#include <FMMdlEdge.h>

Inheritance diagram for FacetModeler::Edge:

Public Member Functions
	Edge ()

	Edge (Vertex pVertex, Face pFace, Edge pPrevEdge, Edge pPartner)

Face::EdgeLoop *	loop () const

Face *	face () const

Vertex *	vertex () const

Vertex *	endVertex () const

const OdGePoint3d &	startPoint () const

const OdGePoint3d &	endPoint () const

double	length () const

OdGeVector3d	vector () const

Edge *	next () const

Edge *	prev () const

Edge *	pair () const

Edge *	nextPartner () const

bool	isPartner (const Edge *pEdge) const

bool	isManifold () const

double	angleBetweenEdges () const

double	angleBetweenFaces () const

OdGeVector3d	normal () const

OdGeVector3d	direction () const

OdGeVector3d	calculateLoopNormal () const

void	addNext (Edge *pNext)

void	set (Edge pPrev, Edge pNext)

void	setNext (Edge *pNext)

void	setPrev (Edge *pPrev)

void	setPair (Edge *pPair)

void	setVertex (Vertex *pVertex)

void	setFace (Face *pFace)

void	setLoop (Face::EdgeLoop *pLoop)

void	setPartner (Edge *pPartner)

void	addPartner (Edge *pPartner)

void	removePartner ()

OdUInt32	color () const

void	setColor (OdUInt32 iColor)

void	zero ()

	~Edge ()

const OdGePoint2d &	mappingCoord (bool &isInitialized) const

void	setMappingCoord (const OdGePoint2d &coord)

Public Member Functions inherited from FacetModeler::Entity
	Entity ()

	Entity (const Entity &ent)

Entity &	operator= (const Entity &entity)

OdUInt32	flags () const

void	setFlags (OdUInt32 iFlags)

bool	isFlagOn (OdUInt32 iFlag) const

void	setIsFlagOn (OdUInt32 iFlag, bool bOn)

TagType	tag () const

void	setTag (TagType nTag)

virtual	~Entity ()

Friends
class	Face

class	Body

class	BodyImpl

Detailed Description

Represents facet body edge objects.

Definition at line 40 of file FMMdlEdge.h.

Constructor & Destructor Documentation

◆ Edge() [1/2]

FacetModeler::Edge::Edge ( )

Default constructor.

◆ Edge() [2/2]

FacetModeler::Edge::Edge	(	Vertex *	pVertex,
		Face *	pFace,
		Edge *	pPrevEdge,
		Edge *	pPartner
	)

Creates an edge for a given face with specified start vertex, previous edge and edge partner (superposed edge).

Parameters

pVertex	[in] Start vertex for edge.
pFace	[in] Owner face.
pPrevEdge	[in] Previous edge.
pPartner	[in] Edge partner.

◆ ~Edge()

FacetModeler::Edge::~Edge ( )

Destructor.

Member Function Documentation

◆ addNext()

void FacetModeler::Edge::addNext ( Edge * pNext )

Adds a next edge to the bidirectional list.

Parameters

pNext [in] Pointer to the edge to add.

◆ addPartner()

void FacetModeler::Edge::addPartner ( Edge * pPartner )

Adds a partner edge.

Parameters

pPartner [in] Partner edge pointer to add.

Remarks: For internal use only.

◆ angleBetweenEdges()

double FacetModeler::Edge::angleBetweenEdges ( ) const

Calculates a planar angle between this edge and the previous one.

Returns: A planar angle (in radians) between this edge and the previous one as a double value.

Remarks: Angle is measured in CCW direction with face normal as a reference vector. The value is in the range [ 0 .. Oda2PI ].

◆ angleBetweenFaces()

double FacetModeler::Edge::angleBetweenFaces ( ) const

Calculates an inner angle between the face that owns this edge and the neighboring face.

Returns: An inner angle (in radians) between the face that owns this edge and the neighboring face as a double value.

