#include <partitioned_fsi_utilities.hpp>

Inheritance diagram for Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >:

Collaboration diagram for Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >:

Public Types
typedef TSpace::VectorType	VectorType

typedef TSpace::MatrixType	MatrixType

typedef TSpace::VectorPointerType	VectorPointerType

typedef TSpace::MatrixPointerType	MatrixPointerType

Public Member Functions
	KRATOS_CLASS_POINTER_DEFINITION (PartitionedFSIUtilities)

	PartitionedFSIUtilities ()

	PartitionedFSIUtilities (const PartitionedFSIUtilities &Other)=delete

virtual	~PartitionedFSIUtilities ()=default

Public Operators
void	CreateCouplingSkin (const ModelPart &rOriginInterfaceModelPart, ModelPart &rDestinationInterfaceModelPart)
	Create a coupling condition-based skin object This method creates an condition-based skin model part by copying the conditions of a given skin model part. More...

int	GetInterfaceResidualSize (ModelPart &rInterfaceModelPart)

double	GetInterfaceArea (ModelPart &rInterfaceModelPart)

virtual VectorPointerType	SetUpInterfaceVector (ModelPart &rInterfaceModelPart)

void	InitializeInterfaceVector (const ModelPart &rInterfaceModelPart, const Variable< TValueType > &rOriginVariable, VectorType &rInterfaceVector)

virtual void	ComputeInterfaceResidualVector (ModelPart &rInterfaceModelPart, const Variable< TValueType > &rOriginalVariable, const Variable< TValueType > &rModifiedVariable, const Variable< TValueType > &rResidualVariable, VectorType &rInterfaceResidual, const std::string ResidualType="nodal", const Variable< double > &rResidualNormVariable=FSI_INTERFACE_RESIDUAL_NORM)
	Compute array variable interface residual vector This function computes (and stores in a vector) the residual of a vector variable over the fluid interface. The residual is defined as the OriginalVariable value minus the ModifiedVariable value. The nodal values of the residual are stored in the FSI_INTERFACE_RESIDUAL variable. Besides, the norm of the residual vector is stored in the ProcessInfo. More...

double	ComputeInterfaceResidualNorm (ModelPart &rInterfaceModelPart, const Variable< TValueType > &rOriginalVariable, const Variable< TValueType > &rModifiedVariable, const Variable< TValueType > &rResidualVariable, const std::string ResidualType="nodal")
	Computes the interface residual norm This method computes the interface residual norm. To do that it firstly computes the residual vector as is done in ComputeInterfaceResidualVector. More...

virtual void	AuxSetLocalValue (VectorType &rInterfaceResidual, const double &rResidualValue, const int AuxPosition)
	Auxiliar call to SetLocalValue for double type This method serves as an auxiliar call to the SetLocalValue function for double variables. More...

virtual void	AuxSetLocalValue (VectorType &rInterfaceResidual, const array_1d< double, 3 > &rResidualValue, const int AuxPosition)
	Auxiliar call to SetLocalValue for array type This method serves as an auxiliar call to the SetLocalValue function for array variables. More...

virtual void	UpdateInterfaceValues (ModelPart &rInterfaceModelPart, const Variable< TValueType > &rSolutionVariable, const VectorType &rCorrectedGuess)

void	UpdateInterfaceLocalValue (const VectorType &rCorrectedGuess, double &rValueToUpdate, const int AuxPosition)
	Corrected guess local double value update This auxiliar method helps to update the nodal database using the values from a corrected guess vector values. More...

void	UpdateInterfaceLocalValue (const VectorType &rCorrectedGuess, array_1d< double, 3 > &rValueToUpdate, const int AuxPosition)
	Corrected guess local array value update This auxiliar method helps to update the nodal database using the values from a corrected guess vector values. Note that it performs the array components loop. More...

virtual void	ComputeAndPrintFluidInterfaceNorms (ModelPart &rInterfaceModelPart)

virtual void	ComputeAndPrintStructureInterfaceNorms (ModelPart &rInterfaceModelPart)

virtual void	CheckCurrentCoordinatesFluid (ModelPart &rModelPart, const double tolerance)

virtual void	CheckCurrentCoordinatesStructure (ModelPart &rModelPart, const double tolerance)

void	EmbeddedPressureToPositiveFacePressureInterpolator (ModelPart &rFluidModelPart, ModelPart &rStructureSkinModelPart)
	Pressure to positive face pressure interpolator This method interpolates the pressure in the embedded fluid background mesh to the positive face pressure of all nodes in the provided structure interface model part. More...

