Linked from

The 20 pages that link to Integer partition, each with the reason it gives.

• Generating functionRelated: Partition generating functions encode restrictions such as allowed part sizes and multiplicities.

• Lagrange's four-square theoremRelated: A four-square representation is a constrained additive decomposition with square summands.

• Integer sequenceRelated: Counting partitions by size produces a central integer sequence.

• Gaussian binomial coefficientRelated: Gaussian coefficients also generate partition identities and count partitions under bounds.

• Jacobi triple productRelated: Generating functions derived from the identity encode restricted integer partitions.

• Pólya enumeration theoremRelated: Cycle types are partitions of the number of positions being permuted.

• Fermat polygonal number theoremRelated: The theorem guarantees a partition whose parts are n-gonal numbers, with at most n terms.

• Muirhead's inequalityRelated: Sorted exponent vectors in Muirhead comparisons are partitions of the same degree.

• Zeckendorf's theoremRelated: Zeckendorf representations are partitions with Fibonacci summands and two extra restrictions.

• Rogers–Ramanujan continued fractionRelated: The associated Rogers–Ramanujan series count partitions subject to difference restrictions.

• Twelvefold wayRelated: Occupancy counts of indistinguishable boxes lead to integer partitions when the box count varies.