Remarks: The value is in the range [ 0 .. Oda2PI ]

◆ calculateLoopNormal()

OdGeVector3d FacetModeler::Edge::calculateLoopNormal ( ) const

Calculates the loop normal.

Returns: Edge loop normal multiplied by the area of the edge loop as OdGeVector3d.

◆ color()

OdUInt32 FacetModeler::Edge::color ( ) const

Gets the color of this edge.

Returns: The color of this edge as an OdUInt32 value.

◆ direction()

OdGeVector3d FacetModeler::Edge::direction ( ) const

Calculates the direction vector from the start of this edge to the start of the next one.

Returns: Edge direction vector as OdGeVector3d.

◆ endPoint()

const OdGePoint3d & FacetModeler::Edge::endPoint ( ) const

inline

Gets the end point of the edge as OdGePoint3d.

Returns: The end point.

Definition at line 427 of file FMMdlEdge.h.

◆ endVertex()

Vertex * FacetModeler::Edge::endVertex ( ) const

inline

Gets the end vertex.

Returns: Pointer to the last vertex on the edge.

Definition at line 415 of file FMMdlEdge.h.

◆ face()

Face * FacetModeler::Edge::face ( ) const

Gets the face that owns the edge.

Returns: Pointer to the face that owns the edge.

◆ isManifold()

bool FacetModeler::Edge::isManifold ( ) const

Checks whether the edge is manifold.

Returns: true if the edge is between exactly two faces, false otherwise.

◆ isPartner()

bool FacetModeler::Edge::isPartner ( const Edge * pEdge ) const

Checks if the specified edge is a partner edge (superposed edge) to this edge.

Returns: true if the edges are partners (superposed), false otherwise.

◆ length()

double FacetModeler::Edge::length ( ) const

inline

Calculates the length of the edge.

Returns: The length of the edge as a double value.

Definition at line 431 of file FMMdlEdge.h.

◆ loop()

Face::EdgeLoop * FacetModeler::Edge::loop ( ) const

inline

Gets the loop that owns the edge.

Returns: Pointer to the loop that owns the edge.

Definition at line 419 of file FMMdlEdge.h.

◆ mappingCoord()

const OdGePoint2d & FacetModeler::Edge::mappingCoord ( bool & isInitialized ) const

Gets the mapping coordinate of start vertex of this edge.

Parameters

isInitialized [out] Determines if the mapping coordinate value was initialized.

Returns: The mapping coordinate of start vertex of this edge.

◆ next()

Edge * FacetModeler::Edge::next ( ) const

Gets the next edge.

Returns: Pointer to the next connected edge.

◆ nextPartner()

Edge * FacetModeler::Edge::nextPartner ( ) const

Gets the next edge in a single-linked loop of superposed edges.

Returns: Pointer to the next superposed edge.

◆ normal()

OdGeVector3d FacetModeler::Edge::normal ( ) const

Calculates the unit normal of the edge on the face.

Returns: The unit normal vector to the edge.

Remarks: The vector is on the owner face.

◆ pair()

Edge * FacetModeler::Edge::pair ( ) const

Gets the manifold pair edge.

Returns: Pointer to the manifold pair edge.

Remarks: An epsilon-region between this->face() and pair()->face() must contain only INNER points of a valid 3D solid. The adjacent solid angle may contain inner and outer points.

◆ prev()

Edge * FacetModeler::Edge::prev ( ) const

Gets the previous edge.

Returns: Pointer to the previous connected edge.

◆ removePartner()

void FacetModeler::Edge::removePartner ( )

Removes the partner edge.

Remarks: For internal use only.

◆ set()

void FacetModeler::Edge::set	(	Edge *	pPrev,
		Edge *	pNext
	)

Sets pointers to the previous and next edges for this edge.

Parameters

pPrev	[in] Previous edge pointer to set.
pNext	[in] Next edge pointer to set.

Remarks: For internal use only.

◆ setColor()

void FacetModeler::Edge::setColor ( OdUInt32 iColor )

Sets the color of this edge.

Parameters

color [in] New color to set.

