Manager for Intrepid cell-level operations. More...

#include <DTK_IntrepidCell.hpp>

Inheritance diagram for DataTransferKit::IntrepidCell:

Public Types
typedef double	Scalar
	Typedefs. More...

Public Member Functions
	IntrepidCell (const shards::CellTopology &cell_topology, const unsigned degree)
	Constructor. More...

virtual	~IntrepidCell ()
	Destructor. More...

void	setCellNodeCoordinates (const MDArray &cell_node_coords)
	Given physical coordinates for the cell nodes (Cell,Node,Dim), assign them to the cell without allocating internal data. More...

void	allocateCellState (const MDArray &cell_node_coords)
	Given physical coordinates for the cell nodes (Cell,Node,Dim), allocate the state of the cell object. More...

virtual void	updateCellState ()
	Update the state of the cell object for the current cell node coordinates. More...

void	mapToCellReferenceFrame (const MDArray &physical_coords, MDArray &reference_coords)
	Given a set of coordinates in the physical frame of the cell, map them to the reference frame of the cell. More...

virtual void	mapToCellPhysicalFrame (const MDArray &parametric_coords, MDArray &physical_coords)
	Given a set of coordinates in the reference frame of the cell, map them to the physical frame. More...

bool	pointInReferenceCell (const MDArray &reference_point, const double tolerance)
	Determine if a point given in parametric coordinates is inside of the reference cell. More...

bool	pointInPhysicalCell (const MDArray &point, const double tolerance)
	Determine if a point given in physical coordinates is inside of the phyiscal cell. More...

int	getNumCells () const
	Get the number of cells in the current state. More...

int	getNumIntegrationPoints () const
	Get the number of cell points. More...

int	getSpatialDimension () const
	Get the spatial dimension. More...

void	getCellMeasures (MDArray &cell_measures) const
	Get the cell measures (Cell). cell_measures must all ready be allocated. More...

void	integrate (const MDArray &dofs, MDArray &integrals) const
	Given DOFs at the quadrature points {(Cell,Node) for scalar fields, (Cell,Node,VecDim) for vector fields, and (Cell,Node,TensDim1,TensDim2) for tensor fields.} perform the numerical integration in each cell by contracting them with the weighted measures. More...

Static Public Member Functions
static void	updateState (IntrepidCell &Intrepid_cell, const MDArray &cell_node_coords)
	Free function for updating the cell state for a new set of physical cells in a single call. More...

Detailed Description

Manager for Intrepid cell-level operations.

Definition at line 59 of file DTK_IntrepidCell.hpp.

Member Typedef Documentation

typedef double DataTransferKit::IntrepidCell::Scalar

Typedefs.

Definition at line 63 of file DTK_IntrepidCell.hpp.

Constructor & Destructor Documentation

DataTransferKit::IntrepidCell::IntrepidCell	(	const shards::CellTopology &	cell_topology,
		const unsigned	degree
	)

Constructor.

Definition at line 58 of file DTK_IntrepidCell.cpp.

DataTransferKit::IntrepidCell::~IntrepidCell ( )

virtual

Destructor.

Definition at line 83 of file DTK_IntrepidCell.cpp.

Member Function Documentation

void DataTransferKit::IntrepidCell::setCellNodeCoordinates ( const MDArray & cell_node_coords )

Given physical coordinates for the cell nodes (Cell,Node,Dim), assign them to the cell without allocating internal data.

Definition at line 90 of file DTK_IntrepidCell.cpp.

void DataTransferKit::IntrepidCell::allocateCellState ( const MDArray & cell_node_coords )

Given physical coordinates for the cell nodes (Cell,Node,Dim), allocate the state of the cell object.

Definition at line 100 of file DTK_IntrepidCell.cpp.

void DataTransferKit::IntrepidCell::updateCellState ( )

virtual

Update the state of the cell object for the current cell node coordinates.

Reimplemented in DataTransferKit::IntrepidSideCell.

Definition at line 122 of file DTK_IntrepidCell.cpp.

void DataTransferKit::IntrepidCell::updateState	(	IntrepidCell &	Intrepid_cell,
		const MDArray &	cell_node_coords
	)

static

Free function for updating the cell state for a new set of physical cells in a single call.

Definition at line 146 of file DTK_IntrepidCell.cpp.

void DataTransferKit::IntrepidCell::mapToCellReferenceFrame	(	const MDArray &	physical_coords,
		MDArray &	reference_coords
	)

Given a set of coordinates in the physical frame of the cell, map them to the reference frame of the cell.

Definition at line 158 of file DTK_IntrepidCell.cpp.

void DataTransferKit::IntrepidCell::mapToCellPhysicalFrame	(	const MDArray &	parametric_coords,
		MDArray &	physical_coords
	)

virtual

Given a set of coordinates in the reference frame of the cell, map them to the physical frame.

Reimplemented in DataTransferKit::IntrepidSideCell.

Definition at line 172 of file DTK_IntrepidCell.cpp.

bool DataTransferKit::IntrepidCell::pointInReferenceCell	(	const MDArray &	reference_point,
		const double	tolerance
	)

Determine if a point given in parametric coordinates is inside of the reference cell.

Definition at line 195 of file DTK_IntrepidCell.cpp.

bool DataTransferKit::IntrepidCell::pointInPhysicalCell	(	const MDArray &	point,
		const double	tolerance
	)

Determine if a point given in physical coordinates is inside of the phyiscal cell.

Definition at line 207 of file DTK_IntrepidCell.cpp.

int DataTransferKit::IntrepidCell::getNumCells ( ) const

Get the number of cells in the current state.

Definition at line 220 of file DTK_IntrepidCell.cpp.

int DataTransferKit::IntrepidCell::getNumIntegrationPoints ( ) const

Get the number of cell points.

Definition at line 229 of file DTK_IntrepidCell.cpp.

int DataTransferKit::IntrepidCell::getSpatialDimension ( ) const

Get the spatial dimension.

Definition at line 238 of file DTK_IntrepidCell.cpp.

void DataTransferKit::IntrepidCell::getCellMeasures ( MDArray & cell_measures ) const

Get the cell measures (Cell). cell_measures must all ready be allocated.

Definition at line 248 of file DTK_IntrepidCell.cpp.

void DataTransferKit::IntrepidCell::integrate	(	const MDArray &	dofs,
		MDArray &	integrals
	)		const

Given DOFs at the quadrature points {(Cell,Node) for scalar fields, (Cell,Node,VecDim) for vector fields, and (Cell,Node,TensDim1,TensDim2) for tensor fields.} perform the numerical integration in each cell by contracting them with the weighted measures.

Definition at line 276 of file DTK_IntrepidCell.cpp.

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

Public Types

Public Member Functions

Static Public Member Functions

Detailed Description

Member Typedef Documentation

Constructor & Destructor Documentation

Member Function Documentation