MultiscaleCoupling - The Multiscale Physical Coupling. More...

#include <MultiscaleCoupling.hpp>

Inheritance diagram for MultiscaleCoupling:

Collaboration diagram for MultiscaleCoupling:

Type definitions
typedef MultiscaleCouplingFunction	couplingFunction_Type

typedef std::shared_ptr< couplingFunction_Type >	couplingFunctionPtr_Type

typedef std::vector< couplingFunction_Type >	couplingFunctionsContainer_Type

typedef std::vector< multiscaleVectorPtr_Type >	couplingVariablesContainer_Type

typedef std::vector< Real >	timeContainer_Type

typedef multiscaleVector_Type::combineMode_Type	combineMode_Type

Constructors & Destructor
	MultiscaleCoupling ()
	Constructor. More...

virtual	~MultiscaleCoupling ()
	Destructor. More...

Multiscale PhysicalCoupling Virtual Methods
virtual void	setupData (const std::string &fileName)
	Setup the data of the coupling. More...

virtual void	setupCouplingVariablesNumber ()=0
	Setup the coupling variables number. More...

virtual void	setupCoupling ()=0
	Setup the coupling. More...

virtual void	initializeCouplingVariables ()=0
	Initialize the values of the coupling variables. More...

virtual void	updateCoupling ()=0
	Update the coupling. More...

virtual void	computeCouplingResiduals ()=0
	Compute the values of the local coupling residuals. More...

virtual bool	topologyChange ()
	Check if the topology is changed. More...

Methods
UInt	myModelsNumber () const
	Determine the number of models owned by this coupling. More...

bool	myModel (const UInt &localModelID) const
	Determine if the model is owned by this coupling. More...

bool	isModelLeaderProcess (const UInt &localModelID) const
	Determine if this is the model leader process. More...

void	createCouplingMap (MapEpetra &couplingMap)
	Build the global map for the coupling vectors. More...

void	importCouplingVariables (const multiscaleVector_Type &couplingVariables)
	Import the values of the coupling variables. More...

void	exportCouplingVariables (multiscaleVector_Type &couplingVariables)
	Export the values of the coupling variables. More...

void	exportCouplingResiduals (multiscaleVector_Type &couplingResiduals)
	Export the values of the coupling variables. More...

void	extrapolateCouplingVariables ()
	Extrapolate the values of the coupling variables for the next time step. More...

void	interpolateCouplingVariables (const Real &t, multiscaleVector_Type &interpolatedCouplingVariables) const
	Lagrange interpolation/extrapolation of the coupling variables at selected time. More...

bool	isPerturbed () const
	Find if a perturbation is imposed on the coupling. More...

void	exportJacobian (multiscaleMatrix_Type &jacobian)
	Export the Jacobian matrix. More...

void	saveSolution ()
	save the coupling variables information on a file More...

void	showMe ()
	Display some information about the coupling. More...

void	showMeResiduals () const
	Display the local residuals vector. More...

void	showMeCouplingVariables () const
	Display the local coupling variables. More...

void	clearModelsList ()
	Clear the list of pointers to the models. More...

Set Methods
void	setID (const UInt &ID)
	Set the global ID of the coupling condition. More...

void	setModelsNumber (const UInt &modelsNumber)
	Set the number of models coupled by this coupling condition. More...

void	setModel (const UInt &localModelID, const multiscaleModelPtr_Type &model)
	Add a pointer to one of the models to be coupled. More...

void	setBoundaryID (const UInt &modelLocalID, const multiscaleID_Type &boundaryLocalID)
	Set the boundary ID of one of the coupled models. More...

void	setGlobalData (const multiscaleDataPtr_Type &globalData)
	Setup the global data of the coupling. More...

void	setCommunicator (const multiscaleCommPtr_Type &comm)
	Set the epetra communicator for the coupling. More...

Get Methods
const UInt &	ID () const
	Get the global ID of the coupling. More...

const couplings_Type &	type () const
	Get the type of the coupling. More...

const std::string &	couplingName () const
	Get the name of the coupling. More...

UInt	modelsNumber () const
	Get the number of models connected by the coupling. More...

