hemo::PreInlet Class Reference

#include <preInlet.h>

Collaboration diagram for hemo::PreInlet:

Classes
class	CreateDrivingForceFunctional
class	CreatePreInletBoundingBox
class	FillFlagMatrix

Public Member Functions
	PreInlet (hemo::HemoCell *hemocell_, plb::MultiScalarField3D< int > *flagMatrix_)
	PreInlet (hemo::HemoCell *hemocell_, plb::MultiBlockManagement3D &management)
plint	getNumberOfNodes ()
void	createBoundary ()
bool	readNormalizedVelocities ()
void	setDrivingForce ()
void	setDrivingForceTimeDependent (double t)
void	calculateDrivingForce ()
double	interpolate (vector< double > &xData, vector< double > &yData, double x, bool extrapolate)
double	average (vector< double > values)
void	applyPreInletVelocityBoundary ()
void	applyPreInletParticleBoundary ()
void	applyPreInlet ()
void	initializePreInletParticleBoundary ()
void	initializePreInletVelocityBoundary ()
void	initializePreInlet ()
void	autoPreinletFromBoundary (Direction)
void	preInletFromSlice (Direction direction_, Box3D boundary)

Public Attributes
Direction	direction = Direction::Zneg
plb::Box3D	location
plb::Box3D	fluidInlet
int	nProcs = 0
bool	initialized = false
double	drivingForce = 0.0
double	average_vel = 0.0
double	pulseEndTime = 1.0
double	pFrequency = 1.0
std::vector< double >	normalizedVelocityTimes
std::vector< double >	normalizedVelocityValues
std::map< plint, plint >	BlockToMpi
std::map< int, plint >	particleSendMpi
std::map< int, bool >	particleReceiveMpi
std::vector< plint >	communicating_blocks
std::map< int, Box3D >	domain_at_rank
std::vector< int >	my_send_blocks
std::vector< int >	my_recv_blocks
int	sendingBlocks = 0
bool	partOfpreInlet = false
int	inflow_length = 0
int	preinlet_length = 0
bool	communications_mapped = false
std::vector< int >	particle_receivers
std::vector< int >	particle_senders
HemoCell *	hemocell
MultiScalarField3D< int > *	flagMatrix = 0

Constructor & Destructor Documentation

PreInlet() [1/2]

hemo::PreInlet::PreInlet	(	hemo::HemoCell *	hemocell_,
		plb::MultiScalarField3D< int > *	flagMatrix_
	)

PreInlet() [2/2]

hemo::PreInlet::PreInlet	(	hemo::HemoCell *	hemocell_,
		plb::MultiBlockManagement3D &	management
	)

Member Function Documentation

applyPreInlet()

void hemo::PreInlet::applyPreInlet ( )

inline

applyPreInletParticleBoundary()

void hemo::PreInlet::applyPreInletParticleBoundary

(

)

applyPreInletVelocityBoundary()

void hemo::PreInlet::applyPreInletVelocityBoundary

(

)

autoPreinletFromBoundary()

void hemo::PreInlet::autoPreinletFromBoundary

(

Direction

dir_

)

average()

double hemo::PreInlet::average

(

vector< double >

values

)

calculateDrivingForce()

void hemo::PreInlet::calculateDrivingForce

(

)

createBoundary()

void hemo::PreInlet::createBoundary

(

)

getNumberOfNodes()

plint hemo::PreInlet::getNumberOfNodes ( )

inline

initializePreInlet()

void hemo::PreInlet::initializePreInlet ( )

inline

initializePreInletParticleBoundary()

void hemo::PreInlet::initializePreInletParticleBoundary

(

)

initializePreInletVelocityBoundary()

void hemo::PreInlet::initializePreInletVelocityBoundary

(

)

interpolate()

double hemo::PreInlet::interpolate	(	vector< double > &	xData,
		vector< double > &	yData,
		double	x,
		bool	extrapolate
	)

preInletFromSlice()

void hemo::PreInlet::preInletFromSlice	(	Direction	direction_,
		Box3D	boundary
	)

readNormalizedVelocities()

bool hemo::PreInlet::readNormalizedVelocities

(

)

setDrivingForce()

void hemo::PreInlet::setDrivingForce

(

)

setDrivingForceTimeDependent()

void hemo::PreInlet::setDrivingForceTimeDependent

(

double

t

)

Member Data Documentation

average_vel

double hemo::PreInlet::average_vel = 0.0

BlockToMpi

std::map<plint,plint> hemo::PreInlet::BlockToMpi

communicating_blocks

std::vector<plint> hemo::PreInlet::communicating_blocks

communications_mapped

bool hemo::PreInlet::communications_mapped = false

direction

Direction hemo::PreInlet::direction = Direction::Zneg

domain_at_rank

std::map<int, Box3D> hemo::PreInlet::domain_at_rank

drivingForce

double hemo::PreInlet::drivingForce = 0.0

flagMatrix

MultiScalarField3D<int>* hemo::PreInlet::flagMatrix = 0

fluidInlet

plb::Box3D hemo::PreInlet::fluidInlet

hemocell

HemoCell* hemo::PreInlet::hemocell

inflow_length

int hemo::PreInlet::inflow_length = 0

initialized

bool hemo::PreInlet::initialized = false

location

plb::Box3D hemo::PreInlet::location

my_recv_blocks

std::vector<int> hemo::PreInlet::my_recv_blocks

my_send_blocks

std::vector<int> hemo::PreInlet::my_send_blocks

normalizedVelocityTimes

std::vector<double> hemo::PreInlet::normalizedVelocityTimes

normalizedVelocityValues

std::vector<double> hemo::PreInlet::normalizedVelocityValues

nProcs

int hemo::PreInlet::nProcs = 0

particle_receivers

std::vector<int> hemo::PreInlet::particle_receivers

particle_senders

std::vector<int> hemo::PreInlet::particle_senders

particleReceiveMpi

std::map<int,bool> hemo::PreInlet::particleReceiveMpi

particleSendMpi

std::map<int,plint> hemo::PreInlet::particleSendMpi

partOfpreInlet

bool hemo::PreInlet::partOfpreInlet = false

pFrequency

double hemo::PreInlet::pFrequency = 1.0

preinlet_length

int hemo::PreInlet::preinlet_length = 0

pulseEndTime

double hemo::PreInlet::pulseEndTime = 1.0

sendingBlocks

int hemo::PreInlet::sendingBlocks = 0