EdgeElement.h

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// Class EdgeElement
 
#ifndef IPPL_EDGEELEMENT_H
#define IPPL_EDGEELEMENT_H
 
#include "FEM/Elements/Element.h"
 
namespace ippl {
 
    // this is the basic 1D element with 2 vertices
    // N.B. to not be confused with Nédélec edge elements
    template <typename T>
    class EdgeElement : public Element1D<T, 2> {
    public:
        static constexpr unsigned NumVertices = 2;
 
        typedef typename Element1D<T, NumVertices>::point_t point_t;
        typedef typename Element1D<T, NumVertices>::vertex_points_t vertex_points_t;

        KOKKOS_FUNCTION vertex_points_t getLocalVertices() const;

        KOKKOS_FUNCTION point_t
        getTransformationJacobian(const vertex_points_t& global_vertices) const;

        KOKKOS_FUNCTION point_t
        getInverseTransformationJacobian(const vertex_points_t& global_vertices) const;

        KOKKOS_FUNCTION point_t globalToLocal(const vertex_points_t&, const point_t&) const;

        KOKKOS_FUNCTION point_t localToGlobal(const vertex_points_t& global_vertices,
                                              const point_t& point) const;

        KOKKOS_FUNCTION T
        getDeterminantOfTransformationJacobian(const vertex_points_t& global_vertices) const;

        KOKKOS_FUNCTION point_t
        getInverseTransposeTransformationJacobian(const vertex_points_t& global_vertices) const;

        KOKKOS_FUNCTION bool isPointInRefElement(const Vector<T, 1>& point) const;
    };
 
}  // namespace ippl
 
#include "FEM/Elements/EdgeElement.hpp"
 
#endif