This class is a view that exposes shapes in MIR topology and coordset views as primal shapes. SFINAE is used for the getShape() method. More...

#include </home/docs/checkouts/readthedocs.org/user_builds/axom/checkouts/develop/src/axom/bump/PrimalAdaptor.hpp>

Inheritance diagram for axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >:

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Public Types
using	value_type = typename CoordsetView::value_type

using	Polygon = axom::primal::Polygon< value_type, CoordsetView::dimension(), axom::primal::PolygonArray::Static, MAX_VERTS_2D >

using	Tetrahedron = axom::primal::Tetrahedron< value_type, CoordsetView::dimension()>

using	Hexahedron = axom::primal::Hexahedron< value_type, CoordsetView::dimension()>

using	Polyhedron = typename AdaptPolyhedron< TopologyView, CoordsetView, makeFaces >::PolyhedralRepresentation

using	BoundingBox = axom::primal::BoundingBox< value_type, CoordsetView::dimension()>

Public Member Functions
AXOM_HOST_DEVICE	PrimalAdaptor (const TopologyView &topologyView, const CoordsetView &coordsetView)
	Constructor. More...

AXOM_HOST_DEVICE axom::IndexType	numberOfZones () const
	Return the number of zones in the associated topology view. More...

AXOM_HOST_DEVICE BoundingBox	getBoundingBox (axom::IndexType zi) const
	Return the bounding box for the zi'th zone. More...

template<int TDIM = CoordsetView::dimension()>
AXOM_HOST_DEVICE std::enable_if< TDIM==2, Polygon >::type	getShape (axom::IndexType zi) const
	Get the zone zi as a polygon. This is enabled when the input topology is 2D. More...

template<int TDIM = CoordsetView::dimension(), typename ShapeType = typename TopologyView::ShapeType>
AXOM_HOST_DEVICE std::enable_if< TDIM==3 &&std::is_same< ShapeType, axom::bump::views::TetShape< typename ShapeType::ConnectivityStorage > >::value, Tetrahedron >::type	getShape (axom::IndexType zi) const
	Get the zone zi as a Tetrahedron. This is enabled when the input topology contains tets. More...

template<int TDIM = CoordsetView::dimension(), typename ShapeType = typename TopologyView::ShapeType>
AXOM_HOST_DEVICE std::enable_if< TDIM==3 &&std::is_same< ShapeType, axom::bump::views::HexShape< typename ShapeType::ConnectivityStorage > >::value, Hexahedron >::type	getShape (axom::IndexType zi) const
	Get the zone zi as a Hexahedron. This is enabled when the input topology contains hexs. More...

template<int TDIM = CoordsetView::dimension(), typename ShapeType = typename TopologyView::ShapeType>
AXOM_HOST_DEVICE std::enable_if<(TDIM==3) &&(std::is_same< ShapeType, axom::bump::views::PyramidShape< typename ShapeType::ConnectivityType >>::value\|\|std::is_same< ShapeType, axom::bump::views::WedgeShape< typename ShapeType::ConnectivityType >>::value\|\|std::is_same< ShapeType, axom::bump::views::VariableShape< typename ShapeType::ConnectivityType >>::value), axom::bump::VariableShape< value_type, 3 > >::type	getShape (axom::IndexType zi) const
	Get the zone zi as a VariableShape. This is enabled when the input topology contains wedges, pyramids, or mixed shapes. More...

template<int TDIM = CoordsetView::dimension(), typename ShapeType = typename TopologyView::ShapeType>
AXOM_HOST_DEVICE std::enable_if< TDIM==3 &&ShapeType::is_polyhedral(), Polyhedron >::type	getShape (axom::IndexType zi) const
	Get the zone zi as a Polyhedron. This is enabled when the input topology contains polyhedra. More...

Public Attributes
TopologyView	m_topologyView

CoordsetView	m_coordsetView

Detailed Description

template<typename TopologyView, typename CoordsetView, int MAX_VERTS_2D = 12, bool makeFaces = false>
struct axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >

This class is a view that exposes shapes in MIR topology and coordset views as primal shapes. SFINAE is used for the getShape() method.

Template Parameters

TopologyView	The topology view type.
CoordsetView	The coordset view type.
MAX_VERTS_2D	The maximum number of vertices allowed in a polygon.
makeFaces	Whether to make faces for polyhedral shapes or to make primal::Polyhedron.

