Mesh Class Reference

Representation of a mesh, all of its nodes and elements. More...

#include <mesh.h>

Public Member Functions
	Mesh (gzFile file, dataFields fields)
std::string	getName ()
std::string	getElementName ()
GiD_ElementType	getElementType ()
unsigned int	getDimCount () const
unsigned int	getNodeCount () const
unsigned int	getElementCount () const
std::vector< Node >	getNodes ()
std::tuple< int &, int * >	getElement (const unsigned int &id) const

Static Public Member Functions
static GiD_ElementType	getGiDElementType (const char *element)
	Write the mesh into a currently open PostResultFile. More...

Static Public Attributes
static size_t	maxNodeCount = 0
	Biggest number of node encountered in the mesh. More...
static const std::map< std::string, GiD_ElementType >	GiD_ElementTypeEncoding
	Map of all recognized GiD_ElementType according to their string encoded value. More...

Private Member Functions
void	readCoordinates (gzFile &file, char buffer[GZ_BUFFER_SIZE])
void	readElements (gzFile &file, char buffer[GZ_BUFFER_SIZE])

Private Attributes
std::string	name
	Name of the mesh. More...
std::string	elementName
	String encoded element type of the mesh. More...
GiD_ElementType	elementType
	Element type of the mesh. More...
unsigned int	dimCount
	Number of dimensions of the object (2 or 3) More...
unsigned int	nodeCount
	Number of nodes which constitutes the mesh. More...
unsigned int	elementCount
	Number of elements in the mesh. More...
std::vector< Node >	nodes
	Nodes that constitutes the mesh. More...
int *	elements
	Elements of the mesh. More...
int *	elementsConnectivity
	Connectivity of the elements. More...

Detailed Description

Representation of a mesh, all of its nodes and elements.

Constructor & Destructor Documentation

Mesh()

Mesh::Mesh	(	gzFile	file,
		dataFields	fields
	)

Parameters

file	File that contains the mesh information
fields	Base fields read from the file

Member Function Documentation

getDimCount()

unsigned int Mesh::getDimCount

(

)

const

Returns

The number of dimension of the mesh (2 or 3)

getElement()

std::tuple< int &, int * > Mesh::getElement

(

const unsigned int &

id

)

const

Parameters

id	ID of the element

Returns

Return information about an element:

getElementCount()

unsigned int Mesh::getElementCount

(

)

const

Returns

The number of elements in the mesh

getElementName()

std::string Mesh::getElementName

(

)

Returns

The string encoded element type of the mesh

getElementType()

GiD_ElementType Mesh::getElementType

(

)

Returns

The Element type of the mesh

getGiDElementType()

GiD_ElementType Mesh::getGiDElementType ( const char *  element )

static

Write the mesh into a currently open PostResultFile.

Returns

The state of the GiD Post Mesh closure Get the GiD_ElementType of a string encoded GiDElementType

Parameters

element

string encoded GiD_ElementType

Returns

The according GiD_ElementType, GiD_NoElement by default

Exceptions

runtime_error

if the encoded GiD_ElementType is not recognized

getName()

std::string Mesh::getName

(

)

Returns

The name of the name

getNodeCount()

unsigned int Mesh::getNodeCount

(

)

const

Returns

The number of nodes that constitutes the mesh

getNodes()

std::vector<Node> Mesh::getNodes

(

)

Returns

The nodes that constitutes the mesh

readCoordinates()

void Mesh::readCoordinates ( gzFile &  file, char  buffer[GZ_BUFFER_SIZE]  )

private

Read the nodes coordinates from the mesh file

Parameters

file	File that contains the mesh information
buffer	The zlib reading buffer from previous gzread

readElements()

void Mesh::readElements ( gzFile &  file, char  buffer[GZ_BUFFER_SIZE]  )

private

Read the elements from the mesh file

Parameters

file	File that contains the mesh information
buffer	The zlib reading buffer from previous gzread

Member Data Documentation

dimCount

unsigned int Mesh::dimCount

private

Number of dimensions of the object (2 or 3)

elementCount

unsigned int Mesh::elementCount

private

Number of elements in the mesh.

elementName

std::string Mesh::elementName

private

String encoded element type of the mesh.

elements

int* Mesh::elements

private

Elements of the mesh.

elementsConnectivity

int* Mesh::elementsConnectivity

private

Connectivity of the elements.

elementType

GiD_ElementType Mesh::elementType

private

Element type of the mesh.

GiD_ElementTypeEncoding

const std::map< std::string, GiD_ElementType > Mesh::GiD_ElementTypeEncoding

static

Initial value:

= {
    { "", GiD_NoElement },
    { "Point", GiD_NoElement },
    { "Linear", GiD_NoElement },
    { "Triangle", GiD_Triangle },
    { "Quadrilateral", GiD_Quadrilateral },
    { "Tetrahedra", GiD_Tetrahedra },
    { "Hexahedra", GiD_Hexahedra },
    { "Prism", GiD_Prism },
    { "Pyramid", GiD_NoElement },
    { "Sphere", GiD_NoElement },
    { "Circle", GiD_NoElement }
}

Map of all recognized GiD_ElementType according to their string encoded value.

maxNodeCount

size_t Mesh::maxNodeCount = 0

static

Biggest number of node encountered in the mesh.

name

std::string Mesh::name

private

Name of the mesh.

nodeCount

unsigned int Mesh::nodeCount

private

Number of nodes which constitutes the mesh.

nodes

std::vector<Node> Mesh::nodes

private

Nodes that constitutes the mesh.

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

• include/core/mesh.h
• src/core/mesh.cpp