The discretization used by the pysics classes. More...

#include <DICe_Mesh.h>

Public Member Functions
	Mesh (const std::string &input_filename, const std::string &output_filename)

	Mesh (const std::string &output_filename)

	~Mesh ()
	Destructor.

Teuchos::RCP< MultiField_Comm >	get_comm () const
	Returns a pointer to the MPI or serial communicator.

int_t	spatial_dimension () const
	Returns the spatial dimension of the mesh.

void	set_spatial_dimension (const int_t dim)

int_t	get_input_exoid () const
	Returns the input exoid for the mesh file (used by exodusII calls)

void	set_input_exoid (const int_t id)
	Sets the input exoid for the mesh file (used by exodusII calls)

int_t	get_output_exoid () const
	Returns the output exoid for the mesh file (used by exodusII calls)

int_t	get_face_edge_output_exoid () const
	Returns the output exoid for the face/edge output.

void	set_output_exoid (const int_t id)
	Sets the output exoid for the mesh file (used by exodusII calls)

void	set_face_edge_output_exoid (const int_t id)
	Sets the output exoid for the mesh file (used by exodusII calls)

std::string	get_input_filename () const
	Returns the name of the input mesh (already decorated for multiple processors)

std::string	get_output_filename () const
	Returns the name of the output mesh (already decorated for multiple processors)

std::string	get_face_edge_output_filename () const
	Returns the name of the output mesh (already decorated for multiple processors)

block_type_map *	get_block_type_map ()
	Returns a pointer to the map of blocks and the associated element type.

side_set_info *	get_side_set_info ()
	Returns a pointer to the side set info struct.

size_t	num_node_sets () const
	Returns the number of node sets.

bc_set *	get_node_bc_sets ()
	Returns a pointer to the node bc sets.

void	create_elem_node_field_maps (const bool force_elem_and_node_maps_to_match=false)

void	create_mixed_node_field_maps (Teuchos::RCP< Mesh > alt_mesh)
	Create the field maps for the mixed formulation elements.

void	create_face_cell_field_maps ()

field_registry *	get_field_registry ()
	The field registry holds fields and their descriptors together in a map.

bool	has_field (const field_enums::Field_Name field_name)

Teuchos::RCP< MultiField >	get_field (const field_enums::Field_Spec &field_spec)

std::pair< field_enums::Field_Spec, Teuchos::RCP< MultiField > >	get_field (const std::string &field_name)

field_enums::Field_Spec	get_field_spec (const std::string &field_name, const field_enums::Field_State state=field_enums::NO_FIELD_STATE)

Teuchos::RCP< MultiField >	get_overlap_field (const field_enums::Field_Spec &field_spec)

std::vector< std::string >	get_field_names (const field_enums::Entity_Rank entity_rank, const field_enums::Field_Type field_type, const bool only_the_printable) const

void	create_field (const field_enums::Field_Spec &field_spec)

void	re_register_field (const field_enums::Field_Spec &existing_field_spec, const field_enums::Field_Spec &new_field_spec)

bool	field_exists (const std::string &field_name)

Teuchos::RCP< MultiField >	field_import (const field_enums::Field_Spec &field_spec, Teuchos::RCP< MultiField_Map > to_map)

void	field_overlap_export (const Teuchos::RCP< MultiField > from_field, const field_enums::Field_Spec &to_field_spec, const Combine_Mode mode=INSERT)

void	print_field_info ()
	Print verbose information about all existing fields.

void	print_field_stats ()
	Print the max min avg and std dev of all fields to the screen.

scalar_t	field_stats (const field_enums::Field_Spec &field_spec, scalar_t &min, scalar_t &max, scalar_t &avg, scalar_t &std_dev, const int_t comp, const field_enums::Field_Spec &marker_spec=DICe::field_enums::NO_SUCH_FS, const scalar_t &threshold=-1.0)

Teuchos::RCP< MultiField_Map >	get_proc_map ()
	Returns a pointer to the communication map.

