hemo::HemoCellField Class Reference

#include <hemoCellField.h>

Collaboration diagram for hemo::HemoCellField:

Public Member Functions
	HemoCellField (HemoCellFields &cellFields_, string &name_, unsigned int ctype_, int contructType)
	~HemoCellField ()
T	getVolumeFraction ()
plb::TriangularSurfaceMesh< T > &	getMesh ()
plb::MultiParticleField3D< HemoCellParticleField > *	getParticleField3D ()
plb::MultiBlockLattice3D< T, DESCRIPTOR > *	getFluidField3D ()
int	getNumberOfCells_Global ()
std::string	getIdentifier ()
plb::MultiParticleField3D< HemoCellParticleField > *	getParticleArg ()
void	setOutputVariables (const vector< int > &)
void	statistics ()
void	addSingleCell (hemo::Array< T, 3 > position, plint cellId)
hemo::Array< T, 6 >	getOriginalBoundingBox ()

Public Attributes
std::string	name
HemoCellFields &	cellFields
vector< int >	desiredOutputVariables
plb::TriangularSurfaceMesh< T > *	meshElement = 0
plb::TriangleBoundary3D< T > *	boundaryElement = 0
Config *	materialCfg = 0
unsigned char	ctype
int	numVertex = 0
T	volume = 0
T	volumeFractionOfLspPerNode = 0
T	restingCellVolume = 0
unsigned int	timescale = 1
unsigned int	minimumDistanceFromSolid = 0
bool	outputTriangles = false
vector< hemo::Array< plint, 3 > >	triangle_list
void(*	kernelMethod )(plb::BlockLattice3D< T, DESCRIPTOR > &, HemoCellParticle &)
CellMechanics *	mechanics = 0
plb::MeshMetrics< T > *	meshmetric = 0
bool	doSolidifyMechanics = false
bool	doInteriorViscosity = false
T	interiorViscosityTau = 1.0
plb::Dynamics< T, DESCRIPTOR > *	innerViscosityDynamics = 0

Static Private Attributes
static vector< int >	default_output

Constructor & Destructor Documentation

HemoCellField()

HemoCellField::HemoCellField	(	HemoCellFields &	cellFields_,
		string &	name_,
		unsigned int	ctype_,
		int	contructType
	)

~HemoCellField()

HemoCellField::~HemoCellField

(

)

Member Function Documentation

addSingleCell()

void HemoCellField::addSingleCell	(	hemo::Array< T, 3 >	position,
		plint	cellId
	)

getFluidField3D()

plb::MultiBlockLattice3D< T, DESCRIPTOR > * HemoCellField::getFluidField3D

(

)

getIdentifier()

std::string HemoCellField::getIdentifier

(

)

getMesh()

plb::TriangularSurfaceMesh< T > & HemoCellField::getMesh

(

)

getNumberOfCells_Global()

int HemoCellField::getNumberOfCells_Global

(

)

getOriginalBoundingBox()

hemo::Array< T, 6 > HemoCellField::getOriginalBoundingBox

(

)

getParticleArg()

plb::MultiParticleField3D< HemoCellParticleField > * HemoCellField::getParticleArg

(

)

getParticleField3D()

plb::MultiParticleField3D< HemoCellParticleField > * HemoCellField::getParticleField3D

(

)

getVolumeFraction()

T hemo::HemoCellField::getVolumeFraction

(

)

setOutputVariables()

void HemoCellField::setOutputVariables

(

const vector< int > &

outputs

)

statistics()

void HemoCellField::statistics

(

)

Member Data Documentation

boundaryElement

plb::TriangleBoundary3D<T>* hemo::HemoCellField::boundaryElement = 0

cellFields

HemoCellFields& hemo::HemoCellField::cellFields

ctype

unsigned char hemo::HemoCellField::ctype

default_output

vector< int > HemoCellField::default_output

staticprivate

desiredOutputVariables

vector<int> hemo::HemoCellField::desiredOutputVariables

doInteriorViscosity

bool hemo::HemoCellField::doInteriorViscosity = false

doSolidifyMechanics

bool hemo::HemoCellField::doSolidifyMechanics = false

innerViscosityDynamics

plb::Dynamics<T,DESCRIPTOR>* hemo::HemoCellField::innerViscosityDynamics = 0

interiorViscosityTau

T hemo::HemoCellField::interiorViscosityTau = 1.0

kernelMethod

void(* hemo::HemoCellField::kernelMethod) (plb::BlockLattice3D< T, DESCRIPTOR > &, HemoCellParticle &)

materialCfg

Config* hemo::HemoCellField::materialCfg = 0

mechanics

CellMechanics* hemo::HemoCellField::mechanics = 0

meshElement

plb::TriangularSurfaceMesh<T>* hemo::HemoCellField::meshElement = 0

meshmetric

plb::MeshMetrics<T>* hemo::HemoCellField::meshmetric = 0

minimumDistanceFromSolid

unsigned int hemo::HemoCellField::minimumDistanceFromSolid = 0

name

std::string hemo::HemoCellField::name

numVertex

int hemo::HemoCellField::numVertex = 0

outputTriangles

bool hemo::HemoCellField::outputTriangles = false

restingCellVolume

T hemo::HemoCellField::restingCellVolume = 0

timescale

unsigned int hemo::HemoCellField::timescale = 1

triangle_list

vector<hemo::Array<plint,3> > hemo::HemoCellField::triangle_list

volume

T hemo::HemoCellField::volume = 0

volumeFractionOfLspPerNode

T hemo::HemoCellField::volumeFractionOfLspPerNode = 0