RadiationBoundaryCondition Class Reference

#include <RadiationBoundaryCondition.h>

Collaboration diagram for RadiationBoundaryCondition:

Public Member Functions
	RadiationBoundaryCondition (int orderOfAccuracy=4)
	~RadiationBoundaryCondition ()
int	initialize (MappedGrid &mg, int side, int axis, int nc1=0, int nc2=0, real c_=1., real period_=-1., int numberOfModes_=-1, int orderOfTimeStepping_=-1, int numberOfPoles_=-1)
int	assignBoundaryConditions (realMappedGridFunction &u, real t, real dt, realMappedGridFunction &u2)
int	setOrderOfAccuracy (int orderOfAccuracy)
	RadiationBoundaryCondition (int orderOfAccuracy=4)
	~RadiationBoundaryCondition ()
int	initialize (MappedGrid &mg, int side, int axis, int nc1=0, int nc2=0, real c_=1., real period_=-1., int numberOfModes_=-1, int orderOfTimeStepping_=-1, int numberOfPoles_=-1)
int	assignBoundaryConditions (realMappedGridFunction &u, real t, real dt, realMappedGridFunction &u2)
int	setOrderOfAccuracy (int orderOfAccuracy)

Public Attributes
OGFunction *	tz

Static Public Attributes
static int	debug =0
static real	cpuTime =0.

Protected Attributes
RadiationKernel *	radiationKernel
int	nc1
int	nc2
int	numberOfGridPoints
int	numberOfModes
int	orderOfTimeStepping
int	numberOfPoles
double	period
double	c
double	radius
int	rside
int	raxis
int	orderOfAccuracy
int	numberOfDerivatives
int	numberOfTimeLevels
int	currentTimeLevel
real	currentTime
RealArray	uSave
RealArray	uxSave

Constructor & Destructor Documentation

RadiationBoundaryCondition::RadiationBoundaryCondition

(

int

orderOfAccuracy = 4

)

References currentTime, currentTimeLevel, numberOfDerivatives, numberOfTimeLevels, orderOfAccuracy, radiationKernel, raxis, rside, and tz.

RadiationBoundaryCondition::~RadiationBoundaryCondition

(

)

References radiationKernel.

RadiationBoundaryCondition::RadiationBoundaryCondition

(

int

orderOfAccuracy = 4

)

RadiationBoundaryCondition::~RadiationBoundaryCondition

(

)

Member Function Documentation

int RadiationBoundaryCondition::assignBoundaryConditions	(	realMappedGridFunction &	u,
		real	t,
		real	dt,
		realMappedGridFunction &	u2
	)

References assert(), axis, c, cpuTime, currentTime, currentTimeLevel, debug, dx, eps, RadiationKernel::evaluateKernel(), RadiationKernel::getKernelType(), grid, gridType, i, i1, I1, i2, I2, i3, I3, isRectangular, m, mg, mu, N(), n, nc1, nc2, numberOfDerivatives, numberOfTimeLevels, orderOfAccuracy, RadiationKernel::planar, printF(), R, radEval, radiationKernel, raxis, rside, side, tz, u, uSave, and vvn.

Referenced by Maxwell::assignBoundaryConditions().

int RadiationBoundaryCondition::assignBoundaryConditions	(	realMappedGridFunction &	u,
		real	t,
		real	dt,
		realMappedGridFunction &	u2
	)

int RadiationBoundaryCondition::initialize	(	MappedGrid &	mg,
		int	side,
		int	axis,
		int	nc1 = 0,
		int	nc2 = 0,
		real	c_ = 1.,
		real	period_ = -1.,
		int	numberOfModes_ = -1,
		int	orderOfTimeStepping_ = -1,
		int	numberOfPoles_ = -1
	)

References assert(), axis, c, currentTime, currentTimeLevel, RadiationKernel::cylindrical, dx, RadiationKernel::initialize(), isRectangular, nc1, nc2, numberOfDerivatives, numberOfGridPoints, numberOfModes, numberOfPoles, numberOfTimeLevels, orderOfAccuracy, orderOfTimeStepping, period, printF(), r, radiationKernel, radius, raxis, rside, RadiationKernel::setKernelType(), side, uSave, and x.

