scalar.hpp File Reference

#include <assert.h>
#include <math.h>
#include <stdio.h>
#include <realroot/shared_object.hpp>

Go to the source code of this file.

Classes
struct	mmx::scalar< T >

Namespaces
	mmx
	mmx::let
	Namespace for explicit type conversion.

Macros
#define	WITH_REFCOUNT
#define	NO_NRV   1
#define	NRVAL(name)
#define	NRCODE(code)
#define	NONRCODE(code)   code
#define	OPCODE(a, b, op)   scalar<T>& r =*new scalar<T>(a); return (r op b);

Functions
template<class A , class B >
void	mmx::let::assign (A &a, const B &b)
	Generic definition of the assignement function. More...
template<class T >
scalar< T > &	mmx::operator+ (const scalar< T > &b, unsigned long ul)
template<class T >
scalar< T > &	mmx::operator- (const scalar< T > &b, unsigned long ul)
template<class T >
scalar< T > &	mmx::operator* (const scalar< T > &b, unsigned long ul)
template<class T >
scalar< T > &	mmx::operator/ (const scalar< T > &b, unsigned long ul)
template<class T >
scalar< T > &	mmx::operator% (const scalar< T > &b, unsigned long ul)
template<class T >
scalar< T > &	mmx::operator+ (unsigned long ul, const scalar< T > &b)
template<class T >
scalar< T > &	mmx::operator* (unsigned long ul, const scalar< T > &b)
template<class T >
scalar< T > &	mmx::operator+ (const scalar< T > &b, long sl)
template<class T >
scalar< T > &	mmx::operator- (const scalar< T > &b, long sl)
template<class T >
scalar< T > &	mmx::operator* (const scalar< T > &b, long sl)
template<class T >
scalar< T > &	mmx::operator/ (const scalar< T > &b, long sl)
template<class T >
scalar< T > &	mmx::operator% (const scalar< T > &b, long sl)
template<class T >
scalar< T > &	mmx::operator+ (long sl, const scalar< T > &b)
template<class T >
scalar< T > &	mmx::operator* (int sl, const scalar< T > &b)
template<class T >
scalar< T > &	mmx::operator* (long sl, const scalar< T > &b)
template<class T >
scalar< T > &	mmx::operator* (double d, const scalar< T > &b)
template<class T >
scalar< T > &	mmx::Div2Exp (const scalar< T > &b, unsigned long exponent_of_2)
template<class T >
scalar< T > &	mmx::GCD (const scalar< T > &b1, const scalar< T > &b2)
template<class T >
scalar< T > &	mmx::gcd (const scalar< T > &b1, const scalar< T > &b2)
template<class T >
scalar< T > &	mmx::Mod2Exp (const scalar< T > &b, unsigned long exponent_of_2)
template<class T >
scalar< T > &	mmx::Mul2Exp (const scalar< T > &b, unsigned long exponent_of_2)
template<class T >
scalar< T > &	mmx::PowMod (const scalar< T > &b, const scalar< T > &exp, const scalar< T > &m)
template<class T >
scalar< T > &	mmx::PowMod (const scalar< T > &b, unsigned long exp, const scalar< T > &m)
template<class T >
scalar< T >	mmx::abs (const scalar< T > &b)
template<class T >
scalar< T > &	mmx::neg (const scalar< T > &b)
template<class T >
scalar< T >	mmx::pow (const scalar< T > &base, unsigned long exp)
template<class T >
scalar< T > &	mmx::quo (const scalar< T > &dividend, unsigned long divisor)
template<class T >
scalar< T > &	mmx::rem (const scalar< T > &dividend, const scalar< T > &divisor)
template<class T >
unsigned long	mmx::rem (const scalar< T > &b, unsigned long divisor)
template<class T >
scalar< T >	mmx::sqrt (const scalar< T > &b)
template<class T >
scalar< T > &	mmx::BigIntFactorial (unsigned long n)
template<class T >
scalar< T > &	mmx::operator+ (const scalar< T > &b, unsigned sl) NRVAL(r(b))
template<class T >
scalar< T > &	mmx::operator- (const scalar< T > &b, unsigned sl) NRVAL(r(b))
template<class T >
scalar< T > &	mmx::operator* (const scalar< T > &b, unsigned sl) NRVAL(r(b))
template<class T >
scalar< T > &	mmx::operator/ (const scalar< T > &b, unsigned sl) NRVAL(r(b))
template<class T >
scalar< T > &	mmx::operator% (const scalar< T > &b, unsigned sl) NRVAL(r(b))
template<class T >
scalar< T > &	mmx::operator+ (const scalar< T > &b, int sl) NRVAL(r(b))
template<class T >
scalar< T > &	mmx::operator- (const scalar< T > &b, int sl) NRVAL(r(b))
template<class T >
scalar< T > &	mmx::operator* (const scalar< T > &b, int sl) NRVAL(r(b))
template<class T >
scalar< T > &	mmx::operator/ (const scalar< T > &b, int sl) NRVAL(r(b))
template<class T >
scalar< T > &	mmx::operator% (const scalar< T > &b, int sl) NRVAL(r(b))
template<class T >
scalar< T > &	mmx::operator+ (const scalar< T > &b, long int sl) NRVAL(r(b))
template<class T >
scalar< T > &	mmx::operator- (const scalar< T > &b, long int sl) NRVAL(r(b))
template<class T >
scalar< T > &	mmx::operator* (const scalar< T > &b, long int sl) NRVAL(r(b))
template<class T >
scalar< T > &	mmx::operator/ (const scalar< T > &b, long int sl) NRVAL(r(b))
template<class T >
scalar< T > &	mmx::operator% (const scalar< T > &b, long int sl) NRVAL(r(b))
template<class T >
scalar< T >	mmx::quo (const scalar< T > &dividend, const scalar< T > &divisor) NRVAL(r(dividend))
template<class T >
scalar< T >	mmx::quo (const scalar< T > &dividend, unsigned long divisor) NRVAL(r(dividend))
template<class T >
scalar< T > &	mmx::BigIntPow (unsigned long base, unsigned long exp) NRVAL(r)
template<class T >
scalar< T >	mmx::Size (const scalar< T > &r)
double	mmx::rfloor (double x)
double	mmx::rceil (double x)
long int	mmx::bit_size (double x)

Macro Definition Documentation

#define NO_NRV   1

#define NONRCODE

(

code

)

code

#define NRCODE

(

code

)

#define NRVAL

(

name

)

#define OPCODE	(		a,
			b,
			op
	)		scalar<T>& r =*new scalar<T>(a); return (r op b);

#define WITH_REFCOUNT