A282812 Table read by antidiagonals (n > 0, k > 0): T(n, k) is the largest value in Conway's subprime Fibonacci sequence with starting values of n and k.
239, 239, 239, 239, 2, 239, 347, 239, 239, 347, 239, 239, 3, 239, 347, 239, 239, 239, 347, 239, 239, 347, 239, 347, 4, 239, 347, 239, 239, 239, 6, 239, 347, 6, 239, 239, 347, 239, 239, 347, 5, 239, 239, 463, 239, 97, 239, 239, 239, 239, 239, 347, 347, 463
Offset: 1
Examples
T(1, 1) = 239 because 239 is the largest value in Conway's subprime Fibonacci sequence when starting with 1, 1 (A214674). Upper-left corner of table: 239 239 239 347 347 239 239 239 239 239 ... 239 2 239 239 239 347 239 463 463 239 ... 239 239 3 347 239 6 239 347 239 239 ... 347 239 239 4 347 239 347 239 239 463 ... 239 239 347 239 5 239 239 239 463 10 ... 239 239 6 347 239 6 239 239 239 109 ... 347 239 239 239 239 239 7 463 239 239 ... 239 239 239 239 463 239 239 8 109 239 ... 347 239 9 733 239 239 463 239 9 347 ... 97 347 239 347 10 239 463 109 239 10 ... ...
Links
- Peter Kagey, Table of n, a(n) for n = 1..10000