#include <fnm/config.h>
#include <sps/cenv.h>
#include <sps/smath.hpp>
#include <fnm/fnm_types.hpp>
#include <sps/trigintrin.h>
#include <complex>
#include <fnm/fnm_ps.hpp>
#include <fnm/fnm_pd.hpp>

Include dependency graph for FnmSIMD.hpp:

Functions
template<class T >
std::complex< T >	CalcHzVecGL (const T &s, const T &l, const T &z, const T &k, const T us, const T uweights, const size_t nUs, const T vs, const T vweights, const size_t nVs)

template<class T >
std::complex< T >	CalcHzAll (const sps::element_rect_t< T > &element, const sps::point_t< T > &projection, const T &k, const T us, const T uweights, const size_t nUs, const T vs, const T vweights, const size_t nVs)

template<class T >
std::complex< T >	CalcHzFast (const sps::element_rect_t< T > &__restrict element, const sps::point_t< T > &__restrict projection, const T &__restrict k, const T __restrict us, const T __restrict uweights, const size_t nUs, const T __restrict vs, const T __restrict vweights, const size_t nVs)

template<class T >
std::complex< T >	CalcFastFourAny (const T &u, const T &v, const T &hh, const T &hw, const T &z, const T &__restrict k, const T __restrict s, const T __restrict weights, const size_t nS)

template<class T >
std::complex< T >	CalcFastFourAny2 (const T &u, const T &v, const T &hh, const T &hw, const T &z, const T &__restrict k, const T __restrict s, const T __restrict weights, const size_t nS)

template<class T >
std::complex< T >	CalcFourFast (const sps::element_rect_t< T > &__restrict element, const sps::point_t< T > &__restrict projection, const T &__restrict k, const T __restrict uvs, const T __restrict uvweights, const size_t nUVs)

template<class T >
std::complex< T >	CalcHzFastSingle (const sps::element_rect_t< T > &element, const sps::point_t< T > &projection, const T &k, const T us, const T uweights, const size_t nUs, const T vs, const T vweights, const size_t nVs)

template<>
std::complex< float >	CalcHzVecGL (const float &s, const float &l, const float &z, const float &k, const float us, const float uweights, const size_t nUs, const float vs, const float vweights, const size_t nVs)

template<>
std::complex< float >	CalcHzAll (const sps::element_rect_t< float > &element, const sps::point_t< float > &projection, const float &k, const float us, const float uweights, const size_t nUs, const float vs, const float vweights, const size_t nVs)

template<>
std::complex< float >	CalcHzFastSingle (const sps::element_rect_t< float > &element, const sps::point_t< float > &projection, const float &k, const float us, const float uweights, const size_t nUs, const float vs, const float vweights, const size_t nVs)

template<>
std::complex< double >	CalcHzFastSingle (const sps::element_rect_t< double > &element, const sps::point_t< double > &projection, const double &k, const double us, const double uweights, const size_t nUs, const double vs, const double vweights, const size_t nVs)

template<>
std::complex< double >	CalcHzVecGL (const double &s, const double &l, const double &z, const double &k, const double us, const double uweights, const size_t nUs, const double vs, const double vweights, const size_t nVs)

template<>
std::complex< double >	CalcHzAll (const sps::element_rect_t< double > &element, const sps::point_t< double > &projection, const double &k, const double us, const double uweights, const size_t nUs, const double vs, const double vweights, const size_t nVs)

Detailed Description

Author: Jens Munk Hansen jens..nosp@m.munk.nosp@m..hans.nosp@m.en@g.nosp@m.mail..nosp@m.com

Date: Thu Jun 9 06:01:12 2016

Function Documentation

◆ CalcFastFourAny()

std::complex< T > CalcFastFourAny	(	const T &	u,
		const T &	v,
		const T &	hh,
		const T &	hw,
		const T &	z,
		const T &__restrict	k,
		const T *__restrict	s,
		const T *__restrict	weights,
		const size_t	nS
	)

◆ CalcFastFourAny2()

std::complex< T > CalcFastFourAny2	(	const T &	u,
		const T &	v,
		const T &	hh,
		const T &	hw,
		const T &	z,
		const T &__restrict	k,
		const T *__restrict	s,
		const T *__restrict	weights,
		const size_t	nS
	)

◆ CalcFourFast()

std::complex< T > CalcFourFast	(	const sps::element_rect_t< T > &__restrict	element,
		const sps::point_t< T > &__restrict	projection,
		const T &__restrict	k,
		const T *__restrict	uvs,
		const T *__restrict	uvweights,
		const size_t	nUVs
	)

◆ CalcHzAll() [1/3]

std::complex< double > CalcHzAll	(	const sps::element_rect_t< double > &	element,
		const sps::point_t< double > &	projection,
		const double &	k,
		const double *	us,
		const double *	uweights,
		const size_t	nUs,
		const double *	vs,
		const double *	vweights,
		const size_t	nVs
	)

inline

References SPS_UNREFERENCED_PARAMETERS.

