ElasticFilament Class Reference

#include <ElasticFilament.h>

Public Types
enum	FilamentPropertyFlag {   SET_BENDING_PARAMETER, SET_DENSITY, SET_N_FILAMENT_POINTS, SET_N_END_POINTS,   SET_END_RADIUS, SET_THICKNESS, SET_LENGTH, SET_A_PARAMETER,   SET_B_PARAMETER, SET_OMEGA, SET_K_NUMBER }
enum	FilamentDynamicsType {   PRESCRIBED_DYNAMICS, LINEAR_BEAM_DYNAMICS, NONLINEAR_BEAM_DYNAMICS, EXTENSIBLE_KIRCHOFF_DYNAMICS,   INEXTENSIBLE_KIRCHOFF_DYNAMICS }

Public Member Functions
	ElasticFilament (int nFilamentPoints=17, int nEndPoints=3)
	~ElasticFilament ()
void	setProperties (enum FilamentPropertyFlag flag, real value)
void	setProperties (enum FilamentPropertyFlag flag, int value)
void	getProperties (enum FilamentPropertyFlag flag, real &value)
void	getProperties (enum FilamentPropertyFlag flag, int &value)
void	initialize ()
void	initializeSurfaceData (double time)
HyperbolicMapping *	getHyperbolicMappingPointer ()
void	regenerateBodyFittedMapping ()
void	regenerateBodyFittedMapping (HyperbolicMapping *pHyper00)
int	integrate (real tf, const RealCompositeGridFunction &surfStress, real t)
int	evaluateSurfaceAtTime (real time0)
void	copyBodyFittedMapping (HyperbolicMapping &copyMap, aString *pNewMappingName=NULL)
void	referenceMap (int gridToMove, CompositeGrid &cg)
void	replaceHyperbolicMapping (HyperbolicMapping *pNewHyper)
HyperbolicMapping	getHyperbolicMapping ()
Mapping *	getSurface ()
int	update (GenericGraphicsInterface &gi)
int	getVelocityBC (const real time0, const Index &I1, const Index &I2, const Index &I3, realSerialArray &bcVelocity)
int	getAccelerationBC (const real time0, const Index &I1, const Index &I2, const Index &I3, realSerialArray &bcAcceleration)
void	initializeFromFilamentMapping (FilamentMapping *pFilamCopy)

Public Attributes
FilamentDynamicsType	filamentDynamicsType
int	numberOfSteps
int	maximumNumberToSave
int	numberSaved
RealArray	time
real	tcomp
int	current
real	mass
real	density
real	bendingMoment
real	el
realSerialArray	xAll
realSerialArray	vAll
realSerialArray	accelAll
realSerialArray	rhsAll
realSerialArray	x0
realSerialArray	v0
realSerialArray	surfaceStress
FilamentMapping *	pFilamentMapping
bool	isFilamentMappingMine
int	debug
RealArray	xDebug
int	nFilamentPoints
int	nTotalThickFilamentPoints
realSerialArray	xFilament
realSerialArray	x_t
realSerialArray	x_tt
realSerialArray	xr
realSerialArray	xr_t
realSerialArray	xr_tt
realSerialArray	xThickFilament
realSerialArray	surfaceVelocity
real	surfaceVelocityTime
realSerialArray	surfaceAcceleration
real	surfaceAccelerationTime
realSerialArray	stressThickFilament

Member Enumeration Documentation

enum ElasticFilament::FilamentDynamicsType

Enumerator
PRESCRIBED_DYNAMICS
LINEAR_BEAM_DYNAMICS
NONLINEAR_BEAM_DYNAMICS
EXTENSIBLE_KIRCHOFF_DYNAMICS
INEXTENSIBLE_KIRCHOFF_DYNAMICS

enum ElasticFilament::FilamentPropertyFlag

Enumerator
SET_BENDING_PARAMETER
SET_DENSITY
SET_N_FILAMENT_POINTS
SET_N_END_POINTS
SET_END_RADIUS
SET_THICKNESS
SET_LENGTH
SET_A_PARAMETER
SET_B_PARAMETER
SET_OMEGA
SET_K_NUMBER

Constructor & Destructor Documentation

ElasticFilament::ElasticFilament	(	int	nFilamentPoints = 17,
		int	nEndPoints = 3
	)

References bendingMoment, current, density, el, filamentDynamicsType, initialize(), isFilamentMappingMine, mass, maximumNumberToSave, nFilamentPoints, nTotalThickFilamentPoints, numberOfSteps, numberSaved, pFilamentMapping, and PRESCRIBED_DYNAMICS.

