Making Art With Javascript

Mozilla coder [Aza] is connected to the past and the present: he wanted to celebrate the release of Firefox 3, but pines for the days when one could use small amounts of code to make compelling art. As a way of addressing both things, he has released ContextFree.js, a javascript port of [Chris Coyne]’s Context Free Art. Users can visit Algorithm Ink, where they can draw various compelling designs with just a few lines of script. ContextFree.js compiles the scripts and turns them into visually arresting geometric designs. Users can also browse through designs made by others, easily save them as JPGs, or even modify them by adding their own bits of code. What’s more, it’s not out of the question to use this to generate random images on a website, creating a unique visual experience for every single visitor. You all know what we want to see, though: JavaScript gurus working some real magic with this. Better yet, said gurus can play around with the core open-source code and make something truly their own on the most fundamental level. Definitely check out the video above to get an idea of how easy this is.

[via Waxy]

Cigarette Tin Amp


We’re a little confused: [xXxMrCarlosxXx] built an amp out of a cigarette tin and calls it a Mobile Oppression Unit, but we thought all mobile oppression came in the form of giant, invincible crab-shaped palaces. In any case, or more specifically, in a repurposed Lucky Strikes case, he used an mp3 player, some speakers from a garage sale, and a bread board packing an LM1877N-9 chip “optimized for loudness” to construct a great-looking, compact boom box. Check out his Flickr stream at the read link and begin oppressing your neighbors with sheer volume today.

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.

The Backyard Ogre Catapult


Today we’ll be setting aside the circuits and solder for a little while in favor of good old fashioned wood and bungee chords to make this backyard catapult. Items needed include nine sections of 2×3 wooden beams of varying lengths, some screws and eye hooks, a bungee chord, a broom handle, and a few other things which are all detailed in the read link below.

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Physical Value Of Sound


The Royal College of Art in London recently hosted its annual graduate summer show, where postgrad students exhibit some of their artistic and musical projects. Among those featured this year were several vinyl record and turntable mods by [Yuri Suzuki].

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Twilight For Zune


[Mortiz Waldermeyer], the man who brought us the interactive LED pong table, has recently completed a project commissioned by Microsoft: an interactive chandelier that can receive and react to music from a Zune mp3 player. The technology behind this project which [Waldemeyer] calls Twilight is not all that complex: at the core of the chandelier is a Zune, which acts as the receiver for other Zunes in the area. The central chandelier Zune then feeds graphic equalizer display data to another device, which in turn feeds a microcontroller running the LEDs embedded in the chandelier. The chandelier itself is constructed of 15 sheets of organza fabric. The result is a rich, dancing display of lights that people in the room with a Zune can take turns controlling. The installation has just opened in LA.

GIR Robot


We love hardware modding, robots, and generally all things in the DIY category, but cartoons are pretty awesome too. The hilarious yet sadly short lived Nickelodeon cartoon Invader Zim was a favorite ours, due in no small part to a character called GIR, a little borderline insane robot. Not content with just a cartoon, a group of Montana State Univesity, Bozeman graduates have decided to build a real, functional GIR robot.

For those unfamiliar with the cartoon, GIR is a quirky, malfunctioning robot designed to help an alien named Zim take over Earth. Loaded with cameras, lights, and all manner of Inspector Gadget style devices in the cartoon, the team have their work cut out for them: if their version is even half as advanced as the cartoon version, it would be several generations more advanced than anything we’ve ever seen. So far, the team has only begun working on the head and neck, installing servos to control its motion, cameras, decorative LEDs in the eyes, and the software to control it all. According to [Arthur Krebsbach], one of the project contributors, this is a long term, open-ended project that will employ new technology as it becomes available. The project is a bit silly, but legitimately ambitious; [Krebsbach] notes, “I don’t think we will ever be satisfied with the Gir until he can fly but runs out of fuel quickly because he replaced it all with Tuna.”

[via JhnenVEE]