Class representing a rectangular grid mesh. More...

#include <Mesh.h>

Collaboration diagram for Mesh:

[legend]

Public Member Functions
	Mesh ()
	default constructor

virtual	~Mesh ()
	Default destructor.

void	createGrid (bool is_two_phase_simulation)
	Create a structured mesh grid.

void	setCellDimension (double cell_dimension_x, double cell_dimension_y, double cell_dimension_z)
	Set cells dimension in each direction.

void	setCellDimension (const Vector3d &cell_dimension)
	Set cells dimension in each direction.

void	setNumCells (int number_cells_x, int number_cells_y, int number_cells_z)
	Set number of cell in each direction.

void	setNumCells (const Vector3i &number_cells)
	Set number of cell in each direction.

void	setNumGhosts (int ghosts)
	Set number of ghosts around the domain.

void	setOrigin (double x, double y, double z)
	Set origin of coordinates.

void	setOrigin (const Vector3d &origin_coordinate)
	Set origin of coordinates.

void	activateNodes (const vector< int > &id_list, bool active_value=true)
	Activate nodes by its id.

void	activateNode (int id, bool active_value=true)
	Activate node by its id.

unsigned int	getNumNodes () const
	Return total nodes in mesh.

vector< Node * > *	getNodes ()
	Return nodes in mesh.

const Vector3d &	getCellDimension () const
	Return the cells dimension in each direction.

const Vector3i &	getNumCells () const
	Return total cells in the mesh without ghosts.

Vector3i	getTotalCells () const
	Return total cells including ghosts.

int	getNumGhosts () const
	Get number of ghosts.

const Vector3d &	getMinLimits () const
	Return lower mesh coordinates.

const Vector3d &	getMaxLimits () const
	Return higher mesh coordinates.

vector< int >	getNodesInCell (const Vector3d &point) const
	Return the nodes of the cell containing a point.

void	getContributionNodes (const Vector3d &point, vector< int > &contributionIds) const
	Return the nodes contributing at point.

Boundary *	getBoundary ()
	return mesh boundaries

void	setBoundaryRestrictions (vector< Boundary::BoundaryType > restrictions)
	Configures the restriction of the boundary nodes.

void	setBoundaryRestrictionsFluid (vector< Boundary::BoundaryType > restrictions)
	Configures the restriction of fluid phase at the boundary nodes.

bool	getIsInsideMesh (const Vector3d &point) const
	Verify if the position is inside the limits.

Private Member Functions
int	getCellIdbyPosition (const Vector3d &point) const
	Return the cell id in a position coordinates.

Vector3d	getGridCoordinates (const Vector3d &point) const
	Return the grid coordinates of a position.

Vector3i	getParentNodeCoordinates (const Vector3d &point) const
	Return the grid parent node coordinate of a position.

int	getParentCellIdConstribution (const Vector3d &point) const
	Return the id of the parent node contributing at the point.

void	configureBoundaries ()
	Updates the boundary nodes index.

Private Attributes
int	nGhosts
	number of ghost cells

Vector3i	nCells
	number of cells in each direction without ghost

Vector3i	nRows
	number of rows in each direction

Vector3d	cellDim
	cell dimension in each direction

Vector3d	minLimit
	lower coordinates domain without ghosts

Vector3d	maxLimit
	high coordinates of domain without ghosts

std::vector< Node * >	gridNodes
	all nodes in mesh

Boundary	boundary
	mesh boundary

Detailed Description

Class representing a rectangular grid mesh.

A rectangular structured grid mesh is used to integrate the equation of motion.

Constructor & Destructor Documentation

◆ Mesh()

Mesh::Mesh ( )

default constructor

◆ ~Mesh()

virtual Mesh::~Mesh ( )

virtual

Default destructor.

Member Function Documentation

◆ activateNode()

void Mesh::activateNode	(	int	id,
		bool	active_value = true )

inline

Activate node by its id.

Parameters

[in]	id	The id of the node to modify its active attribute
[in]	active_value	Active value can be true for activate the node or false for inactivate the node

◆ activateNodes()

void Mesh::activateNodes	(	const vector< int > &	id_list,
		bool	active_value = true )

Activate nodes by its id.

