#include <BALL/STRUCTURE/RSEdge.h>

Inheritance diagram for BALL::RSEdge:

Public Member Functions
Constructors and Destructors
	RSEdge ()

	RSEdge (const RSEdge &rsedge, bool deep=false)

	RSEdge (RSVertex vertex1, RSVertex vertex2, RSFace face1, RSFace face2, const TVector3< double > &center_of_torus, const double &radius_of_torus, const TAngle< double > &angle, const TCircle3< double > &circle1, const TCircle3< double > &circle2, const TVector3< double > &intersection_point1, const TVector3< double > &intersection_point2, bool singular, Index index)

virtual	~RSEdge ()

Assignment
void	set (const RSEdge &rsedge, bool deep=false)

RSEdge &	operator= (const RSEdge &rsedge)

void	set (RSVertex vertex0, RSVertex vertex1, RSFace face0, RSFace face1, const TVector3< double > &center_of_torus, const double &radius_of_torus, const TAngle< double > &angle, const TCircle3< double > &circle0, const TCircle3< double > &circle1, const TVector3< double > &intersection_point0, const TVector3< double > &intersection_point1, bool singular, Index index)

Accessors
void	setCenterOfTorus (const TVector3< double > &center)

TVector3< double >	getCenterOfTorus () const

void	setMajorRadiusOfTorus (const double &radius)

double	getMajorRadiusOfTorus () const

void	setAngle (const TAngle< double > &angle)

TAngle< double >	getAngle () const

void	setContactCircle (Position i, const TCircle3< double > &circle)

TCircle3< double >	getContactCircle (Position i) const

void	setIntersectionPoint (Position i, const TVector3< double > &point)

TVector3< double >	getIntersectionPoint (Position i) const throw (Exception::GeneralException)

void	setSingular (bool singular)

Predicates
virtual bool	operator== (const RSEdge &rsedge) const

virtual bool	operator!= (const RSEdge &rsedge) const

virtual bool	operator*= (const RSEdge &rsedge) const

bool	isSingular () const

bool	isFree () const

Public Member Functions inherited from BALL::GraphEdge< RSVertex, RSEdge, RSFace >
	GraphEdge ()

	GraphEdge (const GraphEdge< RSVertex, RSEdge, RSFace > &edge, bool deep=false)

	GraphEdge (RSVertex vertex1, RSVertex vertex2, RSFace face1, RSFace face2, Index index)

virtual	~GraphEdge ()

void	set (const GraphEdge< RSVertex, RSEdge, RSFace > &edge, bool deep=false)

void	set (RSVertex vertex0, RSVertex vertex1, RSFace face0, RSFace face1, Index index)

GraphEdge< RSVertex, RSEdge, RSFace > &	operator= (const GraphEdge< RSVertex, RSEdge, RSFace > &edge)

void	setVertex (Position i, RSVertex *vertex)

RSVertex *	getVertex (Position i) const

void	setFace (Position i, RSFace *face)

RSFace *	getFace (Position i) const

void	setIndex (Index index)

Index	getIndex () const

RSVertex *	other (const RSVertex *vertex) const throw (Exception::GeneralException)

RSFace *	other (const RSFace *face) const throw (Exception::GeneralException)

bool	substitute (const RSVertex old_vertex, RSVertex new_vertex)

bool	substitute (const RSFace old_vertex, RSFace new_vertex)

RSFace *	remove (const RSFace *face)

void	revert ()

Protected Attributes

TVector3< double >	center_of_torus_

double	radius_of_torus_

TAngle< double >	angle_

TCircle3< double >	circle0_

TCircle3< double >	circle1_

TVector3< double >	intersection_point0_

TVector3< double >	intersection_point1_

bool	singular_

Protected Attributes inherited from BALL::GraphEdge< RSVertex, RSEdge, RSFace >
RSVertex *	vertex_ [2]

RSFace *	face_ [2]

Index	index_

Friends
Class friends
class RSFace class RSVertex class ReducedSurface class RSComputer class SESEdge class SESFace class SESVertex class SolventExcludedSurface class SESComputer class TSESSingularityCleaner class TriangulatedSES class SESTriangulator class SASEdge class SASFace class SASVertex class SolventAccessibleSurface class TriangulatedSAS class SASTriangulator
class	RSFace

class	RSVertex

class	ReducedSurface

class	RSComputer

class	SESEdge

class	SESFace

class	SESVertex

class	SolventExcludedSurface

class	SESComputer

class	SESSingularityCleaner

class	TriangulatedSES

class	SESTriangulator

class	SASEdge

class	SASFace

class	SolventAccessibleSurface

class	SASVertex

class	TriangulatedSAS

class	SASTriangulator

Class friends
class GraphVertex<Vertex,Edge,Face>; class GraphFace<Vertex,Edge,Face>; class GraphTriangle<Vertex,Edge,Face>;

Detailed Description

Generic RSEdge Class.