Teuchos::RCP< MultiField_Map >	get_all_own_all_proc_map ()
	Returns a pointer to the communication map.

Teuchos::RCP< MultiField_Map >	get_scalar_node_overlap_map ()
	Returns a pointer to the communication map.

Teuchos::RCP< MultiField_Map >	get_vector_node_overlap_map ()
	Returns a pointer to the communication map.

Teuchos::RCP< MultiField_Map >	get_mixed_vector_node_overlap_map ()
	Returns a pointer to the communication map.

Teuchos::RCP< MultiField_Map >	get_scalar_node_dist_map ()
	Returns a pointer to the communication map.

Teuchos::RCP< MultiField_Map >	get_vector_node_dist_map ()
	Returns a pointer to the communication map.

Teuchos::RCP< MultiField_Map >	get_mixed_vector_node_dist_map ()
	Returns a pointer to the communication map.

Teuchos::RCP< MultiField_Map >	get_scalar_face_dist_map ()
	Returns a pointer to the communication map.

Teuchos::RCP< MultiField_Map >	get_vector_face_dist_map ()
	Returns a pointer to the communication map.

Teuchos::RCP< MultiField_Map >	get_scalar_elem_dist_map ()
	Returns a pointer to the communication map.

Teuchos::RCP< MultiField_Map >	get_vector_elem_dist_map ()
	Returns a pointer to the communication map.

Teuchos::RCP< MultiField_Map >	get_scalar_subelem_dist_map ()
	Returns a pointer to the communication map.

Teuchos::RCP< MultiField_Map >	get_vector_subelem_dist_map ()
	Returns a pointer to the communication map.

Teuchos::RCP< MultiField_Map >	get_scalar_internal_cell_dist_map ()
	Returns a pointer to the communication map.

Teuchos::RCP< MultiField_Map >	get_vector_internal_cell_dist_map ()
	Returns a pointer to the communication map.

Teuchos::RCP< element_set >	get_element_set ()
	Returns a pointer to the set of all elements on this processor.

Teuchos::RCP< subelement_set >	get_subelement_set ()
	Returns a pointer to the subelements on this processor.

Teuchos::RCP< internal_cell_set >	get_internal_cell_set ()
	Returns a pointer to the internal cells on this processor.

Teuchos::RCP< internal_face_edge_set >	get_internal_face_edge_set ()
	Returns a pointer to the internal faces or edges on this processor.

Teuchos::RCP< edge_set >	get_edge_set ()
	Returns a pointer to the internal faces or edges on this processor. More...

Teuchos::RCP< bond_set >	get_bond_set ()
	Returns a pointer to the bonds on this processor.

Teuchos::RCP< node_set >	get_node_set ()
	Returns a pointer to the nodes on this processor.

Teuchos::RCP< element_set >	get_element_set (const int_t block_id)

Teuchos::RCP< bond_set >	get_bond_set (const int_t block_id)

Teuchos::RCP< subelement_set >	get_subelement_set (const int_t block_id)

Teuchos::RCP< node_set >	get_node_set (const int_t block_id)

Teuchos::RCP< internal_face_edge_set >	get_internal_face_set (const int_t block_id)

std::map< int_t, Teuchos::RCP< element_set > > *	get_element_sets_by_block ()
	Returns the whole map of elements by block.

std::map< int_t, Teuchos::RCP< bond_set > > *	get_bond_sets_by_block ()
	Returns the whole map of bonds by block.

std::map< int_t, Teuchos::RCP< subelement_set > > *	get_subelement_sets_by_block ()
	Returns the whole map of subelements by block.

std::map< int_t, Teuchos::RCP< node_set > > *	get_node_sets_by_block ()
	Returns the whole map of nodes by block.

std::map< int_t, Teuchos::RCP< internal_face_edge_set > > *	get_internal_face_sets_by_block ()
	Returns the whole map of internal faces or edges by block.

