InterfaceCPU.h File Reference

Declarations of PO and RT library for CPU. More...

#include <iostream>
#include <vector>
#include <complex>
#include <cmath>
#include <string>
#include "Propagation.h"
#include "RayTrace.h"

Go to the source code of this file.

Functions
PYPO_DLL void	propagateToGrid_JM (c2Bundle *res, reflparams source, reflparams target, reflcontainer *cs, reflcontainer *ct, c2Bundle *currents, double k, int numThreads, double epsilon, double t_direction)
PYPO_DLL void	propagateToGrid_EH (c2Bundle *res, reflparams source, reflparams target, reflcontainer *cs, reflcontainer *ct, c2Bundle *currents, double k, int numThreads, double epsilon, double t_direction)
PYPO_DLL void	propagateToGrid_JMEH (c4Bundle *res, reflparams source, reflparams target, reflcontainer *cs, reflcontainer *ct, c2Bundle *currents, double k, int numThreads, double epsilon, double t_direction)
PYPO_DLL void	propagateToGrid_EHP (c2rBundle *res, reflparams source, reflparams target, reflcontainer *cs, reflcontainer *ct, c2Bundle *currents, double k, int numThreads, double epsilon, double t_direction)
PYPO_DLL void	propagateToGrid_scalar (arrC1 *res, reflparams source, reflparams target, reflcontainer *cs, reflcontainer *ct, arrC1 *field, double k, int numThreads, double epsilon, double t_direction)
PYPO_DLL void	propagateToFarField (c2Bundle *res, reflparams source, reflparams target, reflcontainer *cs, reflcontainer *ct, c2Bundle *currents, double k, int numThreads, double epsilon, double t_direction)
PYPO_DLL void	propagateRays (reflparams ctp, cframe *fr_in, cframe *fr_out, int numThreads, double epsilon, double t0)
PYPO_DLL void	propagateToGridf_JM (c2Bundlef *res, reflparamsf source, reflparamsf target, reflcontainerf *cs, reflcontainerf *ct, c2Bundlef *currents, float k, int numThreads, float epsilon, float t_direction)
PYPO_DLL void	propagateToGridf_EH (c2Bundlef *res, reflparamsf source, reflparamsf target, reflcontainerf *cs, reflcontainerf *ct, c2Bundlef *currents, float k, int numThreads, float epsilon, float t_direction)
PYPO_DLL void	propagateToGridf_JMEH (c4Bundlef *res, reflparamsf source, reflparamsf target, reflcontainerf *cs, reflcontainerf *ct, c2Bundlef *currents, float k, int numThreads, float epsilon, float t_direction)
PYPO_DLL void	propagateToGridf_EHP (c2rBundlef *res, reflparamsf source, reflparamsf target, reflcontainerf *cs, reflcontainerf *ct, c2Bundlef *currents, float k, int numThreads, float epsilon, float t_direction)
PYPO_DLL void	propagateToGridf_scalar (arrC1f *res, reflparamsf source, reflparamsf target, reflcontainerf *cs, reflcontainerf *ct, arrC1f *field, float k, int numThreads, float epsilon, float t_direction)
PYPO_DLL void	propagateToFarFieldf (c2Bundlef *res, reflparamsf source, reflparamsf target, reflcontainerf *cs, reflcontainerf *ct, c2Bundlef *currents, float k, int numThreads, float epsilon, float t_direction)

Detailed Description

Declarations of PO and RT library for CPU.

Provides double and single precision interface for CPU PO and RT.

Function Documentation

propagateRays()

PYPO_DLL void propagateRays	(	reflparams	ctp,
		cframe *	fr_in,
		cframe *	fr_out,
		int	numThreads,
		double	epsilon,
		double	t0
	)

Calculate ray-trace frame on surface.

Calculate the ray-trace frame on a surface.

Parameters

ctp	reflparams object of target surface.
fr_in	Pointer to cframe object containing input frame.
fr_out	Pointer to cframe object, to be filled with result frame.
numThreads	Number of computing threads to employ.
epsilon	Numerical accuracy of NR method.
t0	Initial value to try in NR method.

