InterfaceBeam.cpp File Reference

Implementations for beam initialization interface. More...

#include "InterfaceBeam.h"

Functions
void	makeRTframe (RTDict rdict, cframe *fr)
void	makeGRTframe (GRTDict grdict, cframe *fr)
void	makeGauss (GPODict gdict, reflparams plane, c2Bundle *res_field, c2Bundle *res_current)
void	makeScalarGauss (ScalarGPODict sgdict, reflparams plane, arrC1 *res_field)
void	calcCurrents (c2Bundle *res_field, c2Bundle *res_current, reflparams refldict, int mode)

Detailed Description

Implementations for beam initialization interface.

Implementation of interface for initializing ray-trace frames and PO beams.

Function Documentation

calcCurrents()

void calcCurrents	(	c2Bundle *	res_field,
		c2Bundle *	res_current,
		reflparams	refldict,
		int	mode
	)

Calculate currents from electromagnetic field.

Calculate the J and M vectorial currents given a vectorial E and H field. Can calculate full currents, PMC and PEC surfaces. Wrapper for calcJM.

Parameters

res_field	Pointer to c2Bundle or c2Bundlef object.
res_current	Pointer to c2Bundle or c2Bundlef object.
refldict	reflparams or reflparamsf object corresponding to surface on which to calculate currents.
mode	How to calculate currents. 0 is full currents, 1 is PMC and 2 is PEC.

See also

calcJM()

c2Bundle

c2Bundlef

reflparams

reflparamsf

makeGauss()

void makeGauss	(	GPODict	gdict,
		reflparams	plane,
		c2Bundle *	res_field,
		c2Bundle *	res_current
	)

Initialize Gaussian beam from GPODict or GPODictf.

Takes a GPODict or GPODictf and generates two arrC3 or arrC3f objects, which contain the field and associated currents and are allocated to passed pointer arguments. Wrapper for initGauss.

Parameters

gdict	GPODict or GPODictf object from which to generate a Gaussian beam.
plane	reflparams or reflparamsf object corresponding to surface on which to generate the Gaussian beam.
res_field	Pointer to c2Bundle or c2Bundlef object.
res_current	Pointer to c2Bundle or c2Bundlef object.

See also

initGauss()

GPODict

GPODictf

reflparams

reflparamsf

c2Bundle

c2Bundlef

makeGRTframe()

void makeGRTframe	(	GRTDict	grdict,
		cframe *	fr
	)

Generate Gaussian ray-trace frame.

Generate a ray-trace frame from an RTDict or RTDictf. Generates xy points and directions from Gaussian distribution. Wrapper for initRTGauss.

Parameters

grdict	GRTDict or GRTDictf object.
fr	Pointer to cframe or cframef object.

See also

initFrame()

GRTDict

GRTDictf

cframe

cframef

makeRTframe()

void makeRTframe	(	RTDict	rdict,
		cframe *	fr
	)

Generate concentric ellipse ray-trace frame.

Generate a ray-trace frame from an RTDict or RTDictf. The frame consists of concentring ellipses. Wrapper for initFrame.

Parameters

rdict	RTDict or RTDictf object.
fr	Pointer to cframe or cframef object.

See also

initFrame()

RTDict

RTDictf

cframe

cframef

makeScalarGauss()

void makeScalarGauss	(	ScalarGPODict	sgdict,
		reflparams	plane,
		arrC1 *	res_field
	)

Initialize Gaussian beam from GPODict or GPODictf.

Takes a GPODict or GPODictf and generates two arrC3 or arrC3f objects, which contain the field and associated currents and are allocated to passed pointer arguments. Wrapper for initGauss.

Parameters

gdict	GPODict or GPODictf object from which to generate a Gaussian beam.
plane	reflparams or reflparamsf object corresponding to surface on which to generate the Gaussian beam.
res_field	Pointer to c2Bundle or c2Bundlef object.
res_current	Pointer to c2Bundle or c2Bundlef object.

See also

initGauss()

GPODict

GPODictf

reflparams

reflparamsf

c2Bundle

c2Bundlef