size_t	num_elem () const
	Returns the number of elements in the mesh.

size_t	num_subelem () const
	Returns the number of subelements in the mesh.

size_t	num_internal_faces () const
	Returns the number of internal faces or edges in the mehs.

size_t	num_edges () const
	Returns the number of edges in the mesh.

size_t	num_bonds () const
	Returns the number of bonds in the mesh.

size_t	num_nodes () const
	Returns the number of nodes in the mesh.

bool	is_initialized () const
	Returns true if the mesh has been initialized.

void	set_initialized ()
	Sets the initialized flag for the mesh.

bool	control_volumes_are_initialized () const
	Returns true if the control volumes have been initialized.

void	set_control_volumes_are_initialzed ()
	Sets the control volumes are initialized flag (requied for CVFEM)

bool	cell_sizes_are_initialized () const
	Returns true if the control volumes have been initialized.

void	set_cell_sizes_are_initialized ()
	Sets the control volumes are initialized flag (requied for CVFEM)

int_t	max_num_elem_relations ()
	Returns the maximum number of element relations.

int_t	mean_num_elem_relations ()
	Returns the mean number of element relations.

int_t	min_num_elem_relations ()
	Returns the minimum number of element relations.

void	set_max_num_elem_relations (const int_t &max_rel)
	Sets the maximum number of element relations.

void	set_min_num_elem_relations (const int_t &min_rel)
	Sets the minimum number of element relations.

void	set_mean_num_elem_relations (const int_t &mean_rel)
	Sets the meam number of element relations.

int_t	max_num_node_relations ()
	Returns the maximum number of node relations.

int_t	mean_num_node_relations ()
	Returns the mean number of node relations.

int_t	min_num_node_relations ()
	Returns the minimum number of node relations.

void	set_max_num_node_relations (const int_t &max_rel)
	Sets the maximum number of node relations.

void	set_min_num_node_relations (const int_t &min_rel)
	Sets the minimum number of node relations.

void	set_mean_num_node_relations (const int_t &mean_rel)
	Sets the meam number of node relations.

void	set_max_num_entries_per_row (const int_t &num_entries)
	Sets the maxium number of entries per row in the stiffness matrix.

int_t	max_num_subelem_face_relations ()
	Returns the maximum number of subelem face relations.

int_t	mean_num_subelem_face_relations ()
	Returns the mean number of subelem face relations.

int_t	min_num_subelem_face_relations ()
	Returns the minimum number of subelem face relations.

int_t	max_num_entries_per_row ()
	Returns the max number of entries per row in the stiffness matrix.

void	set_max_num_subelem_face_relations (const int_t &max_rel)
	Sets the maximum number of subelement face relations.

void	set_min_num_subelem_face_relations (const int_t &min_rel)
	Sets the minimum number of subelement face relations.

void	set_mean_num_subelem_face_relations (const int_t &mean_rel)
	Sets the mean number of subelement face relations.

size_t	num_blocks () const
	Returns the number of blocks in the mesh.

int_t	num_elem_in_block (const int_t block_id) const

int_t	elem_global_to_local_id (const int_t global_id)

int_t	node_global_to_local_id (const int_t global_id)

std::vector< std::set< std::pair< int_t, int_t > > > *	get_pixel_ownership ()
	Note y and x values are reversed here.

std::vector< std::set< std::pair< scalar_t, scalar_t > > > *	get_integration_point_ownership ()
	Note y and x values are reversed here.

void	set_bc_defs (std::vector< Boundary_Condition_Def > &bc_defs)

std::vector< Boundary_Condition_Def > *	bc_defs ()
	returns a pointer to the boundary condition defs

scalar_t	ic_value_x () const
	return the initial condition value in x

scalar_t	ic_value_y () const
	return the initial condition value in x

void	set_ic_values (const scalar_t &value_x, const scalar_t &value_y)
	set the value of the initial conditions

void	set_is_regular_grid (const bool is_regular_grid)
	set the value of the is a regular grid flag

bool	is_regular_grid () const
	returns true if this mesh is a regular grid

Private Attributes
Teuchos::RCP< MultiField_Comm >	comm_
	The parallel or serial communicator.

int_t	spatial_dimension_
	Number of spatial dimensions in the mesh.

