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I verified the results and it seems that:
IPBLE: Increasing Performance By Lowering Expectations.
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I'll try to generalize the result for higer dimentions.
IPBLE: Increasing Performance By Lowering Expectations.
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Here's analytic definition of p_k (n) in Mathematica language:
p := If[#1 == 1, #2(#2 + 1)/2, Sum[i #0[#1 - 1, i], {i, 1, #2}]] &
Example:
p[1,n]=n(n+1)/2
IPBLE: Increasing Performance By Lowering Expectations.
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Strange.
Here's a table of the denominators of p_i (n) for i =1 to 20.
Can someone tell me something about this sequence?
2
24
48
5760
11520
11520
2903040
5806080
1393459200
2786918400
367873228800
735746457600
24103053950976000
48206107901952000
578473294823424000
1156946589646848000
9440684171518279680000
18881368343036559360000
271211974879377138647040000
542423949758754277294080000
It seems to be very irregular.
IPBLE: Increasing Performance By Lowering Expectations.
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note that the 5th and 6th term are equal!!!
IPBLE: Increasing Performance By Lowering Expectations.
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Here's more general proposition:
IPBLE: Increasing Performance By Lowering Expectations.
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Now I'm veryfing the proposition for n,k <=100. It will take some time.
IPBLE: Increasing Performance By Lowering Expectations.
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we have to try and place these individual boxes into a large parcel that must be rectangular with no free space, though the dimensions are irrelevant.. kind of like a three-dimensional tetris..
On the subject of tetris, here's an online game of it: http://www.crazybone.com/onlinegames/li … p?link=232
igloo myrtilles fourmis
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Only game???
Where's the maths?
IPBLE: Increasing Performance By Lowering Expectations.
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