From traditional crafts to modern crafts, we’re covering news and interesting projects to educate you and keep you inspired. Design trends and pop culture related projects are here to inspire.
Kyle writes – “A port of an Atari 2600 emulator to the Max/MSP/Jitter programming environment. This means that the Atari 2600 emulation parameters can be manipulated in a nearly infinite number of ways, producing Max/MSP/Jitter-based visuals with the 2600 aesthetic. Being within Jitter, the pixels generated from the Atari 2600 can be mapped to different types of surfaces, stretched, and zoomed. The audio output can be captured and manipulated by MSP as well.” Link.
And a discourse on blind men, chipmunks, whales, and the future.
Erinys writes “Here’s how to build a contact microphone. A step by step I put together years ago, but it is surprisingly still of use. Contact microphones may be used to record acoustic waves that propagate through media such as wood, sheet metal, or a block of ice. Doesn’t sound “pretty” in a classical sense, but if you’re into noise and field recordings, you’ll love what you can coax out of an old tin can with one of these attached.” Link.
Wired article about making free ringtones – “Cell-phone customers have spent more than $4 billion on ringtones taken primarily from popular hits. Now MIT’s Media Lab hopes to unleash some new creativity into this market with a ringtone composition tool to the masses for free.” Link. Get the software here.
Over in the new MAKE forums John writes “Here’s a how-to I wrote on making spaceships and sci-fi weapons from household items such as aspirin bottles, pvc pipe, toilet bolt covers, some hobby store styrene, and some parts from old models. Make Spaceships from Aspirin Bottles and Toilet Items Part 1 & Make Spaceships from Aspirin Bottles and Toilet Items Part 2.”
Hans writes – “This LED Matrix Clock is a feasability study for a much larger project I am building for my employer, the intention was to prove to myself (and my employer!) that I am able to drive an LED matrix from a PC. This is the first project I have made which is driven by a PC. The clock uses 3 B64CDM8/B48CDM8 8×8 5mm LED Matrix modules from Nexus Machines, each having an onboard MAX7219 display driver chip. These require an SPI serial interface, which I by toggling pins of the host PC’s parallel port (printer port). The small software application which drives the displays is written in Delphi 5 and runs on Windows NT 4.” Link.
Handy how to for getting started with DC motor control – “This article explains the basics of how to get your motor to give feedback to a microcontroller and then control the speed of the motor with a good deal of precision (well… good enough for our robots). You can select any speed you want the ‘bot to go and it will try to go that speed – even if it runs into difficult terrain. It will apply more power when it senses a slow down and the power will continue to be increased until the wheels turn at the selected speed (or until you run out of battery juice). In fact, it is quite interesting to command the robot to turn at a low rpm and then watch it crawl very slowly across the carpet. If you put your hand on it to stop it, it ‘hunkers’ down and starts pushing harder until you let it go. It then quickly settles into its slow and straight crawl.” Link.