Referenced by Maxwell::initializeRadiationBoundaryConditions().

int RadiationBoundaryCondition::initialize	(	MappedGrid &	mg,
		int	side,
		int	axis,
		int	nc1 = 0,
		int	nc2 = 0,
		real	c_ = 1.,
		real	period_ = -1.,
		int	numberOfModes_ = -1,
		int	orderOfTimeStepping_ = -1,
		int	numberOfPoles_ = -1
	)

int RadiationBoundaryCondition::setOrderOfAccuracy

(

int

orderOfAccuracy

)

References orderOfAccuracy.

Referenced by Maxwell::initializeRadiationBoundaryConditions().

int RadiationBoundaryCondition::setOrderOfAccuracy

(

int

orderOfAccuracy

)

Member Data Documentation

double RadiationBoundaryCondition::c

protected

Referenced by assignBoundaryConditions(), and initialize().

static real RadiationBoundaryCondition::cpuTime =0.

static

Referenced by assignBoundaryConditions(), and Maxwell::printStatistics().

real RadiationBoundaryCondition::currentTime

protected

Referenced by assignBoundaryConditions(), initialize(), and RadiationBoundaryCondition().

int RadiationBoundaryCondition::currentTimeLevel

protected

Referenced by assignBoundaryConditions(), initialize(), and RadiationBoundaryCondition().

static int RadiationBoundaryCondition::debug =0

static

Referenced by assignBoundaryConditions(), and Maxwell::assignBoundaryConditions().

int RadiationBoundaryCondition::nc1

protected

Referenced by assignBoundaryConditions(), and initialize().

int RadiationBoundaryCondition::nc2

protected

Referenced by assignBoundaryConditions(), and initialize().

int RadiationBoundaryCondition::numberOfDerivatives

protected

Referenced by assignBoundaryConditions(), initialize(), and RadiationBoundaryCondition().

int RadiationBoundaryCondition::numberOfGridPoints

protected

Referenced by initialize().

int RadiationBoundaryCondition::numberOfModes

protected

Referenced by initialize().

int RadiationBoundaryCondition::numberOfPoles

protected

Referenced by initialize().

int RadiationBoundaryCondition::numberOfTimeLevels

protected

Referenced by assignBoundaryConditions(), initialize(), and RadiationBoundaryCondition().

int RadiationBoundaryCondition::orderOfAccuracy

protected

Referenced by assignBoundaryConditions(), initialize(), RadiationBoundaryCondition(), and setOrderOfAccuracy().

int RadiationBoundaryCondition::orderOfTimeStepping

protected

Referenced by initialize().

double RadiationBoundaryCondition::period

protected

Referenced by initialize().

RadiationKernel * RadiationBoundaryCondition::radiationKernel

protected

Referenced by assignBoundaryConditions(), initialize(), RadiationBoundaryCondition(), and ~RadiationBoundaryCondition().

double RadiationBoundaryCondition::radius

protected

Referenced by initialize().

int RadiationBoundaryCondition::raxis

protected

Referenced by assignBoundaryConditions(), initialize(), and RadiationBoundaryCondition().

int RadiationBoundaryCondition::rside

protected

Referenced by assignBoundaryConditions(), initialize(), and RadiationBoundaryCondition().

OGFunction * RadiationBoundaryCondition::tz

Referenced by assignBoundaryConditions(), Maxwell::assignBoundaryConditions(), and RadiationBoundaryCondition().

RealArray RadiationBoundaryCondition::uSave

protected

Referenced by assignBoundaryConditions(), and initialize().

RealArray RadiationBoundaryCondition::uxSave

protected

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

• sm/src/RadiationBoundaryCondition.h
• mx/src/RadiationBoundaryCondition.h
• RadiationBoundaryCondition.C