UInt	modelGlobalToLocalID (const UInt &ID) const
	Get the model local ID through global ID. More...

multiscaleModelPtr_Type	model (const UInt &localModelID) const
	Get the model connected by the coupling through local ID. More...

const multiscaleID_Type &	boundaryID (const UInt &localModelID) const
	Get the model connected by the coupling through local ID. More...

const UInt &	couplingVariablesNumber () const
	Get the number of the coupling variables. More...

const couplingVariablesContainer_Type &	couplingVariables () const
	Get the container of the local coupling variables. More...

const Int &	perturbedCoupling () const
	Get the perturbed coupling. More...

const multiscaleVector_Type &	residual () const
	Get the local residual. More...

const UInt &	timeInterpolationOrder () const
	Get the time interpolation order. More...

Protected MultiscaleCoupling Virtual Methods
virtual void	exportListOfPerturbedModels (const UInt &localCouplingVariableID, multiscaleModelsContainer_Type &perturbedModelsList)=0
	Build the list of models affected by the perturbation of the local coupling variable. More...

virtual void	insertJacobianConstantCoefficients (multiscaleMatrix_Type &jacobian)=0
	Insert constant coefficients into the Jacobian matrix. More...

virtual void	insertJacobianDeltaCoefficients (multiscaleMatrix_Type &jacobian, const UInt &column, const UInt &ID, bool &linearSystemSolved)=0
	Insert the Jacobian coefficient(s) depending on a perturbation of the model, due to a specific variable (the column) More...

Protected Methods
const multiscaleVector_Type &	localCouplingVariables (const UInt &id) const
	Access by reference to a specific local coupling variable. More...

multiscaleVector_Type &	localCouplingVariables (const UInt &id)

void	createLocalVectors ()
	Create the local vectors of the coupling. More...

void	resetCouplingHistory ()
	Reset the history of the couplings. More...

void	importCouplingVector (multiscaleVector_Type &repeatedLocalVector, const multiscaleVector_Type &uniqueGlobalVector, const combineMode_Type &combineMode=Add)
	Import the content of the unique global vector into the repeated local vector. More...

void	exportCouplingVector (multiscaleVector_Type &uniqueGlobalVector, const multiscaleVector_Type &repeatedLocalVector, const combineMode_Type &combineMode=Add)
	Export the content of the repeated local vector into the unique global vector. More...

void	switchErrorMessage (const multiscaleModelPtr_Type &model)
	Display and error message for the specific model. More...

Unimplemented Methods
	MultiscaleCoupling (const MultiscaleCoupling &coupling)

MultiscaleCoupling &	operator= (const MultiscaleCoupling &coupling)

Detailed Description

MultiscaleCoupling - The Multiscale Physical Coupling.

Author: Cristiano Malossi

See also: Full description of the Geometrical Multiscale Framework: [15]; Methodology: [12] [13] [14] [2]; Applications: [11] [10] [3]

The MultiscaleCoupling class provides a general interface between the MS_Algorithm and all the coupling conditions.

Definition at line 65 of file MultiscaleCoupling.hpp.

Member Typedef Documentation

◆ couplingFunction_Type

typedef MultiscaleCouplingFunction couplingFunction_Type

Definition at line 72 of file MultiscaleCoupling.hpp.

◆ couplingFunctionPtr_Type

typedef std::shared_ptr< couplingFunction_Type > couplingFunctionPtr_Type

Definition at line 73 of file MultiscaleCoupling.hpp.

◆ couplingFunctionsContainer_Type

typedef std::vector< couplingFunction_Type > couplingFunctionsContainer_Type

Definition at line 74 of file MultiscaleCoupling.hpp.

◆ couplingVariablesContainer_Type

typedef std::vector< multiscaleVectorPtr_Type > couplingVariablesContainer_Type

Definition at line 76 of file MultiscaleCoupling.hpp.

◆ timeContainer_Type

typedef std::vector< Real > timeContainer_Type

Definition at line 78 of file MultiscaleCoupling.hpp.

◆ combineMode_Type

typedef multiscaleVector_Type::combineMode_Type combineMode_Type

Definition at line 80 of file MultiscaleCoupling.hpp.

Constructor & Destructor Documentation

◆ MultiscaleCoupling() [1/2]

MultiscaleCoupling ( )

explicit

Constructor.

Definition at line 49 of file MultiscaleCoupling.cpp.

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◆ ~MultiscaleCoupling()

virtual ~MultiscaleCoupling ( )

inlinevirtual

Destructor.

