/usr/include/dune/grid/alugrid/3d/faceutility.hh is in libdune-grid-dev 2.4.1-1.
This file is owned by root:root, with mode 0o644.
The actual contents of the file can be viewed below.
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// vi: set et ts=4 sw=2 sts=2:
#ifndef DUNE_ALU3DGRIDFACEUTILITY_HH
#define DUNE_ALU3DGRIDFACEUTILITY_HH
#include <dune/geometry/referenceelements.hh>
#include "mappings.hh"
#include "alu3dinclude.hh"
#include "topology.hh"
namespace Dune
{
// convert FieldVectors to alu3dtypes
// only used for calculating the normals because the method of the
// mapping classes want double (&)[3] and we have FieldVectors which store an
// double [3] this is why we can cast here
// plz say notin' Adrian
template< int dim >
inline alu3d_ctype (&fieldVector2alu3d_ctype ( FieldVector< alu3d_ctype, dim > &val ))[ dim ]
{
return ((alu3d_ctype (&)[dim])(*( &(val[0])) ));
}
// convert const FieldVectors to const alu3dtypes
template< int dim >
inline const alu3d_ctype (&fieldVector2alu3d_ctype ( const FieldVector< alu3d_ctype, dim > &val ))[ dim ]
{
return ((const alu3d_ctype (&)[dim])(*( &(val[0])) ) );
}
// * Note: reconsider lazy evaluation of coordinates
//- class ALU3dGridFaceInfo
/* \brief Stores face and adjoining elements of the underlying ALU3dGrid
The class has the same notion of inner and outer element as the
intersection iterator.
*/
template< ALU3dGridElementType type, class Comm >
class ALU3dGridFaceInfo
{
typedef ALU3dImplTraits< type, Comm > ImplTraits;
//- private typedefs
typedef typename ImplTraits::HasFaceType HasFaceType;
public:
enum ConformanceState {CONFORMING, REFINED_INNER, REFINED_OUTER, UNDEFINED };
//- typedefs
typedef typename ImplTraits::GEOFaceType GEOFaceType;
typedef typename ImplTraits::GEOElementType GEOElementType;
typedef typename ImplTraits::GEOPeriodicType GEOPeriodicType;
typedef typename ImplTraits::IMPLElementType IMPLElementType;
typedef typename ImplTraits::GhostPairType GhostPairType;
typedef typename ImplTraits::BNDFaceType BNDFaceType;
public:
//! constructor creating empty face info
ALU3dGridFaceInfo( const bool conformingRefinement, const bool ghostCellsEnabled );
void updateFaceInfo(const GEOFaceType& face, int innerLevel, int innerTwist);
//- constructors and destructors
//! Construct a connector from a face and the twist seen from the inner
//! element
//! \note: The user is responsible for the consistency of the input data
//! as well as for choosing the appropriate (i.e. most refined) face
//! Copy constructor
ALU3dGridFaceInfo(const GEOFaceType& face, int innerTwist);
ALU3dGridFaceInfo(const ALU3dGridFaceInfo &orig);
//! Destructor
~ALU3dGridFaceInfo();
protected:
//! returns true if outerEntity casts into a helement
bool isElementLike() const;
//! returns true if inside is a ghost entity
bool innerBoundary() const;
public:
//- queries
//! returns true if the face lies on the domain boundary
//! and is not a periodic boundary
bool outerBoundary() const;
//! returns true if the face lies on the domain boundary
bool boundary() const;
//! returns true if outside is something meaningfull
bool neighbor() const ;
//! is the neighbour element a ghost element or a ghost face
//! in case of face true is returned
bool ghostBoundary () const;
//! Returns the ALU3dGrid face
const GEOFaceType& face() const;
//! Returns the inner element at that face
const GEOElementType& innerEntity() const;
//! Returns the outer element at that face
//! \note This function is only meaningful in the interior
const GEOElementType& outerEntity() const;
//! Returns the inner element at that face
//! \note This function is only meaningful at a boundary
const BNDFaceType& innerFace() const;
//! Returns the boundary (outer) element at that face
//! \note This function is only meaningful at a boundary
const BNDFaceType& boundaryFace() const;
//! Twist of the face seen from the inner element
int innerTwist() const;
//! Twist of the face seen from the outer element
int outerTwist() const;
//! Twist of the face seen from the inner element
int duneTwist(const int faceIdx, const int aluTwist) const;
//! Local number of the face in inner element (ALU3dGrid reference element)
int innerALUFaceIndex() const;
//! Local number of the face in outer element (ALU3dGrid reference element)
int outerALUFaceIndex() const;
int outsideLevel() const;
//! return boundary segment index if intersection is with domain boundary
int segmentIndex() const;
//! return boundary id if intersection is with domain boundary
int boundaryId() const;
//! Description of conformance on the face
ConformanceState conformanceState() const;
//! return whether we are in a parallel environment or not
bool parallel() const {
return ! Conversion< Comm, No_Comm > :: sameType ;
}
//! return true if conforming refinement is enabled
bool conformingRefinement () const { return conformingRefinement_; }
private:
//! Description of conformance on the face