Member Typedef Documentation

◆ value_type

template<typename TopologyView , typename CoordsetView , int MAX_VERTS_2D = 12, bool makeFaces = false>

using axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::value_type = typename CoordsetView::value_type

◆ Polygon

template<typename TopologyView , typename CoordsetView , int MAX_VERTS_2D = 12, bool makeFaces = false>

using axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::Polygon = axom::primal::Polygon<value_type, CoordsetView::dimension(), axom::primal::PolygonArray::Static, MAX_VERTS_2D>

◆ Tetrahedron

template<typename TopologyView , typename CoordsetView , int MAX_VERTS_2D = 12, bool makeFaces = false>

using axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::Tetrahedron = axom::primal::Tetrahedron<value_type, CoordsetView::dimension()>

◆ Hexahedron

template<typename TopologyView , typename CoordsetView , int MAX_VERTS_2D = 12, bool makeFaces = false>

using axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::Hexahedron = axom::primal::Hexahedron<value_type, CoordsetView::dimension()>

◆ Polyhedron

template<typename TopologyView , typename CoordsetView , int MAX_VERTS_2D = 12, bool makeFaces = false>

using axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::Polyhedron = typename AdaptPolyhedron<TopologyView, CoordsetView, makeFaces>::PolyhedralRepresentation

◆ BoundingBox

template<typename TopologyView , typename CoordsetView , int MAX_VERTS_2D = 12, bool makeFaces = false>

using axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::BoundingBox = axom::primal::BoundingBox<value_type, CoordsetView::dimension()>

Constructor & Destructor Documentation

◆ PrimalAdaptor()

template<typename TopologyView , typename CoordsetView , int MAX_VERTS_2D = 12, bool makeFaces = false>

AXOM_HOST_DEVICE axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::PrimalAdaptor	(	const TopologyView &	topologyView,
		const CoordsetView &	coordsetView
	)

inline

Constructor.

Parameters

topologyView	The topology view to use for initialization.
coordsetView	The coordset view to use for initialization.

Member Function Documentation

◆ numberOfZones()

template<typename TopologyView , typename CoordsetView , int MAX_VERTS_2D = 12, bool makeFaces = false>

AXOM_HOST_DEVICE axom::IndexType axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::numberOfZones ( ) const

inline

Return the number of zones in the associated topology view.

Returns: The number of zones in the associated topology view.

References axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::m_topologyView.

◆ getBoundingBox()

template<typename TopologyView , typename CoordsetView , int MAX_VERTS_2D = 12, bool makeFaces = false>

AXOM_HOST_DEVICE BoundingBox axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::getBoundingBox ( axom::IndexType zi ) const

inline

Return the bounding box for the zi'th zone.

Parameters

zi	The index of the zone whose bounding box we want.

Returns: The bounding box of the zi'th zone.

References axom::primal::BoundingBox< T, NDIMS >::addPoint(), axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::m_coordsetView, and axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::m_topologyView.

◆ getShape() [1/5]

template<typename TopologyView , typename CoordsetView , int MAX_VERTS_2D = 12, bool makeFaces = false>

template<int TDIM = CoordsetView::dimension()>

AXOM_HOST_DEVICE std::enable_if<TDIM == 2, Polygon>::type axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::getShape ( axom::IndexType zi ) const

inline

Get the zone zi as a polygon. This is enabled when the input topology is 2D.

Parameters

zi	The index of the zone we want to return.

Returns: A Polygon that represents the zone from the input topology.

References axom::primal::Polygon< T, NDIMS, ARRAY_TYPE, MAX_VERTS >::addVertex(), axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::m_coordsetView, and axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::m_topologyView.

◆ getShape() [2/5]

template<typename TopologyView , typename CoordsetView , int MAX_VERTS_2D = 12, bool makeFaces = false>

template<int TDIM = CoordsetView::dimension(), typename ShapeType = typename TopologyView::ShapeType>

AXOM_HOST_DEVICE std::enable_if< TDIM == 3 && std::is_same<ShapeType, axom::bump::views::TetShape<typename ShapeType::ConnectivityStorage> >::value, Tetrahedron>::type axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::getShape ( axom::IndexType zi ) const

inline

Get the zone zi as a Tetrahedron. This is enabled when the input topology contains tets.

Parameters

zi	The index of the zone we want to return.

Returns: A Tetrahedron that represents the zone from the input topology.

References axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::m_coordsetView, and axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::m_topologyView.