Definition at line 48 of file RSEdge.h.

Constructor & Destructor Documentation

BALL::RSEdge::RSEdge ( )

Default constructor. This method creates a new RSEdge object.

BALL::RSEdge::RSEdge	(	const RSEdge &	rsedge,
		bool	deep = `false`
	)

Copy constructor. Create a new RSEdge object from another.

Parameters

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

BALL::RSEdge::RSEdge	(	RSVertex *	vertex1,
		RSVertex *	vertex2,
		RSFace *	face1,
		RSFace *	face2,
		const TVector3< double > &	center_of_torus,
		const double &	radius_of_torus,
		const TAngle< double > &	angle,
		const TCircle3< double > &	circle1,
		const TCircle3< double > &	circle2,
		const TVector3< double > &	intersection_point1,
		const TVector3< double > &	intersection_point2,
		bool	singular,
		Index	index
	)

Detailled constructor. Create a new RSEdge object from a lot of nice objects

Parameters

vertex1	assigned to the first vertex
vertex2	assigned to the second vertex
face1	assigned to the first face
face2	assigned to the second face
center_of_torus	assigned to the center of the torus
radius_of_torus	assigned to the radius of the torus
angle	assigned to th angle
circle1	assigned to the first contact circle
circle2	assigned to the second contact circle
intersection_point1	assigned to the first intersection point (in singular case)
intersection_point2	assigned to the second intersection point (in singular case)
singular
index	assigned to the index

virtual BALL::RSEdge::~RSEdge ( )

virtual

Destructor. Destructs the RSEdge object. The neighboured faces and vertices are {/bf not} destructed.

Member Function Documentation

TAngle<double> BALL::RSEdge::getAngle ( ) const

Return the rotation angle. Return the rotation angle between the starting and ending position of the probe sphere when it rolls over the RSEdge.

Returns: TAngle<double> the rotation angle

TVector3<double> BALL::RSEdge::getCenterOfTorus ( ) const

Return the center of the torus. Return the center of the torus described by the probe sphere when it rolls over the RSEdge.

Returns: TVector3<double> the center of the torus

TCircle3<double> BALL::RSEdge::getContactCircle ( Position i ) const

Return one of the the contact circles. Return one of the the contact circles of the probe sphere with the two RSVertices

Parameters

i

Returns: TCircle3<double> the contact circle with the first RSVertex if i = 0, the contact circle with the second RSVertex otherwise

TVector3<double> BALL::RSEdge::getIntersectionPoint ( Position i ) const throw (Exception::GeneralException)

Return one of the intersection points. Return one of the intersection points of the probe sphere with the RSEdge. If the RSEdge not is singular, an exception is thrown.

Returns: TVector3<double> the intersection point near to the first RSVertex if i = 0, the intersection point near to the second RSVertex otherwise

double BALL::RSEdge::getMajorRadiusOfTorus ( ) const

Return the major radius of the torus. Return the major radius of the torus described by the probe sphere when it rolls over the RSEdge.

Returns: TVector3<double> the major radius of the torus

bool BALL::RSEdge::isFree ( ) const

isFree

Returns: bool true if the RSEdge is free, false otherwise

bool BALL::RSEdge::isSingular ( ) const

isSingular

Returns: bool true if the RSEdge is singular, false otherwise

virtual bool BALL::RSEdge::operator!= ( const RSEdge & rsedge ) const

virtual

Inequality operator.

Returns: bool false if all vertices and all faces are equal modulo order, true otherwise

Reimplemented from BALL::GraphEdge< RSVertex, RSEdge, RSFace >.

virtual bool BALL::RSEdge::operator*= ( const RSEdge & rsedge ) const

virtual

Similarity operator.

Returns: bool true if all vertices are similar modulo order, false otherwise

Reimplemented from BALL::GraphEdge< RSVertex, RSEdge, RSFace >.

RSEdge& BALL::RSEdge::operator= ( const RSEdge & rsedge )

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

Parameters

rsedge the RSEdge object to assign from

virtual bool BALL::RSEdge::operator== ( const RSEdge & rsedge ) const

virtual

Equality operator.

Returns: bool, true if all vertices and all faces are equal modulo order, false otherwise

Reimplemented from BALL::GraphEdge< RSVertex, RSEdge, RSFace >.

void BALL::RSEdge::set	(	const RSEdge &	rsedge,
		bool	deep = `false`
	)

Assign from another RSEdge.

