OFFSET
1,1
COMMENTS
Table starts
....60...119...223...603..1251..3465..7495..20977..46641.130201.295421.819671
...140...120...155...249...385...651..1069...1757...2949...5045...8293..14403
...297...185...259...369...605...985..1429...2421...3907...6027...9989..16623
...711...337...443...674..1027..1551..2349...3759...5739...9054..14527..22950
..1543...596...871..1242..1747..2822..4019...6133...9681..14784..22631..37118
..3461..1186..1681..2201..3315..5100..6855..10888..16745..24270..38635..61564
..7637..2279..2999..4275..6091..8767.12573..19192..27929..42791..65583.101848
.16689..4165..6103..8202.11027.16909.23471..33929..52191..76861.115015.182359
.35609..8552.11983.15026.21661.32096.42337..64393..96273.137384.210821.330363
.78429.16744.21749.29799.41149.57282.81323.118916.171809.254784.384825.580538
LINKS
R. H. Hardin, Table of n, a(n) for n = 1..231
FORMULA
Empirical for column k:
k=1: [linear recurrence of order 12] for n>15
k=2: [order 12] for n>14
k=3: [order 8] for n>10
k=4: [order 15] for n>17
k=5: [order 14] for n>16
k=6: [order 12] for n>15
k=7: [order 22] for n>25
Empirical for row n:
n=1: [linear recurrence of order 14] for n>16
n=2: [order 9] for n>12
n=3: [order 13] for n>15
n=4: [order 14] for n>16
n=5: [order 17] for n>19
n=6: [order 19] for n>21
n=7: [order 23] for n>25
EXAMPLE
Some solutions for n=2 k=4
..0..1..1..2..2..3....0..1..1..2..2..3....0..1..1..2..2..3....0..1..0..0..1..0
..3..0..0..1..1..4....2..2..3..3..0..0....4..4..3..3..0..0....2..2..0..2..2..0
..4..3..3..0..0..2....3..0..0..1..1..2....2..0..0..1..1..2....1..0..0..1..0..0
..1..2..2..3..3..0....4..4..2..2..3..3....1..1..4..4..3..3....0..1..0..0..1..0
CROSSREFS
KEYWORD
nonn,tabl
AUTHOR
R. H. Hardin, Dec 25 2014
STATUS
approved