Definition at line 92 of file MultiscaleCoupling.hpp.

◆ MultiscaleCoupling() [2/2]

MultiscaleCoupling ( const MultiscaleCoupling & coupling )

private

Member Function Documentation

◆ setupData()

void setupData ( const std::string & fileName )

virtual

Setup the data of the coupling.

Parameters

FileName Name of data file

Reimplemented in MultiscaleCouplingBoundaryCondition.

Definition at line 77 of file MultiscaleCoupling.cpp.

◆ setupCouplingVariablesNumber()

virtual void setupCouplingVariablesNumber ( )

pure virtual

Setup the coupling variables number.

Implemented in MultiscaleCouplingBoundaryCondition, MultiscaleCouplingMeanNormalStress, MultiscaleCouplingMeanTotalNormalStress, MultiscaleCouplingMeanNormalStressArea, and MultiscaleCouplingMeanTotalNormalStressArea.

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◆ setupCoupling()

virtual void setupCoupling ( )

pure virtual

Setup the coupling.

Implemented in MultiscaleCouplingBoundaryCondition, MultiscaleCouplingMeanNormalStress, MultiscaleCouplingMeanTotalNormalStress, MultiscaleCouplingMeanNormalStressArea, MultiscaleCouplingMeanTotalNormalStressArea, and MultiscaleCouplingMeanNormalStressValve.

◆ initializeCouplingVariables()

virtual void initializeCouplingVariables ( )

pure virtual

Initialize the values of the coupling variables.

Implemented in MultiscaleCouplingBoundaryCondition, MultiscaleCouplingMeanNormalStress, MultiscaleCouplingMeanTotalNormalStress, MultiscaleCouplingMeanNormalStressArea, MultiscaleCouplingMeanTotalNormalStressArea, and MultiscaleCouplingMeanNormalStressValve.

◆ updateCoupling()

virtual void updateCoupling ( )

pure virtual

Update the coupling.

This method is the analogous of the "updateModel" for the models. It is alternative to initializeCouplingVariables and is called from the second timestep. It is reserved for the update of:

objects that are not constant with respect to the time but should not be updated during subiterations.

Implemented in MultiscaleCouplingBoundaryCondition, MultiscaleCouplingMeanNormalStress, MultiscaleCouplingMeanTotalNormalStress, and MultiscaleCouplingMeanNormalStressValve.

◆ computeCouplingResiduals()

virtual void computeCouplingResiduals ( )

pure virtual

Compute the values of the local coupling residuals.

Implemented in MultiscaleCouplingBoundaryCondition, MultiscaleCouplingMeanNormalStress, MultiscaleCouplingMeanTotalNormalStress, MultiscaleCouplingMeanNormalStressValve, MultiscaleCouplingMeanNormalStressArea, and MultiscaleCouplingMeanTotalNormalStressArea.

◆ topologyChange()

virtual bool topologyChange ( )

inlinevirtual

Check if the topology is changed.

A topology change can be caused by a change in the coupling equations by, for example, the opening/closure of a valve (see MultiscaleCouplingFlowRateValve).

Returns: true if the topology is changed, false otherwise

Reimplemented in MultiscaleCouplingMeanNormalStressValve.

Definition at line 136 of file MultiscaleCoupling.hpp.

◆ myModelsNumber()

UInt myModelsNumber ( ) const

inline

Determine the number of models owned by this coupling.

Returns: number of models owned by the coupling

Definition at line 558 of file MultiscaleCoupling.hpp.

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◆ myModel()

bool myModel ( const UInt & localModelID ) const

inline

Determine if the model is owned by this coupling.

Note: this method does not check if M_models is empty or not!

Parameters

localModelID local ID of the model.

Returns: true if the model is owned by the coupling, false otherwise

Definition at line 160 of file MultiscaleCoupling.hpp.

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◆ isModelLeaderProcess()

bool isModelLeaderProcess ( const UInt & localModelID ) const

Determine if this is the model leader process.

Note: this method does not check if the model is owned by the process! Use myModelsNumber() for that!

Parameters

localModelID local ID of the model.

Returns: true if this is the model leader process, false otherwise

Definition at line 118 of file MultiscaleCoupling.cpp.

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◆ createCouplingMap()

void createCouplingMap ( MapEpetra & couplingMap )

Build the global map for the coupling vectors.

