PyM / Function summary

PyM / Function summary
S. Xambó in collaboration with Narcís Sayols Baixeras

By design, the PyM system is a Python-programmed general mathematical computational environment with some specilized facilities, as for example for error-correcting coding and related theories (see PyM-ECC and CC2) and for computations in intersection theory and enumerative geometry (see PyM-WIT and ITEG).

This page aims at providing descriptions of all the currently available PyM functions.

Conventions. \(\mathbb{Z}_n\) denotes the ring of integers mod \(n\) and \(\mathbb{Z}_n^*\) the multiplicative group of the invertible elements mod \(n\).

INDEX

Domains and general predicates
Combinatorics
Arithmetic
Vectors
Polynomials
Power series
Finite rings and fields
Matrices
Error-correcting coding and decoding
Probability, random resources
Graphics
Real, Complex and Quaternion fields
Geometric algebra
Itersection theory and enumerative gometry
Utilities

References

Crandell-Pomerance-2005
Richard Crandall, Carl Pomerance: Prime numbers, a computational perspective (2nd edition). Springer, 2005.

Yan-2002
Song Y. Yan: Number theory for computing (2nd edition). Springer, 2002.

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