Namespaces
namespace	shell

Typedefs
using	Layout = Kokkos::LayoutRight

template<typename ScalarType >
using	Grid0DDataScalar = Kokkos::View< ScalarType, Layout >

template<typename ScalarType >
using	Grid1DDataScalar = Kokkos::View< ScalarType *, Layout >

template<typename ScalarType >
using	Grid2DDataScalar = Kokkos::View< ScalarType **, Layout >

template<typename ScalarType >
using	Grid3DDataScalar = Kokkos::View< ScalarType ***, Layout >

template<typename ScalarType >
using	Grid4DDataScalar = Kokkos::View< ScalarType ****, Layout >

template<typename ScalarType >
using	Grid5DDataScalar = Kokkos::View< ScalarType *****, Layout >

template<typename ScalarType , int VecDim>
using	Grid0DDataVec = Kokkos::View< ScalarType[VecDim], Layout >

template<typename ScalarType , int VecDim>
using	Grid1DDataVec = Kokkos::View< ScalarType *[VecDim], Layout >

template<typename ScalarType , int VecDim>
using	Grid2DDataVec = Kokkos::View< ScalarType **[VecDim], Layout >

template<typename ScalarType , int VecDim>
using	Grid3DDataVec = Kokkos::View< ScalarType ***[VecDim], Layout >

template<typename ScalarType , int VecDim>
using	Grid4DDataVec = Kokkos::View< ScalarType ****[VecDim], Layout >

template<typename ScalarType , int Rows, int Cols, int NumMatrices>
using	Grid4DDataMatrices = Kokkos::View< dense::Mat< ScalarType, Rows, Cols > ****[NumMatrices], Layout >

Enumerations
enum class	NodeOwnershipFlag : uint8_t { NO_FLAG = 0 , OWNED = 1 }
	FlagLike enum class that indicates whether a node is owned on a subdomain. More...

enum class	BoundaryPosition : int { P0 = 0 , P1 = 1 , PV = 2 }
	Enum for encoding the boundary type tuples (in BoundaryVertex, BoundaryEdge, BoundaryFace). More...

enum class	BoundaryVertex : int { V_000 = boundary_position_encoding( BoundaryPosition::P0, BoundaryPosition::P0, BoundaryPosition::P0 ) , V_100 = boundary_position_encoding( BoundaryPosition::P1, BoundaryPosition::P0, BoundaryPosition::P0 ) , V_010 = boundary_position_encoding( BoundaryPosition::P0, BoundaryPosition::P1, BoundaryPosition::P0 ) , V_110 = boundary_position_encoding( BoundaryPosition::P1, BoundaryPosition::P1, BoundaryPosition::P0 ) , V_001 = boundary_position_encoding( BoundaryPosition::P0, BoundaryPosition::P0, BoundaryPosition::P1 ) , V_101 = boundary_position_encoding( BoundaryPosition::P1, BoundaryPosition::P0, BoundaryPosition::P1 ) , V_011 = boundary_position_encoding( BoundaryPosition::P0, BoundaryPosition::P1, BoundaryPosition::P1 ) , V_111 = boundary_position_encoding( BoundaryPosition::P1, BoundaryPosition::P1, BoundaryPosition::P1 ) }
	Enum for identification of the 8 boundary vertices of a subdomain. More...

enum class	BoundaryEdge : int { E_X00 = boundary_position_encoding( BoundaryPosition::PV, BoundaryPosition::P0, BoundaryPosition::P0 ) , E_X10 = boundary_position_encoding( BoundaryPosition::PV, BoundaryPosition::P1, BoundaryPosition::P0 ) , E_X01 = boundary_position_encoding( BoundaryPosition::PV, BoundaryPosition::P0, BoundaryPosition::P1 ) , E_X11 = boundary_position_encoding( BoundaryPosition::PV, BoundaryPosition::P1, BoundaryPosition::P1 ) , E_0Y0 = boundary_position_encoding( BoundaryPosition::P0, BoundaryPosition::PV, BoundaryPosition::P0 ) , E_1Y0 = boundary_position_encoding( BoundaryPosition::P1, BoundaryPosition::PV, BoundaryPosition::P0 ) , E_0Y1 = boundary_position_encoding( BoundaryPosition::P0, BoundaryPosition::PV, BoundaryPosition::P1 ) , E_1Y1 = boundary_position_encoding( BoundaryPosition::P1, BoundaryPosition::PV, BoundaryPosition::P1 ) , E_00R = boundary_position_encoding( BoundaryPosition::P0, BoundaryPosition::P0, BoundaryPosition::PV ) , E_10R = boundary_position_encoding( BoundaryPosition::P1, BoundaryPosition::P0, BoundaryPosition::PV ) , E_01R = boundary_position_encoding( BoundaryPosition::P0, BoundaryPosition::P1, BoundaryPosition::PV ) , E_11R = boundary_position_encoding( BoundaryPosition::P1, BoundaryPosition::P1, BoundaryPosition::PV ) }
	Enum for identification of the 12 boundary edges of a subdomain. More...