◆ getShape() [3/5]

template<typename TopologyView , typename CoordsetView , int MAX_VERTS_2D = 12, bool makeFaces = false>

template<int TDIM = CoordsetView::dimension(), typename ShapeType = typename TopologyView::ShapeType>

AXOM_HOST_DEVICE std::enable_if< TDIM == 3 && std::is_same<ShapeType, axom::bump::views::HexShape<typename ShapeType::ConnectivityStorage> >::value, Hexahedron>::type axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::getShape ( axom::IndexType zi ) const

inline

Get the zone zi as a Hexahedron. This is enabled when the input topology contains hexs.

Parameters

zi	The index of the zone we want to return.

Returns: A Hexahedron that represents the zone from the input topology.

References axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::m_coordsetView, and axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::m_topologyView.

◆ getShape() [4/5]

template<typename TopologyView , typename CoordsetView , int MAX_VERTS_2D = 12, bool makeFaces = false>

template<int TDIM = CoordsetView::dimension(), typename ShapeType = typename TopologyView::ShapeType>

AXOM_HOST_DEVICE std::enable_if< (TDIM == 3) && (std::is_same<ShapeType, axom::bump::views::PyramidShape<typename ShapeType::ConnectivityType>>::value || std::is_same<ShapeType, axom::bump::views::WedgeShape<typename ShapeType::ConnectivityType>>::value || std::is_same<ShapeType, axom::bump::views::VariableShape<typename ShapeType::ConnectivityType>>::value), axom::bump::VariableShape<value_type, 3> >::type axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::getShape ( axom::IndexType zi ) const

inline

Get the zone zi as a VariableShape. This is enabled when the input topology contains wedges, pyramids, or mixed shapes.

Parameters

zi	The index of the zone we want to return.

Returns: A VariableShape that represents the zone from the input topology. VariableShape is used because primal lacks Pyramid, Wedge classes and because if we're using this, we might have a mesh with mixed zone types.

References axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::m_coordsetView, axom::bump::VariableShape< T, NDIMS, N >::m_shapeId, axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::m_topologyView, and axom::bump::VariableShape< T, NDIMS, N >::push_back().

◆ getShape() [5/5]

template<typename TopologyView , typename CoordsetView , int MAX_VERTS_2D = 12, bool makeFaces = false>

template<int TDIM = CoordsetView::dimension(), typename ShapeType = typename TopologyView::ShapeType>

AXOM_HOST_DEVICE std::enable_if<TDIM == 3 && ShapeType::is_polyhedral(), Polyhedron>::type axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::getShape ( axom::IndexType zi ) const

inline

Get the zone zi as a Polyhedron. This is enabled when the input topology contains polyhedra.

Parameters

zi	The index of the zone we want to return.

Returns: A Polyhedron that represents the zone from the input topology.

References axom::bump::AdaptPolyhedron< TopologyView, CoordsetView, makeFaces >::convert(), axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::m_coordsetView, and axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::m_topologyView.

Member Data Documentation

◆ m_topologyView

template<typename TopologyView , typename CoordsetView , int MAX_VERTS_2D = 12, bool makeFaces = false>

TopologyView axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::m_topologyView

◆ m_coordsetView

template<typename TopologyView , typename CoordsetView , int MAX_VERTS_2D = 12, bool makeFaces = false>

CoordsetView axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >::m_coordsetView

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

/home/docs/checkouts/readthedocs.org/user_builds/axom/checkouts/develop/src/axom/bump/PrimalAdaptor.hpp

Public Types

Public Member Functions

Public Attributes

Detailed Description

template<typename TopologyView, typename CoordsetView, int MAX_VERTS_2D = 12, bool makeFaces = false> struct axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >

Member Typedef Documentation

◆ value_type

◆ Polygon

◆ Tetrahedron

◆ Hexahedron

◆ Polyhedron

◆ BoundingBox

Constructor & Destructor Documentation

◆ PrimalAdaptor()

Member Function Documentation

◆ numberOfZones()

◆ getBoundingBox()

◆ getShape() [1/5]

◆ getShape() [2/5]

◆ getShape() [3/5]

◆ getShape() [4/5]

◆ getShape() [5/5]

Member Data Documentation

◆ m_topologyView

◆ m_coordsetView

template<typename TopologyView, typename CoordsetView, int MAX_VERTS_2D = 12, bool makeFaces = false>
struct axom::bump::PrimalAdaptor< TopologyView, CoordsetView, MAX_VERTS_2D, makeFaces >