BALL::TriangulatedSphere Class Reference
[Molecular Surface Computation]

#include <BALL/STRUCTURE/triangulatedSurface.h>

Inheritance diagram for BALL::TriangulatedSphere:

[legend]

List of all members.

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)
Accessors
void	icosaeder (bool out=true)
void	pentakisDodecaeder (bool out=true)
void	refine (Position iterations, bool out=true)
void	refine (bool out)
void	buildFourTriangles (Face face, Triangle *face0, Triangle *face1, Triangle *face2, Triangle *face3)
void	setIncidences ()

---

Detailed Description

Generic TriangulatedSphere Class.

Definition at line 402 of file triangulatedSurface.h.

---

Constructor & Destructor Documentation

BALL::TriangulatedSphere::TriangulatedSphere

(

)

Default constructor. This method creates a new TriangulatedSphere object.

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

virtual BALL::TriangulatedSphere::~TriangulatedSphere

(

)

[virtual]

Destructor. Destructs the TriangulatedSphere object.

---

Member Function Documentation

void BALL::TriangulatedSphere::buildFourTriangles	(	Face	face,
		Triangle *	face0,
		Triangle *	face1,
		Triangle *	face2,
		Triangle *	face3
	)			[private]

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

TriangulatedSphere& BALL::TriangulatedSphere::operator=

(

const TriangulatedSphere &

sphere

)

Assign from another TriangulatedSphere.

Parameters:

sphere

the TriangulatedSphere object to assign from

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

void BALL::TriangulatedSphere::refine

(

bool

out

)

[private]

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

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

void BALL::TriangulatedSphere::setIncidences

(

)

[private]