enum class	BoundaryFace : int { F_XY0 = boundary_position_encoding( BoundaryPosition::PV, BoundaryPosition::PV, BoundaryPosition::P0 ) , F_XY1 = boundary_position_encoding( BoundaryPosition::PV, BoundaryPosition::PV, BoundaryPosition::P1 ) , F_X0R = boundary_position_encoding( BoundaryPosition::PV, BoundaryPosition::P0, BoundaryPosition::PV ) , F_X1R = boundary_position_encoding( BoundaryPosition::PV, BoundaryPosition::P1, BoundaryPosition::PV ) , F_0YR = boundary_position_encoding( BoundaryPosition::P0, BoundaryPosition::PV, BoundaryPosition::PV ) , F_1YR = boundary_position_encoding( BoundaryPosition::P1, BoundaryPosition::PV, BoundaryPosition::PV ) }
	Enum for identification of the 6 boundary faces of a subdomain. More...

enum class	BoundaryDirection : int { FORWARD = 0 , BACKWARD }
	Enum for the iteration direction at a boundary. More...

Functions
Grid4DDataScalar< NodeOwnershipFlag >	setup_node_ownership_mask_data (const shell::DistributedDomain &domain)
	Set up mask data for a distributed shell domain. The mask encodes ownership information for each grid node.

template<typename GridDataType >
constexpr int	grid_data_vec_dim ()

constexpr int	boundary_position_encoding (const BoundaryPosition x, const BoundaryPosition y, const BoundaryPosition r)

template<typename BoundaryType >
constexpr BoundaryPosition	boundary_position_from_boundary_type_x (const BoundaryType &boundary_type)

template<typename BoundaryType >
constexpr BoundaryPosition	boundary_position_from_boundary_type_y (const BoundaryType &boundary_type)

template<typename BoundaryType >
constexpr BoundaryPosition	boundary_position_from_boundary_type_r (const BoundaryType &boundary_type)

constexpr bool	is_edge_boundary_radial (const BoundaryEdge id)

constexpr bool	is_face_boundary_normal_to_radial_direction (const BoundaryFace id)

constexpr BoundaryVertex	other_side_r (BoundaryVertex boundary_vertex)

std::string	to_string (BoundaryVertex v)

std::string	to_string (BoundaryEdge e)

std::string	to_string (BoundaryFace f)

std::ostream &	operator<< (std::ostream &os, BoundaryVertex v)

std::ostream &	operator<< (std::ostream &os, BoundaryEdge e)

std::ostream &	operator<< (std::ostream &os, BoundaryFace f)

Variables
constexpr std::array	all_boundary_vertices

constexpr std::array	all_boundary_edges

constexpr std::array	all_boundary_faces

Typedef Documentation

◆ Grid0DDataScalar

template<typename ScalarType >

using terra::grid::Grid0DDataScalar = typedef Kokkos::View< ScalarType, Layout >

◆ Grid0DDataVec

template<typename ScalarType , int VecDim>

using terra::grid::Grid0DDataVec = typedef Kokkos::View< ScalarType[VecDim], Layout >

◆ Grid1DDataScalar

template<typename ScalarType >

using terra::grid::Grid1DDataScalar = typedef Kokkos::View< ScalarType*, Layout >

◆ Grid1DDataVec

template<typename ScalarType , int VecDim>

using terra::grid::Grid1DDataVec = typedef Kokkos::View< ScalarType* [VecDim], Layout >

◆ Grid2DDataScalar

template<typename ScalarType >

using terra::grid::Grid2DDataScalar = typedef Kokkos::View< ScalarType**, Layout >

◆ Grid2DDataVec

template<typename ScalarType , int VecDim>

using terra::grid::Grid2DDataVec = typedef Kokkos::View< ScalarType** [VecDim], Layout >

