MbCurveEdge Class Reference

Face edge. More...

#include <topology.h>

Inheritance diagram for MbCurveEdge:

Collaboration diagram for MbCurveEdge:

Public Member Functions
	MbCurveEdge (const MbVertex &beg, const MbVertex &end, const MbSurfaceIntersectionCurve &initCurve, bool sense)
	Constructor by vertices, intersection curve and its orientation on edge.
	MbCurveEdge (const MbVertex *beg, const MbVertex *end, const MbSurfaceIntersectionCurve &initCurve, bool sense)
	Constructor by vertices, intersection curve and its orientation on edge. More...
	MbCurveEdge (const MbSurfaceIntersectionCurve &, bool sense)
	Constructor by intersection curve. More...
	MbCurveEdge (const MbCurveEdge &other, const MbSurfaceIntersectionCurve &newCurve)
	Copy constructor using other curve.
virtual	~MbCurveEdge ()
	Destructor.
MbeTopologyType	IsA () const override
	A type of element.
MbCurveEdge *	DataDuplicate (MbRegDuplicate *=nullptr) const override
	Create new edge by copying all data of the initial edge.
void	SetOwnChangedThrough (MbeChangedType) override
	Set the flag that the object has been changed.
void	Reverse () override
	Change direction of edge without changing a curve.
bool	IsSame (const MbTopologyItem &, double accuracy) const override
	Determine whether objects are equal.
bool	ChangeCurve (MbCurve3D &crv) override
	Replacement of a curve by the curve 'crv'.
void	ChangeIntersectionCurve (MbSurfaceIntersectionCurve &crv, bool sense)
	Replacement of a curve by the curve 'crv'.
const MbSurfaceIntersectionCurve &	GetIntersectionCurve () const
	Get surfaces intersection curve.
MbSurfaceIntersectionCurve &	SetIntersectionCurve ()
	Get surfaces intersection curve for modification.
const MbCurve3D *	GetSpaceCurve () const
	Get a spatial copy of surfaces intersection curve.
MbCurve3D *	MakeCurve () const
	Construct a spatial copy of surfaces intersection curve.
MbFace *	GetFacePlus () const
	Get a face on the left.
MbFace *	GetFaceMinus () const
	Get a face on the right.
MbFace *	GetFace (size_t i) const
	Get a face by index (0 - on the right from an edge, 1 - on the left from an edge).
void	SetFacePlus (MbFace *f)
	Set a face on the left.
void	SetFaceMinus (MbFace *f)
	Set a face on the right.
bool	IsSmooth (double epsilon=Math::paramPrecision) const
	Is an edge smooth?
bool	IsSeam () const
	Is an edge a seam?
bool	IsSplit (bool strict=false) const
	Is an edge a face splitting?
bool	IsPole () const
	Is an edge pole?
bool	IsUsual (bool tolerantIsUsual) const
	Is an edge a usual edge of intersection (tolerant by the flag)?
void	SetOrientedEdgesLabel (MbeLabelState, void *key=nullptr)
	Set labels of oriented edges.
bool	FindOrientedEdge (bool orient, const MbFace *face, MbLoop *&findLoop, size_t &index) const
	Find an oriented edge.
bool	FindOrientedEdgePlus (size_t &loopIndex, MbLoop *&findLoop, size_t &index) const
	Find an oriented edge.
bool	FindOrientedEdgeMinus (size_t &loopIndex, MbLoop *&findLoop, size_t &index) const
	Find an oriented edge.
void	DeleteOrientedEdges ()
	Delete oriented edges of the given edge.
void	ChangeSurface (const MbSurface &oldSurf, MbSurface &newSurf, bool faceSense, bool orient)
	Replacement of a surface. More...
bool	ChangeCarrierBorne (const MbSurface &item, MbSurface &init, const MbMatrix &matr)
	Replacement of a surface. More...
bool	GetTraverses (const MbFace *face, const MbFace *other, bool plus, double t, double paramStep, double metricStep, MbCartPoint &p0, MbTwoTraverses &traverses, VERSION version=Math::DefaultMathVersion()) const
	Construction of normals of a face and vectors from an edge to both sides.
bool	GetOutTraverse (const MbFace &face, bool plus, double t, double metricStep, MbCartPoint3D &q0, MbVector3D &outv, MbCartPoint &p0, MbVector &tv, bool &out) const
	Construct a vector from edge to the outside/inside of a face(out==true/false).
bool	Transversal (double t, MbVector3D &f, bool plus) const
	Construct perpendicular to an edge (0 <= t <= 1) to the inside of a facePlus/faceMinus (plus==true/false).
bool	Transversal (double t, MbVector &f, MbCartPoint &p, bool plus) const
	Construct perpendicular to an edge (0 <= t <= 1) to the inside of a facePlus/faceMinus (plus==true/false).
bool	TransversalReper (double t, MbPlacement3D &pl, bool plus) const
	Construct perpendicular to an edge (0 <= t <= 1) to the inside of a facePlus/faceMinus (plus==true/false).
bool	PointBy (const MbSurface &surf, bool faceSense, bool orient, double t, MbCartPoint &p) const
	Calculate on an edge (0 <= t <= 1) a two-dimensional point p in the region of parameters of the surface surf.
bool	PointOn (const MbSurface &surf, bool faceSense, bool orient, double &t, MbCartPoint &p) const
	Calculate two-dimensional point p on the edge in the region of parameters of the surface surf by the value of parameter t on the edge curve.
bool	PointOn (const MbFace *face, bool orient, double &t, MbCartPoint &p) const