void	CalculateTractionFromPressureValues (ModelPart &rModelPart, const Variable< double > &rPressureVariable, const Variable< array_1d< double, 3 >> &rTractionVariable, const bool SwapTractionSign)

void	CalculateTractionFromPressureValues (ModelPart &rModelPart, const Variable< double > &rPositivePressureVariable, const Variable< double > &rNegativePressureVariable, const Variable< array_1d< double, 3 >> &rTractionVariable, const bool SwapTractionSign)

Protected Member Functions
Protected Operations
std::string	GetSkinElementName ()
	Get the skin element name Auxiliary method that returns the auxiliary embedded skin element type name. More...

std::string	GetSkinConditionName ()
	Get the skin condition name Auxiliary method that returns the auxiliary embedded skin condition type name. More...

void	ComputeConsistentResidual (ModelPart &rInterfaceModelPart, const Variable< TValueType > &rOriginalVariable, const Variable< TValueType > &rModifiedVariable, const Variable< TValueType > &rErrorStorageVariable)

void	ComputeNodeByNodeResidual (ModelPart &rInterfaceModelPart, const Variable< TValueType > &rOriginalVariable, const Variable< TValueType > &rModifiedVariable, const Variable< TValueType > &rErrorStorageVariable)

virtual void	SetLocalValue (VectorType &rVector, int LocalRow, double Value) const

virtual double	GetLocalValue (const VectorType &rVector, int LocalRow) const

Detailed Description

template<class TSpace, class TValueType, unsigned int TDim>
class Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >

Short class definition. Detail class definition.

Member Typedef Documentation

◆ MatrixPointerType

template<class TSpace , class TValueType , unsigned int TDim>

typedef TSpace::MatrixPointerType Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::MatrixPointerType

◆ MatrixType

template<class TSpace , class TValueType , unsigned int TDim>

typedef TSpace::MatrixType Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::MatrixType

◆ VectorPointerType

template<class TSpace , class TValueType , unsigned int TDim>

typedef TSpace::VectorPointerType Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::VectorPointerType

◆ VectorType

template<class TSpace , class TValueType , unsigned int TDim>

typedef TSpace::VectorType Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::VectorType

Type Definitions

Constructor & Destructor Documentation

◆ PartitionedFSIUtilities() [1/2]

template<class TSpace , class TValueType , unsigned int TDim>

Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::PartitionedFSIUtilities ( )

inline

Constructor. Empty constructor

◆ PartitionedFSIUtilities() [2/2]

template<class TSpace , class TValueType , unsigned int TDim>

Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::PartitionedFSIUtilities ( const PartitionedFSIUtilities< TSpace, TValueType, TDim > & Other )

delete

Copy constructor.

◆ ~PartitionedFSIUtilities()

template<class TSpace , class TValueType , unsigned int TDim>

virtual Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::~PartitionedFSIUtilities ( )

virtualdefault

Destructor.

Member Function Documentation

◆ AuxSetLocalValue() [1/2]

template<class TSpace , class TValueType , unsigned int TDim>

virtual void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::AuxSetLocalValue	(	VectorType &	rInterfaceResidual,
		const array_1d< double, 3 > &	rResidualValue,
		const int	AuxPosition
	)

inlinevirtual

Auxiliar call to SetLocalValue for array type This method serves as an auxiliar call to the SetLocalValue function for array variables.

Parameters

rInterfaceResidual	Interface residual vector in where the value is set
rResidualValue	Double residual value
AuxPosition	Position in rInterfaceResidual where the value is to be set. Note that the final position is computed using the TDim template value, since each entry in the residual vector contains a component of the residual variable value.

◆ AuxSetLocalValue() [2/2]

template<class TSpace , class TValueType , unsigned int TDim>

virtual void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::AuxSetLocalValue	(	VectorType &	rInterfaceResidual,
		const double &	rResidualValue,
		const int	AuxPosition
	)

inlinevirtual

Auxiliar call to SetLocalValue for double type This method serves as an auxiliar call to the SetLocalValue function for double variables.

