ug::NavierStokes Namespace Reference

Classes
class	CompressibleNavierStokesBase
	Finite Volume Element Discretization for the compressible Navier-Stokes Equation. More...
class	CompressibleNavierStokesFV1
	Finite Volume Element Discretization for the compressible Navier-Stokes Equation. More...
class	ConstantBoxFilter
class	CRDynamicTurbViscData
class	CRNavierStokesSymBC
class	CRSmagorinskyTurbViscData
class	ElementBoxFilter
class	FilterBaseClass
class	FilterImplBaseClass
struct	Functionality
struct	FunctionalityComp
struct	FunctionalityCompFV1
struct	FunctionalityFE
struct	FunctionalityFV
struct	FunctionalityFV1
struct	FunctionalityFVCR
struct	FunctionalityIncomp
class	FV1BoxFilter
class	FV1DynamicTurbViscData
class	FV1SmagorinskyTurbViscData
class	FVCRBoxFilter
class	INavierStokesFV1Stabilization
class	INavierStokesSRFV1Stabilization
class	INavierStokesUpwind
class	IncompressibleNavierStokesBase
	Finite Volume Element Discretization for the incompressible Navier-Stokes Equation. More...
class	NavierStokesBase
	Finite Volume Element Discretization for the incompressible Navier-Stokes Equation. More...
class	NavierStokesFE
	Finite Element Discretization for the incompressible Navier-Stokes Equation. More...
class	NavierStokesFIELDSStabilization
class	NavierStokesFLOWStabilization
class	NavierStokesFullUpwind
class	NavierStokesFV
class	NavierStokesFV1
	Finite Volume Element Discretization for the incompressible Navier-Stokes Equation. More...
class	NavierStokesFV1WithoutStabilization
class	NavierStokesFVCR
class	NavierStokesInflowBase
class	NavierStokesInflowFE
class	NavierStokesInflowFV
class	NavierStokesInflowFV1
class	NavierStokesInflowFVCR
class	NavierStokesLinearProfileSkewedUpwind
class	NavierStokesNoNormalStressOutflowBase
	The zero-stress (neutral) outflow boundary condition for the incompressible NS equation. More...
class	NavierStokesNoNormalStressOutflowFV
	The zero-stress (neutral) outflow boundary condition for the incompressible NS equation. More...
class	NavierStokesNoNormalStressOutflowFV1
	The zero-stress (neutral) outflow boundary condition for the incompressible NS equation. More...
class	NavierStokesNoNormalStressOutflowFVCR
	The zero-stress (neutral) outflow boundary condition for the incompressible NS equation. More...
class	NavierStokesNoUpwind
class	NavierStokesPositiveUpwind
class	NavierStokesRegularUpwind
class	NavierStokesSkewedUpwind
class	NavierStokesSymBCFV1
class	NavierStokesUpwindRegister
class	NavierStokesWall
class	NavierStokesWSBCFV1
struct	Region
class	SeparatedPressureSource
class	SeparatedPressureSourceInter
class	StdTurbulentViscosityData
class	StdTurbulentViscosityDataFV1
class	VariableBoxFilter
class	WallObject

