We’ll be hosting the first Processing Study Group meeting on Wednesday, September 24th at 7:00PM at NYC Resistor HQ. If you’re interested in Processing, from novice to expert, join the mailing list and come check it out! I’m looking for someone to give a 5-minute ‘Why you should use Processing’ talk at the meeting, if you’re interested please let me know. See you there!
First RepRap Hacklab!
NYC Resistor is not only a sweet hackerspace, but it is also the home of the RepRap Research Foundation, a not-for-profit setup to support RepRap research. If you are unfamiliar with RepRap, it is an open source project to build a self-replicating 3D printer. This is a large project, with a wide range of disciplines involved: the software, firmware, 3D positioning system, and extruders are all large projects in their own right.
We will be having an open hacklab on Sunday, September 21st from 1PM to 4PM. It is absolutely free to come, but we will gladly accept donations. The format of the hacklab itself is still amorphous, and I like it that way. We will probably start with a short Q/A session about the RepRap, and then get to working on the machine. Please read up on the project before coming to the hacklab. Every single question you have for me has probably already been answered in great detail on RepRap.org Feel free to bring your own RepRap, or parts of it if you have one. My machine has been in various states of broken for months now, and I hope to finally have it working by the day of the hacklab. If it is working, then we will probably work on making it print cool things. If it isn’t working, then we will probably work on making it work. I also am expecting new PCBs this friday, so we can play with some experimental prototypes.
This is intended as more of a work session than a talk / show and tell. Please show up ready to get your hands dirty playing with fun open source hardware.
New Knitter with Proce55ing
Meet News Knitter. It’s described as: “… a data visualization project which focuses on knitted garments as an alternative medium to visualize large scale data.” The sweaters are all designed pulling in feeds from Google News and a few other local news sources and parsing them through Processing. Some really interesting images and approaches to data visualization end up in blue, black and red on these garments. The project was created by Mahir M. Yavuz, MFA and Ebru Kurbak, MSc, both PHd students at Kunstuniversität Linz (I have no idea what that word means or even how to say it, but I am assuming it’s a University).
I couldn’t find any details about whether it’s open source or if some of the Processing code is available? It would be nice to make a news t-shirt.
Some simple geometric models
I threw together a couple of simple geometric models this weekend on the laser. As it happens, one nested nicely within the other. DXFs after the cut.
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History Hacker starring Bre Pettis!!!!!
Hey folks, here’s the long of the short of it, Bre Pettis has a pilot of his very own TV show coming out!! Whether his show will air for a whole season depends on the Neilsen ratings, which is the TV equivalent of a little black box watching what you’re watching! His Neilsen ratings depend on you to watch the pilot. Here’s the info:
History Channel
9/26
9pm
http://brepettis.com/blog/2008/09/04/history-hacker-history-channel/
If you’re not home, Tivo it. But ok, maybe you’re reading this saying, what’s in it for me? Consider the gasps you’ve heard from people who are uneducated about hacking when you utter the word. The concept of hacking in this country is highly unfavorable due to the fact that most people don’t have a clue what hacking means and haven’t read about the ethics and manifestos behind it. Airing a show like this on national television brings an educational background and understanding for hacking and hackers to the masses. And besides, knowing Bre, you’ll probably see how to make some really cool stuff!
This decade is ours – 2000s belong to the geeks! Let’s take it all the way to the top!
Arduino Pro Mini goes live…
Sparkfun just launched the Arduino Pro Mini for $19… it’s tiny, and cheap, and been in the works for a long time. Here’s their description:
It’s blue! It’s thin (0.8mm)! It’s the Arduino Pro Mini! SparkFun’s minimal design approach to Arduino. This is a 3.3V Arduino running the 8MHz bootloader (select ‘LilyPad’ within the Arduino software). The Pro Mini is very much like the Wee, but we added a handful of features to become a fully certified Arduino board.
A few weeks ago I taught a cupcake hacking class. This class was primarily based on how to electrify your cake without poisoning your friends. The first rule of thumb is to use lead-free solder. We all know soldering with it is a bitch, but piece of mind that you won’t fill your friends with toxins is well worth it. Lead free solder is mostly tin (approximately 95ish%). Other elements in lead-free solder are not exactly healthy to consume, but we take other measures to ensure it doesn’t touch the cake anyhow. The elements found in lead-free solder are as follows: tin, copper, bismuth, zinc, antimony, and indium. The Los Alamos Chemistry Laboratory gives a good overview of elements and their everyday uses. After you have your LEDs, motors, peizos, and other electronic parts soldered together, you’ll want to coat any exposed wires and solder with wax, regular parafin wax, because having wax touch your cake is safer than metal! I like to take extra measures with my cakes and also line the electronics with saran wrap and parchment paper. The battery should always be outside the cake. If you notice the battery leaking acid, for god sakes don’t eat the cake!! Niki, a student in my class made the LED pi cupcake shown above; a cupcake with an identity crisis.
Some resources to learn more about lead free solder and chemical properties of solder are:
More geek-filled electronic cakes can be found on my flickr!
Clean Well-lighted Optivisor
Bill picked up an optivisor for the space, and attached an LED lighting enhancement. My SMT sequin work just got a googolplex times easier.
Picture of the optivisor in action after the jump
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