Class for storing an ADT of (linear) elements in an arbitrary number of dimensions. More...

Inheritance diagram for CADTElemClass:

Public Member Functions
	CADTElemClass (unsigned short val_nDim, vector< su2double > &val_coor, vector< unsigned long > &val_connElem, vector< unsigned short > &val_VTKElem, vector< unsigned short > &val_markerID, vector< unsigned long > &val_elemID, const bool globalTree)
	Constructor of the class.

bool	DetermineContainingElement (const su2double coor, unsigned short &markerID, unsigned long &elemID, int &rankID, su2double parCoor, su2double *weightsInterpol)
	Function, which determines the element that contains the given coordinate.

void	DetermineNearestElement (const su2double *coor, su2double &dist, unsigned short &markerID, unsigned long &elemID, int &rankID)
	Function, which determines the nearest element in the ADT for the given coordinate.

Public Member Functions inherited from CADTBaseClass
bool	IsEmpty (void) const
	Function, which returns whether or not the ADT is empty.

Additional Inherited Members
Protected Member Functions inherited from CADTBaseClass
	CADTBaseClass ()=default
	Constructor of the class. Nothing to be done.

	CADTBaseClass (const CADTBaseClass &)=delete

CADTBaseClass &	operator= (const CADTBaseClass &)=delete

void	BuildADT (unsigned short nDim, unsigned long nPoints, const su2double *coor)
	Function, which builds the ADT of the given coordinates.

Protected Attributes inherited from CADTBaseClass
unsigned long	nLeaves
	Number of leaves in the ADT.

unsigned short	nDimADT
	Number of dimensions of the ADT.

bool	isEmpty
	Whether or not the ADT is empty.

vector< CADTNodeClass >	leaves
	Vector, which contains all the leaves of the ADT.

array< vector< unsigned long >, 1 >	FrontLeaves

array< vector< unsigned long >, 1 >	FrontLeavesNew

Detailed Description

Class for storing an ADT of (linear) elements in an arbitrary number of dimensions.

Constructor & Destructor Documentation

CADTElemClass::CADTElemClass	(	unsigned short	val_nDim,
		vector< su2double > &	val_coor,
		vector< unsigned long > &	val_connElem,
		vector< unsigned short > &	val_VTKElem,
		vector< unsigned short > &	val_markerID,
		vector< unsigned long > &	val_elemID,
		const bool	globalTree
	)

Constructor of the class.

Parameters

[in]	val_nDim	Number of spatial dimensions of the problem.
[in]	val_coor	Coordinates of the local points to be stored in the ADT.
[in,out]	val_connElem	Local connectivity of the elements to be stored in the ADT. In parallel mode the connectivities are corrected for the offset in node numbers of the rank.
[in]	val_VTKElem	Type of the elements using the VTK convention.
[in]	val_markerID	Markers of the local elements.
[in]	val_elemID	Local element IDs of the elements.
[in]	globalTree	Whether or not a global tree must be built. If false a local ADT is built.

bool CADTElemClass::DetermineContainingElement	(	const su2double *	coor,
		unsigned short &	markerID,
		unsigned long &	elemID,
		int &	rankID,
		su2double *	parCoor,
		su2double *	weightsInterpol
	)

inline

Function, which determines the element that contains the given coordinate.

Note: This simply forwards the call to the implementation function selecting the right working variables for the current thread.

Parameters

[in]	coor	Coordinate which the element must contain.
[out]	markerID	Local marker ID of the element containing the coordinate.
[out]	elemID	Local element ID of the element containing the coordinate.
[out]	rankID	Rank on which element containing the coordinate is stored.
[out]	parCoor	Parametric coordinates of coor inside the element, which contains the coordinate.
[out]	weightsInterpol	Interpolation weights of coor inside the element, which contains the coordinate.

void CADTElemClass::DetermineNearestElement	(	const su2double *	coor,
		su2double &	dist,
		unsigned short &	markerID,
		unsigned long &	elemID,
		int &	rankID
	)

inline

Function, which determines the nearest element in the ADT for the given coordinate.

Note: This simply forwards the call to the implementation function selecting the right working variables for the current thread.

Parameters

[in]	coor	Coordinate for which the nearest element in the ADT must be determined.
[out]	dist	Distance to the nearest element in the ADT.
[out]	markerID	Local marker ID of the nearest element in the ADT.
[out]	elemID	Local element ID of the nearest element in the ADT.
[out]	rankID	Rank on which the nearest element in the ADT is stored.

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