Functions
void	assignValue (MathSymmetricMatrix< 2 > &v, size_t ind, number value)
void	assignValue (MathSymmetricMatrix< 3 > &v, size_t ind, number value)
void	assignValue (MathVector< 2 > &v, size_t ind, number value)
void	assignValue (MathVector< 3 > &v, size_t ind, number value)
void	assignValue (number &v, size_t ind, number value)
template<typename VType , typename TElem , typename TDomain , typename TGridFunction >
void	averageByVolume (PeriodicAttachmentAccessor< TElem, Attachment< VType > > &acUHat, PeriodicAttachmentAccessor< TElem, Attachment< number > > &acVolume, TDomain &domain, SmartPtr< TGridFunction > uInfo, std::vector< WallObject< TGridFunction > > walls)
int	bubblesort (std::vector< int > &list, std::vector< number > array)
template<typename TElem , typename TPos , int dim>
void	computeElemBarycenter (MathVector< dim > &bary, TElem *elem, TPos posA)
template<int dim, typename elem_type , typename TGridFunction >
void	copyAttachmentToGridFunction (SmartPtr< TGridFunction > u, PeriodicAttachmentAccessor< elem_type, Attachment< MathVector< dim > > > &aaU)
template<int dim, typename elem_type , typename TGridFunction >
void	copyGridFunctionToAttachment (PeriodicAttachmentAccessor< elem_type, Attachment< MathVector< dim > > > &aaU, SmartPtr< TGridFunction > u)
template<int dim>
SmartPtr< INavierStokesSRFV1Stabilization< dim > >	CreateNavierStokesStabilization (const std::string &name)
	creates upwind based on a string identifier
template<int dim>
SmartPtr< INavierStokesUpwind< dim > >	CreateNavierStokesUpwind (const std::string &name)
	creates upwind based on a string identifier
template<typename TRefElem , int TWorldDim>
void	GetNodeNextToCut (size_t &coOut, const MathVector< TWorldDim > &IP, const MathVector< TWorldDim > &IPVel, const MathVector< TWorldDim > *vCornerCoords)
	computes the closest node to a elem side ray intersection
template<typename elem_type , typename attachment_type , typename grid_type >
void	initAttachment (PeriodicAttachmentAccessor< elem_type, attachment_type > &accessor, attachment_type &attachment, grid_type &grid)
bool	leastSquares (std::vector< number > &x, const std::vector< number > &mField, const std::vector< number > &b)
bool	multMatVec (const std::vector< number > &avec, const std::vector< number > &b, std::vector< number > &c, size_t m, size_t n)
template<typename TFVGeometry >
void	NSDiffLengthCor (number DiffLengthSqInv[], const TFVGeometry &geo)
template<typename TFVGeometry >
void	NSDiffLengthFivePoint (number DiffLengthSqInv[], const TFVGeometry &geo)
template<typename TFVGeometry >
void	NSDiffLengthRaw (number DiffLengthSqInv[], const TFVGeometry &geo)
bool	solveLS (std::vector< number > &x, const std::vector< number > &matField, const std::vector< number > &b)
template<typename vector_t >
vector_t::value_type	VecDistanceMaxNorm (const vector_t &v1, const vector_t &v2)

Function Documentation

assignValue() [1/5]

void ug::NavierStokes::assignValue	(	MathSymmetricMatrix< 2 > &	v,
		size_t	ind,
		number	value
	)

assignValue() [2/5]

void ug::NavierStokes::assignValue	(	MathSymmetricMatrix< 3 > &	v,
		size_t	ind,
		number	value
	)

assignValue() [3/5]

void ug::NavierStokes::assignValue	(	MathVector< 2 > &	v,
		size_t	ind,
		number	value
	)

assignValue() [4/5]

void ug::NavierStokes::assignValue	(	MathVector< 3 > &	v,
		size_t	ind,
		number	value
	)

assignValue() [5/5]

void ug::NavierStokes::assignValue	(	number &	v,
		size_t	ind,
		number	value
	)

Referenced by ug::NavierStokes::StdTurbulentViscosityData< TData, dim, TImpl, TGridFunction >::elementFilter(), and ug::NavierStokes::StdTurbulentViscosityData< TData, dim, TImpl, TGridFunction >::scvFilter().

averageByVolume()

template<typename VType , typename TElem , typename TDomain , typename TGridFunction >

void ug::NavierStokes::averageByVolume	(	PeriodicAttachmentAccessor< TElem, Attachment< VType > > &	acUHat,
		PeriodicAttachmentAccessor< TElem, Attachment< number > > &	acVolume,
		TDomain &	domain,
		SmartPtr< TGridFunction >	uInfo,
		std::vector< WallObject< TGridFunction > >	walls
	)

References ug::PeriodicBoundaryManager::is_slave().

Referenced by ug::NavierStokes::ConstantBoxFilter< TGridFunction >::apply_filter(), ug::NavierStokes::VariableBoxFilter< TGridFunction >::apply_filter(), ug::NavierStokes::FV1BoxFilter< TGridFunction >::apply_filter(), ug::NavierStokes::FVCRBoxFilter< TGridFunction >::apply_filter(), ug::NavierStokes::ElementBoxFilter< TGridFunction >::apply_filter(), ug::NavierStokes::FV1BoxFilter< TGridFunction >::apply_filter(), and ug::NavierStokes::ElementBoxFilter< TGridFunction >::apply_filter().

bubblesort()

int ug::NavierStokes::bubblesort	(	std::vector< int > &	list,
		std::vector< number >	array
	)

computeElemBarycenter()

template<typename TElem , typename TPos , int dim>

void ug::NavierStokes::computeElemBarycenter	(	MathVector< dim > &	bary,
		TElem *	elem,
		TPos	posA
	)

copyAttachmentToGridFunction()

template<int dim, typename elem_type , typename TGridFunction >

void ug::NavierStokes::copyAttachmentToGridFunction	(	SmartPtr< TGridFunction >	u,
		PeriodicAttachmentAccessor< elem_type, Attachment< MathVector< dim > > > &	aaU
	)

element iterator

domain type

References ug::DoFRef(), SmartPtr< typename T, template< class TT > class FreePolicy >::get(), and num_subsets().

copyGridFunctionToAttachment()

template<int dim, typename elem_type , typename TGridFunction >

void ug::NavierStokes::copyGridFunctionToAttachment	(	PeriodicAttachmentAccessor< elem_type, Attachment< MathVector< dim > > > &	aaU,
		SmartPtr< TGridFunction >	u
	)

element iterator

domain type

References ug::DoFRef(), SmartPtr< typename T, template< class TT > class FreePolicy >::get(), and num_subsets().