	Calculate two-dimensional point p on the edge in the region of parameters of the ace 'face' by the value of parameter t on the edge curve.
bool	FaceNormal (double t, MbVector3D &n, bool plus) const
	A normal to the face facePlus or faceMinus on the edge (0 <= t <= 1).
bool	FaceNormal (const MbSurface &surf, bool faceSense, double t, MbVector3D &p) const
	A normal to the surface surf on the edge (0 <= t <= 1) of the surface surf.
bool	EdgeNormal (double t, MbVector3D &p) const
	Calculate a normal on the edge (0 <= t <= 1) outside of the shell.
bool	VertexNormal (bool begin, MbVector3D &normal) const
	Calculate the middle normal at the vertex 'begin' of the edge 'edge'.
MbCurve *	ChooseCurve (const MbSurface &surf, bool faceSense, bool orient) const
	Selection of two-dimensional curve on the surface 'surf' by direction of the loop.
MbCurve *	ChooseCurve (const MbFace *face, bool orient) const
	Selection of two-dimensional curve on the surface 'surf' by direction of the loop.
bool	GetLimitParam (bool beg, MbCartPoint &pPlus, MbCartPoint &pMinus, double &t) const
	Get parameter t of edge boundary point and the corresponding points on surfaces of the intersection curve.
double	FacesAngle (double t) const
	Calculate an angle of the edge (0 <= t <= 1). an angle is more than null for a convex edge and less than null for a concave edge.
ThreeStates	IsConvex (double angleEps=EXTENT_EPSILON, const MbRect1D *tRange=nullptr) const
	Is an edge convex? More...
bool	CopyReadyMutable (const MbCurveEdge &e)
bool	GetMoveVector (const MbSurface &surf, bool faceSense, bool orient, MbVector &to) const
	Calculate two-dimensional vector of two-dimensional curve shift. More...
int	IsCurveOneOnFacePlus () const
bool	MoveBy (const MbSurface &surf, bool faceSense, bool orient, const MbVector &to)
	A shift of two-dimensional curve.
MbCurveEdge *	CuttingEdge (double t, bool beginSafe, const MbSurface *surface)
	Split an edge by the parameter of its curve. More...
bool	TruncateEdge (double &t, bool beginCutting, const MbSurface *surface)
	Truncate an edge by the parameter of its curve. More...
bool	CuttingEdge (SArray< double > &params, bool beginSafe, double eps, const MbSurface *surface, RPArray< MbCurveEdge > &edges)
	Split the edge by the curve parameters into several pieces. More...
bool	CuttingEdge (SArray< double > &params, bool beginSafe, double eps, const MbSurface *surface, c3d::EdgesSPtrVector &edges)
	Split the edge by the curve parameters into several pieces. More...
bool	ConvexoConcaveCutting (RPArray< MbCurveEdge > &edges, VERSION version)
	Split the edge by points where the convexity changes. More...
bool	ProlongEdge (double &t, bool begin, double deviateAngle, const VERSION version, double eps=Math::paramNear)
	Prolong an edge. More...
MbCurveEdge *	MergeEdges (MbCurveEdge &edge2, bool begin1, bool begin2, const MbSNameMaker &snMaker, double tolerance=Math::paramNear)
	Merging of two connected edges. More...
void	GetConnectedEdges (bool begin, RPArray< MbCurveEdge > &edges, SArray< bool > &orients) const
	Collect all edges which are connected with the given edge at its start vertex (begin==true) or at its end vertex (begin==false).
bool	GetProlongEdges (RPArray< MbCurveEdge > &edges) const
	Collect all edges that are a continuation of this edge, and have the same faces on the left and right.
void	GetProperties (MbProperties &)
	Get properties of the object.
void	SetProperties (const MbProperties &)
	Set properties of the object.
bool	IsBoundaryFace (double mEps=Math::metricEpsilon) const
	Is an edge a boundary edge where occurs a discontinuity of the shell?
MbeCurveBuildType	GetBuildType () const
	Get a type of a curve by the construction.
double	GetTolerance () const
	Calculate and get the tolerance of the edge curve.
void	SetTolerance (double eps)
	Change the tolerance of construction of intersection curve.
bool	IsTolerant () const
	Is a curve tolerant?
bool	MakeBoundaryCurve ()
	Make the edge boundary (change its curve).
void	CurveSection (const MbPlacement3D &place, SArray< MbCartPoint > &points, RPArray< MbCurve > &pCurve) const
	An intersection between an edge and a plane, in result a set of parameters on the placement or a set of two-dimensional curves on the placement.
bool	CutPeriodicEdge (const MbVector3D &eye, SSArray< double > &trimParams, double &delT1, double &delT2) const
	Get the cutting parameters for a periodic edge.
void	AgreeBuildType (double tCurve)
	Agree on the type of intersection curve.
Public Member Functions inherited from MbEdge
	MbEdge (const MbCurve3D &initCurve, bool sense, const MbVertex &beg, const MbVertex &end)
	Constructor by curve, its orientation and vertices.
	MbEdge (const MbCurve3D &initCurve, bool sense, const MbVertex *beg, const MbVertex *end)
	Constructor by curve, its orientation and vertices. More...
	MbEdge (const MbCurve3D &initCurve, bool sense)
	Constructor by curve and its orientation. More...
