BALL::Triangle Class Reference
[Molecular Surface Computation]

#include <BALL/STRUCTURE/triangle.h>

Inheritance diagram for BALL::Triangle:

List of all members.

Public Member Functions
Constructors and Destructors
	Triangle ()
	Triangle (TrianglePoint *v1, TrianglePoint *v2, TrianglePoint *v3)
	Triangle (TriangleEdge *e1, TriangleEdge *e2, TriangleEdge *e3, bool flip_normal=false)
	Triangle (const Triangle &triangle, bool deep=false)
virtual	~Triangle ()
Assignments
void	set (const Triangle &triangle, bool deep=false)
Triangle &	operator= (const Triangle &triangle)
Accessors
void	setPoint (Position i, TrianglePoint *point) throw (Exception::IndexOverflow)
TrianglePoint *	getPoint (Position i) const throw (Exception::IndexOverflow)
void	remove (TriangleEdge *edge)
Predicates
virtual bool	operator== (const Triangle &) const
virtual bool	operator!= (const Triangle &) const
virtual bool	operator*= (const Triangle &) const
Friends
Class friends
class TriangleEdge class TrianglePoint class TriangulatedSurface class TriangulatedSphere class TriangulatedSES class TriangulatedSAS class SESTriangulator class SASTriangulator
class	TriangleEdge
class	TrianglePoint
class	TriangulatedSurface
class	TriangulatedSphere
class	TriangulatedSES
class	TriangulatedSAS
class	SESTriangulator
class	SASTriangulator

---

Detailed Description

Generic TriangleEdge Class.

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Constructor & Destructor Documentation

BALL::Triangle::Triangle

(

)

Default constructor. This method creates a new Triangle object.

BALL::Triangle::Triangle	(	TrianglePoint *	v1,
		TrianglePoint *	v2,
		TrianglePoint *	v3
	)

Detailed constructor. Creates a new Triangle object. Its vertices are initialized with the passed TrianglePoint instances.

BALL::Triangle::Triangle	(	TriangleEdge *	e1,
		TriangleEdge *	e2,
		TriangleEdge *	e3,
		bool	flip_normal = false
	)

Detailed constructor. Creates a new Triangle object. Its edges are initialized with the passed TriangleEdge instances. Its vertices are taken from the edges. This requires the edges to be properly oriented in a counter clockwise manner.

BALL::Triangle::Triangle	(	const Triangle &	triangle,
		bool	deep = false
	)

Copy constructor. Create a new Triangle object from another.

Parameters:

	triangle	the Triangle object to be copied
	deep	if deep = false, all pointers are set to NULL (default). Otherwise the new Triangle object is linked to the neighbours of the old Triangle object.

virtual BALL::Triangle::~Triangle

(

)

[virtual]

Destructor. Destructs the Triangle object.

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Member Function Documentation

TrianglePoint* BALL::Triangle::getPoint

(

Position

i

)

const throw (Exception::IndexOverflow)

Return one of the three points of the Triangle.

Parameters:

i

the relative index of the point which should be given back. If i is greater three, an exception is thrown.

Returns:

TrianglePoint* a pointer to the asked point

virtual bool BALL::Triangle::operator!=

(

const Triangle &

)

const [virtual]

Inequality operator.

Returns:

false

Reimplemented from BALL::GraphTriangle< TrianglePoint, TriangleEdge, Triangle >.

virtual bool BALL::Triangle::operator*=

(

const Triangle &

)

const [virtual]

Similarity operator.

Returns:

true

Reimplemented from BALL::GraphTriangle< TrianglePoint, TriangleEdge, Triangle >.

Triangle& BALL::Triangle::operator=

(

const Triangle &

triangle

)

Assign from another Triangle. The Triangle object is linked to the neighbours of the Triangle object to assign from

Parameters:

triangle

the Triangle object to assign from

virtual bool BALL::Triangle::operator==

(

const Triangle &

)

const [virtual]

Equality operator.

Returns:

true

Reimplemented from BALL::GraphTriangle< TrianglePoint, TriangleEdge, Triangle >.

void BALL::Triangle::remove

(

TriangleEdge *

edge

)

Remove an edge from the Triangle. The edge is set to NULL.

Parameters:

edge

the edge to delete

void BALL::Triangle::set	(	const Triangle &	triangle,
		bool	deep = false
	)

Assign from another Triangle.

Parameters:

	triangle	the Triangle object to assign from
	deep	if deep = false, all pointers are set to NULL (default). Otherwise the Triangle object is linked to the neighbours of the Triangle object to assign from

void BALL::Triangle::setPoint	(	Position	i,
		TrianglePoint *	point
	)			throw (Exception::IndexOverflow)

Set one of the three points of the Triangle.

Parameters:

	i	the relative index of the point which should be set. If i is greater three, an exception is thrown.
	point	a pointer to the new point

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Friends And Related Function Documentation

friend class SASTriangulator [friend]

friend class SESTriangulator [friend]

friend class TriangleEdge [friend]

friend class TrianglePoint [friend]

friend class TriangulatedSAS [friend]

friend class TriangulatedSES [friend]

friend class TriangulatedSphere [friend]

friend class TriangulatedSurface [friend]