"Universal Jigsaw Puzzle" Hits Stores In Japan
Riktov writes "I came across this at a Tokyo toy store last week, and it's one of the coolest things I've seen in a long time. Jigazo Puzzle is a jigsaw puzzle, but you can make anything with it. It has just 300 pieces which are all just varying shades of a single color, though a few have gradations across the piece; i.e., each piece is a generic pixel. Out of the box, you can make Mona Lisa, JFK, etc, arranging it according to symbols printed on the reverse side. But here's the amazing thing: take a photo (for example, of yourself) with a cell-phone, e-mail it to the company, and they will send you back a pattern that will recreate that photo.
This article is in Japanese, but as they say, a few pictures are worth a million words. And 300 pixels are worth an infinite number of pictures."
Now tell me the pattern for creating an image of unspeakable evil; like the Great Cthulhu.
Cthulhu fhtagn! Cthulhu fhtagn! Ia! Ia! Ia! The sleeper awakens!
The Long Now Foundation
It's a puzzle when you have a specific image you're recreating. If you aren't, it is then just a toy... or perhaps an artistic medium.
And 300 pixels are worth 3.060575122 * 10^614 pictures
Fixed that for you.
Seems remarkably similar to how JPEG compression works. Not surprisingly, the resulting pictures look a lot like overcompressed JPEGs.
* Q
P.S. If you don't get this note, let me know and I'll write you another.
a few pictures are worth a million words
Especially when the accompanying text is in Japanese and I can't read it
! means factorial dude.
It appears to be monochromatic and it also used nearest-approximation algorithms... Which means that the extra pieces are inserted as "random noise" once the general shapes are mapped out. Clever, but... low resolution.
#fuckbeta #iamslashdot #dicemustdie
You can even make a 404 error out of it!
Absolute power corrupts absolutely. indymedia
Puzzles require thinking and solving.
This is a cardboard version of pixelblocks.
http://www.pixelblocks.com/
Assuming all pieces are used, and that none of the pieces are symmetric or identical (that is, all pieces are different, and each rotation is different), then the actual number of possible images comes out to:
9*(4^300)*(300!)
where 9 is for the number of possible rectangles (1x300 up to 15x20), 4^300 accounts for the rotations of each piece, and 300! accounts for their arrangement.
The result, according to Python, works out to around 1.143*10^796, which is large, but not infinite.
I saw this at Tokyu Hands a couple days ago. Now I know what it was. The picture is only just barely similar to whatever photo you send them when you look up close. You have to view it from far away to have it appear to have the detail of the photo.
The maximum number of ways you can arrange 300 things is 300!, or about 3.06 X 10^614. Granted a very large number, but definitely not infinite.
Okay but what if there were 301 pixels, would that be infinite?
And anyway, since pedantry loves company, I'll point out that 300! is the maximum number of orderings of 300 things, not necessarily the maximum number of arrangements. How many arrangements there are depends on what you consider the "rules" for a free-form puzzle like this. Since the pieces do have interlocking teeth I'm going to say that minimally the pieces have to be interlocked (otherwise the possible arrangements truly would be infinite to the extent the universe is), but beyond that does it have to have a specific geometry like 15x20? Does it even have to be rectangular, or can it more resemble a game of dominoes?
The enemies of Democracy are
but you can make anything with it. That's like saying you can convert any picture to a 15 by 20 pixel JPEG; technically you can, but the usually the result isn't worth looking at. That said, I'm sure a lot of people will send in pr0n to convert into patterns, just to see what it looks like in ultra-low resolution monochrome.
I've abandoned my search for truth; now I'm just looking for some useful delusions.
It essentially has a fixed histogram. I wonder what you'd get back from them if you sent them an image specifically designed to be hard to fit into that histogram...
A squad comprised of a Ninja, a gradeschool girl with magical superpowers, a vampire, and a giant robot. On your doorstep. With a note that politely says, "Do not taunt happy fun puzzle."
Please help metamoderate.
Seems an awful lot like the Lego mosaics that people make. Lego also did a mosaic product for a while where you could upload an image and they would send you parts and instructions for making the image with 1x1 Lego plates.
I believe there is even software now to make the 'maps' yourself, much like cross-stitch, etc.
No sig for you. YOU GET NO SIG!
I'd swear that it almost looks like a tool to teach someone about basic JPEG encoding.
The result, according to Python, works out to around 1.143*10^796, which is large, but not infinite.
37 minutes.
As I read "infinite" in the summary, I thought "OK, let's see how long it takes for one of these yahoos to calculate how many combinations there really are", since it is of course not infinite. The post went up at 6:02pm, and the parent of this post went up at 6:39pm. Congratulations :)
One simple rule for its versus it's
You people and your "math speak"... Maybe he was just excited to type the number 300? Did you ever consider that? Huh?
Also, he could have meant the bitwise operation. Which means it could have been interpreted as "300... NOT!".
Broaden your horizon, dude.
Entomologically speaking, the spider is not a bug, it's a feature.
Higher precision, please.
Entomologically speaking, the spider is not a bug, it's a feature.