	MbEdge (const MbEdge &other, const MbCurve3D &newCurve)
	Copy constructor using other curve.
virtual	~MbEdge ()
	Destructor.
void	Transform (const MbMatrix3D &, MbRegTransform *=nullptr) override
	Transform according to the matrix. More...
void	Move (const MbVector3D &, MbRegTransform *=nullptr) override
	Move along a vector. More...
void	Rotate (const MbAxis3D &, double angle, MbRegTransform *=nullptr) override
	Rotate around an axis. More...
double	DistanceToPoint (const MbCartPoint3D &) const override
	Calculate the distance to a point.
void	AddYourGabaritTo (MbCube &) const override
	Add your own bounding box into the sent bounding box.
void	CalculateLocalGabarit (const MbMatrix3D &into, MbCube &cube) const override
	Calculate bounding box in the local coordinate system which is given by the matrix of transformation to this system.
void	CalculateMesh (const MbStepData &stepData, const MbFormNote &note, MbMesh &mesh) const override
	Construct a polygonal copy of an object mesh).
const MbCurve3D &	GetCurve () const
	Get a curve where an edge passes.
MbCurve3D &	SetCurve ()
	Get a curve where an edge passes.
bool	IsSameSense () const
	Get the direction relative to the curve.
void	SetSameSense (bool s)
	Set the direction relative to the curve.
const MbVertex *	GetBegVertexPointer () const
	Get the start vertex.
const MbVertex *	GetEndVertexPointer () const
	Get the end vertex.
MbVertex *	SetBegVertexPointer ()
	Get the start vertex.
MbVertex *	SetEndVertexPointer ()
	Get the end vertex.
const MbVertex &	GetBegVertex () const
	Get the start vertex.
const MbVertex &	GetEndVertex () const
	Get the end vertex.
const MbVertex &	GetVertex (size_t i) const
	Get vertex by number (0 - start vertex, 1 - end vertex).
MbVertex &	SetBegVertex ()
	Get the start vertex.
MbVertex &	SetEndVertex ()
	Get the end vertex.
MbVertex &	SetVertex (size_t i)
	Get vertex by number (0 - start vertex, 1 - end vertex).
void	SetBegVertex (const MbVertex &ver)
	Set the start vertex.
void	SetEndVertex (const MbVertex &ver)
	Set the end vertex.
const MbVertex &	GetTMinVertex () const
	Get a vertex corresponding to the start point of a curve.
const MbVertex &	GetTMaxVertex () const
	Get a vertex corresponding to the end point of a curve.
MbVertex &	SetTMinVertex ()
	Get a vertex corresponding to the start point of a curve.
MbVertex &	SetTMaxVertex ()
	Get a vertex corresponding to the end point of a curve.
void	SetTMinVertex (const MbVertex &ver)
	Set a vertex corresponding to the start point of a curve.
void	SetTMaxVertex (const MbVertex &ver)
	Set a vertex corresponding to the end point of a curve.
double	GetTBegVertex () const
	Get curve parameter corresponding to the start vertex.
double	GetTEndVertex () const
	Get curve parameter corresponding to the end vertex.
bool	IsStraight (bool ignoreParams=false) const
	Is an edge rectilinear?
void	GetBegVertexPoint (MbCartPoint3D &cp) const
	Get Cartesian point of start vertex.
void	GetEndVertexPoint (MbCartPoint3D &cp) const
	Get Cartesian point of end vertex.
bool	IsColinear (const MbPlacement3D &p, double epsilon=Math::angleRegion) const
	Is an edge parallel to the placement?
bool	IsClosed () const
	Is an edge cyclic closed?
void	SetLabelThrough (MbeLabelState l, void *key=nullptr) const
	Set a label for self and vertices.
void	SetLabelThrough (MbeLabelState l, void *key, bool setLock) const
	Set a label for self and vertices.
void	RemovePrivateLabelThrough (void *key) const
	Remove private label for self and vertices.
bool	IsVertexOn (const MbVertex *vertex) const
	Check that vertices belong to an edge.
const MbVertex *	IsConnectedWith (const MbEdge &edge) const
	A search of common vertex between edges.
void	GetVerticesArray (RPArray< MbVertex > &)
	Add vertices in a set of vertices (if they do not exist).
void	GetVerticesArray (RPArray< const MbVertex > &) const
	Add vertices in a set of vertices (if they do not exist).
double	GetCurveParam (double w) const
	Get parameter on a curve by the parameter on an edge (0 <= w <= 1).
double	GetEdgeParam (double t) const
	Get parameter from 0 (start) to 1 (end) for an edge by the parameter of a curve.
void	Point (double t, MbCartPoint3D &) const
	Calculate point on the edge (0 <= t <= 1).
void	GetBegPoint (MbCartPoint3D &p) const
	Get point at start vertex.
void	GetEndPoint (MbCartPoint3D &p) const
	Get point at end vertex.
void	Tangent (double t, MbVector3D &) const
	Get tangent vector to the edge (0 <= t <= 1).
void	GetBegTangent (MbVector3D &v) const
	Get tangent vector at start vertex.
void	GetEndTangent (MbVector3D &v) const
	Get the tangent vector at the end vertex.
void	GetMiddleDerive (MbVector3D &) const
	Calculate derivative in the middle of an edge.
double	GetMetricLength () const
	Get the metric length of an edge.
double	GetLengthEvaluation () const
	Get the estimate of metric length of an edge.
double	DistanceToEdge (const MbEdge &edge, MbCartPoint3D &p0, MbCartPoint3D &p1) const