◆ setFace()

void FacetModeler::Edge::setFace ( Face * pFace )

Sets the owner face of this edge.

Parameters

pFace [in] Pointer to the owner face to set.

Remarks: For internal use only.

◆ setLoop()

void FacetModeler::Edge::setLoop ( Face::EdgeLoop * pLoop )

inline

Sets the owner loop.

Parameters

pLoop [in] Loop pointer to set.

Remarks: For internal use only.

Definition at line 439 of file FMMdlEdge.h.

◆ setMappingCoord()

void FacetModeler::Edge::setMappingCoord ( const OdGePoint2d & coord )

Sets the mapping coordinate of start vertex of this edge.

Parameters

coord [in] New mapping coordinate to set.

◆ setNext()

void FacetModeler::Edge::setNext ( Edge * pNext )

Sets a next edge.

Parameters

pNext [in] Next edge pointer to set.

Remarks: For internal use only.

◆ setPair()

void FacetModeler::Edge::setPair ( Edge * pPair )

Sets a pair edge.

Parameters

pPair [in] Pair edge pointer to set.

Remarks: For internal use only.

◆ setPartner()

void FacetModeler::Edge::setPartner ( Edge * pPartner )

inline

Sets a partner edge.

Parameters

pPartner [in] Partner edge pointer to set.

Remarks: For internal use only.

Definition at line 293 of file FMMdlEdge.h.

◆ setPrev()

void FacetModeler::Edge::setPrev ( Edge * pPrev )

Sets a previous edge.

Parameters

pNext [in] Previous edge pointer to set.

Remarks: For internal use only.

◆ setVertex()

void FacetModeler::Edge::setVertex ( Vertex * pVertex )

Sets a vertex of this edge.

Parameters

pVertex [in] Vertex pointer to set.

Remarks: For internal use only.

◆ startPoint()

const OdGePoint3d & FacetModeler::Edge::startPoint ( ) const

inline

Gets the start point of the edge as OdGePoint3d.

Returns: The start point.

Definition at line 423 of file FMMdlEdge.h.

◆ vector()

OdGeVector3d FacetModeler::Edge::vector ( ) const

inline

Gets a vector representation of the edge.

Returns: This edge as an OdGeVector3d object with direction from the start point to the end point.

Definition at line 435 of file FMMdlEdge.h.

◆ vertex()

Vertex * FacetModeler::Edge::vertex ( ) const

Gets the first vertex on the edge.

Returns: Pointer to the first vertex on the edge.

◆ zero()

void FacetModeler::Edge::zero ( )

Sets all pointers to NULL.

Friends And Related Function Documentation

◆ Body

friend class Body

friend

Definition at line 409 of file FMMdlEdge.h.

◆ BodyImpl

friend class BodyImpl

friend

Definition at line 410 of file FMMdlEdge.h.

◆ Face

friend class Face

friend

Definition at line 408 of file FMMdlEdge.h.

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

FMMdlEdge.h

Public Member Functions

Friends

Detailed Description

Constructor & Destructor Documentation

◆ Edge() [1/2]

◆ Edge() [2/2]

◆ ~Edge()

Member Function Documentation

◆ addNext()

◆ addPartner()

◆ angleBetweenEdges()

◆ angleBetweenFaces()

◆ calculateLoopNormal()

◆ color()

◆ direction()

◆ endPoint()

◆ endVertex()

◆ face()

◆ isManifold()

◆ isPartner()

◆ length()

◆ loop()

◆ mappingCoord()

◆ next()

◆ nextPartner()

◆ normal()

◆ pair()

◆ prev()

◆ removePartner()

◆ set()

◆ setColor()

◆ setFace()

◆ setLoop()

◆ setMappingCoord()

◆ setNext()

◆ setPair()

◆ setPartner()

◆ setPrev()

◆ setVertex()

◆ startPoint()

◆ vector()

◆ vertex()

◆ zero()

Friends And Related Function Documentation

◆ Body

◆ BodyImpl

◆ Face