What is Freeside?
Circuit Bending Workshop
Sewing Lab 1: Machine Basics This Saturday!

In conjunction with a previous, more informational post, this is an RSVP reminder for Sewing Lab 1: Machine Basics, this Saturday starting at 12pm.
If you are interested in coming, please RSVP here.
Also, if you are bringing your own machine it would be recommended to come a few minutes early to set up, and don't forget some bobbins.
All other supplies will be provided!
This event is on the Makezine Event Calendar for this week!
For more information about the space, and how to get there, head on over to our wiki page.
Hope to see you there!
Double Dog House Project
Welding Class 01/24/10
FreeSide Social 01/19/2010
Circuit Bending Class 01/16/10
Makers Local 256 Visit



Synchronous Hackathon #3 - Tonight!
"The Synchronous Hackathon is an event where each of the participating hackerspaces will work on their respective projects simultaneously, while in constant communication with each other. Video from each hackerspace will be broadcast to the internet for each other and the public to view. In participating with the Synchronous Hackathon, hackerspaces can utilize the motivational energy and skills of the participating hackerspace members."
There will be some programming, some crafting, maybe even some art being put up on the walls. Also, there will be a Circuit Bending Workshop at 3pm on Saturday, Jan 16, open to the public as usual.
We encourage all members to come and enjoy the space and work on projects. This is also a great opportunity for those interested in visiting the space. If you can't attend, support Freeside by following our work streaming online at ustream.tv.
Camera #1
Camera #2
Sewing Science - Basics for the Not-So-Domestically Inclined (and everyone else).

That's right folks, Saturday January 30th at 12pm marks the beginning of Freeside Atlanta's Sewing Lab Series - Lab 1: Machine Basics.
For those completely new to the realm of sewing, we'll be breaking down the mechanics of how the machine works, how it's changed over the years, and basic troubleshooting. And we'll learn some stitches while we're at it.
A machine will be provided, but feel free to bring your own, along with the instruction manual if you have it.
As per usual, this class is free to the public, with a suggested donation of $10 is encouraged to cover supplies.
This class is 18+
More details and RSVP to come next week!
2 Hacker Cons, 1 Day
Through some crazy scheduling mishaps, two of the south/southeast hacker conventions are set to happen on the same day. The weekend of March 19th will begin CarolinaCon and Outerz0ne, both returning for their 6th year. In recent years the conventions have had talks ranging from embedded malicious javascript, Security Assessment Methodology, learning NMap, Format String Vulnerabilities and even how to travel on the airlines with a firearm.
Magnets and Geometry
The first building block is a loop of magnets, with the poles aligned circumferentially (that is, a string of aligned magnets joined end to end). In the photos below, anywhere you see two parallel rows of magnets arranged in a square configuration, that indicates the adjacent rows are aligned in opposite directions, and almost always part of separate loops. If the rows are arranged in a triangular configuration, that indicates they are aligned in the same direction. The loops can be treated as polygons (squares, pentagons, hexagons, octagons, etc) to create polyhedra. The strength of the magnets causes them to exert force in the direction of perfect alignment, which gives rigidity to what would otherwise be flexible circles.










Two or more loops of the appropriate relative size can be stacked to form a shape somewhere between a cone and a pyramid. 5-10-15-20 makes a pentagonal pyramid, 4-8-12-16 makes a square pyramid, 6-9-12-15 (a "loop" of 3 magnets is not stable) makes a triangular pyramid. For reasons related to the bulk of the individual spheres, the triangular pyramid is too tall and too circular to be of much use, which is unfortunate since a triangle is by far the most useful shape for building polyhedra. The square pyramid is better, but far less useful. This leaves the pentagonal pyramid as the building block of choice for a large number of assemblies. Each "pyramid" can be assembled from as few as two to as many as four concentric rings (a fifth ring results in most structures being too heavy to support their own weight... until I get some N52 spheres!). Each layer can be "up" or "down", so you may get a rippled surface instead of a cone shape, and the entire resulting shape can be installed into the final product pointing out or in. Also of note is that the pyramids have a "handedness". Where the rings can be simply flipped over if they are out of alignment, the pyramids have to be inverted if you need to flip them.














Mystery Unboxing



















The take this time was similar to last time. We got a lot of VFDs from the display assortments, which we can't use right now due to lack of a good cheap easy-to-reproduce 30-40V AC power supply, but those will be much fun later. We went with the "Super" (medium size) surprise boxes this time, to get more densely packed smaller components and less larger sparse items like the security hardware and R/C cars for last time. The choice parts this time included some high voltage relays, two-prong AC outlets, a bunch more 96x64 LCDs, a few dozen dual RJ45 jacks, some 10-segment LED bar graphs, and a lot of nice trim and dual-log pots. The bulk of the order was once again capacitors.
We are going to take a break before the next order, probably 2-3 months, so that they can cycle through their stock and hopefully provide a bit more variety next time.
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2010
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January
(15)
- Circuit Bending Workshop
- Sewing Lab 1: Machine Basics This Saturday!
- Double Dog House Project
- Welding Class 01/24/10
- FreeSide Social 01/19/2010
- Propaganda Mural
- Circuit Bending Class 01/16/10
- Makers Local 256 Visit
- Synchronous Hackathon #3 - Tonight!
- Sewing Science - Basics for the Not-So-Domesticall...
- 2 Hacker Cons, 1 Day
- Magnets and Geometry
- Mystery Unboxing
- Hack-a-Thon Nov. 21, 2009
- A project of light proportions
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January
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