Parameters

rInterfaceResidual	Interface residual vector in where the value is set
rResidualValue	Double residual value
AuxPosition	Position in rInterfaceResidual where the value is to be set

◆ CalculateTractionFromPressureValues() [1/2]

template<class TSpace , class TValueType , unsigned int TDim>

void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::CalculateTractionFromPressureValues	(	ModelPart &	rModelPart,
		const Variable< double > &	rPositivePressureVariable,
		const Variable< double > &	rNegativePressureVariable,
		const Variable< array_1d< double, 3 >> &	rTractionVariable,
		const bool	SwapTractionSign
	)

inline

◆ CalculateTractionFromPressureValues() [2/2]

template<class TSpace , class TValueType , unsigned int TDim>

void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::CalculateTractionFromPressureValues	(	ModelPart &	rModelPart,
		const Variable< double > &	rPressureVariable,
		const Variable< array_1d< double, 3 >> &	rTractionVariable,
		const bool	SwapTractionSign
	)

inline

◆ CheckCurrentCoordinatesFluid()

template<class TSpace , class TValueType , unsigned int TDim>

virtual void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::CheckCurrentCoordinatesFluid	(	ModelPart &	rModelPart,
		const double	tolerance
	)

inlinevirtual

Checks if X = X0 + deltaX

Parameters

rModelPart reference to the model part in where the check has to be performed

◆ CheckCurrentCoordinatesStructure()

template<class TSpace , class TValueType , unsigned int TDim>

virtual void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::CheckCurrentCoordinatesStructure	(	ModelPart &	rModelPart,
		const double	tolerance
	)

inlinevirtual

Checks if X = X0 + deltaX

Parameters

rModelPart reference to the model part in where the check has to be performed

◆ ComputeAndPrintFluidInterfaceNorms()

template<class TSpace , class TValueType , unsigned int TDim>

virtual void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::ComputeAndPrintFluidInterfaceNorms ( ModelPart & rInterfaceModelPart )

inlinevirtual

Computes and prints the fluid interface residual norms for debugging purposes

Parameters

rInterfaceModelPart interface modelpart in where the residual is computed

◆ ComputeAndPrintStructureInterfaceNorms()

template<class TSpace , class TValueType , unsigned int TDim>

virtual void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::ComputeAndPrintStructureInterfaceNorms ( ModelPart & rInterfaceModelPart )

inlinevirtual

Computes and prints the structure interface residual norms for debugging purposes

Parameters

rInterfaceModelPart interface modelpart in where the residual is computed

◆ ComputeConsistentResidual()

template<class TSpace , class TValueType , unsigned int TDim>

void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::ComputeConsistentResidual	(	ModelPart &	rInterfaceModelPart,
		const Variable< TValueType > &	rOriginalVariable,
		const Variable< TValueType > &	rModifiedVariable,
		const Variable< TValueType > &	rErrorStorageVariable
	)

inlineprotected

This function computes the nodal error of a vector magnitude in a consistent manner. The error is defined as the integral over the interface of a tests function times the difference between rOriginalVariable and rModifiedVariable.

Parameters

rInterfaceModelPart	interface modelpart in where the residual is computed
rOriginalVariable	variable with the reference value
rModifiedVariable	variable with the computed vvalue
rErrorStorageVariable	variable to store the error nodal value

◆ ComputeInterfaceResidualNorm()

template<class TSpace , class TValueType , unsigned int TDim>

double Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::ComputeInterfaceResidualNorm	(	ModelPart &	rInterfaceModelPart,
		const Variable< TValueType > &	rOriginalVariable,
		const Variable< TValueType > &	rModifiedVariable,
		const Variable< TValueType > &	rResidualVariable,
		const std::string	ResidualType = `"nodal"`
	)

inline

Computes the interface residual norm This method computes the interface residual norm. To do that it firstly computes the residual vector as is done in ComputeInterfaceResidualVector.

Parameters

rInterfaceModelPart	interface modelpart in where the residual is computed
rOriginalVariable	origin variable to compute the residual
rModifiedVariable	end variable to compute the residual
rInterfaceResidual	reference to the residual vector
ResidualType	residual computation type (nodal or consistent)

Returns: double interface residual norm

◆ ComputeInterfaceResidualVector()

template<class TSpace , class TValueType , unsigned int TDim>

virtual void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::ComputeInterfaceResidualVector	(	ModelPart &	rInterfaceModelPart,
		const Variable< TValueType > &	rOriginalVariable,
		const Variable< TValueType > &	rModifiedVariable,
		const Variable< TValueType > &	rResidualVariable,
		VectorType &	rInterfaceResidual,
		const std::string	ResidualType = `"nodal"`,
		const Variable< double > &	rResidualNormVariable = `FSI_INTERFACE_RESIDUAL_NORM`
	)

inlinevirtual

Compute array variable interface residual vector This function computes (and stores in a vector) the residual of a vector variable over the fluid interface. The residual is defined as the OriginalVariable value minus the ModifiedVariable value. The nodal values of the residual are stored in the FSI_INTERFACE_RESIDUAL variable. Besides, the norm of the residual vector is stored in the ProcessInfo.

