but they couldn't get it to pick up their movements. They tried crouching down lower, lifting their heads higher. And finally...

Unidentified Group: Yay.

(Soundbite of laughter)

SCHMIDT: They've only just started playing with the machine, and brainstorming the endless things they might be able to do with it. One of the techies says we'll have sensors like these in our homes, and they'll be able to tell family members if we fall down. Another suggests conducting virtual orchestras.

Tod Kurt was pondering his own killer Kinect app.

Mr. TOD KURT (Founder, ThingM): It's very exciting. I think the sensor that's in the Kinect is an amazing piece of engineering. And it's kind of unheard of that we're able to get access to it at such a price point.

SCHMIDT: It used to be that to experiment with motion capture technology, you'd have to spend thousands of dollars. The Kinect costs 150 bucks, and gives tinkerers access to the motion capture research Microsoft has already done.

Mr. MARK BOLAS (Director, Institute for Creative Technologies, USC): I have two wrenches here.

SCHMIDT: Mark Bolas is a director at the Institute for Creative Technologies at USC.

Mr. BOLAS: I remember getting this wrench with my father when I was 13 or 14 years old. And then with it, I could start working on my bicycle. And I got into motorcycles and all these things that I could build. The wrenches of today aren't physical. They're the software wrenches.

SCHMIDT: Giving developers the wrenches to the Kinect was a calculated decision by Microsoft. They could have encrypted the system but decided not to.

Shannon Loftis is studio head at a Microsoft group that developed the Kinect. They launched November of last year.

Ms. SHANNON LOFTIS (Studio Manager, Microsoft Game Studios): And in less than a week, KinectHacks.net was up. And everybody who had anything to do with Kinect in Microsoft was glued to that site every single day. And every single day, some new innovation got circulated, and everybody kind of dropped their jaws in amazement.

SCHMIDT: One of the hacks let people move a robot using their bodies. Another let you fingerpaint by waving your hands through the air. Loftis says for Microsoft, opening the system up to everyone else's creativity makes good business sense.

Ms. LOFTIS: Now, customer will buy Kinects. And at the center of the whole revolution, in the way that people are interacting with machines, is a device that Microsoft owns.

SCHMIDT: Stacey Holmes(ph) considered buying one himself. He's in a wheelchair following spinal surgery.

Unidentified Woman: The gems are going to light up, and just touch them in the order in which they light up.

Mr. STACEY HOLMES: OK.

SCHMIDT: At a USC clinic in Long Beach, he played a Kinect game for physical therapy, stretching his arms out to grab virtual gems inside a mine shaft.

Mr. HOLMES: It causes you to try things at a pace and a precision that you wouldn't otherwise try to do. And so that and the grandkids, yeah, I'd probably try this at home.

(Soundbite of laughter)

SCHMIDT: Microsoft's approach to the Kinect is part of a generational shift in the tech industry. Letting other people in to tinker with inner workings could become the default for big companies, rather than building old-fashioned walls for control.

For NPR News, I'm Alex Schmidt.

(Soundbite of music)

ROBERT SIEGEL, host:

This is NPR News.

http://www.npr.org/2011/07/11/137773337/microsoft-makes-hacking-kinect-easier