fact package:diagrams-contrib

Create a default factorization diagram for the given integer, by factoring it and calling factorDiagram' on its prime factorization (with the factors ordered from smallest to biggest).

import Diagrams.TwoD.Factorization
factorDiagramEx = factorDiagram 700

Create a centered factorization diagram from the given list of factors (intended to be primes, but again, any positive integers will do; note how the below example uses 6), by recursively folding according to primeLayout, with the defaultColors and a base case of a black circle.

import Diagrams.TwoD.Factorization
factorDiagram'Ex = factorDiagram' [2,5,6]

Factorization diagrams, as seen at http://mathlesstraveled.com/2012/10/05/factorization-diagrams/ and http://mathlesstraveled.com/2012/11/05/more-factorization-diagrams/ and on the cover of Hacker Monthly (http://hackermonthly.com/issue-31.html): visually represent the prime factorization of n by drawing n dots recursively grouped according to the factors.