See also

reflparams

cframe

propagateToFarField()

PYPO_DLL void propagateToFarField	(	c2Bundle *	res,
		reflparams	source,
		reflparams	target,
		reflcontainer *	cs,
		reflcontainer *	ct,
		c2Bundle *	currents,
		double	k,
		int	numThreads,
		double	epsilon,
		double	t_direction
	)

Calculate EH on far-field surface.

Calculate the E, H fields on a far-field surface.

Parameters

res	Pointer to c2Bundle object.
source	reflparams object, source surface.
target	refparams object, target surface.
cs	Pointer to reflcontainer, source surface.
ct	Pointer to reflcontainer, target surface.
currents	Pointer to c2Bundle containing currents on source surface.
k	Wavenumber of radiation, in 1 / mm.
numThreads	Number of computing threads to employ.
epsilon	Electrical permittivity of source medium.
t_direction	Time direction of beam (experimental!).

See also

c2Bundle

reflparams

reflcontainer

propagateToFarFieldf()

PYPO_DLL void propagateToFarFieldf	(	c2Bundlef *	res,
		reflparamsf	source,
		reflparamsf	target,
		reflcontainerf *	cs,
		reflcontainerf *	ct,
		c2Bundlef *	currents,
		float	k,
		int	numThreads,
		float	epsilon,
		float	t_direction
	)

Calculate E, H on a far-field surface.

Calculate the E, H fields on a far-field surface.

Parameters

res	Pointer to c2Bundlef object.
source	reflparamsf object, source surface.
target	refparamsf object, target surface.
cs	Pointer to reflcontainerf, source surface.
ct	Pointer to reflcontainerf, target surface.
currents	Pointer to c2Bundlef containing currents on source surface.
k	Wavenumber of radiation, in 1 / mm.
numThreads	Number of computing threads to employ.
epsilon	Electrical permittivity of source medium.
t_direction	Time direction of beam (experimental!).

See also

c2Bundlef

reflparamsf

reflcontainerf

propagateToGrid_EH()

PYPO_DLL void propagateToGrid_EH	(	c2Bundle *	res,
		reflparams	source,
		reflparams	target,
		reflcontainer *	cs,
		reflcontainer *	ct,
		c2Bundle *	currents,
		double	k,
		int	numThreads,
		double	epsilon,
		double	t_direction
	)

Calculate EH on surface.

Calculate the E and H fields on a surface.

Parameters

res	Pointer to c2Bundle object.
source	reflparams object, source surface.
target	refparams object, target surface.
cs	Pointer to reflcontainer, source surface.
ct	Pointer to reflcontainer, target surface.
currents	Pointer to c2Bundle containing currents on source surface.
k	Wavenumber of radiation, in 1 / mm.
numThreads	Number of computing threads to employ.
epsilon	Electrical permittivity of source medium.
t_direction	Time direction of beam (experimental!).

See also

c2Bundle

reflparams

reflcontainer

propagateToGrid_EHP()

PYPO_DLL void propagateToGrid_EHP	(	c2rBundle *	res,
		reflparams	source,
		reflparams	target,
		reflcontainer *	cs,
		reflcontainer *	ct,
		c2Bundle *	currents,
		double	k,
		int	numThreads,
		double	epsilon,
		double	t_direction
	)

Calculate EH and P on surface.

Calculate the reflected E, H fields and P, the reflected Poynting vector field, on a surface.

Parameters

res	Pointer to c2rBundle object.
source	reflparams object, source surface.
target	refparams object, target surface.
cs	Pointer to reflcontainer, source surface.
ct	Pointer to reflcontainer, target surface.
currents	Pointer to c2Bundle containing currents on source surface.
k	Wavenumber of radiation, in 1 / mm.
numThreads	Number of computing threads to employ.
epsilon	Electrical permittivity of source medium.
t_direction	Time direction of beam (experimental!).