Teuchos::RCP< element_set >	element_set_
	The set of all elements local to this processor.

Teuchos::RCP< subelement_set >	subelement_set_
	The set of all subelements local to this processor.

Teuchos::RCP< node_set >	node_set_
	The set of all nodes local to this processor.

Teuchos::RCP< internal_cell_set >	internal_cell_set_
	The set of internal faces or edges local to this processor.

Teuchos::RCP< internal_face_edge_set >	internal_face_edge_set_
	The set of internal faces or edges local to this processor.

Teuchos::RCP< edge_set >	edge_set_
	The set of boundary faces or edges local to this processor. More...

Teuchos::RCP< bond_set >	bond_set_
	The set of bonds local to this processor.

std::map< int_t, Teuchos::RCP< element_set > >	element_sets_by_block_
	Map of elements sorted by block.

std::map< int_t, Teuchos::RCP< bond_set > >	bond_sets_by_block_
	Map of bonds sorted by block.

std::map< int_t, Teuchos::RCP< subelement_set > >	subelement_sets_by_block_
	Map of subelements sorted by block.

std::map< int_t, Teuchos::RCP< node_set > >	node_sets_by_block_
	Map of nodes sorted by block.

std::map< int_t, Teuchos::RCP< internal_face_edge_set > >	internal_face_edge_sets_by_block_
	Map of internal faces or edges sorted by block.

block_type_map	block_type_map_
	Map of element types associated with block ids.

side_set_info	side_set_info_
	Side set information from the mesh file.

bool	is_initialized_
	True when the mesh has been initialized properly.

int_t	max_num_elem_relations_
	max number of element relations

int_t	max_num_node_relations_
	max number of node relations

int_t	max_num_subelem_face_relations_
	max number of subelement relations

int_t	mean_num_elem_relations_
	mean number of element relations

int_t	mean_num_node_relations_
	mean number of node relations

int_t	mean_num_subelem_face_relations_
	mean number of subelement relations

int_t	min_num_elem_relations_
	min number of element relations

int_t	min_num_node_relations_
	min number of node relations

int_t	min_num_subelem_face_relations_
	min number of subelement relations

int_t	max_num_entries_per_row_
	max number of entries per row in the stiffness matrix

int_t	input_exoid_
	input file exodus id

int_t	output_exoid_
	output file exodus id

int_t	face_edge_output_exoid_
	face edge output file exodus id

std::string	input_filename_
	input mesh file name (already decorated for multiple processors)

std::string	output_filename_
	output mesh file name (already decorated for multiple processors)

std::string	face_edge_output_filename_
	output face edge file name

bc_set	node_bc_sets_
	Set of all the node bcs.

Teuchos::RCP< MultiField_Map >	all_own_all_proc_map_
	Comminication map.

Teuchos::RCP< MultiField_Map >	proc_map_
	Comminication map.

Teuchos::RCP< MultiField_Map >	scalar_node_overlap_map_
	Comminication map.

Teuchos::RCP< MultiField_Map >	scalar_node_dist_map_
	Comminication map.

Teuchos::RCP< MultiField_Map >	vector_node_overlap_map_
	Comminication map.

Teuchos::RCP< MultiField_Map >	vector_node_dist_map_
	Comminication map.

Teuchos::RCP< MultiField_Map >	mixed_vector_node_overlap_map_
	Comminication map.

Teuchos::RCP< MultiField_Map >	mixed_vector_node_dist_map_
	Comminication map.

Teuchos::RCP< MultiField_Map >	scalar_elem_dist_map_
	Comminication map.

