Dune::CurvatureOperator< IGridView, IGridMapper, CL > Class Template Reference

Class defining an operator that assigns a curvature to each element or each vertex of the interface grid. The curvature is approximated by interpolation with a sphere (through the center points of an interface element and its neighbors). The enum CurvatureLayout determines whether the curvature is approximated at the vertices or elements of the grid. NOTE that the algorithm IN 3D might provide poor approximations for non-spherical interfaces and IN 3D the algorithm in general does not converge under grid refinement. More...

#include <dune/mmesh/interface/curvatureoperator.hh>

Public Types
using	Scalar = typename IGridView::ctype
using	Vector = Dune::FieldVector< Scalar, dim >

Public Member Functions
	CurvatureOperator (const IGridView &iGridView, const IGridMapper &iGridMapper)
	Constructor.
template<class Curvatures , class Centers , CurvatureLayout Layout = CL>
std::enable_if_t< Layout==Vertex, void >	operator() (Curvatures &curvatures, Centers &centers) const
	Operator that assigns a curvature to each element or each vertex of the interface grid. The curvature is approximated by interpolation with a sphere (osculating circle/sphere through incident interface vertices).
template<class Curvatures , class Centers , CurvatureLayout Layout = CL>
std::enable_if_t< Layout==Element, void >	operator() (Curvatures &curvatures, Centers &centers) const

Static Public Attributes
static constexpr int	dim = IGridView::dimensionworld

Detailed Description

template<class IGridView, class IGridMapper, CurvatureLayout CL = Vertex>
class Dune::CurvatureOperator< IGridView, IGridMapper, CL >

Class defining an operator that assigns a curvature to each element or each vertex of the interface grid. The curvature is approximated by interpolation with a sphere (through the center points of an interface element and its neighbors). The enum CurvatureLayout determines whether the curvature is approximated at the vertices or elements of the grid. NOTE that the algorithm IN 3D might provide poor approximations for non-spherical interfaces and IN 3D the algorithm in general does not converge under grid refinement.

Member Typedef Documentation

Scalar

template<class IGridView , class IGridMapper , CurvatureLayout CL = Vertex>

using Dune::CurvatureOperator< IGridView, IGridMapper, CL >::Scalar = typename IGridView::ctype

Vector

template<class IGridView , class IGridMapper , CurvatureLayout CL = Vertex>

using Dune::CurvatureOperator< IGridView, IGridMapper, CL >::Vector = Dune::FieldVector<Scalar, dim>

Constructor & Destructor Documentation

CurvatureOperator()

template<class IGridView , class IGridMapper , CurvatureLayout CL = Vertex>

Dune::CurvatureOperator< IGridView, IGridMapper, CL >::CurvatureOperator ( const IGridView &  iGridView, const IGridMapper &  iGridMapper  )

inline

Constructor.

Parameters

iGridView	The grid view of the interface grid
iGridMapper	Element or Vertex mapper for the interface grid depending on the specified curvature layout

Member Function Documentation

operator()() [1/2]

template<class IGridView , class IGridMapper , CurvatureLayout CL = Vertex>

template<class Curvatures , class Centers , CurvatureLayout Layout = CL>

std::enable_if_t< Layout==Vertex, void > Dune::CurvatureOperator< IGridView, IGridMapper, CL >::operator() ( Curvatures &  curvatures, Centers &  centers  ) const

inline

Operator that assigns a curvature to each element or each vertex of the interface grid. The curvature is approximated by interpolation with a sphere (osculating circle/sphere through incident interface vertices).

Parameters

curvatures	A container to store the curvature of each element or each vertex of the interface grid
centers	A container to store the centers of curvatures (sphere center points) corresponding to the approximated curvature of each element or each vertex of the interface grid

operator()() [2/2]

template<class IGridView , class IGridMapper , CurvatureLayout CL = Vertex>

template<class Curvatures , class Centers , CurvatureLayout Layout = CL>

std::enable_if_t< Layout==Element, void > Dune::CurvatureOperator< IGridView, IGridMapper, CL >::operator() ( Curvatures &  curvatures, Centers &  centers  ) const

inline

Member Data Documentation

dim

template<class IGridView , class IGridMapper , CurvatureLayout CL = Vertex>

constexpr int Dune::CurvatureOperator< IGridView, IGridMapper, CL >::dim = IGridView::dimensionworld

staticconstexpr

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

• curvatureoperator.hh