◆ CalcHzAll() [2/3]

std::complex< float > CalcHzAll	(	const sps::element_rect_t< float > &	element,
		const sps::point_t< float > &	projection,
		const float &	k,
		const float *	us,
		const float *	uweights,
		const size_t	nUs,
		const float *	vs,
		const float *	vweights,
		const size_t	nVs
	)

inline

References element_rect_t< T >::hh, and element_rect_t< T >::hw.

◆ CalcHzAll() [3/3]

std::complex< T > CalcHzAll	(	const sps::element_rect_t< T > &	element,
		const sps::point_t< T > &	projection,
		const T &	k,
		const T *	us,
		const T *	uweights,
		const size_t	nUs,
		const T *	vs,
		const T *	vweights,
		const size_t	nVs
	)

Parameters

element
projection
k
us
uweights
nUs
vs
vweights
nVs

Returns

◆ CalcHzFast()

std::complex< T > CalcHzFast	(	const sps::element_rect_t< T > &__restrict	element,
		const sps::point_t< T > &__restrict	projection,
		const T &__restrict	k,
		const T *__restrict	us,
		const T *__restrict	uweights,
		const size_t	nUs,
		const T *__restrict	vs,
		const T *__restrict	vweights,
		const size_t	nVs
	)

Integral with (nUs x nVs) points with projection inside the region of integration

Parameters

element
projection
k
us
uweights
nUs
vs
vweights
nVs

Returns

◆ CalcHzFastSingle() [1/3]

std::complex< double > CalcHzFastSingle	(	const sps::element_rect_t< double > &	element,
		const sps::point_t< double > &	projection,
		const double &	k,
		const double *	us,
		const double *	uweights,
		const size_t	nUs,
		const double *	vs,
		const double *	vweights,
		const size_t	nVs
	)

inline

References SPS_UNREFERENCED_PARAMETERS.

◆ CalcHzFastSingle() [2/3]

std::complex< float > CalcHzFastSingle	(	const sps::element_rect_t< float > &	element,
		const sps::point_t< float > &	projection,
		const float &	k,
		const float *	us,
		const float *	uweights,
		const size_t	nUs,
		const float *	vs,
		const float *	vweights,
		const size_t	nVs
	)

inline

References SPS_UNREFERENCED_PARAMETERS.

◆ CalcHzFastSingle() [3/3]

std::complex< T > CalcHzFastSingle	(	const sps::element_rect_t< T > &	element,
		const sps::point_t< T > &	projection,
		const T &	k,
		const T *	us,
		const T *	uweights,
		const size_t	nUs,
		const T *	vs,
		const T *	vweights,
		const size_t	nVs
	)

◆ CalcHzVecGL() [1/3]

std::complex< double > CalcHzVecGL	(	const double &	s,
		const double &	l,
		const double &	z,
		const double &	k,
		const double *	us,
		const double *	uweights,
		const size_t	nUs,
		const double *	vs,
		const double *	vweights,
		const size_t	nVs
	)

inline

References SPS_UNREFERENCED_PARAMETERS.

◆ CalcHzVecGL() [2/3]

std::complex< float > CalcHzVecGL	(	const float &	s,
		const float &	l,
		const float &	z,
		const float &	k,
		const float *	us,
		const float *	uweights,
		const size_t	nUs,
		const float *	vs,
		const float *	vweights,
		const size_t	nVs
	)

inline

◆ CalcHzVecGL() [3/3]

std::complex< T > CalcHzVecGL	(	const T &	s,
		const T &	l,
		const T &	z,
		const T &	k,
		const T *	us,
		const T *	uweights,
		const size_t	nUs,
		const T *	vs,
		const T *	vweights,
		const size_t	nVs
	)

Todo:: : Make HzFast twice as fast by reducing integrals to four

Parameters

s
l
z
k
us
uweights
nUs
vs
vweights
nVs

Returns

Functions

Detailed Description

Function Documentation

◆ CalcFastFourAny()

◆ CalcFastFourAny2()

◆ CalcFourFast()

◆ CalcHzAll() [1/3]

◆ CalcHzAll() [2/3]

◆ CalcHzAll() [3/3]

◆ CalcHzFast()

◆ CalcHzFastSingle() [1/3]

◆ CalcHzFastSingle() [2/3]

◆ CalcHzFastSingle() [3/3]

◆ CalcHzVecGL() [1/3]

◆ CalcHzVecGL() [2/3]

◆ CalcHzVecGL() [3/3]