Teuchos::RCP< MultiField_Map >	vector_elem_dist_map_
	Comminication map.

Teuchos::RCP< MultiField_Map >	scalar_face_dist_map_
	Comminication map.

Teuchos::RCP< MultiField_Map >	vector_face_dist_map_
	Comminication map.

Teuchos::RCP< MultiField_Map >	scalar_cell_dist_map_
	Comminication map. More...

Teuchos::RCP< MultiField_Map >	vector_cell_dist_map_
	Comminication map.

Teuchos::RCP< MultiField_Map >	scalar_subelem_dist_map_
	Comminication map.

Teuchos::RCP< MultiField_Map >	vector_subelem_dist_map_
	Comminication map.

field_registry	field_registry_
	Registry that holds all the mesh fields.

bool	control_volumes_are_initialized_
	True if the control volume fields have been initialized.

bool	cell_sizes_are_initialized_
	True if the cell size field has been populated.

std::vector< std::set< std::pair< int_t, int_t > > >	pixel_ownership_

std::vector< std::set< std::pair< scalar_t, scalar_t > > >	integration_point_ownership_

std::vector< Boundary_Condition_Def >	bc_defs_
	storage of the boundary condition definitions

scalar_t	ic_value_x_
	value to use for initial condition in x

scalar_t	ic_value_y_
	value to use for initial condition in x

bool	is_regular_grid_
	true if this mesh is a regular grid

Detailed Description

The discretization used by the pysics classes.

There are a number of book-keeping members of a Mesh class. These are used in different ways depending on the physics being solved. For example peridynamics physics will use nodes and elements quite differently than transport physics. The mesh also holds the solution fields used by the physics. These fields are different than schema fields in that there is a lot more information used to manage these fields. There is also more complicated communication of fields accross processors. The underlying MultiFields in both cases are the same so schema fields and mesh fields can interact with each other, but they have been separated to preserve the separation between physics and DIC.

Constructor & Destructor Documentation

◆ Mesh() [1/2]

DICe::mesh::Mesh::Mesh	(	const std::string &	input_filename,
		const std::string &	output_filename
	)

Constructor

Parameters

input_filename	The name of the mesh file to read as in the input mesh
output_filename	The name of the mesh file to write the output to

◆ Mesh() [2/2]

DICe::mesh::Mesh::Mesh ( const std::string & output_filename )

inline

Constructor (create a mesh from scratch, no existing exodus file)

Parameters

output_filename The name of the mesh file to write the output to

Member Function Documentation

◆ create_elem_node_field_maps()

void DICe::mesh::Mesh::create_elem_node_field_maps ( const bool force_elem_and_node_maps_to_match = false )

Create the maps the dictate how fields are communicated across processors NOTE: exodus ids are 1 based, not 0 based

Parameters

force_elem_and_node_maps_to_match useful for particle methods where the element has one node and it is desired to have the elements split in the same way the nodes are

◆ create_face_cell_field_maps()

void DICe::mesh::Mesh::create_face_cell_field_maps ( )

Create the maps the dictate how fields are communicated across processors for faces NOTE: exodus ids are 1 based, not 0 based

◆ create_field()

void DICe::mesh::Mesh::create_field ( const field_enums::Field_Spec & field_spec )

Creates a new field

Parameters

field_spec The field_spec that defines the field

◆ elem_global_to_local_id()

int_t DICe::mesh::Mesh::elem_global_to_local_id ( const int_t global_id )

inline

Convert the global id to local id

Parameters

global_id The globa id to search for

◆ field_exists()

bool DICe::mesh::Mesh::field_exists ( const std::string & field_name )

Returns true of the given field exists

Parameters

field_name The string name of the field to check for

◆ field_import()

Teuchos::RCP<MultiField> DICe::mesh::Mesh::field_import	(	const field_enums::Field_Spec &	field_spec,
		Teuchos::RCP< MultiField_Map >	to_map
	)

