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%I #8 Oct 29 2023 22:05:00
%S 1,2,3,4,5,6,8,7,10,11,12,13,14,15,16,17,18,19,20,21,9,22,23,25,28,30,
%T 31,32,24,33,26,35,27,38,50,29,40,34,51,52,53,36,55,37,39,58,54,41,80,
%U 81,82,42,83,85,43,44,45,48,88,60,56,46,100,101,102,47,57,61,62,103,59,105,63,49,65,108,64
%N Lexicographically earliest sequence of distinct terms > 0 such that any digit d jumping to the right over d digits lands on a Fibonacci digit.
%C The Fibonacci digits are 0, 1, 2, 3, 5 and 8. This is not a permutation of the natural numbers as 104 and 106 cannot be part of the sequence, for instance.
%e a(1) = 1 jumps over 1 digit and lands on 3, a Fibonacci digit;
%e a(2) = 2 jumps over 2 digits and lands on 5, a Fibonacci digit;
%e a(4) = 4 jumps over 4 digits and lands on the 1 of 10, a Fibonacci digit;
%e a(9) = 10: the 1 of 10 jumps over 1 digit and lands on the first 1 of 11, a Fibonacci digit;
%e a(9) = 10: the 0 of 10 jumps over 0 digit and lands on the same Fibonacci digit; etc.
%Y Cf. A366838, A366943, A366944, A366945, A366946, A366947, A366949.
%K base,nonn
%O 1,2
%A _Eric Angelini_ and _Giorgos Kalogeropoulos_, Oct 29 2023
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