Parameters

couplingMap Global coupling map

Definition at line 124 of file MultiscaleCoupling.cpp.

◆ importCouplingVariables()

void importCouplingVariables ( const multiscaleVector_Type & couplingVariables )

inline

Import the values of the coupling variables.

Parameters

couplingVariables Global vector of coupling variables

Definition at line 185 of file MultiscaleCoupling.hpp.

◆ exportCouplingVariables()

void exportCouplingVariables ( multiscaleVector_Type & couplingVariables )

inline

Export the values of the coupling variables.

Parameters

couplingVariables Global vector of coupling variables

Definition at line 194 of file MultiscaleCoupling.hpp.

◆ exportCouplingResiduals()

void exportCouplingResiduals ( multiscaleVector_Type & couplingResiduals )

inline

Export the values of the coupling variables.

Parameters

couplingVariables Global vector of coupling variables

Definition at line 203 of file MultiscaleCoupling.hpp.

◆ extrapolateCouplingVariables()

void extrapolateCouplingVariables ( )

Extrapolate the values of the coupling variables for the next time step.

Definition at line 137 of file MultiscaleCoupling.cpp.

◆ interpolateCouplingVariables()

void interpolateCouplingVariables	(	const Real &	t,
		multiscaleVector_Type &	interpolatedCouplingVariables
	)		const

Lagrange interpolation/extrapolation of the coupling variables at selected time.

Parameters

t	interpolation time
interpolatedCouplingVariables	variables interpolated/extrapolated at time t

Definition at line 176 of file MultiscaleCoupling.cpp.

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◆ isPerturbed()

bool isPerturbed ( ) const

inline

Find if a perturbation is imposed on the coupling.

Returns: true if a perturbation is imposed

Definition at line 222 of file MultiscaleCoupling.hpp.

◆ exportJacobian()

void exportJacobian ( multiscaleMatrix_Type & jacobian )

Export the Jacobian matrix.

Parameters

Jacobian Jacobian Matrix

Definition at line 206 of file MultiscaleCoupling.cpp.

◆ saveSolution()

void saveSolution ( )

save the coupling variables information on a file

Definition at line 251 of file MultiscaleCoupling.cpp.

◆ showMe()

void showMe ( )

Display some information about the coupling.

Definition at line 299 of file MultiscaleCoupling.cpp.

◆ showMeResiduals()

void showMeResiduals ( ) const

Display the local residuals vector.

Definition at line 335 of file MultiscaleCoupling.cpp.

◆ showMeCouplingVariables()

void showMeCouplingVariables ( ) const

Display the local coupling variables.

Definition at line 348 of file MultiscaleCoupling.cpp.

◆ clearModelsList()

void clearModelsList ( )

inline

Clear the list of pointers to the models.

This method has to be called before the automatic destructor, in order to disconnect the coupling classes from the model classes.

Definition at line 250 of file MultiscaleCoupling.hpp.

◆ setID()

void setID ( const UInt & ID )

inline

Set the global ID of the coupling condition.

Parameters

ID	Coupling global ID

Definition at line 265 of file MultiscaleCoupling.hpp.

◆ setModelsNumber()

void setModelsNumber ( const UInt & modelsNumber )

inline

Set the number of models coupled by this coupling condition.

Parameters

modelsNumber number of models coupled by this coupling

Definition at line 274 of file MultiscaleCoupling.hpp.

◆ setModel()

void setModel	(	const UInt &	localModelID,
		const multiscaleModelPtr_Type &	model
	)

inline

Add a pointer to one of the models to be coupled.

Parameters

localModelID	local model ID
model	shared_ptr of the model

Definition at line 285 of file MultiscaleCoupling.hpp.

◆ setBoundaryID()

void setBoundaryID	(	const UInt &	modelLocalID,
		const multiscaleID_Type &	boundaryLocalID
	)

inline

Set the boundary ID of one of the coupled models.

Parameters

modelLocalID	model local ID
boundaryID	boundary ID of the model

Definition at line 295 of file MultiscaleCoupling.hpp.

◆ setGlobalData()

void setGlobalData ( const multiscaleDataPtr_Type & globalData )

inline

Setup the global data of the coupling.

In particular, it can be used to replace the local values specified in the model data file, with the ones in the global container.

Parameters

globalData Global data container.

Definition at line 307 of file MultiscaleCoupling.hpp.