Import a field from the distributed fields

Parameters

field_spec	Defines the field to import
to_map	The map that dictates how the field will be imported

◆ field_overlap_export()

void DICe::mesh::Mesh::field_overlap_export	(	const Teuchos::RCP< MultiField >	from_field,
		const field_enums::Field_Spec &	to_field_spec,
		const Combine_Mode	mode = `INSERT`
	)

Export the field to the overlap distribution

Parameters

from_field	The field to be exported
to_field_spec	Defines the recieving field
mode	How the field should be combined when communicated (inserted, added, etc.)

◆ field_stats()

scalar_t DICe::mesh::Mesh::field_stats	(	const field_enums::Field_Spec &	field_spec,
		scalar_t &	min,
		scalar_t &	max,
		scalar_t &	avg,
		scalar_t &	std_dev,
		const int_t	comp,
		const field_enums::Field_Spec &	marker_spec = `DICe::field_enums::NO_SUCH_FS`,
		const scalar_t &	threshold = `-1.0`
	)

compute the average value, min, max and std dev of a multifield return value is the percent successful if a failure marker fields is specified

Parameters

field_spec	the field to evaluate
min	the minimum value
max	the maximum value
avg	the average
std_dev	the standard deviation,
comp	the component if this is a vector field
marker_field	if specified this field will be tested to be over the threshold if a point is included in the stats
threshold	if marker is used only points with the marker field above this value will be included

◆ get_bond_set()

Teuchos::RCP<bond_set> DICe::mesh::Mesh::get_bond_set ( const int_t block_id )

inline

Returns bonds on this processor sorted by block

Parameters

block_id The requested block

◆ get_edge_set()

Teuchos::RCP<edge_set> DICe::mesh::Mesh::get_edge_set ( )

inline

Returns a pointer to the internal faces or edges on this processor.

Returns a pointer to the edges on this processor

◆ get_element_set()

Teuchos::RCP<element_set> DICe::mesh::Mesh::get_element_set ( const int_t block_id )

inline

Returns elements on this processor sorted by block

Parameters

block_id The requested block

◆ get_field() [1/2]

Teuchos::RCP<MultiField> DICe::mesh::Mesh::get_field ( const field_enums::Field_Spec & field_spec )

inline

all this does is return a pointer to an existing field

Parameters

field_spec The field_spec that defines the sought field

◆ get_field() [2/2]

std::pair<field_enums::Field_Spec,Teuchos::RCP<MultiField> > DICe::mesh::Mesh::get_field ( const std::string & field_name )

Return a pointer to the field based on the name alone

Parameters

field_name The string name of the field

◆ get_field_names()

std::vector<std::string> DICe::mesh::Mesh::get_field_names	(	const field_enums::Entity_Rank	entity_rank,
		const field_enums::Field_Type	field_type,
		const bool	only_the_printable
	)		const

Returns a vector of stings of the field names

Parameters

entity_rank	The rank that filters which fields are returned
field_type	Differentiates between vector and scalar fields
only_the_printable	If this is true the field names are only returned for printable fields

◆ get_field_spec()

field_enums::Field_Spec DICe::mesh::Mesh::get_field_spec	(	const std::string &	field_name,
		const field_enums::Field_State	state = `field_enums::NO_FIELD_STATE`
	)

Return a field spec given the string field name

Parameters

field_name	The string name of the field
state	the field state

◆ get_internal_face_set()

Teuchos::RCP<internal_face_edge_set> DICe::mesh::Mesh::get_internal_face_set ( const int_t block_id )

inline

Returns internal faces on this processor sorted by block

Parameters

block_id The requested block

◆ get_node_set()

Teuchos::RCP<node_set> DICe::mesh::Mesh::get_node_set ( const int_t block_id )

inline

Returns nodes on this processor sorted by block

Parameters

block_id The requested block

◆ get_overlap_field()

