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

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Decomposition of A023204

Numbers n such that n and 2n + 3 both prime.
A023204(n) = A000000(n) * A000000(n) + A000000(n)
Decomposition of A023204 - 9996 dots.

Decomposition of A023205

Numbers n such that n and 2n + 5 are both prime.
A023205(n) = A000000(n) * A000000(n) + A000000(n)
Decomposition of A023205 - 9995 dots.

Decomposition of A023225

Numbers n such that n and 7n + 6 are both prime.
A023225(n) = A000000(n) * A000000(n) + A000000(n)
Decomposition of A023225 - 9998 dots.

Decomposition of A023240

Numbers n such that n and 10n + 9 are both prime.
A023240(n) = A000000(n) * A000000(n) + A000000(n)
Decomposition of A023240 - 9996 dots.

Decomposition of A023241

Numbers n such that n remains prime through 2 iterations of function f(x) = x + 6.
A023241(n) = A000000(n) * A000000(n) + A000000(n)
Decomposition of A023241 - 9995 dots.

Decomposition of A023271

Primes p such that p, p+6, p+12, p+18 are all primes.
A023271(n) = A000000(n) * A000000(n) + A000000(n)
Decomposition of A023271 - 9994 dots.

Decomposition of A023688

Numbers with exactly 6 ones in binary expansion.
A023688(n) = A000000(n) * A000000(n) + A000000(n)
Decomposition of A023688 - 9998 dots.

Decomposition of A023689

Numbers with exactly 7 ones in binary expansion.
A023689(n) = A000000(n) * A000000(n) + A000000(n)
Decomposition of A023689 - 9998 dots.