◆ setCommunicator()

void setCommunicator ( const multiscaleCommPtr_Type & comm )

inline

Set the epetra communicator for the coupling.

Parameters

comm	Epetra communicator

Definition at line 316 of file MultiscaleCoupling.hpp.

◆ ID()

const UInt& ID ( ) const

inline

Get the global ID of the coupling.

Returns: global ID of the coupling

Definition at line 331 of file MultiscaleCoupling.hpp.

◆ type()

const couplings_Type& type ( ) const

inline

Get the type of the coupling.

Returns: type of the coupling

Definition at line 340 of file MultiscaleCoupling.hpp.

◆ couplingName()

const std::string& couplingName ( ) const

inline

Get the name of the coupling.

Returns: name of the coupling

Definition at line 349 of file MultiscaleCoupling.hpp.

◆ modelsNumber()

UInt modelsNumber ( ) const

inline

Get the number of models connected by the coupling.

Returns: number of models connected by the coupling

Definition at line 358 of file MultiscaleCoupling.hpp.

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◆ modelGlobalToLocalID()

UInt modelGlobalToLocalID ( const UInt & ID ) const

Get the model local ID through global ID.

Parameters

ID	global ID of the model

Returns: local ID of the model

Definition at line 364 of file MultiscaleCoupling.cpp.

◆ model()

multiscaleModelPtr_Type model ( const UInt & localModelID ) const

inline

Get the model connected by the coupling through local ID.

Parameters

localModelID local ID of the model

Returns: Pointer to the model

Definition at line 375 of file MultiscaleCoupling.hpp.

◆ boundaryID()

const multiscaleID_Type& boundaryID ( const UInt & localModelID ) const

inline

Get the model connected by the coupling through local ID.

Parameters

localModelID local ID of the model

Returns: boundary ID of the model

Definition at line 385 of file MultiscaleCoupling.hpp.

◆ couplingVariablesNumber()

const UInt& couplingVariablesNumber ( ) const

inline

Get the number of the coupling variables.

Returns: number of the coupling variables

Definition at line 394 of file MultiscaleCoupling.hpp.

◆ couplingVariables()

const couplingVariablesContainer_Type& couplingVariables ( ) const

inline

Get the container of the local coupling variables.

Returns: container of the local coupling variables

Definition at line 403 of file MultiscaleCoupling.hpp.

◆ perturbedCoupling()

const Int& perturbedCoupling ( ) const

inline

Get the perturbed coupling.

If it is unperturbed it returns -1.

Returns: the localID of the perturbed coupling

Definition at line 413 of file MultiscaleCoupling.hpp.

◆ residual()

const multiscaleVector_Type& residual ( ) const

inline

Get the local residual.

Returns: the local residual of the coupling

Definition at line 422 of file MultiscaleCoupling.hpp.

◆ timeInterpolationOrder()

const UInt& timeInterpolationOrder ( ) const

inline

Get the time interpolation order.

Returns: the value of the time interpolation order.

Definition at line 431 of file MultiscaleCoupling.hpp.

◆ exportListOfPerturbedModels()

virtual void exportListOfPerturbedModels	(	const UInt &	localCouplingVariableID,
		multiscaleModelsContainer_Type &	perturbedModelsList
	)

protectedpure virtual

Build the list of models affected by the perturbation of the local coupling variable.

Parameters

localCouplingVariableID	local coupling variable (perturbed)
perturbedModelsList	list of models affected by the perturbation of the given coupling variable

Implemented in MultiscaleCouplingBoundaryCondition, MultiscaleCouplingMeanNormalStress, MultiscaleCouplingMeanTotalNormalStress, MultiscaleCouplingMeanNormalStressArea, and MultiscaleCouplingMeanTotalNormalStressArea.

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◆ insertJacobianConstantCoefficients()

virtual void insertJacobianConstantCoefficients ( multiscaleMatrix_Type & jacobian )

protectedpure virtual

Insert constant coefficients into the Jacobian matrix.

Parameters

Jacobian the Jacobian matrix

Implemented in MultiscaleCouplingBoundaryCondition, MultiscaleCouplingMeanNormalStress, MultiscaleCouplingMeanTotalNormalStress, MultiscaleCouplingMeanNormalStressArea, MultiscaleCouplingMeanTotalNormalStressArea, and MultiscaleCouplingMeanNormalStressValve.