ElasticFilament::~ElasticFilament

(

)

References isFilamentMappingMine, and pFilamentMapping.

Member Function Documentation

void ElasticFilament::copyBodyFittedMapping	(	HyperbolicMapping &	copyMap,
		aString *	pNewMappingName = NULL
	)

References assert(), and pFilamentMapping.

Referenced by DeformingBodyMotion::initializePast(), and DeformingBodyMotion::regenerateComponentGrids().

int ElasticFilament::evaluateSurfaceAtTime

(

real

time0

)

References assert(), filamentDynamicsType, pFilamentMapping, and PRESCRIBED_DYNAMICS.

Referenced by DeformingBodyMotion::initializePast(), initializeSurfaceData(), and DeformingBodyMotion::regenerateComponentGrids().

int ElasticFilament::getAccelerationBC	(	const real	time0,
		const Index &	I1,
		const Index &	I2,
		const Index &	I3,
		realSerialArray &	bcAcceleration
	)

References assert(), e, i, pFilamentMapping, surfaceAcceleration, and surfaceAccelerationTime.

Referenced by DeformingBodyMotion::getAccelerationBC().

HyperbolicMapping ElasticFilament::getHyperbolicMapping

(

)

References assert(), getHyperbolicMappingPointer(), and pFilamentMapping.

HyperbolicMapping * ElasticFilament::getHyperbolicMappingPointer

(

)

References assert(), and pFilamentMapping.

Referenced by getHyperbolicMapping().

void ElasticFilament::getProperties	(	enum FilamentPropertyFlag	flag,
		real &	value
	)

void ElasticFilament::getProperties	(	enum FilamentPropertyFlag	flag,
		int &	value
	)

Mapping * ElasticFilament::getSurface

(

)

References assert(), and pFilamentMapping.

int ElasticFilament::getVelocityBC	(	const real	time0,
		const Index &	I1,
		const Index &	I2,
		const Index &	I3,
		realSerialArray &	bcVelocity
	)

References assert(), e, i, pFilamentMapping, surfaceVelocity, and surfaceVelocityTime.

Referenced by DeformingBodyMotion::getVelocityBC().

void ElasticFilament::initialize

(

)

References maximumNumberToSave, nFilamentPoints, nTotalThickFilamentPoints, pFilamentMapping, rhsAll, surfaceAcceleration, surfaceVelocity, time, v0, vAll, x0, x_t, x_tt, xAll, xFilament, xr, xr_t, and xr_tt.

Referenced by ElasticFilament(), and initializeFromFilamentMapping().

void ElasticFilament::initializeFromFilamentMapping

(

FilamentMapping *

pFilamCopy

)

References initialize(), isFilamentMappingMine, nFilamentPoints, nTotalThickFilamentPoints, OV_ABORT(), pFilamentMapping, and xFilament.

Referenced by DeformingBodyMotion::initialize().

void ElasticFilament::initializeSurfaceData

(

double

time

)

References evaluateSurfaceAtTime(), and tcomp.

int ElasticFilament::integrate	(	real	tf,
		const RealCompositeGridFunction &	surfStress,
		real	t
	)

References assert(), filamentDynamicsType, pFilamentMapping, PRESCRIBED_DYNAMICS, and tcomp.

Referenced by DeformingBodyMotion::integrate().

void ElasticFilament::referenceMap	(	int	gridToMove,
		CompositeGrid &	cg
	)

References assert(), and pFilamentMapping.

