sfem::mesh::PhysicalElement Class Reference

... Represents an element with associated physical data More...

#include <physicalelement.hpp>

Collaboration diagram for sfem::mesh::PhysicalElement:

[legend]

List of all members.

Public Types
typedef size_t	count_type
typedef element::ElementData *const	ElementDataConstPtr
typedef element::ElementData *	ElementDataPtr
typedef unsigned int	index_type
typedef double	real_type
typedef std::pair < PhysicalIntegrationPoint *, unsigned int >	TPairIntegrationPoint
typedef std::vector < TPairIntegrationPoint >	TVectorIntegrationPoint
typedef std::vector< unsigned short >	Type_LocalIndexVector
typedef std::vector < element::MaterialIntptData >	Type_materialintpt_vector
typedef std::vector< std::pair < element::IntegrationNode *, unsigned int > >	Type_MaterialNodeReference
typedef unsigned int	uint
Public Member Functions
void	assembleMass (const DofHandler &dofs, DofHandler::TSparseMatrix_RandomSetter &mass)
	(re)assembles stiffness matrix
void	buildElement (DofHandler &dofs)
	;;-;;-;;-;;
void	buildElement_2nd (DofHandler &dofs)
	builds the element data (in a 2nd run, after precomputing the intnodes a 1st time)
Element &	element ()
	a modifier for the associated geometrical element
const Element &	element () const
	a getter for the associated geometrical element
ElementDataPtr &	elementData ()
const ElementDataPtr &	elementData () const
void	freeTemporariesElement ()
	frees temporary data at the end of structure->buildPhysics. Is called after buildElement and buildNodes
Type_materialintpt_vector &	innerIntpts ()
const Type_materialintpt_vector &	innerIntpts () const
TVectorIntegrationPoint &	integrationPoints ()
const TVectorIntegrationPoint &	integrationPoints () const
Type_MaterialNodeReference &	materialNodeReference ()
const Type_MaterialNodeReference &	materialNodeReference () const
	PhysicalElement (Element &element, Section &the_section)
Section &	section ()
	a modifier for the element section (careful!)
const Section &	section () const
	a getter for the element section:
void	setSection (Section &_section)
	sets a new section (careful!)
Protected Attributes
Element &	m_element
	The element we refer to:.
ElementDataPtr	m_elementData
	possible additional data used for integration:
Type_materialintpt_vector	m_inner_intpts
	data for element internal material integration points:
TVectorIntegrationPoint	m_integrationPoints
	contains references to the global integration points that belong to this element
Type_MaterialNodeReference	m_material_node_reference
Section *	m_section
	the section this element belongs to:

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Detailed Description

... Represents an element with associated physical data

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Member Function Documentation

void sfem::mesh::PhysicalElement::buildElement

(

DofHandler &

dofs

)

;;-;;-;;-;;

creates data of integration cells, etc.

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Member Data Documentation

Type_MaterialNodeReference sfem::mesh::PhysicalElement::m_material_node_reference [protected]

contains references to the Materialnodes of this element (used by nodal integration) contains a pointer to the integration node and the index of the material node at the intnode:

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

• modules/sfem/sfem/mesh/physicalelement.hpp