emRecordAnalyzer< vset_t > Class Template Reference

Class used to print text files in tabluar format with electromagnetic field distribution in space and time. More...

#include <analyzer.h>

Inheritance diagram for emRecordAnalyzer< vset_t >:

Collaboration diagram for emRecordAnalyzer< vset_t >:

Public Member Functions
	emRecordAnalyzer (mngarg< vset_t > vset=NULL, valtype timestep_=0)
	default constructor, channels are uninitialized
int	SetWave (int channel, mngarg< emSourceWave > wptr, mngarg< VecTransform > transform, mngarg< VecTransform > trans_ds) override
	Set the wave, vector and ds transform for channel specified.
template<class projector_t >
int	Project (projector_t &projector, emDataProjector &data_proj, int format, int signature, int scmode=outMOD, long long outfilter=outDefault, int argflags=argAll, int order=ORD_XT, valtype tt1=-1, valtype tt2=-1, valtype dtt=-1, emIntegration *integ=NULL, virt_unary_function< valtype, cvaltype > *norm=NULL, emMediumContainer *med=NULL)
	projects the time data using given projector and outputs to the file of specified format at interval (tt1,tt2) with step dtt.
bool	LocateStep (int itf, int ispace)
	Position index version.
virtual int	GetFields (int itf, int ispace, Vector_3 &E, Vector_3 &H, int ch=0) override
	Get real field vectors, in case of Fourier gransformed fields, returns their modulo.
virtual int	GetFields (valtype tf, int ispace, Vector_3 &E, Vector_3 &H, int ch=0) override
	Get real field vectors, in case of Fourier gransformed fields, returns their modulo.
virtual int	GetCFields (valtype tf, int ispace, cVector_3 &E, cVector_3 &H, int ch=0) override
	Get complex field vectors, in case of time domain fields the imaginary part is zero.
virtual int	GetCFields (int itf, int ispace, cVector_3 &E, cVector_3 &H, int ch=0) override
	Get complex field vectors, in case of time domain fields the imaginary part is zero.
virtual int	GetArgs (int itf, int ispace, valtype &tf, Vector_3 &pos, int ch=0) override
	Get the real time/frequency and space position of the detector entry referenced by integer indices itf (time-frequency) and ispace (space).
Public Member Functions inherited from emComponent
emDump *	GetEmDumper ()
	This function insures that the returned dumper is of true emDumper type.

Protected Attributes
valtype	timestep
	temporary (to account for time shift between E and H)
std::string	format
	format to print real numbers

Detailed Description

template<class vset_t>
class emRecordAnalyzer< vset_t >

Class used to print text files in tabluar format with electromagnetic field distribution in space and time.

EM field is given by class emSourceWave. Template vset_t specifies points set where EM field will be printed. To work with this class you need to add channels which contain field source. After you can call:

• vProject to make tabular text files with EM field distribution in space-time.
• FluxSpectra to calculate Poynting vectr flux through chosen surface.

Member Function Documentation

Project()

template<class vset_t >

template<class projector_t >

int emRecordAnalyzer< vset_t >::Project	(	projector_t &	projector,
		emDataProjector &	data_proj,
		int	format,
		int	signature,
		int	scmode = outMOD,
		long long	outfilter = outDefault,
		int	argflags = argAll,
		int	order = ORD_XT,
		valtype	tt1 = -1,
		valtype	tt2 = -1,
		valtype	dtt = -1,
		emIntegration *	integ = NULL,
		virt_unary_function< valtype, cvaltype > *	norm = NULL,
		emMediumContainer *	med = NULL
	)

projects the time data using given projector and outputs to the file of specified format at interval (tt1,tt2) with step dtt.

Parameters

format	file format (see TABLE_LOG)
signature	Representaion for a wave (see emWaveForms)
scmode	Bit modifiers to specify which part of the value is needed in case of complex number (see outCOMPLEX_MODIFIERS)
outfilter	Bit flags to specify which field types are needed in output (see outTYPE)
argflags	Bit flags to specify which field argument values are needed in output (see argTYPE)
order	Argument change orders (see emArgChangeOrders)
integ	Used to integrate detectors data
norm	Function used to normalize electric and magnetic fields (for example normalization on incident wave)
med	Media distribution in space, can be used to calculate absorption w*Im(epsilon)*E^2

SetWave()

template<class vset_t >

int emRecordAnalyzer< vset_t >::SetWave ( int  channel, mngarg< emSourceWave >  wptr, mngarg< VecTransform >  transform, mngarg< VecTransform >  trans_ds  )

overridevirtual

Set the wave, vector and ds transform for channel specified.

channel 0 is the leading channel, it must have limited signal duration (get_end_time<VEC_INFTY)

Implements emBaseRecordAnalyzer.

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The documentation for this class was generated from the following file:

• analyzer.h