	Calculate the nearest distance to an edge.
double	DistanceToFace (const MbFace &face, MbCartPoint3D &p0, MbCartPoint3D &p1) const
	Calculate the nearest distance to a face.
double	DistanceToSurface (const MbSurface &surf, MbCartPoint3D &p0, MbCartPoint3D &p1) const
	Calculate the nearest distance to a surface.
double	PointProjection (const MbCartPoint3D &) const
	Calculate the point projection on the edge.
bool	PointProjection (const MbCartPoint3D &p0, MbCartPoint3D &pOnEdge, double &distance) const
	Calculate the point projection on extension of a straight edge.
bool	AngleWithEdge (const MbEdge &, double &angle) const
	Calculate an angle between straight edges.
MbCurve *	GetProjection (const MbPlacement3D &, VERSION version) const
	Create projection of an edge to the plane.
void	GetProperties (MbProperties &)
	Get properties of the object.
void	SetProperties (const MbProperties &)
	Set properties of the object.
Public Member Functions inherited from MbTopologyItem
virtual	~MbTopologyItem ()
	Destructor.
MbeImplicationType	ImplicationType () const override
	A type of element. More...
const MbName &	GetName () const
	Get name of object.
MbName &	SetName ()
	Get name of object for modification.
SimpleName	GetMainName () const
	Get main name.
void	SetMainName (SimpleName n)
	Set main name.
SimpleName	GetFirstName () const
	Get first name.
SimpleName	GetNameHash () const
	Get hash of name.
void	SetName (const MbName &n)
	Set name.
bool	GetOwnChanged () const
	Get flag which indicates that an object has (not) been changed.
bool	GetOwnChanged (MbeChangedType n) const
	Get flag which indicates that an object has (not) been changed.
void	SetOwnChanged (MbeChangedType)
	Set flag which indicates that an object has (not) been changed.
void	CopyOwnChanged (const MbTopologyItem &ti)
	Copy flag which indicates that an object has (not) been changed.
uint16	GetOwnChangedFlag () const
	Get flag which indicates that an object has (not) been changed.
template<class Uint >
void	SetOwnChangedFlag (Uint n)
	Set flag which indicates that an object has (not) been changed.
bool	IsOwnRenamedOnly () const
	Get flag which indicates that an object has been renamed only.
bool	IsOwnTransformedOnly () const
	Get flag which indicates that an object has been transformed only.
bool	IsOwnReorientedOnly () const
	Get flag which indicates that an object has been reoriented only.
bool	IsOwnChangedWeakly () const
	Get flag which indicates that an object has been only created, renamed, transformed or reoriented.
MbeLabelState	GetLabel (void *key=nullptr) const
	Get label.
void	SetOwnLabel (MbeLabelState l, void *key=nullptr) const
	Set a label of the loop.
void	SetOwnLabel (MbeLabelState l, void *key, bool setLock) const
	Set a label of the loop.
bool	ToDelete () const
	Is this object intended for deletion? This is defined by labels.
void	RemovePrivateLabel (void *key=nullptr) const
	Remove private label.
void	Assign (const MbTopologyItem &)
	Copying of the object data.
void	RemoveParentNamesAttribute ()
	Delete an attribute of name type with parent names.
Public Member Functions inherited from MbTopItem
MbeRefType	RefType () const override
	Registration type (for copying, duplication).
void	PrepareWrite () const
	Prepare an object for writing.
bool	IsAVertex () const
	Is it a vertex?
bool	IsAWireEdge () const
	Is it an edge of wireframe?
bool	IsAnEdge () const
	Is it an edge?
bool	IsAFace () const
	Is it a face?
bool	IsAShell () const
	Is it a shell?
bool	IsAProxy () const
	Is it a proxy?
Public Member Functions inherited from MbRefItem
refcount_t	GetUseCount () const
	Get count of references (get count of owners of an object).
refcount_t	AddRef () const
	Increase count of references by one.
refcount_t	DecRef () const
	Decrease count of references by one.
refcount_t	Release () const
	Decrease count of references by one and if count of references became zero, then remove itself.
Public Member Functions inherited from TapeBase
	TapeBase (RegistrableRec regs=noRegistrable)
	Constructor.
	TapeBase (const TapeBase &)
	Copy-constructor.
virtual	~TapeBase ()
	Destructor.
RegistrableRec	GetRegistrable () const
	Whether the stream class is registrable.
void	SetRegistrable (RegistrableRec regs=registrable) const
	Set the state of registration of the stream class.
virtual const char *	GetPureName (const VersionContainer &) const
	Get the class name.
virtual bool	IsFamilyRegistrable () const
	Whether the object belongs to a registrable family.
Public Member Functions inherited from MbAttributeContainer
	MbAttributeContainer ()
	Constructor without parameters.
	MbAttributeContainer (MbAttribute &)
	Constructor by attribute.
virtual	~MbAttributeContainer ()
	Destructor.
void	AttributesRead (reader &)
	Read attributes from stream.
void	AttributesWrite (writer &) const
	Writing attributes to stream.
void	GetProperties (MbProperties &)
	Get properties of attributes.