Parameters

[in]	id_list	A list containing the identification of the nodes to be activated
[in]	active_value	Active value can be true for activate the node or false for inactivate the node

◆ configureBoundaries()

void Mesh::configureBoundaries ( )

private

Updates the boundary nodes index.

◆ createGrid()

void Mesh::createGrid ( bool is_two_phase_simulation )

Create a structured mesh grid.

Parameters

[in] is_two_phase_simulation True if two phase simulation is required

◆ getBoundary()

Boundary * Mesh::getBoundary ( )

inline

return mesh boundaries

Returns: boundary_pointer A pointer to the Boundary structure

◆ getCellDimension()

const Vector3d & Mesh::getCellDimension ( ) const

inline

Return the cells dimension in each direction.

Returns: A vector containing the cell dimension in each direction

◆ getCellIdbyPosition()

int Mesh::getCellIdbyPosition ( const Vector3d & point ) const

private

Return the cell id in a position coordinates.

Parameters

[in] point A vector containing the coordinates of a point

Returns: The identification of the cell containing the point

◆ getContributionNodes()

void Mesh::getContributionNodes	(	const Vector3d &	point,
		vector< int > &	contributionIds ) const

Return the nodes contributing at point.

Parameters

[in]	point	A vector containing the coordinates of a point
[in]	contributionIds	A vector that will contain the indexes of the nodes that the a particle placed in the coordinate point contributes

◆ getGridCoordinates()

Vector3d Mesh::getGridCoordinates ( const Vector3d & point ) const

private

Return the grid coordinates of a position.

Parameters

[in] point A vector containing the coordinates of a point

Returns: The cell coordinates in grid coordinates: \(i\), \(j\) and \(k\)

◆ getIsInsideMesh()

bool Mesh::getIsInsideMesh ( const Vector3d & point ) const

Verify if the position is inside the limits.

Parameters

[in] point A vector containing the coordinates of a point

Returns: True if the point is inside the mesh

◆ getMaxLimits()

const Vector3d & Mesh::getMaxLimits ( ) const

inline

Return higher mesh coordinates.

Returns: A vector containing the higher coordinates of the mesh

◆ getMinLimits()

const Vector3d & Mesh::getMinLimits ( ) const

inline

Return lower mesh coordinates.

Returns: A vector containing the lower coordinates of the mesh

◆ getNodes()

vector< Node * > * Mesh::getNodes ( )

inline

Return nodes in mesh.

Returns: A pointer to the mesh nodes

◆ getNodesInCell()

vector< int > Mesh::getNodesInCell ( const Vector3d & point ) const

Return the nodes of the cell containing a point.

Parameters

[in] point A vector containing the coordinates of a point

Returns: A list containing the indexes of the nodes of the cell containing the point

◆ getNumCells()

const Vector3i & Mesh::getNumCells ( ) const

inline

Return total cells in the mesh without ghosts.

Returns: A vector containing the number of cells in each direction

◆ getNumGhosts()

int Mesh::getNumGhosts ( ) const

inline

Get number of ghosts.

Returns: Number of additional cells around the mesh

◆ getNumNodes()

unsigned int Mesh::getNumNodes ( ) const

inline

Return total nodes in mesh.

Returns: Total nodes in the mesh

◆ getParentCellIdConstribution()

int Mesh::getParentCellIdConstribution ( const Vector3d & point ) const

private

Return the id of the parent node contributing at the point.

Parameters

[in] point A vector containing the coordinates of a point

Returns: Parent node grid id. The identification of the cell containing the point

◆ getParentNodeCoordinates()

Vector3i Mesh::getParentNodeCoordinates ( const Vector3d & point ) const

private

Return the grid parent node coordinate of a position.

Parameters

[in] point A vector containing the coordinates of a point

Returns: Parent node grid coordinate. The floor (lower-left) grid coordinate of the cell containing the point

◆ getTotalCells()

Vector3i Mesh::getTotalCells ( ) const

Return total cells including ghosts.

Returns: A vector containing the number of cells in each direction

◆ setBoundaryRestrictions()

void Mesh::setBoundaryRestrictions ( vector< Boundary::BoundaryType > restrictions )

Configures the restriction of the boundary nodes.

