Robin Kestrel - 2009-08-26
"And even that one was of questionable status."
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chairsforcheap - 2009-08-26 when the british-folk make with the ten-dollar-words it makes muh laugh-gut go gawwww fawww fawwwww
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Stog - 2009-08-26 I HATE THIS MAN SO MUCH I AM GOING TO COMMENT ON OTHER PEOPLE WHO LIKE HIM
HEY
HEY YOU
YOU'RE A POO
BUUUUUUUUUUUUUUUUURN
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chairsforcheap - 2009-08-26 stog, me and you are going to have a buddy flick, whether you like it or not.
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kelpfoot - 2009-08-26
Hausdorff dimension (and Minkowski dimension and box-counting dimension) all allow you to have non-integer dimensions. As an example, a "2.5 dimensional space" could mean that you have a fractal-looking thing, that contains every single point in some particular, continuous subset of 2D space, and that encloses 50% of all possible points in some particular, continuous subset of 3D space.
Warning: Do not attempt to visualize 2.5 dimensional space.
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chairsforcheap - 2009-08-26 hey guess what internet narcissist, nobody cares about what you majored in
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SteamPoweredKleenex - 2009-08-27 Dunno. I think it's a sign of mental breakdown. Or boredom. Or terrorism... maybe.
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Cleaner82 - 2009-08-26
I naturally assumed '2.5D Hoedown' was the name of a game and was sorely disappointed.
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Caminante Nocturno - 2009-08-26
You can't have half a dimension you idiots.
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kelpfoot - 2009-08-26 Imagine the line segment [0,1). I want you to divide this segment into four equal parts, [0,.25), [.25,.5), [.5,.75), and [.75,1). Remove the third segment, [.5,75), and leftover you have [0,.25), [.25,.5), [.75,1).
For each of the three segments you have left over, I want you to do the same thing as before: divide it into four equal segments, and remove the third segment.
Let's give a name to each of those sets we came up with. Let X0 be [0,1), let X1 be [0,.25) U [.25,.5) U [.75,1), let X2 be [0,.125) U [.1875,.25) U ..., et cetera, with Xn being the set you have left over after the nth iteration of the procedure I described. Let X be defined as the limit, as n approaches infinity, of Xn. This set, X, has "box-counting" dimension 0.5, because if you imagine any random line segment of very short length, (and that line segment is between 0 and 1,) there is a fifty percent chance the segment contains a point from X and a fifty percent chance it does not.
Also, you're a pedophile.
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Billie_Joe_Buttfuck - 2009-08-26
All stars for the ending.
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chairsforcheap - 2009-08-26
not one joke attempt made me crack a smile
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StanleyPain - 2009-08-26
That's it? No Trials HD or Shadow Complex? For shame, Yahtzee....for shame.
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RockBolt - 2009-08-26
Kassblah
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