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◆ insertJacobianDeltaCoefficients()

virtual void insertJacobianDeltaCoefficients	(	multiscaleMatrix_Type &	jacobian,
		const UInt &	column,
		const UInt &	ID,
		bool &	linearSystemSolved
	)

protectedpure virtual

Insert the Jacobian coefficient(s) depending on a perturbation of the model, due to a specific variable (the column)

Parameters

Jacobian	the Jacobian matrix
Column	the column related to the perturbed variable
ID	the global ID of the model which is perturbed by the variable
SolveLinearSystem	a flag to which determine if the linear system has to be solved

Implemented in MultiscaleCouplingBoundaryCondition, MultiscaleCouplingMeanNormalStress, MultiscaleCouplingMeanTotalNormalStress, MultiscaleCouplingMeanNormalStressArea, MultiscaleCouplingMeanTotalNormalStressArea, and MultiscaleCouplingMeanNormalStressValve.

◆ localCouplingVariables() [1/2]

const multiscaleVector_Type& localCouplingVariables ( const UInt & id ) const

inlineprotected

Access by reference to a specific local coupling variable.

This method is used to simplify the access to a specific local coupling variables vector. Note that the returned value is not const!

Parameters

id	id of the local coupling variables vector

Returns: reference to the local coupling variables vector

Definition at line 479 of file MultiscaleCoupling.hpp.

◆ localCouplingVariables() [2/2]

multiscaleVector_Type& localCouplingVariables ( const UInt & id )

inlineprotected

Definition at line 483 of file MultiscaleCoupling.hpp.

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◆ createLocalVectors()

void createLocalVectors ( )

protected

Create the local vectors of the coupling.

Definition at line 382 of file MultiscaleCoupling.cpp.

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◆ resetCouplingHistory()

void resetCouplingHistory ( )

protected

Reset the history of the couplings.

This method is used when the topology change.

Definition at line 400 of file MultiscaleCoupling.cpp.

◆ importCouplingVector()

void importCouplingVector	(	multiscaleVector_Type &	repeatedLocalVector,
		const multiscaleVector_Type &	uniqueGlobalVector,
		const combineMode_Type &	combineMode = `Add`
	)

protected

Import the content of the unique global vector into the repeated local vector.

Parameters

repeatedLocalVector	the repeated local vector
uniqueglobalVector	the unique global vector

Definition at line 410 of file MultiscaleCoupling.cpp.

◆ exportCouplingVector()

void exportCouplingVector	(	multiscaleVector_Type &	uniqueGlobalVector,
		const multiscaleVector_Type &	repeatedLocalVector,
		const combineMode_Type &	combineMode = `Add`
	)

protected

Export the content of the repeated local vector into the unique global vector.

Parameters

uniqueGlobalVector	the unique global vector
repeatedLocalVector	the repeated local vector

Definition at line 419 of file MultiscaleCoupling.cpp.

◆ switchErrorMessage()

void switchErrorMessage ( const multiscaleModelPtr_Type & model )

protected

Display and error message for the specific model.

Parameters

model shared_ptr to the specific model

Definition at line 426 of file MultiscaleCoupling.cpp.

◆ operator=()

MultiscaleCoupling& operator= ( const MultiscaleCoupling & coupling )

private

Field Documentation

◆ M_ID

UInt M_ID

protected

Definition at line 519 of file MultiscaleCoupling.hpp.

◆ M_type

couplings_Type M_type

protected

Definition at line 520 of file MultiscaleCoupling.hpp.

◆ M_models

multiscaleModelsContainer_Type M_models

protected

Definition at line 522 of file MultiscaleCoupling.hpp.

◆ M_couplingName

std::string M_couplingName

protected

Definition at line 523 of file MultiscaleCoupling.hpp.

◆ M_boundaryIDs

multiscaleIDContainer_Type M_boundaryIDs

protected

Definition at line 524 of file MultiscaleCoupling.hpp.

◆ M_globalData

multiscaleDataPtr_Type M_globalData

protected

Definition at line 526 of file MultiscaleCoupling.hpp.

◆ M_couplingVariablesNumber

UInt M_couplingVariablesNumber

protected

Definition at line 528 of file MultiscaleCoupling.hpp.

