BALL::TriangulatedSphere Class Reference

#include <BALL/STRUCTURE/triangulatedSurface.h>

Inheritance diagram for BALL::TriangulatedSphere:

Classes
struct	Face

Public Member Functions
Constructors and Destructors
	TriangulatedSphere ()
	TriangulatedSphere (const TriangulatedSphere &sphere, bool=true)
virtual	~TriangulatedSphere ()
Assignment
void	set (const TriangulatedSphere &sphere, bool=true)
TriangulatedSphere &	operator= (const TriangulatedSphere &sphere)
Public Member Functions inherited from BALL::TriangulatedSurface
	TriangulatedSurface ()
	TriangulatedSurface (const TriangulatedSurface &surface, bool=true)
virtual	~TriangulatedSurface ()
void	clear ()
void	set (const TriangulatedSurface &surface, bool=true)
TriangulatedSurface &	operator= (const TriangulatedSurface &surface)
void	insert (TrianglePoint *point)
void	insert (TriangleEdge *edge)
void	insert (Triangle *triangle)
Size	getNumberOfPoints () const
Size	getNumberOfEdges () const
Size	getNumberOfTriangles () const
void	remove (TrianglePoint *point, bool deep=true)
void	remove (PointIterator p, bool deep=true)
void	remove (TriangleEdge *edge, bool deep=true)
void	remove (EdgeIterator e, bool deep=true)
void	remove (Triangle *triangle, bool deep=true)
void	remove (TriangleIterator t, bool deep=true)
void	exportSurface (Surface &surface)
TriangulatedSurface &	operator+= (const TriangulatedSurface &surface)
void	join (TriangulatedSurface &source)
void	shift (const TVector3< double > &c)
void	blowUp (const double &r)
void	setIndices ()
void	setDensity (const double &density)
double	getDensity () const
void	cut (const TPlane3< double > &plane, const double &fuzzy=0)
void	shrink ()
void	deleteIsolatedEdges ()
void	deleteIsolatedPoints ()
void	getBorder (std::list< TriangleEdge * > &border)
PointIterator	beginPoint ()
ConstPointIterator	beginPoint () const
PointIterator	endPoint ()
ConstPointIterator	endPoint () const
EdgeIterator	beginEdge ()
ConstEdgeIterator	beginEdge () const
EdgeIterator	endEdge ()
ConstEdgeIterator	endEdge () const
TriangleIterator	beginTriangle ()
ConstTriangleIterator	beginTriangle () const
TriangleIterator	endTriangle ()
ConstTriangleIterator	endTriangle () const

Accessors
void	icosaeder (bool out=true)
void	pentakisDodecaeder (bool out=true)
void	refine (Position iterations, bool out=true)

Additional Inherited Members
Public Types inherited from BALL::TriangulatedSurface
typedef std::list< TrianglePoint * >::iterator	PointIterator
typedef std::list< TrianglePoint * >::const_iterator	ConstPointIterator
typedef std::list< TriangleEdge * >::iterator	EdgeIterator
typedef std::list< TriangleEdge * >::const_iterator	ConstEdgeIterator
typedef std::list< Triangle * >::iterator	TriangleIterator
typedef std::list< Triangle * >::const_iterator	ConstTriangleIterator
Static Public Member Functions inherited from BALL::TriangulatedSurface
static TriangulatedSurface *	createTube (unsigned int num_vertices, unsigned int subdiv=0, bool closed=false, bool out=true)
static TriangulatedSurface *	createDisk (unsigned int num_vertices, bool out=true)
bool	canBeCopied () const
void	copy (const TriangulatedSurface &surface)
Size	number_of_points_
std::list< TrianglePoint * >	points_
Size	number_of_edges_
std::list< TriangleEdge * >	edges_
Size	number_of_triangles_
std::list< Triangle * >	triangles_
double	density_

Detailed Description

Generic TriangulatedSphere Class.

Definition at line 387 of file triangulatedSurface.h.

Constructor & Destructor Documentation

TriangulatedSphere() [1/2]

BALL::TriangulatedSphere::TriangulatedSphere

(

)

Default constructor. This method creates a new TriangulatedSphere object.

TriangulatedSphere() [2/2]

BALL::TriangulatedSphere::TriangulatedSphere	(	const TriangulatedSphere &	sphere,
		bool	= true )

Copy constructor. Create a new TriangulatedSphere object from another.

Parameters

sphere	the TriangulatedSphere object to be copied
bool	ignored - just for interface consistency

~TriangulatedSphere()

virtual BALL::TriangulatedSphere::~TriangulatedSphere ( )

virtual

Destructor. Destructs the TriangulatedSphere object.

Member Function Documentation

icosaeder()

void BALL::TriangulatedSphere::icosaeder

(

bool

out = true

)

Build an icosaeder. If the TriangulatedSphere is not empty, it will be cleared first. The center of the icosaeder will be the origin, the radius will be 1.

Parameters

out	if out = true the normal vectors will be oriented outside, otherwise they will be oriented inside

operator=()

TriangulatedSphere & BALL::TriangulatedSphere::operator=

(

const TriangulatedSphere &

sphere

)

Assign from another TriangulatedSphere.

Parameters

sphere

the TriangulatedSphere object to assign from

pentakisDodecaeder()

void BALL::TriangulatedSphere::pentakisDodecaeder

(

bool

out = true

)

Build a pentakis dodecaeder. If the TriangulatedSphere is not empty, it will be cleared first. The center of the dodecaeder will be the origin, the radius will be 1.

Parameters

out	if out = true the normal vectors will be oriented outside, otherwise they will be oriented inside

refine()

void BALL::TriangulatedSphere::refine	(	Position	iterations,
		bool	out = true )

Refine a triangulated sphere. The center of the sphere must be the origin, the radius must be 1.

Parameters

iterations	the number of refinement iterations
out	the orientation of the normal vectors

set()

void BALL::TriangulatedSphere::set	(	const TriangulatedSphere &	sphere,
		bool	= true )

Assign from another TriangulatedSphere.

Parameters

sphere	the TriangulatedSphere object to assign from
bool	ignored - just for interface consistency