RefineVertex< ambient > Class Template Reference

#include <RefineVertex.h>

List of all members.

Public Types
typedef Geometry::Point< ambient >	Point
typedef ::GenericMesh< ambient >	Mesh
typedef ::ConcentricShells< RefineVertex, Point >	ConcentricShells
typedef MeshTypes< ambient >::Ball	Ball
typedef hudson::FastHashSet< RefineVertex *, hudson::HashPointer< RefineVertex > >	VertexSet
typedef hudson::OrderedHashSet< RefineVertex *, hudson::HashPointer< RefineVertex > >	VertexUniqueList
typedef std::vector< const Mesh * >::const_iterator	upper_iterator
Public Member Functions
	RefineVertex (const Point &p, unsigned cd=-1)
void	setContainingDimension (unsigned cd)
void	replaceHandle (Ball *handle)
Ball *	getHandle () const
void	addUpperMesh (const Mesh *m)
void	setID (unsigned id)
upper_iterator	begin_uppers (unsigned d) const
upper_iterator	end_uppers (unsigned d) const
const std::vector< const Mesh * > &	get_uppers (unsigned d) const
bool	hasUpperMesh (const Mesh *m) const
unsigned	getID () const
unsigned	getCD () const
double	dist2 (const RefineVertex *other) const
bool	isCrowded (const Mesh *m) const
bool	isCrowded () const
RefineVertex *	getFarVertex (const Mesh *m) const
RefineVertex *	getFarVertex () const
void	reassignTo (const Mesh *m, RefineVertex *other)
void	addUninserted (const Mesh *m, RefineVertex *uninserted)
pair< RefineVertex *, double >	findClosest (const Mesh *m, const Point &q, double r2) const
const Point &	toPoint () const
double	x (size_t i) const
const double *	x () const
std::string	toString () const
Classes
struct	IsCloser
struct	Printer

template<size_t ambient>
class RefineVertex< ambient >

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Member Typedef Documentation

template<size_t ambient> typedef MeshTypes<ambient>::Ball RefineVertex< ambient >::Ball

template<size_t ambient> typedef ::ConcentricShells<RefineVertex, Point> RefineVertex< ambient >::ConcentricShells

template<size_t ambient> typedef ::GenericMesh<ambient> RefineVertex< ambient >::Mesh

template<size_t ambient> typedef Geometry::Point<ambient> RefineVertex< ambient >::Point

template<size_t ambient> typedef std::vector<const Mesh*>::const_iterator RefineVertex< ambient >::upper_iterator

Get the meshes that contain this vertex.

template<size_t ambient> typedef hudson::FastHashSet<RefineVertex*, hudson::HashPointer<RefineVertex> > RefineVertex< ambient >::VertexSet

template<size_t ambient> typedef hudson::OrderedHashSet<RefineVertex*, hudson::HashPointer<RefineVertex> > RefineVertex< ambient >::VertexUniqueList

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Constructor & Destructor Documentation

template<size_t ambient> RefineVertex< ambient >::RefineVertex (  const Point &  p, unsigned  cd = -1 )  [inline]

Constructor. The Vertex signature requires having a constructor taking only a point; for those calls, we set the containing dimension to -1 to be fixed later with setContainingDimension().

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Member Function Documentation

template<size_t ambient> void RefineVertex< ambient >::addUninserted (  const Mesh *  m, RefineVertex< ambient > *  uninserted )  [inline]

Add one new vertex to our list.

template<size_t ambient> void RefineVertex< ambient >::addUpperMesh (  const Mesh *  m  )  [inline]

Add a new mesh to the list of meshes that care about this vertex. We keep the list sorted.

template<size_t ambient> upper_iterator RefineVertex< ambient >::begin_uppers (  unsigned  d  )  const [inline]

template<size_t ambient> double RefineVertex< ambient >::dist2 (  const RefineVertex< ambient > *  other  )  const [inline]

Distance to a vertex.

template<size_t ambient> upper_iterator RefineVertex< ambient >::end_uppers (  unsigned  d  )  const [inline]

template<size_t ambient> pair<RefineVertex*, double> RefineVertex< ambient >::findClosest (  const Mesh *  m, const Point &  q, double  r2 )  const [inline]

Get the closest uninserted vertex to a given point (NULL if there is no point closer than the given range, for shortcut execution).

template<size_t ambient> const std::vector<const Mesh*>& RefineVertex< ambient >::get_uppers (  unsigned  d  )  const [inline]

template<size_t ambient> unsigned RefineVertex< ambient >::getCD (   )  const [inline]

template<size_t ambient> RefineVertex* RefineVertex< ambient >::getFarVertex (   )  const [inline]

template<size_t ambient> RefineVertex* RefineVertex< ambient >::getFarVertex (  const Mesh *  m  )  const [inline]

Return an uninserted point, about as far as possible, that crowds this vertex.

template<size_t ambient> Ball* RefineVertex< ambient >::getHandle (   )  const [inline]

Get the handle associated with the top-dimensional mesh.

template<size_t ambient> unsigned RefineVertex< ambient >::getID (   )  const [inline]

Get the unique ID number for this vertex.

template<size_t ambient> bool RefineVertex< ambient >::hasUpperMesh (  const Mesh *  m  )  const [inline]

template<size_t ambient> bool RefineVertex< ambient >::isCrowded (   )  const [inline]

template<size_t ambient> bool RefineVertex< ambient >::isCrowded (  const Mesh *  m  )  const [inline]

Is this vertex crowded?

template<size_t ambient> void RefineVertex< ambient >::reassignTo (  const Mesh *  m, RefineVertex< ambient > *  other )  [inline]

Reassign uninserted vertices from this vertex to the new vertex.

template<size_t ambient> void RefineVertex< ambient >::replaceHandle (  Ball *  handle  )  [inline]

Change the handle into the simplices of the top-dimensional mesh.

template<size_t ambient> void RefineVertex< ambient >::setContainingDimension (  unsigned  cd  )  [inline]

Set the containing dimension on a vertex that had to be constructed with the Point constructor.

template<size_t ambient> void RefineVertex< ambient >::setID (  unsigned  id  )  [inline]

The creator of the vertex doesn't know what ID it will have (if any); only the SVR main loop does. Thus we need this accessor. IDs must be positive. Note that the ID can only be set once, and never reset.

template<size_t ambient> const Point& RefineVertex< ambient >::toPoint (   )  const [inline]

Get the position of this vertex.

template<size_t ambient> std::string RefineVertex< ambient >::toString (   )  const [inline]

For debugging: Get a (ugly) string for the point.

template<size_t ambient> const double* RefineVertex< ambient >::x (   )  const [inline]

Get a C array pointing to the point's data.

template<size_t ambient> double RefineVertex< ambient >::x (  size_t  i  )  const [inline]

Read the ith coordinate of the point.

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

• feature-refine/RefineVertex.h

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