Filler Class Reference

#include <Filler.h>

Inheritance diagram for Filler:

Collaboration diagram for Filler:

List of all members.

Public Member Functions
	Filler ()
	Filler (vector< complex_LC > &rRefrIndex, vector< double > &rQScat, vector< double > &rQAbs, vector< double > &rQAbsFluo, double ContactReduction, V2< float > *pRoughness, Distributions::Distribution *pDistScat, double Theta, double Phi, double PolAngle, double A, double B, double Ellip, const Basesheet *const pBasesheet)
virtual	~Filler (void)
int	Process (WavePacket &wp, int ComponentNumber, bool EntryScattering=false, complex_LC *pPrevRefrIndex=0) const
int	Process (WavePacket &wp) const
void	SetIterationLimit (long N)
Protected Types
enum	Position { IN_FILLER, OUTSIDE }
Protected Member Functions
void	InterceptWall (const V3< double > &rDirection, V3< double > &rPosition, V3< double > &rNormal) const
Protected Attributes
V3< double >	mAVector
double	mEllipticity
double	mTheta
double	mPhi
double	mPolAngle
double	mA
double	mB
double	mC
Transform	mGlobalToLocal

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Member Enumeration Documentation

enum Filler::Position [protected]

IN_FILLER the wp is within th ellipsoid OUTSIDE wp is leaving the ellipsoid

Enumerator:

IN_FILLER
OUTSIDE

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Constructor & Destructor Documentation

Filler::Filler

(

)

[inline]

Filler::Filler	(	vector< complex_LC > &	rRefrIndex,
		vector< double > &	rQScat,
		vector< double > &	rQAbs,
		vector< double > &	rQAbsFluo,
		double	ContactReduction,
		V2< float > *	pRoughness,
		Distributions::Distribution *	pDistScat,
		double	Theta,
		double	Phi,
		double	PolAngle,
		double	A,
		double	B,
		double	Ellip,
		const Basesheet *const	pBasesheet
	)

Constructor.

Parameters:

rRefrIndex	Filler complex refractive index.
QScat	Scattering coefficient.
QAbs	Absorption coefficient.
pDistScat	Scattering distribution. DistributionHenyeyGreenstein is a good choice.
Theta	Polar Direction of filler.
Phi	Azimuthal Direction of filler.
PolAngle	Tilt of filler.
A	Filler a-axis size.
B	Filler b-axis size.
Ellip	Ellipsoide thickness in relation to fiber length distribution
pBasesheet	Pointer to the basesheet containing the filler.

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Filler::~Filler

(

void

)

[virtual]

Destructor.

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Member Function Documentation

void Filler::InterceptWall	(	const V3< double > &	rDirection,
		V3< double > &	rPosition,
		V3< double > &	rNormal
	)		const [protected]

Descr

Parameters:

rDirection	Direction vector
rPosition	Position vector
rNormal	Normal vector

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int Filler::Process	(	WavePacket &	wp,
		int	ComponentNumber,
		bool	EntryScattering = false,
		complex_LC *	pPrevRefrIndex = 0
	)		const [virtual]

Does the raytracing processing.

Parameters:

wp	Wavepacket to process.
EntryScattering	Scateering depends upon entry wave packet will enter in case of Entry scattering is true
ComponentNumber	Reprsents number of component
pPrevRefrIndex	Previouse refractive index

Returns:

int Positive value - the index of the next component entered. TODO: these are not indext of components:???? -3 if absorbed in filler, -2 if going out of the layer downwards, -1 if going out of the layer upwards.

Implements Component.

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int Filler::Process

(

WavePacket &

wp

)

const [virtual]

Calculate transmission/reflection

Parameters:

wp	Wave Packet's object to calculate ditance of interception and call many fuctions of wave packet..

Implements Component.

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void Filler::SetIterationLimit

(

long

N

)

[inline]

Set the maximum number of scattering event in the ellipsoid berore breaking loop and set wp in error. Prevent wp to get stuck in the ellipsoid.

Parameters:

N	maximum of scattering events allowed within the ellipsoid

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Member Data Documentation

double Filler::mA [protected]

A Filler A-axis size

V3<double> Filler::mAVector [protected]

Vector giving ...

double Filler::mB [protected]

B A Filler B-axis size

double Filler::mC [protected]

double Filler::mEllipticity [protected]

Ellipticity of the ellipsoid defined as ......

Transform Filler::mGlobalToLocal [protected]

descr.....

double Filler::mPhi [protected]

Azimuthal angle of the ellipsoid main axis

double Filler::mPolAngle [protected]

Tilt of filler.

double Filler::mTheta [protected]

Polar angle of the ellipsoid main axis

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

• OpenPaperOpt/Filler.h
• OpenPaperOpt/Filler.cpp