OFFSET
1,1
COMMENTS
Table starts
...49....444.....2086......6835......17871......40054.......80284.......147861
...83....982.....5604.....21405......63611.....159278......352192.......708609
..144...2228....15472.....68863.....232096.....647122.....1572320......3441309
..252...5084....42936....222329.....847708....2623376.....6978064.....16547001
..442..11519...117828....706561....3032302...10361063....30011560.....76692849
..774..25659...315376...2170435...10384566...38804209...121263104....330977421
.1348..55647...813208...6341373...33356124..134387611...446774000...1284748281
.2361.122851..2167600..19472847..114688781..508067629..1834111512...5674570869
.4156.273803..5855140..60813057..402127048.1962422803..7701187928..25647629649
.7334.612178.15883864.190846823.1416804566.7613922448.32463331040.116297027805
LINKS
R. H. Hardin, Table of n, a(n) for n = 1..2710
FORMULA
Empirical for column k:
k=1: [linear recurrence of order 26]
k=2: [order 96]
Empirical for row n:
n=1: a(n) = 3*n^5 + 10*n^4 + 15*n^3 + (27/2)*n^2 + (13/2)*n + 1
n=2: [polynomial of degree 6]
n=3: [polynomial of degree 7]
n=4: [polynomial of degree 8]
n=5: [polynomial of degree 9]
n=6: [polynomial of degree 9]
n=7: [polynomial of degree 9]
EXAMPLE
Some solutions for n=3 k=4
..3....3....3....1....4....4....0....0....3....3....2....0....2....3....3....3
..1....1....1....2....4....3....2....4....3....1....4....3....4....2....0....0
..0....3....2....2....0....3....0....2....3....2....1....2....0....1....0....4
..3....2....3....2....2....0....0....4....2....2....1....3....0....1....2....1
..0....2....3....2....0....0....2....2....1....1....2....2....3....1....3....3
..0....2....2....3....0....0....0....4....2....0....0....3....0....1....0....1
..3....3....3....0....2....1....2....2....4....1....4....2....0....4....0....1
..3....4....1....3....2....4....0....4....2....1....2....3....4....3....1....4
CROSSREFS
KEYWORD
nonn,tabl
AUTHOR
R. H. Hardin, Nov 11 2014
STATUS
approved