im_data provides indexing to the integration points of a mesh im object. More...

#include <getfem_im_data.h>

Inherits getfem::context_dependencies, and dal::static_stored_object.

Public Member Functions
	im_data (const mesh_im &mim_, bgeot::multi_index tensor_size, size_type filtered_region_=size_type(-1))
	Constructor. More...

	im_data (const mesh_im &mim_, size_type filtered_region_=size_type(-1))
	Constructor. More...

void	set_region (size_type region)
	set filtered region id

size_type	filtered_region () const
	return filtered region id

size_type	index_of_point (size_type cv, size_type i, bool use_filter=false) const
	Returns the index of an integration point with no filtering.

size_type	filtered_index_of_point (size_type cv, size_type i) const
	Returns the index of an integration point with filtering.

size_type	index_of_first_point (size_type cv, short_type f=short_type(-1), bool use_filter=false) const
	Returns the index of the first integration point with no filtering.

size_type	filtered_index_of_first_point (size_type cv, short_type f=short_type(-1)) const
	Returns the index of the first integration point with filtering.

size_type	nb_index (bool use_filter=false) const
	Total numbers of index (integration points)

size_type	nb_filtered_index () const
	Total numbers of filtered index (integration points)

size_type	nb_points_of_element (size_type cv, bool use_filter=false) const
	Total number of points in element cv.

size_type	nb_points_of_element (size_type cv, short_type f, bool use_filter=false) const
	Number of points in element cv, on face f (or in the interior)

size_type	nb_filtered_points_of_element (size_type cv) const
	Total number of points in element cv, which lie in filtered_region()

size_type	nb_filtered_points_of_element (size_type cv, short_type f) const
	Number of points in element cv, on face f (or in the interior), which lie in filtered_region()

short_type	nb_faces_of_element (size_type cv) const
	Number of (active) faces in element cv.

size_type	nb_tensor_elem () const
	sum of tensor elements, M(3,3) will have 3*3=9 elements

dal::bit_vector	convex_index (bool use_filter=false) const
	List of convexes.

dal::bit_vector	filtered_convex_index () const
	List of convex in filtered region.

void	update_from_context () const
	called automatically when there is a change in dependencies

const mesh_im &	linked_mesh_im () const
	linked mesh im

	operator const mesh_im & () const
	implicit conversion to mesh im

const mesh &	linked_mesh () const
	linked mesh

template<typename VECT >
void	extend_vector (const VECT &V1, VECT &V2) const
	Extend a vector from filtered size to full size and copy the data to correct index.

template<typename VECT >
void	reduce_vector (const VECT &V1, VECT &V2) const
	Filter a vector from full size to filtered size and copy the data to correct index.

template<typename VECT >
VECT::value_type	get_value (const VECT &V1, size_type cv, size_type i, bool use_filter=true) const
	get a scalar value of an integration point from a raw vector data, described by the tensor size. More...

template<typename VECT1 , typename VECT2 >
void	get_vector (const VECT1 &V1, size_type cv, size_type i, VECT2 &V2, bool use_filter=true) const
	get a vector of an integration point from a raw vector data, described by the tensor size. More...

template<typename VECT , typename MAT >
void	get_matrix (const VECT &V1, size_type cv, size_type i, MAT &M, bool use_filter=true) const
	get a matrix of an integration point from a raw vector data, described by the tensor size. More...

template<typename VECT , typename TENSOR >
void	get_tensor (const VECT &V1, size_type cv, size_type i, TENSOR &T, bool use_filter=true) const
	get a tensor of an integration point from a raw vector data, described by the tensor size. More...

template<typename VECT >
VECT::value_type &	set_value (VECT &V1, size_type cv, size_type i, bool use_filter=true) const
	set a value of an integration point from a raw vector data, described by the tensor size. More...

template<typename VECT1 , typename VECT2 >
void	set_vector (VECT1 &V1, size_type cv, size_type i, const VECT2 &V2, bool use_filter=true) const
	set a vector of an integration point from a raw vector data, described by the tensor size. More...

template<typename VECT , typename MAT >
void	set_matrix (VECT &V1, size_type cv, size_type i, const MAT &M, bool use_filter=true) const
	set a matrix of an integration point from a raw vector data, described by the tensor size. More...

template<typename VECT , typename TENSOR >
void	set_tensor (VECT &V1, size_type cv, size_type i, const TENSOR &T, bool use_filter=true) const
	set a tensor of an integration point from a raw vector data, described by the tensor size. More...