Parameters

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

void BALL::RSEdge::set	(	RSVertex *	vertex0,
		RSVertex *	vertex1,
		RSFace *	face0,
		RSFace *	face1,
		const TVector3< double > &	center_of_torus,
		const double &	radius_of_torus,
		const TAngle< double > &	angle,
		const TCircle3< double > &	circle0,
		const TCircle3< double > &	circle1,
		const TVector3< double > &	intersection_point0,
		const TVector3< double > &	intersection_point1,
		bool	singular,
		Index	index
	)

Assign from a lot of nice objects

Parameters

vertex0	assigned to the first vertex
vertex1	assigned to the second vertex
face0	assigned to the first face
face1	assigned to the second face
center_of_torus	assigned to the center of the torus
radius_of_torus	assigned to the radius of the torus
angle	assigned to th angle
circle0	assigned to the first contact circle
circle1	assigned to the second contact circle
intersection_point0	assigned to the first intersection point (in singular case)
intersection_point1	assigned to the second intersection point (in singular case)
singular
index	assigned to the index

void BALL::RSEdge::setAngle ( const TAngle< double > & angle )

Set the rotation angle. Set the rotation angle between the starting and ending position of the probe sphere when it rolls over the RSEdge.

Parameters

angle the new rotation angle

void BALL::RSEdge::setCenterOfTorus ( const TVector3< double > & center )

Set the center of the torus. Set the center of the torus described by the probe sphere when it rolls over the RSEdge.

Parameters

center the new center

void BALL::RSEdge::setContactCircle	(	Position	i,
		const TCircle3< double > &	circle
	)

Set one of the two contact circles. Set one of the two contact circles of the probe sphere with the two RSVertices.

Parameters

i	the first contact circle is changed if i = 0, the second otherwise
circle	the new contact circle

void BALL::RSEdge::setIntersectionPoint	(	Position	i,
		const TVector3< double > &	point
	)

Set one of the intersection points. Set one of the intersection points of the probe sphere with the RSEdge.

Parameters

i	the first intersection point is changed if i = 0, the second otherwise
point	the new intersection point

void BALL::RSEdge::setMajorRadiusOfTorus ( const double & radius )

Set the major radius of the torus. Set the major radius of the torus described by the probe sphere when it rolls over the RSEdge.

Parameters

radius the new radius

void BALL::RSEdge::setSingular ( bool singular )

Set singular

Friends And Related Function Documentation

friend class ReducedSurface

friend

Definition at line 76 of file RSEdge.h.

friend class RSComputer

friend

Definition at line 77 of file RSEdge.h.

friend class RSFace

friend

Definition at line 74 of file RSEdge.h.

friend class RSVertex

friend

Definition at line 75 of file RSEdge.h.

friend class SASEdge

friend

Definition at line 86 of file RSEdge.h.

friend class SASFace

friend

Definition at line 87 of file RSEdge.h.

friend class SASTriangulator

friend

Definition at line 91 of file RSEdge.h.

friend class SASVertex

friend

Definition at line 89 of file RSEdge.h.

friend class SESComputer

friend

Definition at line 82 of file RSEdge.h.

friend class SESEdge

friend

Definition at line 78 of file RSEdge.h.

friend class SESFace

friend

Definition at line 79 of file RSEdge.h.

friend class SESSingularityCleaner

friend

Definition at line 83 of file RSEdge.h.

friend class SESTriangulator

friend

Definition at line 85 of file RSEdge.h.

friend class SESVertex

friend

Definition at line 80 of file RSEdge.h.

friend class SolventAccessibleSurface

friend

Definition at line 88 of file RSEdge.h.

friend class SolventExcludedSurface

friend

Definition at line 81 of file RSEdge.h.

friend class TriangulatedSAS

friend

Definition at line 90 of file RSEdge.h.

friend class TriangulatedSES

friend

Definition at line 84 of file RSEdge.h.

Member Data Documentation

TAngle<double> BALL::RSEdge::angle_

protected

Definition at line 368 of file RSEdge.h.

TVector3<double> BALL::RSEdge::center_of_torus_

protected

Definition at line 360 of file RSEdge.h.

TCircle3<double> BALL::RSEdge::circle0_

protected

Definition at line 371 of file RSEdge.h.

TCircle3<double> BALL::RSEdge::circle1_

protected

Definition at line 374 of file RSEdge.h.

TVector3<double> BALL::RSEdge::intersection_point0_

protected

Definition at line 378 of file RSEdge.h.

TVector3<double> BALL::RSEdge::intersection_point1_

protected

Definition at line 382 of file RSEdge.h.

double BALL::RSEdge::radius_of_torus_

protected

Definition at line 364 of file RSEdge.h.

bool BALL::RSEdge::singular_

protected

Definition at line 385 of file RSEdge.h.

Public Member Functions

Protected Attributes

Friends

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Friends And Related Function Documentation

Member Data Documentation