OFFSET
1,1
COMMENTS
Table starts
...641....915...1142....1693.....2710......4342......6941......12295
...602....688...1033....1488.....3057......6178.....10309......24196
...608....914...1810....2971.....8430.....20632.....38186.....110958
...878...1801...3954....7575....26396.....74892....151863.....530739
..1152...2993...9643...20187....85563....302218....652210....2786331
..1603...6164..24024...53028...284379...1190037...2718502...14673858
..2617..13139..59977..139425...920196...4567070..10924203...71981082
..4131..26670.153283..374789..3034712..18926855..47376966..384953455
..6514..55677.389066..987296.10150190..75297774.196667998.2025948930
.11116.119785.994207.2598603.32981888.295100889.788158275.9974109278
LINKS
R. H. Hardin, Table of n, a(n) for n = 1..480
FORMULA
Empirical for column k:
k=1: [linear recurrence of order 27] for n>34
k=2: [order 33] for n>37
k=3: [order 48] for n>51
k=4: [order 72] for n>74
k=5: [order 99] for n>101
Empirical for row n:
n=1: [linear recurrence of order 29] for n>44
n=2: [order 27] for n>34
n=3: [order 30] for n>34
n=4: [order 39] for n>46
n=5: [order 54] for n>58
n=6: [order 60] for n>67
n=7: [order 90] for n>97
EXAMPLE
Some solutions for n=4 k=4
..3..2..2..3..2..2....2..3..2..2..0..0....2..2..3..2..2..3....2..3..2..2..0..2
..2..3..2..2..3..2....2..2..3..2..2..0....1..3..0..1..3..3....2..2..0..2..2..3
..3..0..1..3..0..1....1..0..3..1..3..3....2..3..2..2..3..2....1..3..3..1..3..3
..3..2..2..3..2..2....2..3..2..2..3..2....2..2..3..2..2..3....2..3..2..2..3..2
..2..3..2..2..3..2....2..2..0..2..2..3....1..3..3..1..3..3....2..2..3..2..2..3
..3..0..1..3..3..1....1..3..3..1..3..3....2..0..2..2..0..2....1..0..3..1..3..0
CROSSREFS
KEYWORD
nonn,tabl
AUTHOR
R. H. Hardin, Dec 17 2014
STATUS
approved