void	SetProperties (const MbProperties &)
	Set properties of attributes.
void	SetDensity (double)
	Set density of an object.
double	GetDensity () const
	Get density of an object.
void	SetVisual (float a, float d, float sp, float sh, float t, float e, uint rgb=0)
	Set visual properties of the object.
bool	GetVisual (float &a, float &d, float &sp, float &sh, float &t, float &e, uint rgb=0) const
	Get visual properties of the object. More...
bool	IsColored () const
void	SetColor (uint32)
	Change color of the object.
void	SetColor (int R, int G, int B)
	Change color of the object (0-255).
uint32	GetColor () const
	Get color of an object.
void	SetWidth (int)
	Set thickness of lines for object's representation.
int	GetWidth () const
	Get thickness of lines for object's representation.
void	SetStyle (int)
	Set style of lines for object's representation.
int	GetStyle () const
	Get style of lines for object's representation.
void	SetSelected (bool s=true)
	To allocate or not to allocate an object.
bool	IsSelected () const
	Is the object selected.
bool	ReverseSelected ()
	Invert object selection.
void	SetChanged (bool c=true)
	Set: the object is changed or isn't changed.
bool	IsChanged () const
	Is the object changed?
void	SetVisible (bool)
	Set visibility.
bool	IsVisible () const
	Is the object visible?
bool	IsInvisible () const
	Is the object invisible?
void	AttributesAssign (const MbAttributeContainer &)
	Duplicate attributes of a given object, release existing attributes.
size_t	AttributesCount () const
	Get the number of objects.
bool	RemoveAttributes (bool onDeleteOwner=false)
	Delete all attributes from container.
MbAttribute *	AddAttribute (MbAttribute *attr, bool checkSame=true)
	Add attribute in container. More...
MbAttribute *	AddAttribute (const MbAttribute &attr, bool checkSame=true)
	Add attribute in container (adds a copy of the attribute if it can be added). More...
void	GetAttributes (c3d::AttrVector &attrs, MbeAttributeType aFamily, MbeAttributeType subType) const
	Get attributes of a given type or family. More...
void	GetAttributes (c3d::AttrVector &attrs, MbeAttributeType aType) const
	Get attributes of a given type. More...
void	GetCommonAttributes (c3d::AttrVector &, const c3d::string_t &samplePrompt, MbeAttributeType subType=at_Undefined, bool firstFound=false) const
	Get attributes using sample of description string.
void	GetStringAttributes (c3d::AttrVector &, const c3d::string_t &sampleContent) const
	Get string attributes using sample of contents of the string.
bool	RemoveAttribute (const MbAttribute *, bool checkAccuracySame=false, double accuracy=LENGTH_EPSILON)
	Get an attribute of a given type, the first one is returned if there are many. More...
bool	RemoveAttributes (MbeAttributeType type, MbeAttributeType subType)
	Delete attributes of a given type.
const MbAttribute *	GetSimpleAttribute (MbeAttributeType) const
	Get a simple attribute of a given subtype.
MbAttribute *	SetSimpleAttribute (MbeAttributeType)
	Get a simple attribute of a given subtype.
MbAttribute *	SetSimpleAttribute (MbAttribute *simpAttr)
	Set a simple attribute of a given subtype.
MbAttribute *	SetSimpleAttribute (const MbAttribute &simpAttr)
	Set a simple attribute of a given subtype (always copies the attribute).
void	RemoveSimpleAttribute (MbeAttributeType)
	Delete simple attributes (one or more) of a given subtype.
MbAttribute *	DetachSimpleAttribute (MbeAttributeType)
	Detach a simple attribute of a given subtype.
void	GetUserAttributes (std::vector< MbUserAttribute * > &attrs, const MbUserAttribType &type) const
	Get a user attribute of a given subtype.
void	RemoveUserAttributes (const MbUserAttribType &type)
	Delete user attributes (one or more) of a given subtype.
void	DetachUserAttributes (std::vector< MbUserAttribute * > &attrs, const MbUserAttribType &type)
	Detach a user attribute of a given subtype.
void	AttributesChange ()
	Perform actions when changing the attributes.
void	AttributesConvert (MbAttributeContainer &other) const
	Perform actions when converting the attributes.
void	AttributesTransform (const MbMatrix3D &, MbRegTransform *=nullptr)
	Perform actions when transforming the attributes.
void	AttributesMove (const MbVector3D &, MbRegTransform *=nullptr)
	Perform actions when moving the attributes.
void	AttributesRotate (const MbAxis3D &, double angle, MbRegTransform *=nullptr)
	Perform actions when rotating the attributes.
void	AttributesCopy (MbAttributeContainer &other, MbRegDuplicate *=nullptr) const
	Perform actions when copying the attributes.
void	AttributesMerge (MbAttributeContainer &other)
	Perform actions when merging the attributes.
void	AttributesReplace (MbAttributeContainer &other)
	Perform actions when replacing the attributes.
void	AttributesSplit (const std::vector< MbAttributeContainer * > &others)
	Perform actions when splitting the attributes.
void	AttributesDelete ()
	Perform actions when deleting the attributes.