Public Member Functions inherited from getfem::context_dependencies
bool	context_check () const
	return true if update_from_context was called

Detailed Description

im_data provides indexing to the integration points of a mesh im object.

The im_data data contains a reference of mesh_im object . The index can be filtered by region, and each im_data has its own tensorial size.

Filtered methods will provide filtered index on the region. This class also provides reading and writing tensor( including matrix, vector and scalar) from a vector data (generally a fixed-size variable from the model.)

im_data can be used to provide integration point index on convex or on faces of convex, but not both. To create an im_data that represents integration points on a face, the filter region provided has to contain only faces.

Definition at line 69 of file getfem_im_data.h.

Constructor & Destructor Documentation

getfem::im_data::im_data	(	const mesh_im &	mim_,
		bgeot::multi_index	tensor_size,
		size_type	filtered_region_ = `size_type(-1)`
	)

Constructor.

Parameters

mim	Reference mesh_im object
tensor_size	tensor dimension of each integration points
filtered_region	index not in the region will be filtered out. If filtered_region can contain only convexes or only faces or both convexes and faces.

Definition at line 28 of file getfem_im_data.cc.

getfem::im_data::im_data	(	const mesh_im &	mim_,
		size_type	filtered_region_ = `size_type(-1)`
	)

Constructor.

The tensor size by default is a scalar value.

Parameters

mim	Reference mesh_im object
filtered_region	index not in the region will be filtered out. If filtered_region can contain only convexes or only faces or both convexes and faces.

Definition at line 41 of file getfem_im_data.cc.

Member Function Documentation

template<typename VECT >

VECT::value_type getfem::im_data::get_value	(	const VECT &	V1,
		size_type	cv,
		size_type	i,
		bool	use_filter = `true`
	)		const

inline

get a scalar value of an integration point from a raw vector data, described by the tensor size.

Definition at line 229 of file getfem_im_data.h.

template<typename VECT1 , typename VECT2 >

void getfem::im_data::get_vector	(	const VECT1 &	V1,
		size_type	cv,
		size_type	i,
		VECT2 &	V2,
		bool	use_filter = `true`
	)		const

inline

get a vector of an integration point from a raw vector data, described by the tensor size.

Definition at line 242 of file getfem_im_data.h.

template<typename VECT , typename MAT >

void getfem::im_data::get_matrix	(	const VECT &	V1,
		size_type	cv,
		size_type	i,
		MAT &	M,
		bool	use_filter = `true`
	)		const

inline

get a matrix of an integration point from a raw vector data, described by the tensor size.

Definition at line 260 of file getfem_im_data.h.

template<typename VECT , typename TENSOR >

void getfem::im_data::get_tensor	(	const VECT &	V1,
		size_type	cv,
		size_type	i,
		TENSOR &	T,
		bool	use_filter = `true`
	)		const

inline

get a tensor of an integration point from a raw vector data, described by the tensor size.

Definition at line 278 of file getfem_im_data.h.

template<typename VECT >

VECT::value_type& getfem::im_data::set_value	(	VECT &	V1,
		size_type	cv,
		size_type	i,
		bool	use_filter = `true`
	)		const

inline

set a value of an integration point from a raw vector data, described by the tensor size.

Definition at line 296 of file getfem_im_data.h.

template<typename VECT1 , typename VECT2 >

void getfem::im_data::set_vector	(	VECT1 &	V1,
		size_type	cv,
		size_type	i,
		const VECT2 &	V2,
		bool	use_filter = `true`
	)		const

inline

set a vector of an integration point from a raw vector data, described by the tensor size.

Definition at line 309 of file getfem_im_data.h.

template<typename VECT , typename MAT >

void getfem::im_data::set_matrix	(	VECT &	V1,
		size_type	cv,
		size_type	i,
		const MAT &	M,
		bool	use_filter = `true`
	)		const

inline

set a matrix of an integration point from a raw vector data, described by the tensor size.

Definition at line 327 of file getfem_im_data.h.

template<typename VECT , typename TENSOR >

void getfem::im_data::set_tensor	(	VECT &	V1,
		size_type	cv,
		size_type	i,
		const TENSOR &	T,
		bool	use_filter = `true`
	)		const

inline

set a tensor of an integration point from a raw vector data, described by the tensor size.

Definition at line 345 of file getfem_im_data.h.

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

src/getfem/getfem_im_data.h
src/getfem_im_data.cc

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation