Standard representation of $\mathbf{Z}/m\mathbf{Z}$ . More...

#include <modular-double.h>

Inheritance diagram for Modular< double >:

Collaboration diagram for Modular< double >:

Public Member Functions
const Modular< double > &	operator= (const Modular< double > &F)

unsigned long	AccBound (const Element r) const
	Max number of operations before reducing. More...

Detailed Description

Standard representation of $\mathbf{Z}/m\mathbf{Z}$ .

If m is the modulus, then elements are represented in

$\left \llbracket 0, m-1 \right \rrbracket.$

Examples:: examples/charpoly.C, examples/checksolve.C, examples/det.C, examples/echelon.C, examples/minpoly.C, examples/smithvalence.h, examples/solve.C, examples/sparseelimdet.C, and examples/sparseelimrank.C.

Member Function Documentation

const Modular<double>& operator= ( const Modular< double > & F )

inline

unsigned long AccBound ( const Element r ) const

inline

Max number of operations before reducing.

Parameters

r	if `r=0`, we consider how many `+=` are performable. if `r=1`, then we look for the maximum `axpy` operations doable.

Returns: 0 if the field is too big, a positive number otherwise, -1 if infinity on general fields, it is 1.

The documentation for this class was generated from the following file: