#include <Component.h>

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Public Member Functions
void	SetFluorescent (Fluorescence *pFluor)
virtual	~Component (void)
virtual int	Process (WavePacket &wp) const =0
virtual int	Process (WavePacket &wp, int ComponentNumber, bool EntryScattering=false, complex_LC *pPrevRefrIndex=0) const =0
Public Attributes
Fluorescence *	mpFluorescence
Protected Types
enum	Occurrence { NOTHING, SCATTERING, ABSORPTION }
Protected Member Functions
	Component ()
	Component (const StructureObject const pStructureObject, vector< complex_LC > pRefrIndex, vector< double > pQScat, vector< double > pQAbs, vector< double > pQAbsFluo, Distributions::Distribution pDistScat, double ContactReduction, V2< float > *pRoughness)
Occurrence	CheckFreePath (const V3< double > &rPrevPos, V3< double > &rCurPos, int NbrLambda, double *pT) const
int	ScatterEnvelope (V3< double > &rDirection, V3< double > &rPolarization, double Lambda, complex_LC N1, complex_LC N2, const V3< double > &rNormal) const
void	ScatterDirection (V3< double > &rDir, V3< double > &rPol, int NbrLambda=0) const
virtual int	WhatWillHappenNext (double Depth, int ComponentNumber) const
Protected Attributes
const StructureObject *	mpStructureObject
vector< complex_LC > *	mpRefrIndex
V2< float > *	mRoughness
vector< double > *	mpQScat
vector< double > *	mpQAbs
vector< double > *	mpQAbsFluo
vector< double >	mpQExt
Distributions::Distribution *	mpDistScat
double	mContactReduction
long	mIterationLimit
bool	mAbsFluoOrNot

Detailed Description

Abstract class with common functions and parameters to all basesheet components (Fibers, pores and fillers).

See also:

Version:: 2008

Member Enumeration Documentation

enum Component::Occurrence [protected]

Enumerator:

NOTHING
SCATTERING
ABSORPTION

Constructor & Destructor Documentation

Component::Component ( ) [protected]

Component::Component	(	const StructureObject *const	pStructureObject,
		vector< complex_LC > *	pRefrIndex,
		vector< double > *	pQScat,
		vector< double > *	pQAbs,
		vector< double > *	pQAbsFluo,
		Distributions::Distribution *	pDistScat,
		double	ContactReduction,
		V2< float > *	pRoughness
	)		`[protected]`

Constructor.

Parameters:

pBasesheet	Instance of basesheet in component to refer components of basesheer(filler,fiber,pore)
pDistComps	Represents component distribution in the thickness direction of the paper
rRefrIndex	Reftractive index to handle complex values of results
pQScat	Distribution scattering vector
pQAbs	Absorption coefficient
pQabsFluo	Absorption coefficient for fluorescing absorption
pDistScat	Scattering distribution. DistributionHenyeyGreenstein is common.
ContactReduction	Reduction of probablity for wave packet to travel from one component to another component
YMin	Y-coordinte to present minimum size of component
YMax	Y-coordinte to present maximum size of basesheet
pRoughness	Roughness vector root mean suare roughness of the paper over the small area
pEl	Instance of StructureObject class is used to appraoch next layer untill last one

Component::~Component ( void ) [virtual]

Destructor.

Member Function Documentation

Component::Occurrence Component::CheckFreePath	(	const V3< double > &	rPrevPos,
		V3< double > &	rCurPos,
		int	NbrLambda,
		double *	pT
	)		const `[protected]`

Free path check.

Check if the wavepacket has travelled further then the free path. In that case it updates cur_pos to the end of the free path.

Parameters:

rPrevPos	Previous position.
rCurPos	Current position.

Returns:: Occurence NOTHING, ABSORBED or SCATTERED.

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virtual int Component::Process ( WavePacket & wp ) const [pure virtual]

Calculate transmission/reflection

Parameters:

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

Implemented in Fiber, Filler, and HomogeneousScatteringMaterial.

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

Implemented in Fiber, Filler, and HomogeneousScatteringMaterial.

void Component::ScatterDirection	(	V3< double > &	rDir,
		V3< double > &	rPol,
		int	NbrLambda = `0`
	)		const `[protected]`

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int Component::ScatterEnvelope	(	V3< double > &	rDirection,
		V3< double > &	rPolarization,
		double	Lambda,
		complex_LC	N1,
		complex_LC	N2,
		const V3< double > &	rNormal
	)		const `[protected]`

Performs the refraction, reflection or scattering in the fiberwall

Parameters:

rDirection	Wavepacket direction vector.
rPolarization	Wavepacket polarization vector.
Lambda	Wavelength.
N1	Complex refraction index of incident medium.
N2	Complex refraction index of refractive medium.
rNormal	Normal vector.

Returns:: int 1 - Reflected, 2 - Transmitted

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void Component::SetFluorescent ( Fluorescence * pFluor ) [inline]

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int Component::WhatWillHappenNext	(	double	Depth,
		int	ComponentNumber
	)		const `[protected, virtual]`

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Member Data Documentation

bool Component::mAbsFluoOrNot [protected]

Used for differenting different versions of fluorescence process implementation If 1, non fluorescing and fluorescing absorption coefficients are used. If 0, only one absorption coefficient is defined, and it is also used to start fluorescence according to the quantum yield fluorescence matrix

double Component::mContactReduction [protected]

long Component::mIterationLimit [protected]

Maximum scattering event within a StructureObject