snf.

For an integer matrix M, this computes the matrices D, P, and Q such that
D = PMQ, which can be seen as an analogue of the singular value
decomposition. All are integer matrices, and P and Q are unimodular (have
determinants +- 1).

Persistent interface to 'Macaulay2' <https://www.macaulay2.com>
and front-end tools facilitating its use in the 'R' ecosystem. For details see
Kahle et. al. (2020) <doi:10.18637/jss.v093.i09>.

David Kahle

Interface to 'Macaulay2'

Christopher O'Neill

Jeff Sommars

snf function

<dl><dt>mat</dt>
<dd>a matrix (integer entries)</dd>
<dt>code</dt>
<dd>return only the M2 code? (default: <code>FALSE</code>)</dd></dl>

Arguments

Smith normal form — snf

<dl>

<dt>mat</dt>
<dd>a matrix (integer entries)</dd>


<dt>code</dt>
<dd>return only the M2 code? (default: <code>FALSE</code>)</dd>

</dl>

snf: Smith normal form

Description

Usage

Value

Arguments

See Also