SimplexData< ambient, topological > Class Template Reference

#include <SimplexData.h>

List of all members.

Public Types
typedef BallSet::const_iterator	lower_it
typedef BallSet::const_iterator	upper_it
typedef list< Vertex * >::const_iterator	vertex_it
Public Member Functions
	SimplexData ()
	~SimplexData ()
Simplex<->Ball mapping.
Simplices and balls are in one-to-one correspondence during SVR, except temporarily -- the simplex is created first. The following functions maintain that correspondence.
Ball *	toBall () const
void	setBall (Ball *b)
bool	isCrowded () const
Vertex *	findWarpVertex (const Point &p, double &r2) const
lower_it	begin_lowers () const
lower_it	end_lowers () const
upper_it	begin_uppers () const
upper_it	end_uppers () const
void	removeLower (Ball *b)
void	blindlyAddLower (Ball *b)
void	removeUpper (Ball *b)
void	blindlyAddUpper (Ball *b)
void	unlink ()
void	gatherLowers (BallSet &output) const
void	gatherUppers (BallSet &output) const

template<size_t ambient, size_t topological>
class SimplexData< ambient, topological >

---

Member Typedef Documentation

template<size_t ambient, size_t topological> typedef BallSet::const_iterator SimplexData< ambient, topological >::lower_it

template<size_t ambient, size_t topological> typedef BallSet::const_iterator SimplexData< ambient, topological >::upper_it

template<size_t ambient, size_t topological> typedef list<Vertex*>::const_iterator SimplexData< ambient, topological >::vertex_it

---

Constructor & Destructor Documentation

template<size_t ambient, size_t topological> SimplexData< ambient, topological >::SimplexData (   )  [inline]

template<size_t ambient, size_t topological> SimplexData< ambient, topological >::~SimplexData (   )  [inline]

---

Member Function Documentation

template<size_t ambient, size_t topological> lower_it SimplexData< ambient, topological >::begin_lowers (   )  const [inline]

Iterate over the list of lower-dimensional balls.

template<size_t ambient, size_t topological> upper_it SimplexData< ambient, topological >::begin_uppers (   )  const [inline]

Iterate over the list of upper-dimensional balls.

template<size_t ambient, size_t topological> void SimplexData< ambient, topological >::blindlyAddLower (  Ball *  b  )  [inline]

Add a lower-dimensional ball associated with this simplex. The caller is assumed to know that the simplex and ball should be associated.

template<size_t ambient, size_t topological> void SimplexData< ambient, topological >::blindlyAddUpper (  Ball *  b  )  [inline]

Add an upper-dimensional ball associated with this simplex. The caller is assumed to know that the simplex and ball should be associated.

template<size_t ambient, size_t topological> lower_it SimplexData< ambient, topological >::end_lowers (   )  const [inline]

Iterate over the list of lower-dimensional balls.

template<size_t ambient, size_t topological> upper_it SimplexData< ambient, topological >::end_uppers (   )  const [inline]

Iterate over the list of upper-dimensional balls.

template<size_t ambient, size_t topological> Vertex* SimplexData< ambient, topological >::findWarpVertex (  const Point &  p, double &  r2 )  const [inline]

Return the uninserted point nearest to p, at a maximum distance of r2. Outputs the point and updates r2 (returns NULL and leaves r2 unchanged if no nearer point is used).

template<size_t ambient, size_t topological> void SimplexData< ambient, topological >::gatherLowers (  BallSet &  output  )  const [inline]

Gather the set of lower-dimensional balls and output them into the set.

template<size_t ambient, size_t topological> void SimplexData< ambient, topological >::gatherUppers (  BallSet &  output  )  const [inline]

Gather the set of higher-dimensional balls and output them into the set.

template<size_t ambient, size_t topological> bool SimplexData< ambient, topological >::isCrowded (   )  const [inline]

Return whether the simplex is crowded. This occurs exactly when its list of uninserted vertices is non-empty.

template<size_t ambient, size_t topological> void SimplexData< ambient, topological >::removeLower (  Ball *  b  )  [inline]

Remove a lower-dimensional ball associated with this simplex.

template<size_t ambient, size_t topological> void SimplexData< ambient, topological >::removeUpper (  Ball *  b  )  [inline]

Remove an upper-dimensional ball associated with this simplex.

template<size_t ambient, size_t topological> void SimplexData< ambient, topological >::setBall (  Ball *  b  )  [inline]

Set the ball to be associated with the simplex. It is an error to call this function twice. Really we should have this be private, befriending PBall<Mesh>.

template<size_t ambient, size_t topological> Ball* SimplexData< ambient, topological >::toBall (   )  const [inline]

Return the ball associated with the simplex. Returns NULL if no ball has yet been attached to the simplex.

template<size_t ambient, size_t topological> void SimplexData< ambient, topological >::unlink (   )  [inline]

---

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

• feature-refine/SimplexData.h

---