Number.h File Reference

Various utility functions/classes related to scalar Number types. More...

#include <myramath/utility/detail/LIBPUBLIC.h>
#include <complex>

Include dependency graph for Number.h:

Go to the source code of this file.

Classes
class	myra::ReflectPrecision< Number >
	Reflects Precision trait for a Number, scalar Number types should specialize it. More...
class	myra::ReflectPrecision< NumberS >
	Specializations of ReflectPrecision. More...
class	myra::ReflectPrecision< NumberD >
class	myra::ReflectPrecision< NumberC >
class	myra::ReflectPrecision< NumberZ >
class	myra::ReflectComplex< Precision >
	Reflects a Precision type into a complex type. More...
class	myra::ReflectComplex< NumberS >
	Specializations of ReflectComplex. More...
class	myra::ReflectComplex< NumberD >
class	myra::ReflectNumber< Number >
	Reflects Number trait for a Container, containers of Numbers (Matrix's, Vector's, etc) should specialize it. More...
class	myra::RaisePrecision< Number >
	Reflectors that raise the Precision of a Number type. More...
class	myra::RaisePrecision< NumberS >
class	myra::RaisePrecision< NumberC >
class	myra::LowerPrecision< Number >
	Reflectors that lower the Precision of a Number type. More...
class	myra::LowerPrecision< NumberD >
class	myra::LowerPrecision< NumberZ >
class	myra::ReflectField< NumberA, NumberB >
	Rules for mixing Number types, template-heavy code uses this to figure out (eg) the resulting type of "field operations" like A+B and A/B. More...
class	myra::ReflectField< NumberS, NumberS >
class	myra::ReflectField< NumberD, NumberD >
class	myra::ReflectField< NumberC, NumberC >
class	myra::ReflectField< NumberZ, NumberZ >
class	myra::ReflectField< NumberS, NumberC >
class	myra::ReflectField< NumberD, NumberZ >
class	myra::ReflectField< NumberC, NumberS >
class	myra::ReflectField< NumberZ, NumberD >
class	myra::ReflectField< NumberS, int >
class	myra::ReflectField< NumberD, int >
class	myra::ReflectField< NumberC, int >
class	myra::ReflectField< NumberZ, int >
class	myra::ReflectField< int, NumberS >
class	myra::ReflectField< int, NumberD >
class	myra::ReflectField< int, NumberC >
class	myra::ReflectField< int, NumberZ >
class	myra::MatchNumber< NumberA, NumberB >
	Helper class to make sure that two Number's match. More...
class	myra::MatchNumber< NumberS, NumberS >
class	myra::MatchNumber< NumberD, NumberD >
class	myra::MatchNumber< NumberC, NumberC >
class	myra::MatchNumber< NumberZ, NumberZ >
class	myra::MatchNumber< NumberS, int >
class	myra::MatchNumber< NumberD, int >
class	myra::MatchNumber< NumberC, int >
class	myra::MatchNumber< NumberZ, int >
class	myra::MatchNumber< int, NumberS >
class	myra::MatchNumber< int, NumberD >
class	myra::MatchNumber< int, NumberC >
class	myra::MatchNumber< int, NumberZ >

Typedefs
typedef float	myra::NumberS
	Useful typedefs.
typedef double	myra::NumberD
typedef std::complex< float >	myra::NumberC
typedef std::complex< double >	myra::NumberZ

Functions
template<class Number >
char	myra::typechar ()
	Returns a char representing a Number type.
template<class Number >
const char *	myra::typestring ()
	Returns a const char* (string literal) representing a Number type.
NumberD	myra::raise_precision (NumberS s)
	Functions that raise the Precision of a Number value.
NumberZ	myra::raise_precision (NumberC c)
NumberS	myra::lower_precision (NumberD d)
	Functions that lower the Precision of a Number value.
NumberC	myra::lower_precision (NumberZ z)
NumberS	myra::scalar_norm2 (NumberS x)
	Computing norm2's of Number types, a'*a.
NumberD	myra::scalar_norm2 (NumberD d)
NumberS	myra::scalar_norm2 (NumberC c)
NumberD	myra::scalar_norm2 (NumberZ z)
NumberS	myra::scalar_norm1 (NumberS x)
	Computing norm1's of Number types, sqrt(a'*a)
NumberD	myra::scalar_norm1 (NumberD d)
NumberS	myra::scalar_norm1 (NumberC c)
NumberD	myra::scalar_norm1 (NumberZ z)
NumberS	myra::realpart (NumberS s)
	Extract real part of a Number.
NumberD	myra::realpart (NumberD d)
NumberS	myra::realpart (NumberC c)
NumberD	myra::realpart (NumberZ z)
NumberS	myra::imagpart (NumberS s)
	Extract imaginary part of a Number.
NumberD	myra::imagpart (NumberD d)
NumberS	myra::imagpart (NumberC c)
NumberD	myra::imagpart (NumberZ z)
NumberS	myra::conjugate (NumberS s)
	Conjugation routines for Number types.
NumberD	myra::conjugate (NumberD d)
NumberC	myra::conjugate (NumberC c)
NumberZ	myra::conjugate (NumberZ z)
NumberS	myra::argument (NumberS s)
	Computing arguments of Number tpes.
NumberD	myra::argument (NumberD d)
NumberS	myra::argument (NumberC c)
NumberD	myra::argument (NumberZ z)

Detailed Description

Various utility functions/classes related to scalar Number types.