NiHu::mesh< ElemTypeVector > Class Template Reference

container class for a mesh More...

#include <mesh.hpp>

Classes
struct	elem_adder
struct	elem_iterator_t

Public Types
typedef ElemTypeVector	elem_type_vector_t
	define template parameter as nested type
typedef field_points< typename first_elements_x_type< ElemTypeVector >::type >	base_t
	type of base class
typedef tmp::inherit< typename tmp::transform< elem_type_vector_t, tmp::inserter< typename tmp::empty< elem_type_vector_t >::type, tmp::push_back< tmp::_1, tmp::_2 > >, eigen_std_vector< tmp::_1 > >::type >::type	elem_container_t
	combine elem_vector into a BIG heterogeneous std::vector container
typedef base_t::x_t	x_t
	type of a nodal vector
typedef x_t::Scalar	scalar_t
	type of a nodal coordinate
Public Types inherited from NiHu::field_points< first_elements_x_type< ElemTypeVector >::type >
typedef first_elements_x_type< ElemTypeVector >::type	x_t
	template parameter as nested type
typedef eigen_std_vector< x_t >::type::const_iterator	iterator_t
	node iterator type

Public Member Functions
template<class node_t , class elem_t >
	mesh (node_t const &nodes, elem_t const &elements)
	build the mesh from mesh description matrices More...
template<class ElemType >
elem_iterator_t< ElemType >::type	begin () const
	return begin iterator of the elements
template<class ElemType >
elem_iterator_t< ElemType >::type	end () const
	return end iterator of the elements
template<class ElemType >
const ElemType &	get_elem (size_t i) const
	return element with a given index
bool	add_elem (unsigned const input[])
	add a new element to the mesh More...
void	add_node (scalar_t input[])
	add a new node to the mesh More...
template<class elem_t >
const elem_t &	push_element (element_base< elem_t > const &e)
	add a new element to the mesh More...
unsigned	get_num_elements () const
	return number of elements More...
Public Member Functions inherited from NiHu::field_points< first_elements_x_type< ElemTypeVector >::type >
void	add_point (x_t const &p)
	add a point to the field point mesh More...
size_t	get_num_points () const
	return number of points More...

Static Public Attributes
static const unsigned	nDim = base_t::nDim
	number of dimensions of the mesh
Static Public Attributes inherited from NiHu::field_points< first_elements_x_type< ElemTypeVector >::type >
static const unsigned	nDim
	number of dimensions

Protected Attributes
elem_container_t	m_elements
	element geometries (BIG heterogeneous container)
unsigned	m_num_elements
	total number of elements in the mesh
Protected Attributes inherited from NiHu::field_points< first_elements_x_type< ElemTypeVector >::type >
eigen_std_vector< x_t >::type	points
	nodal coordinates

Detailed Description

template<class ElemTypeVector>
class NiHu::mesh< ElemTypeVector >

container class for a mesh

Template Parameters

ElemTypeVector

compile time vector of the contained element types

Definition at line 110 of file mesh.hpp.

Constructor & Destructor Documentation

mesh()

template<class ElemTypeVector >

template<class node_t , class elem_t >

NiHu::mesh< ElemTypeVector >::mesh ( node_t const &  nodes, elem_t const &  elements  )

inline

build the mesh from mesh description matrices

Template Parameters

node_t	type of nodes matrix
elem_t	type of elements matrix

Parameters

[in]	nodes	matrix of nodal coordinates
[in]	elements	matrix of element node indices

Definition at line 186 of file mesh.hpp.

Member Function Documentation

add_elem()

template<class ElemTypeVector >

bool NiHu::mesh< ElemTypeVector >::add_elem ( unsigned const  input[] )

inline

add a new element to the mesh

Parameters

input

array of unsigned values. input[0] is the elem ID, the subsequent elements are the nodal indices in the mesh

Returns

true if the element is inserted into the mesh

Definition at line 239 of file mesh.hpp.

add_node()

template<class ElemTypeVector >

void NiHu::mesh< ElemTypeVector >::add_node ( scalar_t  input[] )

inline

add a new node to the mesh

Parameters

input

array of scalars containing the coordinates

Definition at line 253 of file mesh.hpp.

get_num_elements()

template<class ElemTypeVector >

unsigned NiHu::mesh< ElemTypeVector >::get_num_elements ( ) const

inline

return number of elements

Returns

number of elements in the mesh

Definition at line 277 of file mesh.hpp.

push_element()

template<class ElemTypeVector >

template<class elem_t >

const elem_t& NiHu::mesh< ElemTypeVector >::push_element ( element_base< elem_t > const &  e )

inline

add a new element to the mesh

Template Parameters

elem_t

the element type

Parameters

e	the element to be added

Definition at line 267 of file mesh.hpp.

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

• src/core/mesh.hpp