See also

c2rBundle

reflparams

reflcontainer

c2Bundle

propagateToGrid_JM()

PYPO_DLL void propagateToGrid_JM	(	c2Bundle *	res,
		reflparams	source,
		reflparams	target,
		reflcontainer *	cs,
		reflcontainer *	ct,
		c2Bundle *	currents,
		double	k,
		int	numThreads,
		double	epsilon,
		double	t_direction
	)

Calculate JM on surface.

Calculate the J and M currents on a surface.

Parameters

res	Pointer to c2Bundle object.
source	reflparams object, source surface.
target	refparams object, target surface.
cs	Pointer to reflcontainer, source surface.
ct	Pointer to reflcontainer, target surface.
currents	Pointer to c2Bundle containing currents on source surface.
k	Wavenumber of radiation, in 1 / mm.
numThreads	Number of computing threads to employ.
epsilon	Electrical permittivity of source medium.
t_direction	Time direction of beam (experimental!).

See also

c2Bundle

reflparams

reflcontainer

propagateToGrid_JMEH()

PYPO_DLL void propagateToGrid_JMEH	(	c4Bundle *	res,
		reflparams	source,
		reflparams	target,
		reflcontainer *	cs,
		reflcontainer *	ct,
		c2Bundle *	currents,
		double	k,
		int	numThreads,
		double	epsilon,
		double	t_direction
	)

Calculate JM and EH on surface.

Calculate the J, M currents and E, H fields on a surface.

Parameters

res	Pointer to c4Bundle object.
source	reflparams object, source surface.
target	refparams object, target surface.
cs	Pointer to reflcontainer, source surface.
ct	Pointer to reflcontainer, target surface.
currents	Pointer to c2Bundle containing currents on source surface.
k	Wavenumber of radiation, in 1 / mm.
numThreads	Number of computing threads to employ.
epsilon	Electrical permittivity of source medium.
t_direction	Time direction of beam (experimental!).

See also

c4Bundle

reflparams

reflcontainer

c2Bundle

propagateToGrid_scalar()

PYPO_DLL void propagateToGrid_scalar	(	arrC1 *	res,
		reflparams	source,
		reflparams	target,
		reflcontainer *	cs,
		reflcontainer *	ct,
		arrC1 *	field,
		double	k,
		int	numThreads,
		double	epsilon,
		double	t_direction
	)

Calculate scalar field on surface.

Calculate the incoming scalar field on a surface.

Parameters

res	Pointer to arrC1 object.
source	reflparams object, source surface.
target	refparams object, target surface.
cs	Pointer to reflcontainer, source surface.
ct	Pointer to reflcontainer, target surface.
field	Pointer to arrC1 containing field on source surface.
k	Wavenumber of radiation, in 1 / mm.
numThreads	Number of computing threads to employ.
epsilon	Electrical permittivity of source medium.
t_direction	Time direction of beam (experimental!).

See also

arrC1

reflparams

reflcontainer

propagateToGridf_EH()

PYPO_DLL void propagateToGridf_EH	(	c2Bundlef *	res,
		reflparamsf	source,
		reflparamsf	target,
		reflcontainerf *	cs,
		reflcontainerf *	ct,
		c2Bundlef *	currents,
		float	k,
		int	numThreads,
		float	epsilon,
		float	t_direction
	)

Calculate EH on surface.

Calculate the E, H fields on a surface.

Parameters

res	Pointer to c2Bundlef object.
source	reflparamsf object, source surface.
target	refparamsf object, target surface.
cs	Pointer to reflcontainerf, source surface.
ct	Pointer to reflcontainerf, target surface.
currents	Pointer to c2Bundlef containing currents on source surface.
k	Wavenumber of radiation, in 1 / mm.
numThreads	Number of computing threads to employ.
epsilon	Electrical permittivity of source medium.
t_direction	Time direction of beam (experimental!).