◆ M_couplingVariablesOffset

UInt M_couplingVariablesOffset

protected

Definition at line 529 of file MultiscaleCoupling.hpp.

◆ M_localCouplingFunctions

couplingFunctionsContainer_Type M_localCouplingFunctions

protected

Definition at line 531 of file MultiscaleCoupling.hpp.

◆ M_localCouplingVariables

couplingVariablesContainer_Type M_localCouplingVariables

protected

Definition at line 532 of file MultiscaleCoupling.hpp.

◆ M_localCouplingResiduals

multiscaleVectorPtr_Type M_localCouplingResiduals

protected

Definition at line 533 of file MultiscaleCoupling.hpp.

◆ M_timeInterpolationOrder

UInt M_timeInterpolationOrder

protected

Definition at line 535 of file MultiscaleCoupling.hpp.

◆ M_flowRateInterfaces

Int M_flowRateInterfaces

protected

Definition at line 536 of file MultiscaleCoupling.hpp.

◆ M_perturbedCoupling

Int M_perturbedCoupling

protected

Definition at line 538 of file MultiscaleCoupling.hpp.

◆ M_comm

multiscaleCommPtr_Type M_comm

protected

Definition at line 540 of file MultiscaleCoupling.hpp.

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

Protected Attributes
UInt	M_ID

couplings_Type	M_type

multiscaleModelsContainer_Type	M_models

std::string	M_couplingName

multiscaleIDContainer_Type	M_boundaryIDs

multiscaleDataPtr_Type	M_globalData

UInt	M_couplingVariablesNumber

UInt	M_couplingVariablesOffset

couplingFunctionsContainer_Type	M_localCouplingFunctions

couplingVariablesContainer_Type	M_localCouplingVariables

multiscaleVectorPtr_Type	M_localCouplingResiduals

UInt	M_timeInterpolationOrder

Int	M_flowRateInterfaces

Int	M_perturbedCoupling

multiscaleCommPtr_Type	M_comm

Protected Attributes

Type definitions

Constructors & Destructor

Multiscale PhysicalCoupling Virtual Methods

Methods

Set Methods

Get Methods

Protected MultiscaleCoupling Virtual Methods

Protected Methods

Unimplemented Methods

Detailed Description

Member Typedef Documentation

◆ couplingFunction_Type

◆ couplingFunctionPtr_Type

◆ couplingFunctionsContainer_Type

◆ couplingVariablesContainer_Type

◆ timeContainer_Type

◆ combineMode_Type

Constructor & Destructor Documentation

◆ MultiscaleCoupling() [1/2]

◆ ~MultiscaleCoupling()

◆ MultiscaleCoupling() [2/2]

Member Function Documentation

◆ setupData()

◆ setupCouplingVariablesNumber()

◆ setupCoupling()

◆ initializeCouplingVariables()

◆ updateCoupling()

◆ computeCouplingResiduals()

◆ topologyChange()

◆ myModelsNumber()

◆ myModel()

◆ isModelLeaderProcess()

◆ createCouplingMap()

◆ importCouplingVariables()

◆ exportCouplingVariables()

◆ exportCouplingResiduals()

◆ extrapolateCouplingVariables()

◆ interpolateCouplingVariables()

◆ isPerturbed()

◆ exportJacobian()

◆ saveSolution()

◆ showMe()

◆ showMeResiduals()

◆ showMeCouplingVariables()

◆ clearModelsList()

◆ setID()

◆ setModelsNumber()

◆ setModel()

◆ setBoundaryID()

◆ setGlobalData()

◆ setCommunicator()

◆ ID()

◆ type()

◆ couplingName()

◆ modelsNumber()

◆ modelGlobalToLocalID()

◆ model()

◆ boundaryID()

◆ couplingVariablesNumber()

◆ couplingVariables()

◆ perturbedCoupling()

◆ residual()

◆ timeInterpolationOrder()

◆ exportListOfPerturbedModels()

◆ insertJacobianConstantCoefficients()

◆ insertJacobianDeltaCoefficients()

◆ localCouplingVariables() [1/2]

◆ localCouplingVariables() [2/2]

◆ createLocalVectors()

◆ resetCouplingHistory()

◆ importCouplingVector()

◆ exportCouplingVector()

◆ switchErrorMessage()

◆ operator=()

Field Documentation

◆ M_ID

◆ M_type

◆ M_models

◆ M_couplingName