ConformanceState getConformanceState(const int innerLevel) const;
//- forbidden methods
const ALU3dGridFaceInfo &
operator=(const ALU3dGridFaceInfo &orig);
private:
//- member data
const GEOFaceType* face_;
const HasFaceType* innerElement_;
const HasFaceType* outerElement_;
int innerFaceNumber_;
int outerFaceNumber_;
int innerTwist_;
int outerTwist_;
int segmentIndex_;
int bndId_;
enum boundary_t { noBoundary = 0, // no boundary, outside is normal element
periodicBoundary = 1, // periodic boundary
innerGhostBoundary = 2, // process boundary, inside is ghost, outside is normal element
domainBoundary = 3, // boundary with domain, no outside
outerGhostBoundary = 4}; // process boundary, outside might be ghost
boundary_t bndType_;
ConformanceState conformanceState_;
const bool conformingRefinement_ ; // true if conforming refinement is enabled
const bool ghostCellsEnabled_ ; // true if ghost cells are present
};
// ALU3dGridSurfaceMappingFactory
// ------------------------------
template< ALU3dGridElementType type, class Comm >
struct ALU3dGridSurfaceMappingFactory;
template< class Comm >
struct ALU3dGridSurfaceMappingFactory< tetra, Comm >
{
// this is the original ALUGrid LinearSurfaceMapping,
// see mapp_tetra_3d.* in ALUGrid code
typedef ALU3DSPACE LinearSurfaceMapping SurfaceMappingType;
typedef typename ALU3dGridFaceInfo< tetra, Comm >::GEOFaceType GEOFaceType;
static const int numVerticesPerFace = EntityCount< tetra >::numVerticesPerFace;
typedef FieldMatrix< alu3d_ctype, numVerticesPerFace, 3 > CoordinateType;
// old method, copies values for tetra twice
SurfaceMappingType *buildSurfaceMapping ( const CoordinateType &coords ) const;
// get face but doesn't copy values twice
SurfaceMappingType *buildSurfaceMapping ( const GEOFaceType &face ) const;
};
template< class Comm >
struct ALU3dGridSurfaceMappingFactory< hexa, Comm >
{
typedef BilinearSurfaceMapping SurfaceMappingType;
typedef typename ALU3dGridFaceInfo< hexa, Comm >::GEOFaceType GEOFaceType;
static const int numVerticesPerFace = EntityCount< hexa >::numVerticesPerFace;
typedef FieldMatrix< alu3d_ctype, numVerticesPerFace, 3 > CoordinateType;
// old method, copies values for tetra twice
SurfaceMappingType *buildSurfaceMapping ( const CoordinateType &coords ) const;
// get face but doesn't copy values twice
SurfaceMappingType *buildSurfaceMapping ( const GEOFaceType &face ) const;
};
// ALU3dGridGeometricFaceInfoBase
// ------------------------------
//! Helper class which provides geometric face information for the
//! ALU3dGridIntersectionIterator
template< ALU3dGridElementType type, class Comm >
class ALU3dGridGeometricFaceInfoBase
: public ALU3dGridSurfaceMappingFactory< type, Comm >
{
typedef ALU3dGridSurfaceMappingFactory< type, Comm > Base;
public:
typedef ElementTopologyMapping<type> ElementTopo;
typedef FaceTopologyMapping<type> FaceTopo;
typedef NonConformingFaceMapping< type, Comm > NonConformingMappingType;
// type of container for reference elements
typedef ReferenceElements< alu3d_ctype, 3 > ReferenceElementContainerType;
// type of container for reference faces
typedef ReferenceElements< alu3d_ctype, 2 > ReferenceFaceContainerType;
// type of reference element
typedef ReferenceElement<alu3d_ctype, 3> ReferenceElementType;
// type of reference face
typedef ReferenceElement<alu3d_ctype, 2> ReferenceFaceType;
enum SideIdentifier { INNER, OUTER };
enum { dimworld = 3 }; // ALU is a pure 3d grid
enum { numVerticesPerFace =
EntityCount<type>::numVerticesPerFace };
//- public typedefs
typedef FieldVector<alu3d_ctype, 3> NormalType;
typedef FieldMatrix<alu3d_ctype,
numVerticesPerFace,
dimworld> CoordinateType;
typedef typename ALU3dGridFaceInfo< type, Comm >::GEOFaceType GEOFaceType;
public:
typedef ALU3dGridFaceInfo< type, Comm > ConnectorType;
//- constructors and destructors
ALU3dGridGeometricFaceInfoBase(const ConnectorType &);
ALU3dGridGeometricFaceInfoBase(const ALU3dGridGeometricFaceInfoBase &);
//! reset status of faceGeomInfo
void resetFaceGeom();
//- functions
const CoordinateType& intersectionSelfLocal() const;
const CoordinateType& intersectionNeighborLocal() const;
private:
//- forbidden methods
const ALU3dGridGeometricFaceInfoBase &operator=(const ALU3dGridGeometricFaceInfoBase &);
private:
//- private methods
void generateLocalGeometries() const;
int globalVertexIndex(const int duneFaceIndex,
const int faceTwist,
const int duneFaceVertexIndex) const;
void referenceElementCoordinatesRefined(SideIdentifier side,
CoordinateType& result) const;
void referenceElementCoordinatesUnrefined(SideIdentifier side,
CoordinateType& result) const;
protected:
//- private data
const ConnectorType& connector_;
mutable CoordinateType coordsSelfLocal_;
mutable CoordinateType coordsNeighborLocal_;
mutable bool generatedGlobal_;
mutable bool generatedLocal_;
inline static const ReferenceElementType& getReferenceElement()
{
return (type == tetra) ?