Teuchos::RCP<MultiField> DICe::mesh::Mesh::get_overlap_field ( const field_enums::Field_Spec & field_spec )

this will actually do the import, create a new field that has the overlap values and return a pointer to that field

Parameters

field_spec the field_spec defines the field to get

◆ get_subelement_set()

Teuchos::RCP<subelement_set> DICe::mesh::Mesh::get_subelement_set ( const int_t block_id )

inline

Returns subelements on this processor sorted by block

Parameters

block_id The requested block

◆ has_field()

bool DICe::mesh::Mesh::has_field ( const field_enums::Field_Name field_name )

inline

Returns true if the field exists

Parameters

field_name The name of the field

◆ node_global_to_local_id()

int_t DICe::mesh::Mesh::node_global_to_local_id ( const int_t global_id )

inline

Convert a node global id to local

Parameters

global_id The global id to search for

◆ num_elem_in_block()

int_t DICe::mesh::Mesh::num_elem_in_block ( const int_t block_id ) const

Returns the number of elemnets in the given block

Parameters

block_id The id of the block to count the number of elements

◆ re_register_field()

void DICe::mesh::Mesh::re_register_field	(	const field_enums::Field_Spec &	existing_field_spec,
		const field_enums::Field_Spec &	new_field_spec
	)

Re-register a field that already exists with changes

Parameters

existing_field_spec	The field_spec that defines the existing field
new_field_spec	The field_spec that re-defines the field's attributes

◆ set_bc_defs()

void DICe::mesh::Mesh::set_bc_defs ( std::vector< Boundary_Condition_Def > & bc_defs )

inline

sets boundary condition defs

Parameters

bc_defs a vector of bc definitions

◆ set_spatial_dimension()

void DICe::mesh::Mesh::set_spatial_dimension ( const int_t dim )

inline

Sets the spatial dimension of the mesh

Parameters

dim	The dimension

Member Data Documentation

◆ edge_set_

Teuchos::RCP<edge_set> DICe::mesh::Mesh::edge_set_

private

The set of boundary faces or edges local to this processor.

The set of edeges local to this processor

◆ integration_point_ownership_

std::vector<std::set<std::pair<scalar_t,scalar_t> > > DICe::mesh::Mesh::integration_point_ownership_

private

Vector of vectors for each element that provide the gauss integration points each element owns. Note the ownership is unique and complete, multiple elements cannot own the same integration points and all integration points must be owned

◆ pixel_ownership_

std::vector<std::set<std::pair<int_t,int_t> > > DICe::mesh::Mesh::pixel_ownership_

private

Vector of vectors for each element that provide the pixels each element owns. Note the ownership is unique and complete, multiple elements cannot own the same pixel and all pixels must be owned

◆ scalar_cell_dist_map_

Teuchos::RCP<MultiField_Map> DICe::mesh::Mesh::scalar_cell_dist_map_

private

Comminication map.

Comminication map Comminication map

Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ Mesh() [1/2]

◆ Mesh() [2/2]

Member Function Documentation

◆ create_elem_node_field_maps()

◆ create_face_cell_field_maps()

◆ create_field()

◆ elem_global_to_local_id()

◆ field_exists()

◆ field_import()

◆ field_overlap_export()

◆ field_stats()

◆ get_bond_set()

◆ get_edge_set()

◆ get_element_set()

◆ get_field() [1/2]

◆ get_field() [2/2]

◆ get_field_names()

◆ get_field_spec()

◆ get_internal_face_set()

◆ get_node_set()

◆ get_overlap_field()

◆ get_subelement_set()

◆ has_field()

◆ node_global_to_local_id()

◆ num_elem_in_block()

◆ re_register_field()

◆ set_bc_defs()

◆ set_spatial_dimension()

Member Data Documentation

◆ edge_set_

◆ integration_point_ownership_

◆ pixel_ownership_

◆ scalar_cell_dist_map_