Sequences

Number of partitions of n with equal number of parts congruent to each of 3 and 4 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 0 and 1 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 0 and 2 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 0 and 3 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 0 and 4 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 1 and 2 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 1 and 3 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 1 and 4 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 2 and 3 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 2 and 4 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 3 and 4 (mod 5).

Number of partitions of n with equal number of parts congruent to each of 0, 1 and 2 (mod 5).

Number of partitions of n with equal number of parts congruent to each of 0, 1 and 3 (mod 5).

Number of partitions of n with equal number of parts congruent to each of 0, 1 and 4 (mod 5).

Number of partitions of n with equal number of parts congruent to each of 0, 2 and 3 (mod 5).

Number of partitions of n with equal number of parts congruent to each of 0, 2 and 4 (mod 5).

Number of partitions of n with equal number of parts congruent to each of 0, 3 and 4 (mod 5).

Number of partitions of n with equal number of parts congruent to each of 1, 2 and 3 (mod 5).

Number of partitions of n with equal number of parts congruent to each of 1, 2 and 4 (mod 5).

Number of partitions of n with equal number of parts congruent to each of 1, 3 and 4 (mod 5).

Number of partitions of n with equal number of parts congruent to each of 2, 3 and 4 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 0, 1 and 2 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 0, 1 and 3 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 0, 1 and 4 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 0, 2 and 3 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 0, 2 and 4 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 0, 3 and 4 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 1, 2 and 3 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 1, 2 and 4 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 1, 3 and 4 (mod 5).

Number of partitions of n with equal nonzero number of parts congruent to each of 2, 3 and 4 (mod 5).

Number of partitions of 3n with same number of parts == 1 (mod 3) and == 2 (mod 3).

A035539 with periodic zeros stripped.

Number of partitions of 2n with equal number of parts congruent to each of 1 and 3 (mod 4).

A035550 with periodic zeros stripped.

Number of points of L1 norm 2n in Barnes-Wall lattice BW_16.

Number of points of L1 norm 3 in cubic lattice Z^n.

Number of points of L1 norm 4 in cubic lattice Z^n.

Number of points of L1 norm 5 in cubic lattice Z^n.

Number of points of L1 norm 6 in cubic lattice Z^n.

Number of points of L1 norm 7 in cubic lattice Z^n.

Number of points of L1 norm 8 in cubic lattice Z^n.

Number of points of L1 norm 9 in cubic lattice Z^n.

Number of points of L1 norm 10 in cubic lattice Z^n.

Number of points of L1 norm 11 in cubic lattice Z^n.

Number of points of L1 norm 12 in cubic lattice Z^n.

Table a(d,m) of number of points of L1 norm m in cubic lattice Z^d, read by antidiagonals (d >= 1, m >= 0).

Expansion of g.f. x*(1 + 3*x)/((1 + x)*(1 - x)^3).

Coordination sequence for lattice D*_20 (with edges defined by l_1 norm = 1).

G.f.: 3/(1 + 2*sqrt(1-12*x)).