Shapes.hpp File Reference

#include "axom/core/ArrayView.hpp"
#include "axom/slic.hpp"
#include <cassert>
#include <iostream>
#include <type_traits>

Classes
struct	axom::bump::views::PointTraits
	Point type traits. More...
struct	axom::bump::views::LineTraits
	Line type traits. More...
struct	axom::bump::views::TriTraits
	Triangle type traits. More...
struct	axom::bump::views::QuadTraits
	Quad type traits. More...
struct	axom::bump::views::TetTraits
	Tet type traits. More...
struct	axom::bump::views::PyramidTraits
	Pyramid type traits. More...
struct	axom::bump::views::WedgeTraits
	Wedge type traits. More...
struct	axom::bump::views::HexTraits
	Hex type traits. More...
struct	axom::bump::views::PolygonTraits
struct	axom::bump::views::PolyhedronTraits
	Polyhedron shape traits. More...
struct	axom::bump::views::PolygonShape< ConnType >
	This struct represents a polygon zone. More...
struct	axom::bump::views::Shape< ShapeTraits, ConnStorage >
	This class extends the ShapeTraits with object state so it can represent a zone. More...
struct	axom::bump::views::VariableShape< ConnType >
	This is a shape that can act as any of the other shapes. More...

Namespaces
	axom
	axom::bump
	axom::bump::views

Typedefs
template<typename ConnType >
using	axom::bump::views::PointShape = Shape< PointTraits, typename std::conditional< std::is_integral< ConnType >::value, axom::ArrayView< ConnType >, ConnType >::type >
	Some concrete shape classes based on the shape traits. More...
template<typename ConnType >
using	axom::bump::views::LineShape = Shape< LineTraits, typename std::conditional< std::is_integral< ConnType >::value, axom::ArrayView< ConnType >, ConnType >::type >
template<typename ConnType >
using	axom::bump::views::TriShape = Shape< TriTraits, typename std::conditional< std::is_integral< ConnType >::value, axom::ArrayView< ConnType >, ConnType >::type >
template<typename ConnType >
using	axom::bump::views::QuadShape = Shape< QuadTraits, typename std::conditional< std::is_integral< ConnType >::value, axom::ArrayView< ConnType >, ConnType >::type >
template<typename ConnType >
using	axom::bump::views::TetShape = Shape< TetTraits, typename std::conditional< std::is_integral< ConnType >::value, axom::ArrayView< ConnType >, ConnType >::type >
template<typename ConnType >
using	axom::bump::views::PyramidShape = Shape< PyramidTraits, typename std::conditional< std::is_integral< ConnType >::value, axom::ArrayView< ConnType >, ConnType >::type >
template<typename ConnType >
using	axom::bump::views::WedgeShape = Shape< WedgeTraits, typename std::conditional< std::is_integral< ConnType >::value, axom::ArrayView< ConnType >, ConnType >::type >
template<typename ConnType >
using	axom::bump::views::HexShape = Shape< HexTraits, typename std::conditional< std::is_integral< ConnType >::value, axom::ArrayView< ConnType >, ConnType >::type >

Enumerations
enum	{   axom::bump::views::Point_ShapeID = 0 , axom::bump::views::Line_ShapeID = 1 , axom::bump::views::Tri_ShapeID = 2 , axom::bump::views::Quad_ShapeID = 3 ,   axom::bump::views::Polygon_ShapeID = 4 , axom::bump::views::Tet_ShapeID = 5 , axom::bump::views::Pyramid_ShapeID = 6 , axom::bump::views::Wedge_ShapeID = 7 ,   axom::bump::views::Hex_ShapeID = 8 , axom::bump::views::Polyhedron_ShapeID = 9 , axom::bump::views::Mixed_ShapeID = 10 , axom::bump::views::Invalid_ShapeID = 20 }
	Shape ids. These are used to identify shapes. These are used as indices in bit fields in some algorithms. More...

Functions
template<typename T >
constexpr AXOM_HOST_DEVICE bool	axom::bump::views::isValidShapeID (T shapeID)
	Determine whether a value is a valid ShapeID. More...
constexpr AXOM_HOST_DEVICE IndexType	axom::bump::views::shapeDimension (int shapeId)
	prototype More...
int	axom::bump::views::shapeNameToID (const std::string &name)
	Given a shape name (matches Blueprint shape name), return the Shape id() value. More...