parallel::Mesh3 Class Reference

#include <mesh_p.hh>

Inheritance diagram for parallel::Mesh3:

Public Member Functions
	Mesh3 (Array< unique_ptr< Connector0 > > *cntr0, Array< unique_ptr< Connector1 > > *cntr1, Array< unique_ptr< Connector2 > > *cntr2, Array< unique_ptr< Connector3 > > *cntr3, Array< unique_ptr< Cell3 > > *cell, uint ngcell, Array< unique_ptr< concepts::Map3d > > *map, Array< Cntr0Lst > *cap0, Array< Cntr1Lst > *cap1, Array< Cntr2Lst > *cap2, Array< Cell3Lst > *cap3_, const Communicator &com)
uint	nglobcell () const
	Returns global number of cells.
uint	nloccell () const
	Returns local number of cells.
concepts::Scan3 *	globscan ()
	Returns a scanner over all cells (not yet implemented).
concepts::Scan3 *	locscan ()
	Returns a scanner over the own cells.
concepts::ScanCntr0 *	cap0scan (uint i)
concepts::ScanCntr1 *	cap1scan (uint i)
concepts::ScanCntr2 *	cap2scan (uint i)
concepts::Scan3 *	cap3scan (uint i)
const Communicator &	comm () const

Protected Member Functions
std::ostream &	info (std::ostream &os) const
	Returns information in an output stream.

Detailed Description

An abstract class for parallel 3D meshes.

Definition at line 482 of file mesh_p.hh.

Constructor & Destructor Documentation

Mesh3()

parallel::Mesh3::Mesh3 ( Array< unique_ptr< Connector0 > > *  cntr0, Array< unique_ptr< Connector1 > > *  cntr1, Array< unique_ptr< Connector2 > > *  cntr2, Array< unique_ptr< Connector3 > > *  cntr3, Array< unique_ptr< Cell3 > > *  cell, uint  ngcell, Array< unique_ptr< concepts::Map3d > > *  map, Array< Cntr0Lst > *  cap0, Array< Cntr1Lst > *  cap1, Array< Cntr2Lst > *  cap2, Array< Cell3Lst > *  cap3_, const Communicator &  com  )

inline

Constructor.

Parameters

cntr0	Vertices.
cntr1	Edges.
cntr2	Faces.
cntr3	Volumes.
cell	Cells.
ngcell	Global number of cells.
map	Element maps.
cap0	The entry contains a list of the vertices which belongs to the -th and the own processor (Exception : List of the own processor is empty). On neighbouring processors this list has to be in the same order to get the -mapping correctly.
cap1	The entry contains a list of the edges which belongs to the -th and the own processor (Exception : List of the own processor is empty). On neighbouring processors this list has to be in the same order to get the -mapping correctly.
cap2	The entry contains a list of the faces which belongs to the -th and the own processor (Exception : List of the own processor is empty). On neighbouring processors this list has to be in the same order to get the -mapping correctly.
cap2	The entry contains a list of the cells which belongs to the -th and the own processor (Exception : List of the own processor is empty). On neighbouring processors this list has to be in the same order to get the -mapping correctly.
com	Communicator

Definition at line 648 of file mesh_p.hh.

~Mesh3()

parallel::Mesh3::~Mesh3 ( )

inline

Definition at line 664 of file mesh_p.hh.

Member Function Documentation

cap0scan()

concepts::ScanCntr0 * parallel::Mesh3::cap0scan ( uint  i )

inline

Returns a scanner over the processor intersection 0D

Parameters

i	Number of the neighbouring processor

Definition at line 621 of file mesh_p.hh.

cap1scan()

concepts::ScanCntr1 * parallel::Mesh3::cap1scan ( uint  i )

inline

Returns a scanner over the processor intersection 1D

Parameters

i	Number of the neighbouring processor

Definition at line 627 of file mesh_p.hh.

cap2scan()

concepts::ScanCntr2 * parallel::Mesh3::cap2scan ( uint  i )

inline

Returns a scanner over the processor intersection 2D

Parameters

i	Number of the neighbouring processor

Definition at line 633 of file mesh_p.hh.

cap3scan()

concepts::Scan3 * parallel::Mesh3::cap3scan ( uint  i )

inline

Returns a scanner over the processor intersection 3D

Parameters

i	Number of the neighbouring processor

Definition at line 639 of file mesh_p.hh.

comm()

const Communicator & parallel::Mesh::comm ( ) const

inlineinherited

Definition at line 129 of file mesh_p.hh.

globscan()

concepts::Scan3 * parallel::Mesh3::globscan ( )

inlinevirtual

Returns a scanner over all cells (not yet implemented).

Implements parallel::Mesh.

Definition at line 613 of file mesh_p.hh.

info()

std::ostream & parallel::Mesh3::info ( std::ostream &  os ) const

protectedvirtual

Returns information in an output stream.

Reimplemented from parallel::Mesh.

locscan()

concepts::Scan3 * parallel::Mesh3::locscan ( )

inlinevirtual

Returns a scanner over the own cells.

Implements parallel::Mesh.

Definition at line 616 of file mesh_p.hh.

nglobcell()

uint parallel::Mesh3::nglobcell ( ) const

inlinevirtual

Returns global number of cells.

Implements parallel::Mesh.

Definition at line 608 of file mesh_p.hh.

nloccell()

uint parallel::Mesh3::nloccell ( ) const

inlinevirtual

Returns local number of cells.

Implements parallel::Mesh.

Definition at line 610 of file mesh_p.hh.

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

• geometry_p/mesh_p.hh