p3d::Staticsheet Class Reference

#include <Staticsheet.h>

Inheritance diagram for p3d::Staticsheet:

Collaboration diagram for p3d::Staticsheet:

List of all members.

Public Member Functions
	Staticsheet (double xsize, double ysize, double seglen)
	~Staticsheet ()
int	GetDataSize ()
void	SaveStaticsheet (string filename)
int	ReadFiberFromFile (string filename)
int	Process (WavePacket &wp, int up_down, int internal) const
int	AddFibers (int num, double length, double radius, double formFC)
int	AddFibers (Distributions::Distribution *pDistlen, Distributions::Distribution *pDistwid, Distributions::Distribution *formFC, int num)
int	AddFibers (Distributions::DistributionOneDimension *pDistlen, Distributions::DistributionThreeDimension *pDsitWidFactor, int num)
int	AddFibers (Distributions::DistributionFromFiberSamples *pDistSource, int num)
void	ShuffleFibers ()
void	SetRandomOrientation_vonMises (double kapa, double theta)
void	ApproximateLocalCurl ()
void	PlaceFibers (bool killAngularInformation=true, int numPlaceTests=5)
void	MakePaper3DStructure (Array2D< float > *surf)
void	CalcHeightData (double *mat, int numCells)
double	GetSizeX () const
double	GetSizeY () const
double	GetTotalWeight () const
void	SetTotalWeight (double totalWeight)
double	GetSurfaceWeight () const
void	EstimateLocalSurfWeight (int res, double *data)
void	EstimateSurfaces (double probesize, int *resp, float **datau, float **datal, double *meandiff)
void	SaveEstimateSurfaces (string filename, int res, float *datau, float *datal, double meandiff)
int	GetSegType () const
int	GetFlags () const
void	SetSegType (int segType)
void	SetFlags (int initFlg)
double	GetTop () const
double	GetMedTop () const
double	GetBot () const
double	GetMedBot () const
void	SetTop (double SStr_top)
void	SetMedTop (double SStr_mtop)
void	SetBot (double SStr_bot)
void	SetMedBot (double SStr_mbot)
vector< Fiber * >::const_iterator	FiberBegin () const
vector< Fiber * >::const_iterator	FiberEnd () const

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Detailed Description

Basesheet implementing the static network model 1.in this model, the network only contains the fibers 2.No other fillers

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Constructor & Destructor Documentation

Staticsheet::Staticsheet	(	double	xsize,
		double	ysize,
		double	seglen
	)

Staticsheet::~Staticsheet

(

)

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Member Function Documentation

int Staticsheet::AddFibers	(	int	num,
		double	length,
		double	radius,
		double	formFC
	)

Adds fibers with given parameters Returns number of fibers added

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int Staticsheet::AddFibers	(	Distributions::Distribution *	pDistlen,
		Distributions::Distribution *	pDistwid,
		Distributions::Distribution *	formFC,
		int	num
	)

Add the fibers using distribution function from Grace

Parameters:

pDistlen	Distribution
pDistwid	Distribution
formFC	Distribution
num	int

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int Staticsheet::AddFibers	(	Distributions::DistributionOneDimension *	pDistlen,
		Distributions::DistributionThreeDimension *	pDsitWidFactor,
		int	num
	)

Add the fibers using the distribution funtion from P3D

Parameters:

pDistlen	DistributionOneDimension
pDsitWidFactor	DistributionThreeDimension
num	int

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int Staticsheet::AddFibers	(	Distributions::DistributionFromFiberSamples *	pDistSource,
		int	num
	)

Add the fibers using the fiber sample data

Parameters:

pDistSource

DistributionFromFiberSamples

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void Staticsheet::ApproximateLocalCurl

(

)

Calculates local curl-angle along the fibers

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void Staticsheet::CalcHeightData	(	double *	mat,
		int	numCells
	)

mat->2*numCells 1,:->MidHeight 2,:->Fibers [0,1]

Parameters:

mat
numCells

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void Staticsheet::EstimateLocalSurfWeight	(	int	res,
		double *	data
	)