Parameters

rInterfaceModelPart	interface modelpart in where the residual is computed
rOriginalVariable	origin variable to compute the residual
rModifiedVariable	end variable to compute the residual
rInterfaceResidual	reference to the residual vector
ResidualType	residual computation type (nodal or consistent)
rArrayResidualVariable	variable to save the residual values
rResidualNormVariable	variable to save the residual norm

◆ ComputeNodeByNodeResidual()

template<class TSpace , class TValueType , unsigned int TDim>

void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::ComputeNodeByNodeResidual	(	ModelPart &	rInterfaceModelPart,
		const Variable< TValueType > &	rOriginalVariable,
		const Variable< TValueType > &	rModifiedVariable,
		const Variable< TValueType > &	rErrorStorageVariable
	)

inlineprotected

This function computes the nodal error of a vector magnitude. The error is defined as OriginalVariable minus ModifiedVariable.

Parameters

rInterfaceModelPart	interface modelpart in where the residual is computed
rOriginalVariable	variable with the reference value
rModifiedVariable	variable with the computed vvalue
rErrorStorageVariable	variable to store the error nodal value

◆ CreateCouplingSkin()

template<class TSpace , class TValueType , unsigned int TDim>

void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::CreateCouplingSkin	(	const ModelPart &	rOriginInterfaceModelPart,
		ModelPart &	rDestinationInterfaceModelPart
	)

inline

Create a coupling condition-based skin object This method creates an condition-based skin model part by copying the conditions of a given skin model part.

Parameters

rOriginInterfaceModelPart	Origin skin model part to copy the conditions from
rDestinationInterfaceModelPart	Empty destination modelpart to create the skin nodes and conditions

◆ EmbeddedPressureToPositiveFacePressureInterpolator()

template<class TSpace , class TValueType , unsigned int TDim>

void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::EmbeddedPressureToPositiveFacePressureInterpolator	(	ModelPart &	rFluidModelPart,
		ModelPart &	rStructureSkinModelPart
	)

inline

Pressure to positive face pressure interpolator This method interpolates the pressure in the embedded fluid background mesh to the positive face pressure of all nodes in the provided structure interface model part.

Parameters

rFluidModelPart	embedded fluid background mesh model part
rStructureSkinModelPart	structure interface model part

◆ GetInterfaceArea()

template<class TSpace , class TValueType , unsigned int TDim>

double Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::GetInterfaceArea ( ModelPart & rInterfaceModelPart )

inline

This function returns the interface length in 2D or the interface area in 3D.

Parameters

rInterfaceModelPart interface modelpart in where the are is computed

Returns: the given modelpart interface length

◆ GetInterfaceResidualSize()

template<class TSpace , class TValueType , unsigned int TDim>

int Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::GetInterfaceResidualSize ( ModelPart & rInterfaceModelPart )

inline

This function computes the interface residual size as the number of interface nodes times the problem domain size.

Returns: the model part residual size

◆ GetLocalValue()

template<class TSpace , class TValueType , unsigned int TDim>

virtual double Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::GetLocalValue	(	const VectorType &	rVector,
		int	LocalRow
	)		const

inlineprotectedvirtual

Reimplemented in Kratos::TrilinosPartitionedFSIUtilities< TSpace, TValueType, TDim >.

◆ GetSkinConditionName()

template<class TSpace , class TValueType , unsigned int TDim>

std::string Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::GetSkinConditionName ( )

inlineprotected

Get the skin condition name Auxiliary method that returns the auxiliary embedded skin condition type name.

Returns: std::string Condition type registering name

◆ GetSkinElementName()

template<class TSpace , class TValueType , unsigned int TDim>

std::string Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::GetSkinElementName ( )

inlineprotected

Get the skin element name Auxiliary method that returns the auxiliary embedded skin element type name.

Returns: std::string Element type registering name

◆ InitializeInterfaceVector()

template<class TSpace , class TValueType , unsigned int TDim>

void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::InitializeInterfaceVector	(	const ModelPart &	rInterfaceModelPart,
		const Variable< TValueType > &	rOriginVariable,
		VectorType &	rInterfaceVector
	)

inline

This function fills the interface vector (length equal to the residual size).

Parameters

rInterfaceModelPart	interface modelpart from where the interface vector is filled
rOriginVariable	variable to retrieve the values from
rInterfaceVector	reference to the itnerface vector to be filled

◆ KRATOS_CLASS_POINTER_DEFINITION()

template<class TSpace , class TValueType , unsigned int TDim>

Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::KRATOS_CLASS_POINTER_DEFINITION ( PartitionedFSIUtilities< TSpace, TValueType, TDim > )

◆ SetLocalValue()

template<class TSpace , class TValueType , unsigned int TDim>

virtual void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::SetLocalValue	(	VectorType &	rVector,
		int	LocalRow,
		double	Value
	)		const

inlineprotectedvirtual

Reimplemented in Kratos::TrilinosPartitionedFSIUtilities< TSpace, TValueType, TDim >.

