SplitData< ambient > Class Template Reference

#include <SplitData.h>

Inheritance diagram for SplitData< ambient >:

List of all members.

Public Types
typedef std::list< Ball * >::const_iterator	iterator
Public Member Functions
	SplitData (const RefineConstants &rc)
bool	didSplit ()
Vertex *	getVertex () const
Killed simplices.
These are the set of simplices excavated to form the cavity.
iterator	begin_killed () const
iterator	end_killed () const
size_t	nkilled () const
New simplices.
These are the set of simplices that fill in the cavity and form a star around the vertex.
iterator	begin_born () const
iterator	end_born () const
size_t	nborn () const
Encroached simplices.
iterator	begin_encroached () const
iterator	end_encroached () const
bool	encroached () const
Setters.
The following functions are called by the code that performs the split() call, to fill in the data.
void	setVertex (Vertex *v)
void	insertBorn (Ball *b)
void	insertKill (Ball *b)
void	insertEncroached (Ball *b)
template<class Mesh, class simplex_iterator>
void	insertBorn (Mesh *mesh, simplex_iterator begin, const simplex_iterator &end)
template<class Mesh, class simplex_iterator>
void	insertKill (Mesh *mesh, simplex_iterator begin, const simplex_iterator &end)

template<size_t ambient>
class SplitData< ambient >

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Member Typedef Documentation

template<size_t ambient> typedef std::list<Ball*>::const_iterator SplitData< ambient >::iterator

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Constructor & Destructor Documentation

template<size_t ambient> SplitData< ambient >::SplitData (  const RefineConstants &  rc  )  [inline]

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Member Function Documentation

template<size_t ambient> iterator SplitData< ambient >::begin_born (   )  const [inline]

template<size_t ambient> iterator SplitData< ambient >::begin_encroached (   )  const [inline]

template<size_t ambient> iterator SplitData< ambient >::begin_killed (   )  const [inline]

template<size_t ambient> bool SplitData< ambient >::didSplit (   )  [inline]

template<size_t ambient> bool SplitData< ambient >::encroached (   )  const [inline]

template<size_t ambient> iterator SplitData< ambient >::end_born (   )  const [inline]

template<size_t ambient> iterator SplitData< ambient >::end_encroached (   )  const [inline]

template<size_t ambient> iterator SplitData< ambient >::end_killed (   )  const [inline]

template<size_t ambient> Vertex* SplitData< ambient >::getVertex (   )  const [inline]

template<size_t ambient> template<class Mesh, class simplex_iterator> void SplitData< ambient >::insertBorn (  Mesh *  mesh, simplex_iterator  begin, const simplex_iterator &  end )  [inline]

Insert a set of simplices. But we store balls, so we convert them all.

template<size_t ambient> void SplitData< ambient >::insertBorn (  Ball *  b  )  [inline]

template<size_t ambient> void SplitData< ambient >::insertEncroached (  Ball *  b  )  [inline]

template<size_t ambient> template<class Mesh, class simplex_iterator> void SplitData< ambient >::insertKill (  Mesh *  mesh, simplex_iterator  begin, const simplex_iterator &  end )  [inline]

Insert a set of simplices. But we store balls, so we convert them all.

template<size_t ambient> void SplitData< ambient >::insertKill (  Ball *  b  )  [inline]

template<size_t ambient> size_t SplitData< ambient >::nborn (   )  const [inline]

template<size_t ambient> size_t SplitData< ambient >::nkilled (   )  const [inline]

template<size_t ambient> void SplitData< ambient >::setVertex (  Vertex *  v  )  [inline]

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

• feature-refine/SplitData.h

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