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void Staticsheet::EstimateSurfaces	(	double	probesize,
		int *	resp,
		float **	datau,
		float **	datal,
		double *	meandiff
	)

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vector<Fiber*>::const_iterator p3d::Staticsheet::FiberBegin

(

)

const [inline]

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vector<Fiber*>::const_iterator p3d::Staticsheet::FiberEnd

(

)

const [inline]

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double p3d::Staticsheet::GetBot

(

)

const [inline]

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int Staticsheet::GetDataSize

(

)

int p3d::Staticsheet::GetFlags

(

)

const [inline]

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double p3d::Staticsheet::GetMedBot

(

)

const [inline]

double p3d::Staticsheet::GetMedTop

(

)

const [inline]

int p3d::Staticsheet::GetSegType

(

)

const [inline]

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double p3d::Staticsheet::GetSizeX

(

)

const [inline]

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double p3d::Staticsheet::GetSizeY

(

)

const [inline]

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double p3d::Staticsheet::GetSurfaceWeight

(

)

const [inline]

double p3d::Staticsheet::GetTop

(

)

const [inline]

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double p3d::Staticsheet::GetTotalWeight

(

)

const [inline]

void Staticsheet::MakePaper3DStructure

(

Array2D< float > *

surf

)

Places fibers in 3d given positions. Crude approximation... Assumes fiber does not cross itself within minimum searchlength required by algorithm

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void Staticsheet::PlaceFibers	(	bool	killAngularInformation = true,
		int	numPlaceTests = 5
	)

Position fibers given angular information

Parameters:

killAngularInformation	eliminate the angle information if set to true
numPlaceTests	times used to test fiber placement

Algorithm: Place each fiber <numPlaceTests> times. For each placing integrate f(x) over the area coverd by the fiber. Select the placing with the smalest integrated value

f(x)=poly of deg 3, f(0)=0, f(mean)=1 f'(mean)=0 f''(mean)=0

Parameters:

killAngularInformation	bool true:delelte the angle information false:keep the angle information
numPlaceTests	int number of the test when try to place fiber in different location

Returns:

void

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int p3d::Staticsheet::Process	(	WavePacket &	wp,
		int	up_down,
		int	internal
	)		const [inline, virtual]

This class is derived from StructureObject, which requires a Process method

Implements StructureObject.

int Staticsheet::ReadFiberFromFile

(

string

filename

)

init the mFibers from the binary file

Parameters:

filename

the path of the file

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void Staticsheet::SaveEstimateSurfaces	(	string	filename,
		int	res,
		float *	datau,
		float *	datal,
		double	meandiff
	)

Save the surfaces of the basesheet into designated files The discription of surface save in XML file The height of the surface saved in BINARY file

Parameters:

resp	the result
datau	upper surface
datal	lower surface
meandiff	average mean difference between upper and lower surface

void Staticsheet::SaveStaticsheet

(

string

filename

)

void p3d::Staticsheet::SetBot

(

double

SStr_bot

)

[inline]

void p3d::Staticsheet::SetFlags

(

int

initFlg

)

[inline]

void p3d::Staticsheet::SetMedBot

(

double

SStr_mbot

)

[inline]

void p3d::Staticsheet::SetMedTop

(

double

SStr_mtop

)

[inline]

void Staticsheet::SetRandomOrientation_vonMises	(	double	kapa,
		double	theta
	)

Set orientation on all fibers not allready set

Parameters:

kapa	algorithm required parameters
theta	algorithm required parameters

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void p3d::Staticsheet::SetSegType

(

int

segType

)

[inline]

void p3d::Staticsheet::SetTop

(

double

SStr_top

)

[inline]

void p3d::Staticsheet::SetTotalWeight

(

double

totalWeight

)

[inline]

void Staticsheet::ShuffleFibers

(

)

Mixes the fibers after addision of diffrent types of fibers

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

• OpenPaperOpt/Staticsheet.h
• OpenPaperOpt/Staticsheet.cpp