◆ Grid3DDataScalar

template<typename ScalarType >

using terra::grid::Grid3DDataScalar = typedef Kokkos::View< ScalarType***, Layout >

◆ Grid3DDataVec

template<typename ScalarType , int VecDim>

using terra::grid::Grid3DDataVec = typedef Kokkos::View< ScalarType*** [VecDim], Layout >

◆ Grid4DDataMatrices

template<typename ScalarType , int Rows, int Cols, int NumMatrices>

using terra::grid::Grid4DDataMatrices = typedef Kokkos::View< dense::Mat< ScalarType, Rows, Cols >****[NumMatrices], Layout >

◆ Grid4DDataScalar

template<typename ScalarType >

using terra::grid::Grid4DDataScalar = typedef Kokkos::View< ScalarType****, Layout >

◆ Grid4DDataVec

template<typename ScalarType , int VecDim>

using terra::grid::Grid4DDataVec = typedef Kokkos::View< ScalarType**** [VecDim], Layout >

◆ Grid5DDataScalar

template<typename ScalarType >

using terra::grid::Grid5DDataScalar = typedef Kokkos::View< ScalarType*****, Layout >

◆ Layout

using terra::grid::Layout = typedef Kokkos::LayoutRight

Enumeration Type Documentation

◆ BoundaryDirection

enum class terra::grid::BoundaryDirection : int

strong

Enum for the iteration direction at a boundary.

Enumerator
FORWARD
BACKWARD

◆ BoundaryEdge

enum class terra::grid::BoundaryEdge : int

strong

Enum for identification of the 12 boundary edges of a subdomain.

E_1Y0
=> x = size - 1,
   y = variable,
   r = 0

Enumerator
E_X00
E_X10
E_X01
E_X11
E_0Y0
E_1Y0
E_0Y1
E_1Y1
E_00R
E_10R
E_01R
E_11R

◆ BoundaryFace

enum class terra::grid::BoundaryFace : int

strong

Enum for identification of the 6 boundary faces of a subdomain.

F_X1R
=> x = variable,
   y = size - 1,
   r = variable

Enumerator
F_XY0
F_XY1
F_X0R
F_X1R
F_0YR
F_1YR

◆ BoundaryPosition

enum class terra::grid::BoundaryPosition : int

strong

Enum for encoding the boundary type tuples (in BoundaryVertex, BoundaryEdge, BoundaryFace).

Enumerator
P0	start (`== 0`)
P1	end (`== size - 1`)
PV	variable

◆ BoundaryVertex

enum class terra::grid::BoundaryVertex : int

strong

Enum for identification of the 8 boundary vertices of a subdomain.

V_011
=> x = 0,
   y = size - 1,
   r = size - 1

Enumerator
V_000
V_100
V_010
V_110
V_001
V_101
V_011
V_111

◆ NodeOwnershipFlag

enum class terra::grid::NodeOwnershipFlag : uint8_t

strong

FlagLike enum class that indicates whether a node is owned on a subdomain.

Each node of the grid is either owned or not owned. Nodes that are duplicated due to the domain partitioning into subdomains must somehow be treated properly in kernels like dot products etc. Values at duplicate nodes typically must not be added twice. This enum shall mark exactly one node of each set of duplicated nodes (and all the non-duplicated nodes in the subdomain interior) as owned.

Enumerator
NO_FLAG
OWNED

Function Documentation

◆ boundary_position_encoding()

constexpr int terra::grid::boundary_position_encoding	(	const BoundaryPosition	x,
		const BoundaryPosition	y,
		const BoundaryPosition	r
	)

constexpr

◆ boundary_position_from_boundary_type_r()

template<typename BoundaryType >

constexpr BoundaryPosition terra::grid::boundary_position_from_boundary_type_r ( const BoundaryType & boundary_type )

constexpr

◆ boundary_position_from_boundary_type_x()

template<typename BoundaryType >

constexpr BoundaryPosition terra::grid::boundary_position_from_boundary_type_x ( const BoundaryType & boundary_type )

constexpr

◆ boundary_position_from_boundary_type_y()

template<typename BoundaryType >

constexpr BoundaryPosition terra::grid::boundary_position_from_boundary_type_y ( const BoundaryType & boundary_type )

constexpr

◆ grid_data_vec_dim()

template<typename GridDataType >

constexpr int terra::grid::grid_data_vec_dim ( )

constexpr

◆ is_edge_boundary_radial()