◆ SetUpInterfaceVector()

template<class TSpace , class TValueType , unsigned int TDim>

virtual VectorPointerType Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::SetUpInterfaceVector ( ModelPart & rInterfaceModelPart )

inlinevirtual

This function resizes and sets to zero an interface vector (length equal to the residual size).

Parameters

rInterfaceModelPart interface modelpart in where the residual is computed

Returns: pointer to the vector that has been created

Reimplemented in Kratos::TrilinosPartitionedFSIUtilities< TSpace, TValueType, TDim >.

◆ UpdateInterfaceLocalValue() [1/2]

template<class TSpace , class TValueType , unsigned int TDim>

void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::UpdateInterfaceLocalValue	(	const VectorType &	rCorrectedGuess,
		array_1d< double, 3 > &	rValueToUpdate,
		const int	AuxPosition
	)

inline

Corrected guess local array value update This auxiliar method helps to update the nodal database using the values from a corrected guess vector values. Note that it performs the array components loop.

Parameters

rCorrectedGuess	Corrected coupling guess vector
rValueToUpdate	Reference in where the updated value is to be stored
AuxPosition	Position in rCorrectedGuess from where the value is retrieved

◆ UpdateInterfaceLocalValue() [2/2]

template<class TSpace , class TValueType , unsigned int TDim>

void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::UpdateInterfaceLocalValue	(	const VectorType &	rCorrectedGuess,
		double &	rValueToUpdate,
		const int	AuxPosition
	)

inline

Corrected guess local double value update This auxiliar method helps to update the nodal database using the values from a corrected guess vector values.

Parameters

rCorrectedGuess	Corrected coupling guess vector
rValueToUpdate	Reference in where the updated value is to be stored
AuxPosition	Position in rCorrectedGuess from where the value is retrieved

◆ UpdateInterfaceValues()

template<class TSpace , class TValueType , unsigned int TDim>

virtual void Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >::UpdateInterfaceValues	(	ModelPart &	rInterfaceModelPart,
		const Variable< TValueType > &	rSolutionVariable,
		const VectorType &	rCorrectedGuess
	)

inlinevirtual

Sets the values in the corrected guess vector inside the selected nodal array variable.

Parameters

rInterfaceModelPart	interface modelpart in where the residual is computed
rSolutionVariable	variable in where the corrected solution is to be stored
rCorrectedGuess	vector containing the interface corrected values

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

/home/runner/work/Documentation/Documentation/master/applications/FSIApplication/custom_utilities/partitioned_fsi_utilities.hpp

Public Types

Public Member Functions

Protected Member Functions

Detailed Description

template<class TSpace, class TValueType, unsigned int TDim> class Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >

Member Typedef Documentation

◆ MatrixPointerType

◆ MatrixType

◆ VectorPointerType

◆ VectorType

Constructor & Destructor Documentation

◆ PartitionedFSIUtilities() [1/2]

◆ PartitionedFSIUtilities() [2/2]

◆ ~PartitionedFSIUtilities()

Member Function Documentation

◆ AuxSetLocalValue() [1/2]

◆ AuxSetLocalValue() [2/2]

◆ CalculateTractionFromPressureValues() [1/2]

◆ CalculateTractionFromPressureValues() [2/2]

◆ CheckCurrentCoordinatesFluid()

◆ CheckCurrentCoordinatesStructure()

◆ ComputeAndPrintFluidInterfaceNorms()

◆ ComputeAndPrintStructureInterfaceNorms()

◆ ComputeConsistentResidual()

◆ ComputeInterfaceResidualNorm()

◆ ComputeInterfaceResidualVector()

◆ ComputeNodeByNodeResidual()

◆ CreateCouplingSkin()

◆ EmbeddedPressureToPositiveFacePressureInterpolator()

◆ GetInterfaceArea()

◆ GetInterfaceResidualSize()

◆ GetLocalValue()

◆ GetSkinConditionName()

◆ GetSkinElementName()

◆ InitializeInterfaceVector()

◆ KRATOS_CLASS_POINTER_DEFINITION()

◆ SetLocalValue()

◆ SetUpInterfaceVector()

◆ UpdateInterfaceLocalValue() [1/2]

◆ UpdateInterfaceLocalValue() [2/2]

◆ UpdateInterfaceValues()

template<class TSpace, class TValueType, unsigned int TDim>
class Kratos::PartitionedFSIUtilities< TSpace, TValueType, TDim >