pcMacros.h File Reference

Go to the source code of this file.

Functions
	if (orderOfAccuracy==4)
	if (movingGridProblem())
	if (orderOfTimeExtrapolationForPressure!=-1)
	if (parameters.dbase.get< bool >("twilightZoneFlow"))
else	printF (" **************** METHOD: still need correct initial values for du/dt(t-dt) ****** \n")
	printF (" **************** use values from du/dt(t) ****** \n")
	if (parameters.useConservativeVariables()) gf[mCur].primitiveToConservative()
	if (debug()&8)
	assign (gf[mOld].u, gf[mCur].u)
	for (grid=0;grid< gf[mCur].cg.numberOfComponentGrids();grid++)
	if (false &&orderOfAccuracy==4)

Variables
const int	orderOfPredictorCorrector = parameters.dbase.get<int >("orderOfPredictorCorrector")
const int	orderOfAccuracy = parameters.dbase.get<int >("orderOfAccuracy")
const int	orderOfTimeExtrapolationForPressure = parameters.dbase.get<int >("orderOfTimeExtrapolationForPressure")
	fn [nab0] =0.
gf[mOld]	form =gf[mCur].form
	dtb =dt0
	dtp [0] =dt0
	init =false

Function Documentation

assign	(	gf.	u[mOld],
		gf.	u[mCur]
	)

Referenced by DomainSolver::adaptGrids(), Cgcns::addConstraintEquation(), DomainSolver::advanceAdamsPredictorCorrector(), DomainSolver::advanceImplicitMultiStep(), DomainSolver::advanceSecondOrderSystem(), Cgasf::allSpeedImplicitTimeStep(), Cgsm::assignInitialConditions(), DomainSolver::computeBodyForcing(), Maxwell::computeIntensity(), for(), Cgcns::getAugmentedSolution(), Cgsm::getAugmentedSolution(), Cgins::getAugmentedSolution(), DomainSolver::getAugmentedSolution(), Maxwell::getForcing(), DomainSolver::getInitialConditions(), Cgins::getResidual(), Cgad::implicitSolve(), Cgcns::implicitSolve(), Cgins::implicitSolve(), Cgasf::initializeSolution(), DomainSolver::initializeTimeSteppingIM(), DomainSolver::initializeTimeSteppingPC(), Maxwell::project(), DomainSolver::setupGridFunctions(), Cgasf::solveForAllSpeedPressure(), and Cgins::solveForTimeIndependentVariables().

for

(

)

if

(

orderOfAccuracy

= =4

)

References axis, c, cg, display(), e, fn, getIndex(), grid, I1, I2, I3, isRectangular, ok, pc, side, uc, and V.

if

(

movingGridProblem()

)

if

(

orderOfTimeExtrapolationForPressure!

= -1

)

References assert(), cg, and i.

if

(

parameters.dbase.get< bool >

"twilightZoneFlow"

)

References all, assert(), c, cg, display(), e, fn, getIndex(), grid, i, I1, I2, I3, m, n, orderOfPredictorCorrector, and u.

if

(

parameters.

useConservativeVariables()

)

if

(

debug()&

8

)

References cg, printF(), and u.

if

(

false &&

orderOfAccuracy = =4

)

References assert(), axis, c, cg, display(), e, fn, getIndex(), grid, I1, I2, I3, m, ok, pc, side, uc, and V.

else printF

(

" **************** METHOD: still need correct initial values for du/dt(t-dt) ****** \n"

)

printF

(

" **************** use values from du/dt(t) ****** \n"

)

Variable Documentation

dtb =dt0

Referenced by CGINS_ApproximateFactorization::INS_Factor::addExplicitContribution(), DomainSolver::advanceAdamsPredictorCorrector(), DomainSolver::advanceImplicitMultiStep(), Cgins::advanceLineSolveNew(), Cgins::advanceLineSolveOld(), DomainSolver::advanceSecondOrderSystem(), DomainSolver::boundaryConditionPredictor(), DomainSolver::endTimeStepFE(), DomainSolver::endTimeStepIM(), DomainSolver::endTimeStepPC(), DomainSolver::initializeTimeSteppingFE(), DomainSolver::initializeTimeSteppingIM(), DomainSolver::initializeTimeSteppingPC(), DomainSolver::takeTimeStepAF(), DomainSolver::takeTimeStepFE(), DomainSolver::takeTimeStepIM(), and DomainSolver::takeTimeStepPC().

dtp[4] =dt0

Referenced by DomainSolver::advanceAdamsPredictorCorrector(), DomainSolver::advanceImplicitMultiStep(), DomainSolver::advanceSecondOrderSystem(), DomainSolver::boundaryConditionPredictor(), DomainSolver::endTimeStepFE(), DomainSolver::endTimeStepIM(), DomainSolver::endTimeStepPC(), DomainSolver::getTimeStep(), DomainSolver::initializeTimeSteppingFE(), DomainSolver::initializeTimeSteppingIM(), DomainSolver::initializeTimeSteppingPC(), DomainSolver::takeTimeStepFE(), DomainSolver::takeTimeStepIM(), and DomainSolver::takeTimeStepPC().

fn[nab1] =0.