Protected Member Functions
	MbCurveEdge (const MbCurveEdge &, MbRegDuplicate *iReg)
	Copy constructor.
Protected Member Functions inherited from MbEdge
	MbEdge (const MbEdge &init, MbRegDuplicate *iReg)
	Copy constructor.
Protected Member Functions inherited from MbTopologyItem
	MbTopologyItem ()
	Constructor without parameters.
	MbTopologyItem (const MbTopologyItem &, MbRegDuplicate *)
	Constructor of duplicating.
Protected Member Functions inherited from MbTopItem
	MbTopItem ()
	Constructor.
Protected Member Functions inherited from MbRefItem
	MbRefItem ()
	Constructor without parameters.
Protected Member Functions inherited from MbAttributeContainer
	MbAttributeContainer (const MbAttributeContainer &, MbRegDuplicate *)
	Copy-constructor with the registrator.

Protected Attributes
MbFace *	facePlus
	A face on the left, where the direction of edge coincides with the direction of loop.
MbFace *	faceMinus
	A face on the right, where the direction of edge does not coincide with the direction of loop.
Protected Attributes inherited from MbEdge
MbCurve3D *	curve
	A curve, an edge passes by (it is always not nullptr).
bool	sameSense
	An attribute of coincidence between direction of curve and direction of edge.
MbVertex *	begVertex
	Start vertex (always not nullptr).
MbVertex *	endVertex
	End vertex (always not nullptr).
Protected Attributes inherited from MbTopologyItem
MbLabel	label
	Temporary label for performing of operations.