Parameters

[in] restrictions Vector containing the restriction to the planes X0, Y0, Z0, Xn, Yn and Zn

◆ setBoundaryRestrictionsFluid()

void Mesh::setBoundaryRestrictionsFluid ( vector< Boundary::BoundaryType > restrictions )

Configures the restriction of fluid phase at the boundary nodes.

Parameters

[in] restrictions Vector containing the restriction to the planes X0, Y0, Z0, Xn, Yn and Zn

◆ setCellDimension() [1/2]

void Mesh::setCellDimension ( const Vector3d & cell_dimension )

Set cells dimension in each direction.

Parameters

[in] cell_dimension A vector containing the Cell dimesion in each direction

◆ setCellDimension() [2/2]

void Mesh::setCellDimension	(	double	cell_dimension_x,
		double	cell_dimension_y,
		double	cell_dimension_z )

Set cells dimension in each direction.

Parameters

[in]	cell_dimension_x	Cell dimesion in x
[in]	cell_dimension_y	Cell dimesion in y
[in]	cell_dimension_z	Cell dimesion in z

◆ setNumCells() [1/2]

void Mesh::setNumCells ( const Vector3i & number_cells )

Set number of cell in each direction.

Parameters

[in] number_cells Vector containing the number of cells in each direction

◆ setNumCells() [2/2]

void Mesh::setNumCells	(	int	number_cells_x,
		int	number_cells_y,
		int	number_cells_z )

Set number of cell in each direction.

Parameters

[in]	number_cells_x	Number of cells in x
[in]	number_cells_y	Number of cells in y
[in]	number_cells_z	Number of cells in z

◆ setNumGhosts()

void Mesh::setNumGhosts ( int ghosts )

Set number of ghosts around the domain.

Parameters

[in] ghosts Number of ghosts around the domain

◆ setOrigin() [1/2]

void Mesh::setOrigin ( const Vector3d & origin_coordinate )

inline

Set origin of coordinates.

Parameters

[in] origin_coordinate A vector containing the x,y and z coordinates of the origin

◆ setOrigin() [2/2]

void Mesh::setOrigin	(	double	x,
		double	y,
		double	z )

inline

Set origin of coordinates.

Parameters

[in]	x	X Coordinate
[in]	y	Y Coordinate
[in]	z	Z Coordinate

Member Data Documentation

◆ boundary

Boundary Mesh::boundary

private

mesh boundary

◆ cellDim

Vector3d Mesh::cellDim

private

cell dimension in each direction

◆ gridNodes

std::vector<Node*> Mesh::gridNodes

private

all nodes in mesh

◆ maxLimit

Vector3d Mesh::maxLimit

private

high coordinates of domain without ghosts

◆ minLimit

Vector3d Mesh::minLimit

private

lower coordinates domain without ghosts

◆ nCells

Vector3i Mesh::nCells

private

number of cells in each direction without ghost

◆ nGhosts

int Mesh::nGhosts

private

number of ghost cells

◆ nRows

Vector3i Mesh::nRows

private

number of rows in each direction

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

Mesh.h

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ Mesh()

◆ ~Mesh()

Member Function Documentation

◆ activateNode()

◆ activateNodes()

◆ configureBoundaries()

◆ createGrid()

◆ getBoundary()

◆ getCellDimension()

◆ getCellIdbyPosition()

◆ getContributionNodes()

◆ getGridCoordinates()

◆ getIsInsideMesh()

◆ getMaxLimits()

◆ getMinLimits()

◆ getNodes()

◆ getNodesInCell()

◆ getNumCells()

◆ getNumGhosts()

◆ getNumNodes()

◆ getParentCellIdConstribution()

◆ getParentNodeCoordinates()

◆ getTotalCells()

◆ setBoundaryRestrictions()

◆ setBoundaryRestrictionsFluid()

◆ setCellDimension() [1/2]

◆ setCellDimension() [2/2]

◆ setNumCells() [1/2]

◆ setNumCells() [2/2]

◆ setNumGhosts()

◆ setOrigin() [1/2]

◆ setOrigin() [2/2]

Member Data Documentation

◆ boundary

◆ cellDim

◆ gridNodes

◆ maxLimit

◆ minLimit

◆ nCells

◆ nGhosts

◆ nRows