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%I #11 Feb 18 2015 07:54:07
%S 5,4,6,11,16,24,26,14,15,20,28,16,16,24,16,24,38,64,62,75,72,60,68,62,
%T 106,90,106,90,82,106,93,114,120,94,136,152,174,202,221,252,216,232,
%U 246,270,320,312,358,372,360,384,364,486,414,460,592,568,618,640,712,645
%N Cell populations in the development of the 1 X 5 cell pattern (I-pentomino) with the 2D cellular automaton rule "Seeds" (/2).
%H Eric M. Schmidt, <a href="/A097995/b097995.txt">Table of n, a(n) for n = 0..1000</a>
%H Eric M. Schmidt, <a href="/A097995/a097995.cpp.txt">C++ code to compute this sequence</a>
%H Mirek Wojtowicz, <a href="http://www.mirekw.com/ca/">Information on many 2D cellular automata</a>
%H <a href="/index/Ce#cell">Index entries for sequences related to cellular automata</a>
%e a(0) = 5 because the 1 X 5 row contains 5 cells. a(1) = 4 because 4 cells are neighbors of exactly 2 of the original 5 cells. a(2) = 6 because 6 cells are neighbors of exactly 2 of the previous 4 cells.
%Y Cf. A097981, A097996.
%K nonn
%O 0,1
%A _Oliver Pechenik_, Sep 08 2004
%E Offset changed by _Eric M. Schmidt_, Mar 10 2013
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