Additional Inherited Members
Static Public Member Functions inherited from MbAttributeContainer
static MbUserAttribute *	ReduceUserAttrib (const MbExternalAttribute &)
	Convert user attribute to "system" one.
static MbExternalAttribute *	AdvanceUserAttrib (const MbUserAttribute &)
	Convert "system" attribute to user one.

Detailed Description

Face edge.

A face edge is a curve of surfaces intersection MbSurfaceIntersectionCurve with direction. In contrast to an edge MbEdge an edge MbCurveEdge describes not just a curve, but a smooth piece of connection between two faces or a smooth piece of face boundary.
A face edge is used to describe a piece of connection between two faces or a piece of face boundary.
If an edge describes a piece of connection between two faces then the both pointers to faces are not null.
An edge describing a piece of connection of a cyclic closed faces with itself is called seam.
In the last case pointers to the left face and to the right face are the same.
If an edge describes a piece of face boundary then the pointer to the left face or the pointer to the right face equals null.
An edge describing a contracted to a point piece of face boundary is called a pole edge.
If an edge describes a piece of face boundary then a curve of surfaces intersection is boundary too, i.e. it consists of two equal curves on surface.
An edge starts and ends in vertices MbVertex. If a curve of an edge is cyclic closed, then an edge starts and ends at the same vertex.

Constructor & Destructor Documentation

MbCurveEdge() [1/2]

MbCurveEdge::MbCurveEdge	(	const MbVertex *	beg,
		const MbVertex *	end,
		const MbSurfaceIntersectionCurve &	initCurve,
		bool	sense
	)

Constructor by vertices, intersection curve and its orientation on edge.

Constructor of edge by vertices, intersection curve and its orientation on edge. There is performed a check of existence and correctness of location of edge vertices points.

MbCurveEdge() [2/2]

MbCurveEdge::MbCurveEdge	(	const MbSurfaceIntersectionCurve &	,
		bool	sense
	)

Constructor by intersection curve.

Constructor of edge by intersection curve. Vertices are constructed by boundary points of curve.

Member Function Documentation

ChangeSurface()

void MbCurveEdge::ChangeSurface	(	const MbSurface &	oldSurf,
		MbSurface &	newSurf,
		bool	faceSense,
		bool	orient
	)

Replacement of a surface.

Replacement of the surface oldSurf to the surface newSurf in a curve.

Parameters

[in]	oldSurf	- Replaced surface of a face.
[in]	newSurf	- Replacing (new) surface of a face.
[in]	faceSense	- Coincidence between the face normal direction and the surface normal direction.
[in]	orient	- Orientation of an edge in the face loop.

ChangeCarrierBorne()

bool MbCurveEdge::ChangeCarrierBorne	(	const MbSurface &	item,
		MbSurface &	init,
		const MbMatrix &	matr
	)

Replacement of a surface.

Replacement of the surface 'item' to the surface 'init' when combining the similar faces.

Parameters

[in]	item	- Replaced surface of a face.
[in]	init	- Replacing (new) surface of a face.
[in]	matr	- A transformation matrix of two-dimensional curves of intersection curve when replacing surfaces.

Returns

Are replacement and transformation performed?

IsConvex()

ThreeStates MbCurveEdge::IsConvex	(	double	angleEps = EXTENT_EPSILON,
		const MbRect1D *	tRange = nullptr
	)		const

Is an edge convex?

Is an edge convex by its middle parameter (or middle parameter of input range)? The calculation is correct for edges which do not change a convexity. Returns ts_neutral for smooth edges.

CopyReadyMutable()

bool MbCurveEdge::CopyReadyMutable

(

const MbCurveEdge &

e

)

Copy from the copy ready estimates which were not calculated in the original.

Warning

Attention: a check of identity between a copy and an original is not performed for the time saving!

GetMoveVector()

bool MbCurveEdge::GetMoveVector	(	const MbSurface &	surf,
		bool	faceSense,
		bool	orient,
		MbVector &	to
	)		const

Calculate two-dimensional vector of two-dimensional curve shift.

Calculate two-dimensional vector of two-dimensional curve shift.

IsCurveOneOnFacePlus()

int MbCurveEdge::IsCurveOneOnFacePlus

(

)

const

Where surfaces (faces) intersection curves lie:
curveOne on facePlus, curveTwo on faceMinus => +1
curveOne on faceMinus, curveTwo on facePlus => -1
otherwise => 0

CuttingEdge() [1/3]

MbCurveEdge* MbCurveEdge::CuttingEdge	(	double	t,
		bool	beginSafe,
		const MbSurface *	surface
	)

Split an edge by the parameter of its curve.

If beginSafe == true then the edge saves its starting piece, the spit edge will save its start vertex and will end at the vertex breakVertex, the new edge newEdge will start at the vertex breakVertex and will end at the ex-end vertex of the spit edge If beginSafe == false then the edge saves its ending piece, the spit edge will save its end vertex and will start at the vertex breakVertex, the new edge newEdge will start at the start vertex of the spit edge and will end at the vertex breakVertex.
The parameter 'surface' plays a role only for tolerant edge. The new edge will be embedded in the loops of adjacent faces.

Parameters

[in]	t	- Parameter of intersection curve of edge to split,
[in]	beginSafe	- The edge will keep a beginning piece (true) or the edge will keep an end piece (false)
[in]	surface	- For tolerant curve it is required to specify a surface which contain a curve a parameter belongs to.