ReferenceElementContainerType :: simplex() :
ReferenceElementContainerType :: cube();
}
inline static const ReferenceFaceType& getReferenceFace()
{
return (type == tetra) ?
ReferenceFaceContainerType :: simplex() :
ReferenceFaceContainerType :: cube();
}
};
//! Helper class which provides geometric face information for the
//! ALU3dGridIntersectionIterator
template< class Comm >
class ALU3dGridGeometricFaceInfoTetra
: public ALU3dGridGeometricFaceInfoBase< tetra, Comm >
{
typedef ALU3dGridGeometricFaceInfoBase< tetra, Comm > Base;
public:
//- public typedefs
typedef FieldVector<alu3d_ctype, 3> NormalType;
typedef typename Base::FaceTopo FaceTopo;
typedef typename ALU3dGridFaceInfo< tetra, Comm >::GEOFaceType GEOFaceType;
typedef ALU3dGridFaceInfo< tetra, Comm > ConnectorType;
//- constructors and destructors
ALU3dGridGeometricFaceInfoTetra(const ConnectorType& ctor);
ALU3dGridGeometricFaceInfoTetra(const ALU3dGridGeometricFaceInfoTetra & orig);
NormalType & outerNormal(const FieldVector<alu3d_ctype, 2>& local) const;
//! reset status of faceGeomInfo
void resetFaceGeom();
//! update global geometry
template <class GeometryImp>
void buildGlobalGeom(GeometryImp& geo) const;
private:
//- forbidden methods
const ALU3dGridGeometricFaceInfoTetra & operator=(const ALU3dGridGeometricFaceInfoTetra &);
protected:
using Base::connector_;
private:
//- private data
mutable NormalType outerNormal_;
// false if surface mapping needs a update
mutable bool normalUp2Date_;
};
//! Helper class which provides geometric face information for the
//! ALU3dGridIntersectionIterator
template< class Comm >
class ALU3dGridGeometricFaceInfoHexa
: public ALU3dGridGeometricFaceInfoBase< hexa, Comm >
{
typedef ALU3dGridGeometricFaceInfoBase< hexa, Comm > Base;
public:
//- public typedefs
typedef FieldVector<alu3d_ctype, 3> NormalType;
typedef typename Base::FaceTopo FaceTopo;
typedef typename ALU3dGridFaceInfo< hexa, Comm >::GEOFaceType GEOFaceType;
typedef SurfaceNormalCalculator SurfaceMappingType;
typedef ALU3dGridFaceInfo< hexa, Comm > ConnectorType;
//- constructors and destructors
ALU3dGridGeometricFaceInfoHexa(const ConnectorType &);
ALU3dGridGeometricFaceInfoHexa(const ALU3dGridGeometricFaceInfoHexa &);
NormalType & outerNormal(const FieldVector<alu3d_ctype, 2>& local) const;
//! reset status of faceGeomInfo
void resetFaceGeom();
//! update global geometry
template <class GeometryImp>
void buildGlobalGeom(GeometryImp& geo) const;
private:
//- forbidden methods
const ALU3dGridGeometricFaceInfoHexa & operator=(const ALU3dGridGeometricFaceInfoHexa &);
protected:
using Base::connector_;
private:
//- private data
mutable NormalType outerNormal_;
// surface mapping for calculating the outer normal
mutable SurfaceMappingType mappingGlobal_;
// false if surface mapping needs a update
mutable bool mappingGlobalUp2Date_;
};
} // end namespace Dune
#include "faceutility_imp.cc"
#endif
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