sfem::element::IntegrationNodeType Class Reference

... provides element specific methods for IntegrationNode objects More...

#include <integrationnodetype.hpp>

Inheritance diagram for sfem::element::IntegrationNodeType:

[legend]

Collaboration diagram for sfem::element::IntegrationNodeType:

[legend]

List of all members.

Public Types
typedef size_t	count_type
typedef unsigned int	index_type
typedef double	real_type
typedef boost::function< void(mesh::PhysicalElement &element, const uint &part_index, mesh::DofHandler &dofs)>	Type_build_element_func
typedef boost::function< void(const mesh::PhysicalIntegrationNode &intnode, const mesh::DofHandler &dofs, material::TVectorEnergy &energy, mesh::DofHandler::TVector &resforce) >	Type_func_assemble_energy_resforce
typedef boost::function< void(const mesh::PhysicalIntegrationNode &intnode, const mesh::DofHandler &dofs, material::TVectorEnergy &energy, material::TScalarWeightedVector &resforce) >	Type_func_assemble_energy_resforce_scalarweighted
typedef boost::function< void(mesh::PhysicalIntegrationNode &intnode, const mesh::DofHandler &dofs, material::TVectorEnergy &energy, mesh::DofHandler::TVector &resforce) >	Type_func_assemble_energy_resforce_update
typedef boost::function< void(mesh::PhysicalIntegrationNode &intnode, const mesh::DofHandler &dofs, material::TVectorEnergy &energy, material::TScalarWeightedVector &resforce) >	Type_func_assemble_energy_resforce_update_scalarweighted
typedef boost::function< void(const uint &part_index, const mesh::PhysicalElement &element, const mesh::DofHandler &dofs, mesh::DofHandler::TSparseMatrix_RandomSetter &mass) >	Type_func_assemble_mass_element
typedef boost::function< void(const mesh::PhysicalIntegrationNode &intnode, const mesh::DofHandler &dofs, mesh::DofHandler::TSparseMatrix_RandomSetter &stiffness) >	Type_func_assemble_stiffness
typedef boost::function< void(const mesh::PhysicalIntegrationNode &intnode, const mesh::DofHandler &dofs, material::TScalarWeightedMatrix &stiffness) >	Type_func_assemble_stiffness_scalarweighted
typedef boost::function< void(const mesh::PhysicalElement &element, const mesh::DofHandler &dofs, const material::TVector3 &local_coor, material::TMatrix3 &defgrad, material::TVectorEnergy &energy_density, material::TVector9 &stress) >	Type_func_evaluate_stress_in_element
typedef boost::function< void(mesh::PhysicalElement &element) >	Type_func_free_temp_element
typedef boost::function< void(mesh::PhysicalIntegrationNode &intnode) >	Type_func_precompute
typedef boost::function< void(mesh::PhysicalIntegrationNode &intnode, const mesh::DofHandler &dofs) >	Type_func_update
typedef unsigned int	uint
typedef unsigned short	ushort
Public Member Functions
const std::string &	getIdent () const
	returns the type as a string
const index_type &	getIndex () const
	returns the type as index
	IntegrationNodeType (const count_type &theindex, const std::string &theident)
Public Attributes
const Type_func_assemble_energy_resforce &	assembleEnergyAndResforce
const Type_func_assemble_energy_resforce_scalarweighted &	assembleEnergyAndResforce_scalarweighted
const Type_func_assemble_energy_resforce_update &	assembleEnergyAndResforceAndUpdate
const Type_func_assemble_energy_resforce_update_scalarweighted &	assembleEnergyAndResforceAndUpdate_scalarweighted
const Type_func_assemble_mass_element &	assembleMass
const Type_func_assemble_stiffness &	assembleStiffness
const Type_func_assemble_stiffness_scalarweighted &	assembleStiffness_scalarweighted
const Type_build_element_func &	buildElement
	(re)creates integration cells and precomputes data for reference configuration
const Type_build_element_func &	buildElement_2nd