Referenced by DeformingBodyMotion::initializePast(), and DeformingBodyMotion::regenerateComponentGrids().

void ElasticFilament::regenerateBodyFittedMapping

(

)

References assert(), and pFilamentMapping.

void ElasticFilament::regenerateBodyFittedMapping

(

HyperbolicMapping *

pHyper00

)

References assert(), and pFilamentMapping.

void ElasticFilament::replaceHyperbolicMapping

(

HyperbolicMapping *

pNewHyper

)

References assert(), and pFilamentMapping.

void ElasticFilament::setProperties	(	enum FilamentPropertyFlag	flag,
		real	value
	)

void ElasticFilament::setProperties	(	enum FilamentPropertyFlag	flag,
		int	value
	)

int ElasticFilament::update

(

GenericGraphicsInterface &

gi

)

References assert(), and pFilamentMapping.

Referenced by DeformingBodyMotion::update().

Member Data Documentation

realSerialArray ElasticFilament::accelAll

real ElasticFilament::bendingMoment

Referenced by ElasticFilament().

int ElasticFilament::current

Referenced by ElasticFilament().

int ElasticFilament::debug

real ElasticFilament::density

Referenced by ElasticFilament().

real ElasticFilament::el

Referenced by ElasticFilament().

FilamentDynamicsType ElasticFilament::filamentDynamicsType

Referenced by ElasticFilament(), evaluateSurfaceAtTime(), and integrate().

bool ElasticFilament::isFilamentMappingMine

Referenced by ElasticFilament(), initializeFromFilamentMapping(), and ~ElasticFilament().

real ElasticFilament::mass

Referenced by ElasticFilament().

int ElasticFilament::maximumNumberToSave

Referenced by ElasticFilament(), and initialize().

int ElasticFilament::nFilamentPoints

Referenced by ElasticFilament(), initialize(), and initializeFromFilamentMapping().

int ElasticFilament::nTotalThickFilamentPoints

Referenced by ElasticFilament(), initialize(), and initializeFromFilamentMapping().

int ElasticFilament::numberOfSteps

Referenced by ElasticFilament().

int ElasticFilament::numberSaved

Referenced by ElasticFilament().

FilamentMapping* ElasticFilament::pFilamentMapping

Referenced by copyBodyFittedMapping(), ElasticFilament(), evaluateSurfaceAtTime(), getAccelerationBC(), getHyperbolicMapping(), getHyperbolicMappingPointer(), getSurface(), getVelocityBC(), initialize(), initializeFromFilamentMapping(), integrate(), referenceMap(), regenerateBodyFittedMapping(), replaceHyperbolicMapping(), update(), and ~ElasticFilament().

realSerialArray ElasticFilament::rhsAll

Referenced by initialize().

realSerialArray ElasticFilament::stressThickFilament

realSerialArray ElasticFilament::surfaceAcceleration

Referenced by getAccelerationBC(), and initialize().

real ElasticFilament::surfaceAccelerationTime

Referenced by getAccelerationBC().

realSerialArray ElasticFilament::surfaceStress

realSerialArray ElasticFilament::surfaceVelocity

Referenced by getVelocityBC(), and initialize().

real ElasticFilament::surfaceVelocityTime

Referenced by getVelocityBC().

real ElasticFilament::tcomp

Referenced by initializeSurfaceData(), and integrate().

RealArray ElasticFilament::time

Referenced by initialize().

realSerialArray ElasticFilament::v0

Referenced by initialize().

realSerialArray ElasticFilament::vAll

Referenced by initialize().

realSerialArray ElasticFilament::x0

Referenced by initialize().

realSerialArray ElasticFilament::x_t

Referenced by initialize().

realSerialArray ElasticFilament::x_tt

Referenced by initialize().

realSerialArray ElasticFilament::xAll

Referenced by initialize().

RealArray ElasticFilament::xDebug

realSerialArray ElasticFilament::xFilament

Referenced by initialize(), and initializeFromFilamentMapping().

realSerialArray ElasticFilament::xr

Referenced by initialize().

realSerialArray ElasticFilament::xr_t

Referenced by initialize().

realSerialArray ElasticFilament::xr_tt

Referenced by initialize().

realSerialArray ElasticFilament::xThickFilament

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

• ElasticFilament.h
• ElasticFilament.C