Returns

Returns a cut edge.

TruncateEdge()

bool MbCurveEdge::TruncateEdge	(	double &	t,
		bool	beginCutting,
		const MbSurface *	surface
	)

Truncate an edge by the parameter of its curve.

If beginCutting == true - then the starting part of an edge is cut. If beginCutting == false - then the ending part of an edge is cut.

Parameters

[in]	t	- Parameter of intersection curve of edge to truncate.
[in]	beginCutting	- The edge will keep a beginning piece (false) or the edge will keep an end piece (true).
[in]	surface	- For tolerant curve it is required to specify a surface which contain a curve a parameter belongs to.

Returns

Returns true if the edge was truncated, otherwise returns false.

CuttingEdge() [2/3]

bool MbCurveEdge::CuttingEdge	(	SArray< double > &	params,
		bool	beginSafe,
		double	eps,
		const MbSurface *	surface,
		RPArray< MbCurveEdge > &	edges
	)

Split the edge by the curve parameters into several pieces.

. If beginSafe == true then the edge saves its starting piece, If beginSafe == false then the edge saves its ending piece. According to the parameter 'eps' drop out value in the container 'params', coinciding with each other and with the initial and final parameters of the intersection curve. The parameter 'surface' plays a role only for tolerant edge. The container 'edges' contains cut parts. The cut parts will be embedded in the loops of adjacent faces.

Parameters

[in]	params	- Parameters of intersection curve of edge to split,
[in]	beginSafe	- The edge will keep a beginning piece (true) or the edge will keep an end piece (false)
[in]	eps	- Precision matching options of parameters to split,
[in]	surface	- For tolerant curve it is required to specify a surface of face which contain a curve parameters belongs to.
[out]	edges	- The container of cut parts.

Returns

Returns true, if the edge was cut.

CuttingEdge() [3/3]

bool MbCurveEdge::CuttingEdge	(	SArray< double > &	params,
		bool	beginSafe,
		double	eps,
		const MbSurface *	surface,
		c3d::EdgesSPtrVector &	edges
	)

Split the edge by the curve parameters into several pieces.

. If beginSafe == true then the edge saves its starting piece, If beginSafe == false then the edge saves its ending piece. According to the parameter 'eps' drop out value in the container 'params', coinciding with each other and with the initial and final parameters of the intersection curve. The parameter 'surface' plays a role only for tolerant edge. The container 'edges' contains cut parts. The cut parts will be embedded in the loops of adjacent faces.

Parameters

[in]	params	- Parameters of intersection curve of edge to split,
[in]	beginSafe	- The edge will keep a beginning piece (true) or the edge will keep an end piece (false)
[in]	eps	- Precision matching options of parameters to split,
[in]	surface	- For tolerant curve it is required to specify a surface of face which contain a curve parameters belongs to.
[out]	edges	- The container of cut parts.

Returns

Returns true, if the edge was cut.

ConvexoConcaveCutting()

bool MbCurveEdge::ConvexoConcaveCutting	(	RPArray< MbCurveEdge > &	edges,
		VERSION	version
	)

Split the edge by points where the convexity changes.

Split the edge by points where the convexity changes. The container 'edges' contains cut parts of edge. The cut parts will be embedded in the loops of adjacent faces.

Parameters

[out]

edges

- The container of cut parts.

Returns

Returns true, if the edge was cut.

ProlongEdge()

bool MbCurveEdge::ProlongEdge	(	double &	t,
		bool	begin,
		double	deviateAngle,
		const VERSION	version,
		double	eps = Math::paramNear
	)

Prolong an edge.

Continue the intersection curve of edge by the parameter t, lying outside of the curve.

Parameters

[in,out]	t	- Parameter outside of the intersection curve.
[in]	begin	- The edge should be prolonged by the beginning (true) or by the ending (false).
[in]	deviateAngle	- The angular deviation step of the motion along the curve in the general case.
[in]	version	- Version of operation.
[in]	eps	- Build precision.

Returns

Returns true if the edge was prolonged, otherwise returns false.

MergeEdges()

MbCurveEdge* MbCurveEdge::MergeEdges	(	MbCurveEdge &	edge2,
		bool	begin1,
		bool	begin2,
		const MbSNameMaker &	snMaker,
		double	tolerance = Math::paramNear
	)

Merging of two connected edges.

Merging of two connected edges:
Before the call AddRef should be done on the edges, since one of the edges may be deleted, and after the call and using the edges Release should be done on them.

Parameters

[in,out]	edge2	- Merging edge.
[in]	begin1	- This edge is joined by the beginning (true) or by the ending (false).
[in]	begin2	- The edge2 is joined by the beginning (true) or by the ending (false).
[in]	snMaker	- Names maker with a version of operation.

Returns

Returns absorbed edge (edge2), which can be removed.

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

• topology.h