Decomposition into weight × level + jump - all 2D graphs

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Decomposition of A141303

Primes of the form 2*x^2+6*x*y-3*y^2 (as well as of the form 5*x^2+10*x*y+2*y^2).
A141303(n) = A000000(n) * A000000(n) + A000000(n)
Decomposition of A141303 - 9994 dots.

Decomposition of A141304

Primes of the form -2*x^2+6*x*y+3*y^2 (as well as of the form 7*x^2+12*x*y+3*y^2).
A141304(n) = A000000(n) * A000000(n) + A000000(n)
Decomposition of A141304 - 9995 dots.

Decomposition of A143164

Numbers with digitsum 13, in increasing order.
A105184(n) = A000000(n) * A000000(n) + A000000(n)
Decomposition of A143164 - 9999 dots.

Decomposition of A145292

Composite numbers generated by the Euler polynomial x^2 + x + 41.
A145292(n) = A000000(n) * A000000(n) + A000000(n)
Decomposition of A145292 - 9999 dots.

Decomposition of A145490

Numbers k such that 6k+19 is prime and absolute value of 12k+1 is also prime.
A145490(n) = A000000(n) * A000000(n) + A000000(n)
Decomposition of A145490 - 9996 dots.

Decomposition of A145749

Numbers n such that sigma(n)+phi(n)=sigma(n+1)+phi(n+1).
A158913(n) = A000000(n) * A000000(n) + A000000(n)
Decomposition of A145749 - 9996 dots.

Decomposition of A147562

Number of "ON" cells at n-th stage in simple 2-dimensional cellular automaton.
A147562(n) = A000000(n) * A000000(n) + A147582(n)
Decomposition of A147562 - 9995 dots.

Decomposition of A147991

Sequence S such that 1 is in S and if x is in S, then 3x-1 and 3x+1 are in S.
A147991(n) = A000000(n) * A000000(n) + A000000(n)
Decomposition of A147991 - 9996 dots.