CreateNavierStokesStabilization()

template<int dim>

SmartPtr< INavierStokesSRFV1Stabilization< dim > > ug::NavierStokes::CreateNavierStokesStabilization

(

const std::string &

name

)

creates upwind based on a string identifier

References ug::TrimString(), and UG_THROW.

CreateNavierStokesUpwind()

template<int dim>

SmartPtr< INavierStokesUpwind< dim > > ug::NavierStokes::CreateNavierStokesUpwind

(

const std::string &

name

)

creates upwind based on a string identifier

References ug::TrimString(), and UG_THROW.

GetNodeNextToCut()

template<typename TRefElem , int TWorldDim>

void ug::NavierStokes::GetNodeNextToCut	(	size_t &	coOut,
		const MathVector< TWorldDim > &	IP,
		const MathVector< TWorldDim > &	IPVel,
		const MathVector< TWorldDim > *	vCornerCoords
	)

computes the closest node to a elem side ray intersection

References ug::Provider< typename TClass >::get(), UG_THROW, and ug::VecDistanceSq().

initAttachment()

template<typename elem_type , typename attachment_type , typename grid_type >

void ug::NavierStokes::initAttachment	(	PeriodicAttachmentAccessor< elem_type, attachment_type > &	accessor,
		attachment_type &	attachment,
		grid_type &	grid
	)

References ug::PeriodicAttachmentAccessor< class TElem, class TAttachment >::access(), and grid().

leastSquares()

bool ug::NavierStokes::leastSquares	(	std::vector< number > &	x,
		const std::vector< number > &	mField,
		const std::vector< number > &	b
	)

References solveLS().

multMatVec()

bool ug::NavierStokes::multMatVec	(	const std::vector< number > &	avec,
		const std::vector< number > &	b,
		std::vector< number > &	c,
		size_t	m,
		size_t	n
	)

Referenced by solveLS().

NSDiffLengthCor()

template<typename TFVGeometry >

void ug::NavierStokes::NSDiffLengthCor	(	number	DiffLengthSqInv[],
		const TFVGeometry &	geo
	)

References UG_ASSERT, UG_THROW, ug::VecDistanceSq(), and ug::VecTwoNormSq().

Referenced by ug::NavierStokes::INavierStokesSRFV1Stabilization< dim >::compute_diff_length().

NSDiffLengthFivePoint()

template<typename TFVGeometry >

void ug::NavierStokes::NSDiffLengthFivePoint	(	number	DiffLengthSqInv[],
		const TFVGeometry &	geo
	)

Parameters

[out]	DiffLengthSqInv	Inverse of squared Diffusion Length for each integration point
[in]	geo	Finite Volume Geometry

References UG_ASSERT, UG_THROW, ug::VecDistanceSq(), and ug::VecTwoNormSq().

Referenced by ug::NavierStokes::INavierStokesSRFV1Stabilization< dim >::compute_diff_length().

NSDiffLengthRaw()

template<typename TFVGeometry >

void ug::NavierStokes::NSDiffLengthRaw	(	number	DiffLengthSqInv[],
		const TFVGeometry &	geo
	)

References UG_ASSERT, UG_THROW, ug::VecDistanceSq(), and ug::VecTwoNormSq().

Referenced by ug::NavierStokes::INavierStokesSRFV1Stabilization< dim >::compute_diff_length().

solveLS()

bool ug::NavierStokes::solveLS	(	std::vector< number > &	x,
		const std::vector< number > &	matField,
		const std::vector< number > &	b
	)

References multMatVec(), resize(), s, and ug::MathVector< std::size_t N, typename T >::size().

Referenced by leastSquares().

VecDistanceMaxNorm()

template<typename vector_t >

vector_t::value_type ug::NavierStokes::VecDistanceMaxNorm ( const vector_t &  v1, const vector_t &  v2  )

inline

Referenced by ug::NavierStokes::ConstantBoxFilter< TGridFunction >::collectSides(), and ug::NavierStokes::VariableBoxFilter< TGridFunction >::collectSides().