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 PyECC and CC2) and for computations in intersection theory and enumerative geometry (see PyWIT and ITEG).

This page aims at providing descriptions of all the PyM functions (work in progress).

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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