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ColorLockĀ, with nice symmetry and a score of 48!
I wonder if it keeps track of things like "your first game with a 384 tile" and the like? It does seem fairly arbitrary which games it decides to...
Nice idea. The converse of this would be "Color-lock": a checkerboard of white and colored tiles. Also, I wish the Lock achievements in Game...
Congrats on the 1536! I'm still working on that one. The screen-capture app Reflector is $12 I think, and works perfectly well for capturing...
Here are a few examples from a recent game. Screenshot 1: This is my ideal board setup early in the game. I like to bring in new tiles on the...
The Reflector app is a great and cost-effective way to stream and record medium-quality video from iDevices to desktop. For higher-quality video...
I'm going to try to analyze my next few games, and look for positions where I find myself thinking a long time before finding a really good move....
Piano here. I caught myself sounding out the tune on the piano earlier today, funnily enough.
The 12's make an unmistakable E-flat. Just double-checked against my electronic keyboard. Kamikaze, can you check again?
Splitting hairs, but isn't it c minor? The entire soundtrack is c minor.
Wow guys, I'm touched that you like Frax so much!! If you'd like to continue the discussion, we should probably move it to its own thread, and...
Nice Fractals! (I'm a bit of a fractal nut myself: you can see my own app at http://fract.al/.) The relevant question I was trying to address...
Ah, I was wondering what that one-point achievement was! I'm guessing the previous four achievements (shown as 'Hidden' on my device) correspond...
Then all we need is one extra 3 on the main menu, and we can construct a tile we've never seen before! :D Now that would be a neat easter egg...
No, because new cards inherit the "atomic number" of the more recently created parent. So if you have { 12 12 24 } on the board, and a 48 bonus...
The snake from 3^1 to 3^12 is usually, but not always, required. Keep in mind that when you have (say) { 12288, 6144, 3072, 1536, 768, 384 } on...
I'm hoping it's a playable easter egg ;-)
It's true that the chances are slim, but this is all just theoretical. My guess is that 12,288 is incredibly unlikely to achieve in a real game...
In the actual game, the highest theoretically possible card is not infinite, but it is ridiculously large. Of course, this depends on perfect luck...
My efforts to find a memoryless algorithm were responding to Asher's apparent dismay that people were counting at all. So here is another proposal...