Referenced by for(), AsfParameters::getNormalForce(), InsParameters::getNormalForce(), CnsParameters::getNormalForce(), if(), DomainSolver::initializeTimeSteppingAF(), DomainSolver::sizeOf(), and DomainSolver::takeTimeStepAF().

gf [mOld] form =gf[mCur].form

Referenced by DomainSolver::applyBoundaryConditions(), CnsParameters::conservativeToPrimitive(), Cgins::determineErrors(), DomainSolver::determineErrors(), AsfParameters::getNormalForce(), CnsParameters::getNormalForce(), DomainSolver::initializeSolution(), and CnsParameters::primitiveToConservative().

init =false

Referenced by DomainSolver::advance(), GridFunctionFilter::applyFilter(), DeformingBodyMotion::initializeGrid(), DomainSolver::initializeTimeSteppingAF(), DomainSolver::initializeTimeSteppingFE(), DomainSolver::initializeTimeSteppingIM(), DomainSolver::initializeTimeSteppingPC(), Cgmp::multiDomainAdvance(), Cgmp::multiDomainAdvanceNew(), Cgcns::project(), DeformingBodyMotion::regenerateComponentGrids(), Cgins::setupGridFunctions(), Cgsm::solve(), and DomainSolver::takeOneStep().

const int orderOfAccuracy = parameters.dbase.get<int >("orderOfAccuracy")

Referenced by DomainSolver::advanceAdamsPredictorCorrector(), DomainSolver::advanceImplicitMultiStep(), DomainSolver::advanceSecondOrderSystem(), Cgasf::allSpeedImplicitTimeStep(), Cgad::applyBoundaryConditions(), Cgins::applyBoundaryConditions(), Cgins::applyBoundaryConditionsForImplicitTimeStepping(), Cgins::applyFourthOrderBoundaryConditions(), Cgins::assignPressureRHS(), DomainSolver::boundaryConditionPredictor(), ProjectVelocity::computeDivergence(), RigidBodyMotion::dirkImplicitSolve(), RigidBodyMotion::getAddedMassMatrices(), RigidBodyMotion::getForce(), RigidBodyMotion::getForceInternal(), Cgcns::getTimeSteppingEigenvalue(), Cgasf::getTimeSteppingEigenvalue(), Cgins::getTimeSteppingEigenvalue(), InsParameters::getTurbulenceModelVariables(), Cgasf::getUt(), Cgins::getUt(), DomainSolver::initializeTimeSteppingIM(), DomainSolver::initializeTimeSteppingPC(), RigidBodyMotion::integrate(), main(), InsParameters::numberOfGhostPointsNeeded(), InsParameters::numberOfGhostPointsNeededForImplicitMatrix(), Cgins::project(), Cgins::setPlotTitle(), DomainSolver::smoothVelocity(), Cgasf::solveForAllSpeedPressure(), RigidBodyMotion::takeStepExtrapolation(), and RigidBodyMotion::takeStepImplicitRungeKutta().

const int orderOfPredictorCorrector = parameters.dbase.get<int >("orderOfPredictorCorrector")

Referenced by DomainSolver::advanceAdamsPredictorCorrector(), DomainSolver::advanceImplicitMultiStep(), DomainSolver::advanceSecondOrderSystem(), DomainSolver::boundaryConditionPredictor(), if(), DomainSolver::initializeTimeSteppingIM(), and DomainSolver::initializeTimeSteppingPC().

const int orderOfTimeExtrapolationForPressure = parameters.dbase.get<int >("orderOfTimeExtrapolationForPressure")

Referenced by DomainSolver::advanceAdamsPredictorCorrector(), DomainSolver::advanceImplicitMultiStep(), DomainSolver::advanceSecondOrderSystem(), DomainSolver::initializeTimeSteppingIM(), and DomainSolver::initializeTimeSteppingPC().