This is a front-end for the Online Encyclopedia of Integer Sequences, made by Christian Perfect. The idea is to provide OEIS entries in non-ancient HTML, and then to think about how they're presented visually. The source code is on GitHub.
%I A346532 #25 Jun 08 2022 10:17:29 %S A346532 8,8,18,24,33,47,55,69,77,95,108 %N A346532 a(n) is the number of vertices of the polycube called "tower" described in A221529 where n is the longest side of its base. %C A346532 The height of the tower equals A000041(n-1). %F A346532 a(n) = A346531(n) - A346530(n) + 2 (Euler's formula). %e A346532 For n = 1 the tower is a cube, and a cube has 8 vertices, so a(1) = 8. %Y A346532 Cf. A000203 (area of the terraces), A000041 (height of the terraces), A066186 (volume), A345023 (surface area), A346530 (number of faces), A346531 (number of edges). %Y A346532 Cf. A325302 (analog for the pyramid described in A245092). %Y A346532 Cf. A221529, A236104, A237270, A237271, A237593, A336811, A338156, A340035, A340584. %K A346532 nonn,more %O A346532 1,1 %A A346532 _Omar E. Pol_, Jul 22 2021