Global mesh. More...

#include <Cabana_Grid_Types.hpp>
#include <array>
#include <cmath>
#include <limits>
#include <memory>
#include <stdexcept>
#include <type_traits>
#include <vector>

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Classes
class	Cabana::Grid::GlobalMesh< MeshType >
	Global mesh partial specialization for uniform mesh. More...

class	Cabana::Grid::GlobalMesh< NonUniformMesh< Scalar, 3 > >
	Global mesh partial specialization for 3D non-uniform mesh. More...

class	Cabana::Grid::GlobalMesh< NonUniformMesh< Scalar, 2 > >
	Global mesh partial specialization for 2D non-uniform mesh. More...

Namespaces
namespace	Cabana
	Core: particle data structures and algorithms.

Functions
template<class Scalar, std::size_t NumSpaceDim>
std::shared_ptr< GlobalMesh< UniformMesh< Scalar, NumSpaceDim > > >	Cabana::Grid::createUniformGlobalMesh (const std::array< Scalar, NumSpaceDim > &global_low_corner, const std::array< Scalar, NumSpaceDim > &global_high_corner, const Scalar cell_size)
	Create uniform mesh with uniform cell size.

template<class Scalar, std::size_t NumSpaceDim>
std::shared_ptr< GlobalMesh< UniformMesh< Scalar, NumSpaceDim > > >	Cabana::Grid::createUniformGlobalMesh (const std::array< Scalar, NumSpaceDim > &global_low_corner, const std::array< Scalar, NumSpaceDim > &global_high_corner, const std::array< Scalar, NumSpaceDim > &cell_size)
	Create uniform mesh with uniform cell size.

template<class Scalar, std::size_t NumSpaceDim>
std::shared_ptr< GlobalMesh< UniformMesh< Scalar, NumSpaceDim > > >	Cabana::Grid::createUniformGlobalMesh (const std::array< Scalar, NumSpaceDim > &global_low_corner, const std::array< Scalar, NumSpaceDim > &global_high_corner, const std::array< int, NumSpaceDim > &global_num_cell)
	Create uniform mesh with total number of cells.

template<class Scalar, std::size_t NumSpaceDim>
std::shared_ptr< GlobalMesh< SparseMesh< Scalar, NumSpaceDim > > >	Cabana::Grid::createSparseGlobalMesh (const std::array< Scalar, NumSpaceDim > &global_low_corner, const std::array< Scalar, NumSpaceDim > &global_high_corner, const Scalar cell_size)
	Create sparse mesh with uniform cell size.

template<class Scalar, std::size_t NumSpaceDim>
std::shared_ptr< GlobalMesh< SparseMesh< Scalar, NumSpaceDim > > >	Cabana::Grid::createSparseGlobalMesh (const std::array< Scalar, NumSpaceDim > &global_low_corner, const std::array< Scalar, NumSpaceDim > &global_high_corner, const std::array< Scalar, NumSpaceDim > &cell_size)
	Create sparse mesh with uniform cell size.

template<class Scalar, std::size_t NumSpaceDim>
std::shared_ptr< GlobalMesh< SparseMesh< Scalar, NumSpaceDim > > >	Cabana::Grid::createSparseGlobalMesh (const std::array< Scalar, NumSpaceDim > &global_low_corner, const std::array< Scalar, NumSpaceDim > &global_high_corner, const std::array< int, NumSpaceDim > &global_num_cell)
	Create sparse mesh with total number of cells.

template<class Scalar>
std::shared_ptr< GlobalMesh< NonUniformMesh< Scalar, 3 > > >	Cabana::Grid::createNonUniformGlobalMesh (const std::vector< Scalar > &i_edges, const std::vector< Scalar > &j_edges, const std::vector< Scalar > &k_edges)
	Create a non-uniform 3D mesh.

template<class Scalar>
std::shared_ptr< GlobalMesh< NonUniformMesh< Scalar, 2 > > >	Cabana::Grid::createNonUniformGlobalMesh (const std::vector< Scalar > &i_edges, const std::vector< Scalar > &j_edges)
	Create a non-uniform 2D mesh.

Detailed Description

Global mesh.

Function Documentation

◆ createNonUniformGlobalMesh() [1/2]

template<class Scalar>

std::shared_ptr< GlobalMesh< NonUniformMesh< Scalar, 2 > > > Cabana::Grid::createNonUniformGlobalMesh	(	const std::vector< Scalar > &	i_edges,
		const std::vector< Scalar > &	j_edges )

Create a non-uniform 2D mesh.

Template Parameters

Scalar Mesh scalar type.

Parameters

i_edges,j_edges List of edges defining the mesh in each dimension.

Returns: Shared pointer to a GlobalMesh.

◆ createNonUniformGlobalMesh() [2/2]

template<class Scalar>

std::shared_ptr< GlobalMesh< NonUniformMesh< Scalar, 3 > > > Cabana::Grid::createNonUniformGlobalMesh	(	const std::vector< Scalar > &	i_edges,
		const std::vector< Scalar > &	j_edges,
		const std::vector< Scalar > &	k_edges )

Create a non-uniform 3D mesh.

Parameters

i_edges,j_edges,k_edges List of edges defining the mesh in each dimension.

Returns: Shared pointer to a GlobalMesh.