See also

c2Bundlef

reflparamsf

reflcontainerf

propagateToGridf_EHP()

PYPO_DLL void propagateToGridf_EHP	(	c2rBundlef *	res,
		reflparamsf	source,
		reflparamsf	target,
		reflcontainerf *	cs,
		reflcontainerf *	ct,
		c2Bundlef *	currents,
		float	k,
		int	numThreads,
		float	epsilon,
		float	t_direction
	)

Calculate EH and P on surface.

Calculate the reflected E, H fields and P, the reflected Poynting vector field, on a surface.

Parameters

res	Pointer to c2rBundlef object.
source	reflparamsf object, source surface.
target	refparamsf object, target surface.
cs	Pointer to reflcontainerf, source surface.
ct	Pointer to reflcontainerf, target surface.
currents	Pointer to c2Bundlef containing currents on source surface.
k	Wavenumber of radiation, in 1 / mm.
numThreads	Number of computing threads to employ.
epsilon	Electrical permittivity of source medium.
t_direction	Time direction of beam (experimental!).

See also

c2rBundlef

reflparamsf

reflcontainerf

c2Bundle

propagateToGridf_JM()

PYPO_DLL void propagateToGridf_JM	(	c2Bundlef *	res,
		reflparamsf	source,
		reflparamsf	target,
		reflcontainerf *	cs,
		reflcontainerf *	ct,
		c2Bundlef *	currents,
		float	k,
		int	numThreads,
		float	epsilon,
		float	t_direction
	)

Calculate JM on surface.

Calculate the J and M currents on a surface.

Parameters

res	Pointer to c2Bundlef object.
source	reflparamsf object, source surface.
target	refparamsf object, target surface.
cs	Pointer to reflcontainerf, source surface.
ct	Pointer to reflcontainerf, target surface.
currents	Pointer to c2Bundlef containing currents on source surface.
k	Wavenumber of radiation, in 1 / mm.
numThreads	Number of computing threads to employ.
epsilon	Electrical permittivity of source medium.
t_direction	Time direction of beam (experimental!).

See also

c2Bundlef

reflparamsf

reflcontainerf

propagateToGridf_JMEH()

PYPO_DLL void propagateToGridf_JMEH	(	c4Bundlef *	res,
		reflparamsf	source,
		reflparamsf	target,
		reflcontainerf *	cs,
		reflcontainerf *	ct,
		c2Bundlef *	currents,
		float	k,
		int	numThreads,
		float	epsilon,
		float	t_direction
	)

Calculate JM and EH on surface.

Calculate the J, M currents and E, H fields on a surface.

Parameters

res	Pointer to c4Bundlef object.
source	reflparamsf object, source surface.
target	refparamsf object, target surface.
cs	Pointer to reflcontainerf, source surface.
ct	Pointer to reflcontainerf, target surface.
currents	Pointer to c2Bundlef containing currents on source surface.
k	Wavenumber of radiation, in 1 / mm.
numThreads	Number of computing threads to employ.
epsilon	Electrical permittivity of source medium.
t_direction	Time direction of beam (experimental!).

See also

c4Bundlef

reflparamsf

reflcontainerf

c2Bundlef

propagateToGridf_scalar()

PYPO_DLL void propagateToGridf_scalar	(	arrC1f *	res,
		reflparamsf	source,
		reflparamsf	target,
		reflcontainerf *	cs,
		reflcontainerf *	ct,
		arrC1f *	field,
		float	k,
		int	numThreads,
		float	epsilon,
		float	t_direction
	)

Calculate scalar field on surface.

Calculate the incoming scalar field on a surface.

Parameters

res	Pointer to arrC1f object.
source	reflparamsf object, source surface.
target	refparamsf object, target surface.
cs	Pointer to reflcontainerf, source surface.
ct	Pointer to reflcontainerf, target surface.
field	Pointer to arrC1f containing currents on source surface.
k	Wavenumber of radiation, in 1 / mm.
numThreads	Number of computing threads to employ.
epsilon	Electrical permittivity of source medium.
t_direction	Time direction of beam (experimental!).

See also

arrC1f

reflparamsf

reflcontainerf