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%I #8 Apr 20 2013 02:46:31
%S 2,5,1,7,4,3,10,6,11,8,13,9,16,29,21,15,12,24,42,76,55,18,14,32,63,
%T 110,199,144,20,17,37,84,165,288,521,377,23,19,45,97,220,432,754
%N Array T(n,k) by antidiagonals; T(n,k) = position in row n of k-th occurrence of the Fibonacci number F(2n+1) in A134566.
%C (Row 1) = A001950, the upper Wythoff sequence (Row 2) = (Column 1 of Wythoff array) = A003622 (Row 3) = (Column 3 of Wythoff array) = A035337 (Row 4) = (Column 5 of Wythoff array) = A035339 Except for initial terms, the first two columns of A134570 are bisected Fibonacci and Lucas sequences, A001906 and A002878, resp. Row 1 is the ordered union of all even-numbered columns of the Wythoff array; and A134570 is a permutation of the positive integers.
%e Northwest corner:
%e 2 5 7 10 13 15 18 20 23 26
%e 1 4 6 9 12 14
%e 3 11 16 24 32 37
%e 8 29 42 63 84 97
%e Row 1 consists of numbers k such that 1 is the least m for which {-m*tau}>{k*tau}, where tau=(1+sqrt(5))/2 and {} denotes fractional part.
%Y Cf. A134566, A134571.
%K nonn,tabl
%O 1,1
%A _Clark Kimberling_, Nov 02 2007
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