The GmBoundaryConditionAccessor class is a proxy object to a value accesor implementing a more convenient interface to retrieve / store values for BoundaryCondition attributes. More...

#include <gmBoundaryConditionAccessor.h>

Inheritance diagram for GmBoundaryConditionAccessor:

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Collaboration diagram for GmBoundaryConditionAccessor:

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Public Member Functions
	GmBoundaryConditionAccessor (GmValueAccessor ac, const GmBoundaryCondition bc)
	Constructor. Takes ownership of the accessor.

const double *	valueAt (int bcIndex, int listIndex, const GmVector *coord) const

const double *	value (int bcIndex, int listIndex) const

double	scalarValueAt (int bcIndex, int listIndex, const GmVector *coord) const

double	scalarValue (int bcIndex, int listIndex) const

void	matrixValueAt (int bcIndex, int listIndex, const GmVector *coord, GmCRMatrix &mat) const

void	matrixValue (int bcIndex, int listIndex, GmCRMatrix &mat) const

void	vectorValueAt (int bcIndex, int listIndex, const GmVector *coord, GmCRVector &vec) const

void	vectorValue (int bcIndex, int listIndex, GmCRVector &vec) const

QString	valueStr (int bcIndex, int listIndex, bool evalFunctions, bool printDefAsNil, int fieldWidth=0, char format='g', int precision=-1, const GmVector *coord=NULL) const

Public Member Functions inherited from GmBcAccessorProxy
	GmBcAccessorProxy (GmValueAccessor *ac)

bool	setValue (int bcIndex, const double *value)

bool	setScalarValue (int bcIndex, double value)

bool	setScalarValueAtDim (int bcIndex, int dim, double value)

bool	setValueAsDef (int bcIndex)

bool	setFunctionValue (int bcIndex, GmUserFunction *functionDef)

bool	setFunctionValue (int bcIndex, GmUserFunctionEvaluator *functionEval)

bool	setFunctionFromName (int bcIndex, QString userFunctionId, QString &err)

bool	setValueFromVariant (int bcIndex, const QVariant &v, bool acceptMissingDimension, QString &err)

bool	isDefValue (int bcIndex) const

bool	isFunction (int bcIndex) const

QString	functionId (int bcIndex) const

Public Member Functions inherited from GmAccessorProxy
	GmAccessorProxy (GmValueAccessor *ac)
	Constructor. Takes ownership of the accessor.

virtual	~GmAccessorProxy ()
	Virtual destructor. Disposes the wrapped accessor.

int	size () const

GmValueInfo *	info () const

bool	isScalar () const

Unit	unit () const

int	valueSize () const

const double *	defValue () const

Protected Member Functions
int	dataIndex (int bcIndex, int listIndex) const

Protected Member Functions inherited from GmBcAccessorProxy
void	saveDataInContext (int dataIndex) const
	A function that given a node / cell index, saves it in the context.

Protected Member Functions inherited from GmAccessorProxy
double	convertToAccessorUnit (double val) const
	An utility function that given a value, converts it to the accessor unit. If no conversion is needed, returns val.

const double *	convertToAccessorUnit (const double *p) const
	An utility function that given a pointer to the stored data, converts the value to the accessor unit and returns a pointer to the internal buffer used to store the converted value. If no conversion is needed, returns p.

void	convertFromAccessorUnit (double val, double *dst) const
	Copies the value given by val into the area pointed to by dst, converting units if needed.

void	convertFromAccessorUnit (const double val, double dst) const
	Copies the values given by val into the area pointed to by dst, converting units if needed.

Private Attributes
const GmBoundaryCondition *	_bc
	The boundary condition that owns the value accessor used to translate indices.

Additional Inherited Members
Protected Attributes inherited from GmAccessorProxy
GmValueAccessor *	_ac

Detailed Description

The GmBoundaryConditionAccessor class is a proxy object to a value accesor implementing a more convenient interface to retrieve / store values for BoundaryCondition attributes.

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

inc/acData/gmBoundaryConditionAccessor.h

Public Member Functions

Protected Member Functions

Private Attributes

Additional Inherited Members

Detailed Description