const Type_func_evaluate_stress_in_element &	evaluateStressInElement
const Type_func_free_temp_element &	freeTempElement
const bool &	onlyOneMaterialPerIntnode
const Type_func_precompute &	precompute
const Type_func_precompute &	precompute_2nd
const Type_func_update &	updateStateData
Protected Attributes
Type_func_assemble_energy_resforce	func_assemble_energy_resforce
Type_func_assemble_energy_resforce_scalarweighted	func_assemble_energy_resforce_scalarweighted
Type_func_assemble_energy_resforce_update	func_assemble_energy_resforce_update
Type_func_assemble_energy_resforce_update_scalarweighted	func_assemble_energy_resforce_update_scalarweighted
Type_func_assemble_mass_element	func_assemble_mass
Type_func_assemble_stiffness	func_assemble_stiffness
Type_func_assemble_stiffness_scalarweighted	func_assemble_stiffness_scalarweighted
Type_build_element_func	func_build_element
Type_build_element_func	func_build_element_2nd
Type_func_evaluate_stress_in_element	func_evaluate_stress_in_element
Type_func_free_temp_element	func_free_temp_element
Type_func_precompute	func_precompute
Type_func_precompute	func_precompute_2nd
Type_func_update	func_update
const std::string	ident
	the identifier
const index_type	index
	the global index
bool	only_one_material_per_intnode
Private Member Functions
void	defaultAssembleMass (const uint &part_index, const mesh::PhysicalElement &element, const mesh::DofHandler &dofs, mesh::DofHandler::TSparseMatrix_RandomSetter &mass)
void	defaultBuildElement (mesh::PhysicalElement &element, const uint &part_index, mesh::DofHandler &dofs)
void	defaultComputeEnergyResforce (const mesh::PhysicalIntegrationNode &intnode, const mesh::DofHandler &dofs, material::TVectorEnergy &energy, mesh::DofHandler::TVector &resforce)
void	defaultComputeEnergyResforce_scalarweighted (const mesh::PhysicalIntegrationNode &intnode, const mesh::DofHandler &dofs, material::TVectorEnergy &energy, material::TScalarWeightedVector &resforce)
void	defaultComputeEnergyResforceUpdate (mesh::PhysicalIntegrationNode &intnode, const mesh::DofHandler &dofs, material::TVectorEnergy &energy, mesh::DofHandler::TVector &resforce)
void	defaultComputeEnergyResforceUpdate_scalarweighted (mesh::PhysicalIntegrationNode &intnode, const mesh::DofHandler &dofs, material::TVectorEnergy &energy, material::TScalarWeightedVector &resforce)
void	defaultComputeStiffness (const mesh::PhysicalIntegrationNode &intnode, const mesh::DofHandler &dofs, mesh::DofHandler::TSparseMatrix_RandomSetter &stiffness)
void	defaultComputeStiffness_scalarweighted (const mesh::PhysicalIntegrationNode &intnode, const mesh::DofHandler &dofs, material::TScalarWeightedMatrix &stiffness)
void	defaultEvaluateStressInElement (const mesh::PhysicalElement &element, const mesh::DofHandler &dofs, const material::TVector3 &local_coor, material::TMatrix3 &defgrad, material::TVectorEnergy &energy_density, material::TVector9 &stress)
void	defaultFreeTempElement (mesh::PhysicalElement &element)
void	defaultPrecomputeIntegrationNode (mesh::PhysicalIntegrationNode &intnode)
void	defaultUpdateStateData (mesh::PhysicalIntegrationNode &intnode, const mesh::DofHandler &dofs)

---

Detailed Description

... provides element specific methods for IntegrationNode objects

---

Member Data Documentation

bool sfem::element::IntegrationNodeType::only_one_material_per_intnode [protected]

defines if the integration nodes of this nodal integration type are allowed to have more than one material associated with it, default: false

---

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

• modules/sfem/sfem/element/integration/nodal/integrationnodetype.hpp