While at The Last HOPE this year, we were fortunate enough to see Wiremap, a volumetric display made from thread. Using a projector and 256 individual strands of cotton thread, [Albert Hwang] produces 3D effects. The result is a visually stunning piece of work.
3d148 Articles
Simple Tracking In 3D Space
[kylemcdonald] has posted this how to build a simple 3D tracking interface. Using 6 resisters, some wire, aluminum foil, an Arduino, and a cardboard box, he was able to do 3D capacitive sensing. Coupling that with Processing, he was able to overlay an interface using augmented reality. The video above shows a 3D tic tac toe application. While it seems less than perfect, its pretty amazing for how simple it is.
Seen anything similar to this out there? What applications would be fun with this?
Fun With Radiohead’s Data From ‘House Of Cards’
Radiohead recently released the 3D data that was used to create the video for their song ‘House of Cards‘. [Micheal_z] sent in some of the results of his groups playtime with the data. The first effort involved some data translation. Then they created an atomizer of the head and put it up on their ungodly huge 8160×4000 pixel multi-touch display.
The video below was created by tracking the background image to orient and overlay the projection.
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Radiohead Releases Laser Music Video With Data
Radiohead has released their music video for “House Of Cards.” We’ve already covered some of the tech involved. If making an entire video without cameras wasn’t edgy enough, they’ve released all the point data for people to play with and remix. The band is encouraging people to post their creations to their YouTube group.
Head over to their Google Code page to watch a making of video as well as view some of the datasets in 3D. There is a link to the entire dataset for download as well.
FABR: Another 3d Printing Project
[Lou]’s been working on his own 3d printer: fabr. We find it appealing because the entry cost is quit a bit lower than something like the reprap. 80/20 isn’t that cheap, but you don’t need a large commercial laser cutter to build the chassis. The steppers he used appear to be inexpensive ones that can be salvaged from dot matrix printer. To drive it, he’s working on a custom microstepping board and hopes to eventually develop an Arduino shield to control the stepper drivers. That’s right, it’ll get an Arudino to act as the CNC control interface.
3D Glasses For An SGI
[Mark Hoekstra] is a true SGI enthusiast, and he proves it with these 3D glasses for an SGI. Taking advantage of the SGI’s stereo viewport, [Hoekstra] created a controller for a pair of CrystalEyes glasses that would allow them to be used with the SGI.
[Hoekstra] used the schematic from [M.C.D. Roos]’s similar project, which used old Asus 3D VR glasses. This project can theoretically be done with any LCD-shutter glasses, the only important thing to know is the maximum shutter voltage the glasses will take. [Hoekstra] felt his way through building the board by common sense alone and somehow managed to avoid any shorts. The board only makes three connections to the glasses: an out to the left lens, one to the right, and a ground wire. After building the controller board out of an LM324 chip and a customized segment of perf board, he learned that he needed a monitor capable of displaying a relatively high bit depth at 100Hz, or 50Hz per eye. He tested the glasses with a game called Hacknoid after making a few last minute changes on the board (forgot the ground fuse), and he was soon making himself dizzy with his functioning 3D glasses.
Alternative 3D Controllers
There are several very nice 3D mice out there for navigating services like Google Earth or Second Life. 3Dconnexion for example makes a whole line of devices for 3D navigation. Their compact units offer 6-8 degrees of freedom with several customizable options. The company has an SDK available and many of their devices are natively compatible with Linux (or available for access through an XInput driver). So while that is all well and great, lets look at some alternative ways people are navigating 3D spaces.