◆ createSparseGlobalMesh() [1/3]

template<class Scalar, std::size_t NumSpaceDim>

std::shared_ptr< GlobalMesh< SparseMesh< Scalar, NumSpaceDim > > > Cabana::Grid::createSparseGlobalMesh	(	const std::array< Scalar, NumSpaceDim > &	global_low_corner,
		const std::array< Scalar, NumSpaceDim > &	global_high_corner,
		const Scalar	cell_size )

Create sparse mesh with uniform cell size.

Template Parameters

Scalar	Mesh floating point type.
NumSpaceDim	Spatial dimension.

Parameters

global_low_corner,global_high_corner	Location of the mesh corner.
cell_size	Uniform cell size for every dimension.

Returns: Shared pointer to a GlobalMesh.

◆ createSparseGlobalMesh() [2/3]

template<class Scalar, std::size_t NumSpaceDim>

std::shared_ptr< GlobalMesh< SparseMesh< Scalar, NumSpaceDim > > > Cabana::Grid::createSparseGlobalMesh	(	const std::array< Scalar, NumSpaceDim > &	global_low_corner,
		const std::array< Scalar, NumSpaceDim > &	global_high_corner,
		const std::array< int, NumSpaceDim > &	global_num_cell )

Create sparse mesh with total number of cells.

Template Parameters

Scalar	Mesh floating point type.
NumSpaceDim	Spatial dimension.

Parameters

global_low_corner,global_high_corner	Location of the mesh corner.
global_num_cell	Array ofnumber of cells per dimension.

Returns: Shared pointer to a GlobalMesh.

◆ createSparseGlobalMesh() [3/3]

template<class Scalar, std::size_t NumSpaceDim>

std::shared_ptr< GlobalMesh< SparseMesh< Scalar, NumSpaceDim > > > Cabana::Grid::createSparseGlobalMesh	(	const std::array< Scalar, NumSpaceDim > &	global_low_corner,
		const std::array< Scalar, NumSpaceDim > &	global_high_corner,
		const std::array< Scalar, NumSpaceDim > &	cell_size )

Create sparse mesh with uniform cell size.

Template Parameters

Scalar	Mesh floating point type.
NumSpaceDim	Spatial dimension.

Parameters

global_low_corner,global_high_corner	Location of the mesh corner.
cell_size	Array ofuniform cell size per dimension.

Returns: Shared pointer to a GlobalMesh.

◆ createUniformGlobalMesh() [1/3]

template<class Scalar, std::size_t NumSpaceDim>

std::shared_ptr< GlobalMesh< UniformMesh< Scalar, NumSpaceDim > > > Cabana::Grid::createUniformGlobalMesh	(	const std::array< Scalar, NumSpaceDim > &	global_low_corner,
		const std::array< Scalar, NumSpaceDim > &	global_high_corner,
		const Scalar	cell_size )

Create uniform mesh with uniform cell size.

Template Parameters

Scalar	Mesh floating point type.
NumSpaceDim	Spatial dimension.

Parameters

global_low_corner,global_high_corner	Location of the mesh corner.
cell_size	Uniform cell size for every dimension.

Returns: Shared pointer to a GlobalMesh.

◆ createUniformGlobalMesh() [2/3]

template<class Scalar, std::size_t NumSpaceDim>

std::shared_ptr< GlobalMesh< UniformMesh< Scalar, NumSpaceDim > > > Cabana::Grid::createUniformGlobalMesh	(	const std::array< Scalar, NumSpaceDim > &	global_low_corner,
		const std::array< Scalar, NumSpaceDim > &	global_high_corner,
		const std::array< int, NumSpaceDim > &	global_num_cell )

Create uniform mesh with total number of cells.

Template Parameters

Scalar	Mesh floating point type.
NumSpaceDim	Spatial dimension.

Parameters

global_low_corner,global_high_corner	Location of the mesh corner.
global_num_cell	Array ofnumber of cells per dimension.

Returns: Shared pointer to a GlobalMesh.

◆ createUniformGlobalMesh() [3/3]

template<class Scalar, std::size_t NumSpaceDim>

std::shared_ptr< GlobalMesh< UniformMesh< Scalar, NumSpaceDim > > > Cabana::Grid::createUniformGlobalMesh	(	const std::array< Scalar, NumSpaceDim > &	global_low_corner,
		const std::array< Scalar, NumSpaceDim > &	global_high_corner,
		const std::array< Scalar, NumSpaceDim > &	cell_size )

Create uniform mesh with uniform cell size.

Template Parameters

Scalar	Mesh floating point type.
NumSpaceDim	Spatial dimension.

Parameters

global_low_corner,global_high_corner	Location of the mesh corner.
cell_size	Array ofuniform cell size per dimension.

Returns: Shared pointer to a GlobalMesh.

Classes

Namespaces

Functions

Detailed Description

Function Documentation

◆ createNonUniformGlobalMesh() [1/2]

◆ createNonUniformGlobalMesh() [2/2]

◆ createSparseGlobalMesh() [1/3]

◆ createSparseGlobalMesh() [2/3]

◆ createSparseGlobalMesh() [3/3]

◆ createUniformGlobalMesh() [1/3]

◆ createUniformGlobalMesh() [2/3]

◆ createUniformGlobalMesh() [3/3]