Z< p, T > Class Template Reference

#include <borderbasix/arithm/Zp.hpp>

Public Member Functions
	Z ()
template<typename TT >
	Z (TT n)
	Z (double n)
	Z (char *s)
	Z (const Z< p, T > &z)
Z< p, T > &	operator= (const Z< p, T > &z)
Z< p, T > &	operator+= (const Z< p, T > z)
Z< p, T > &	operator-= (const Z< p, T > z)
Z< p, T > &	operator*= (const Z< p, T > z)
Z< p, T > &	operator/= (const Z< p, T > z)
bool	operator== (const Z< p, T > &z) const
bool	operator!= (const Z< p, T > &z) const
Z< p, T >	operator+ (const Z< p, T > &b) const
Z< p, T >	operator- (const Z< p, T > &b) const
template<typename Typ >
bool	operator> (const Typ &b) const
Z< p, T >	operator* (const Z< p, T > &b) const
Z< p, T >	operator* (const int b) const
Z< p, T >	operator/ (const Z< p, T > &b) const

Public Attributes
T	rep

Detailed Description

template<int p, class T = int>
class Z< p, T >

Integers modulo p. The number p should be a prime number, otherwise inversion and exponentiation may not be valid.

Constructor & Destructor Documentation

template<int p, class T = int>

Z< p, T >::Z ( )

inline

template<int p, class T = int>

template<typename TT >

Z< p, T >::Z ( TT  n )

inline

template<int p, class T = int>

Z< p, T >::Z ( double  n )

inline

template<int p, class T = int>

Z< p, T >::Z ( char *  s )

inline

template<int p, class T = int>

Z< p, T >::Z ( const Z< p, T > &  z )

inline

Member Function Documentation

template<int p, class T = int>

bool Z< p, T >::operator!= ( const Z< p, T > &  z ) const

inline

template<int p, class T = int>

Z<p,T> Z< p, T >::operator* ( const Z< p, T > &  b ) const

inline

template<int p, class T = int>

Z<p,T> Z< p, T >::operator* ( const int  b ) const

inline

template<int p, class T = int>

Z<p,T>& Z< p, T >::operator*= ( const Z< p, T >  z )

inline

template<int p, class T = int>

Z<p,T> Z< p, T >::operator+ ( const Z< p, T > &  b ) const

inline

template<int p, class T = int>

Z<p,T>& Z< p, T >::operator+= ( const Z< p, T >  z )

inline

template<int p, class T = int>

Z<p,T> Z< p, T >::operator- ( const Z< p, T > &  b ) const

inline

template<int p, class T = int>

Z<p,T>& Z< p, T >::operator-= ( const Z< p, T >  z )

inline

template<int p, class T = int>

Z<p,T> Z< p, T >::operator/ ( const Z< p, T > &  b ) const

inline

template<int p, typename T >

Z< p, T > & Z< p, T >::operator/=

(

const Z< p, T >

z

)

template<int p, class T = int>

Z<p,T>& Z< p, T >::operator= ( const Z< p, T > &  z )

inline

template<int p, class T = int>

bool Z< p, T >::operator== ( const Z< p, T > &  z ) const

inline

template<int p, class T = int>

template<typename Typ >

bool Z< p, T >::operator> ( const Typ &  b ) const

inline

Member Data Documentation

template<int p, class T = int>

T Z< p, T >::rep