constexpr bool terra::grid::is_edge_boundary_radial ( const BoundaryEdge id )

constexpr

◆ is_face_boundary_normal_to_radial_direction()

constexpr bool terra::grid::is_face_boundary_normal_to_radial_direction ( const BoundaryFace id )

constexpr

◆ operator<<() [1/3]

std::ostream & terra::grid::operator<<	(	std::ostream &	os,
		BoundaryEdge	e
	)

inline

◆ operator<<() [2/3]

std::ostream & terra::grid::operator<<	(	std::ostream &	os,
		BoundaryFace	f
	)

inline

◆ operator<<() [3/3]

std::ostream & terra::grid::operator<<	(	std::ostream &	os,
		BoundaryVertex	v
	)

inline

◆ other_side_r()

constexpr BoundaryVertex terra::grid::other_side_r ( BoundaryVertex boundary_vertex )

constexpr

◆ setup_node_ownership_mask_data()

Grid4DDataScalar< NodeOwnershipFlag > terra::grid::setup_node_ownership_mask_data ( const shell::DistributedDomain & domain )

inline

Set up mask data for a distributed shell domain. The mask encodes ownership information for each grid node.

Parameters

domain Distributed shell domain.

Returns: Mask data grid.

◆ to_string() [1/3]

std::string terra::grid::to_string ( BoundaryEdge e )

inline

◆ to_string() [2/3]

std::string terra::grid::to_string ( BoundaryFace f )

inline

◆ to_string() [3/3]

std::string terra::grid::to_string ( BoundaryVertex v )

inline

Variable Documentation

◆ all_boundary_edges

constexpr std::array terra::grid::all_boundary_edges

constexpr

Initial value:

= {
    BoundaryEdge::E_X00,
    BoundaryEdge::E_X10,
    BoundaryEdge::E_X01,
    BoundaryEdge::E_X11,
 
    BoundaryEdge::E_0Y0,
    BoundaryEdge::E_1Y0,
    BoundaryEdge::E_0Y1,
    BoundaryEdge::E_1Y1,
 
    BoundaryEdge::E_00R,
    BoundaryEdge::E_10R,
    BoundaryEdge::E_01R,
    BoundaryEdge::E_11R,
}

◆ all_boundary_faces

constexpr std::array terra::grid::all_boundary_faces

constexpr

Initial value:

= {
    BoundaryFace::F_XY0,
    BoundaryFace::F_XY1,
    BoundaryFace::F_X0R,
    BoundaryFace::F_X1R,
    BoundaryFace::F_0YR,
    BoundaryFace::F_1YR,
}

◆ all_boundary_vertices

constexpr std::array terra::grid::all_boundary_vertices

constexpr

Initial value:

= {
    BoundaryVertex::V_000,
    BoundaryVertex::V_100,
    BoundaryVertex::V_010,
    BoundaryVertex::V_110,
    BoundaryVertex::V_001,
    BoundaryVertex::V_101,
    BoundaryVertex::V_011,
    BoundaryVertex::V_111 }

Namespaces

Typedefs

Enumerations

Functions

Variables

Typedef Documentation

◆ Grid0DDataScalar

◆ Grid0DDataVec

◆ Grid1DDataScalar

◆ Grid1DDataVec

◆ Grid2DDataScalar

◆ Grid2DDataVec

◆ Grid3DDataScalar

◆ Grid3DDataVec

◆ Grid4DDataMatrices

◆ Grid4DDataScalar

◆ Grid4DDataVec

◆ Grid5DDataScalar

◆ Layout

Enumeration Type Documentation

◆ BoundaryDirection

◆ BoundaryEdge

◆ BoundaryFace

◆ BoundaryPosition

◆ BoundaryVertex

◆ NodeOwnershipFlag

Function Documentation

◆ boundary_position_encoding()

◆ boundary_position_from_boundary_type_r()

◆ boundary_position_from_boundary_type_x()

◆ boundary_position_from_boundary_type_y()

◆ grid_data_vec_dim()

◆ is_edge_boundary_radial()

◆ is_face_boundary_normal_to_radial_direction()

◆ operator<<() [1/3]

◆ operator<<() [2/3]

◆ operator<<() [3/3]

◆ other_side_r()

◆ setup_node_ownership_mask_data()

◆ to_string() [1/3]

◆ to_string() [2/3]

◆ to_string() [3/3]

Variable Documentation

◆ all_boundary_edges

◆ all_boundary_faces

◆ all_boundary_vertices