#include <Fiber.h>

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Public Member Functions
	Fiber (vector< complex_LC > &rRefrIndex, vector< complex_LC > &rLumenRefrIndex, vector< double > &rQScat, vector< double > &rQAbs, vector< double > &rQAbsFluo, double ContactReduction, V2< float > pRoughness, Distributions::Distribution pDistScat, double Theta, double Phi, double PolAngle, double Ellipticity, double Length, double Width, double WallThickness, const Basesheet *const pBasesheet)
	~Fiber (void)
int	Process (WavePacket &wp, int ComponentNumber, bool EntryScattering=false, complex_LC *pPrevRefrIndex=0) const
int	Process (WavePacket &wp) const
const V3< double > &	GetDirectionVector () const
const double	GetPolAngle () const
const double	GetEllipticity () const
const double	GetWidth () const
void	SetIterationLimit (long N)

Constructor & Destructor Documentation

Fiber::Fiber	(	vector< complex_LC > &	rRefrIndex,
		vector< complex_LC > &	rLumenRefrIndex,
		vector< double > &	rQScat,
		vector< double > &	rQAbs,
		vector< double > &	rQAbsFluo,
		double	ContactReduction,
		V2< float > *	pRoughness,
		Distributions::Distribution *	pDistScat,
		double	Theta,
		double	Phi,
		double	PolAngle,
		double	Ellipticity,
		double	Length,
		double	Width,
		double	WallThickness,
		const Basesheet *const	pBasesheet
	)

Constructor. Parameter constructor is used to set these parameters to these properties

Parameters:

rRefrIndex	Fiberwall refractive index.
rLumenRefrIndex	Lumen refractive index.
rQScat	Scattering coefficient in fiber wall.
rQAbs	Absorption coefficient in fiber wall.
ContactReduction	Probability reduction of encountering the same component on exit. [0, 1].
pRoughness	Microroughness of this fiber. The V2 contains rms low and rms high.
pDistScat	Scattering distribution. DistributionHenyeyGreenstein is common.
Theta	Polar orientation
Phi	Azimuthal orientation
PolAngle	Tilt angle
Ellipticity	Cross-section ellipticity
Length
Width	length of the major axis of the elliptical cross-section
WallThickness	Fiberwall thickness in proportion to fiber width. [0, 1].
pBasesheet	Pointer to the basesheet containing the fiber (to access methods).

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Fiber::~Fiber ( void )

Destructor.

Member Function Documentation

const V3<double>& Fiber::GetDirectionVector ( ) const [inline]

Returns Direction vector

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const double Fiber::GetEllipticity ( ) const [inline]

Returns ellipcity of elliptic distribution

const double Fiber::GetPolAngle ( ) const [inline]

Returns Polerized angle

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const double Fiber::GetWidth ( ) const [inline]

Returns ellipsoide width distribution

Does the raytracing processing.

Parameters:

wp	Wavepacket to process.
ComponentNumber	Number of fiber component (0 if first in specs.txt, 1 if second, etc.) Must be set if using contact reduction.

Returns:: int Positive value - the index of the next component entered. -3 if absorbed in fiber, -2 if going out of the layer downwards, -1 if going out of the layer upwards.

Implements Component.

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int Fiber::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 Fiber::SetIterationLimit ( long N ) [inline]

Set iteration limit of component whether wave packet is leaving component

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