Peggy 2: Clock Concept Contest!
There are probably thousands of cool ways to build clocks based around an LED matrix, and we've seen some neat analog and digital clocks based on our Peggy 2 kit. But we've also come up with a few dozen other cool ways to show the time, and realized that we've only scratched the surface.
So today, we're announcing a Clock Concept Contest: Show us your coolest idea about how to build a Peggy clock, and you could win one!
How to enter
First, come up with a cool idea.
Is it analog? Is it digital? Just abstract blinkenlights? Is is receiving a live video feed from the internet? Is it a word clock? A game clock? A binary clock? Or hexidecimal? Is it a world map with LEDs wired up from a Peggy board that tells the time by latitude and longitude illuminated? Or something far more outlandish and never heard of?
Then, figure out how to communicate your idea. There are lots of ways to do this. You might want to use screen shots from the Peggy planner or Peggydraw. Or maybe graph paper, freehand sketching, pastels, or oil paint. Or origami, if that helps. You can show off your mad animated-gif skillz, put up a youtube video where you describe it deadpan or through interpretive dance, post actual working peggy code, build a lego model, render a 3D movie, or otherwise take advantage of whatever your favorite medium is. If it's not self-explanatory, make sure to explain how you tell the time!
To enter the contest, add your entry (or entries) to the Evil Mad Science Auxiliary pool on flickr. Or, if your idea isn't visual or won't fit in that space, sign in and post a comment here on this article linking to where you've published it. (Yes, sign in. Please don't enter anonymously.) Contest tags are: peggyclock or #peggyclock as appropriate.
Clarification added 1: Your entry should show us otherwise convey how the time is displayed, ideally down to the pixels. If it's not digital, you may need to show more than one picture to convey your idea. Clarification added 2: Note that we didn't say "enter by leaving your idea in a comment here." Hint hint.
This is a fast contest: Entries will be accepted through Tuesday, June 22 June 29. So get cracking!
Prizes
One First Prize: A fully loaded Peggy Awesomeness Bundle, with your choice of LED configuration.
Plus: an Evil Mad Scientist Laboratories sew-on patch and Evil Mad Scientist Laboratories stickers.
Three Second Prizes: Your choice of a Larson Scanner, a Deluxe LED Menorah Kit, or a Diavolino kit
Plus: an Evil Mad Scientist Laboratories sew-on patch and Evil Mad Scientist Laboratories stickers.
Ten Runner-ups will each get an Evil Mad Scientist Laboratories sew-on patch and Evil Mad Scientist Laboratories stickers.
Just as a reminder, the Peggy 2 is an intelligent, Arduino-compatible ("freeduino" based), multiplexed 25 x 25 LED matrix, supporting up to 10 mm LEDs (or up to 5 mm LEDs in the Peggy 2LE version). It supports single-color LEDs at each point in the matrix, but you can mix and match different color LEDs throughout the matrix, and you don't have to populate every LED location. Your entry should involve some way to create a nifty timekeeping device with the Peggy.
Contest fine print:
- Entries will be judged by Evil Mad Scientist Laboratories staff. Judging criteria will include feasibility, ability to tell the time, originality, and awesomeness.
- Maximum of one prize per entrant.
- Offensive and/or obnoxious entries will be ignored and/or removed to the extent of our ability.
- In the case of independent nearly-identical entries, preference may be given to the earlier or better one by judges discretion.
- If your entry is a derivative work of someone else's project or contest entry, or a commercial product, you must give proper credit.
- By entering, you give us permission to publish your entry on this blog.
- Entries must be received by 11:59 PM PDT, June 29, 2010.
- Results will be announced within 24 hours of contest close.
- Don't break any laws, get injured or otherwise do anything stupid to enter this contest.
- Judges reserve the right to amend these rules to resolve unanticipated ambiguities.





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Windell H. Oskay
drwho(at)evilmadscientist.com
http://www.evilmadscientist.com/