The parameters for building the swept mutable section surface. More...

#include <op_swept_parameter.h>

Inheritance diagram for MbSectionData:

Collaboration diagram for MbSectionData:

Public Member Functions
	MbSectionData ()
	Empty constructor.

	MbSectionData (MbCurve3D &sp, MbeSectionShape f, MbSectionRail &r1, MbSectionRail &r2, MbCurve3D ap, MbSectionRule &desc, MbPolyCurve patt, const MbSNameMaker &names)
	Constructor by parameters. More...

	MbSectionData (const MbSectionData &other)
	Copy-constructor.

	MbSectionData (const MbSectionData &other, MbRegDuplicate *ireg)
	Copy-constructor.

	~MbSectionData ()
	Destructor.

void	SetSpine (MbCurve3D &s)
	Set reference curve.

void	SetSpine (const MbVector3D &a)
	Set the direction vector of the reference curve (if spine= = nullptr).

const MbCurve3D *	GetSpine () const
	Get reference curve.

MbeSectionShape	GetSectionForm () const
	Get cross-section shape.

void	SetSectionForm (MbeSectionShape f)
	Set cross-section shape. More...

MbSectionRail &	GetRrail1 ()
	The data of the end of section.

void	AddFace1 (MbFace &_face, bool side, MbSolid *solid=nullptr)
	Add guide face.

void	GetFaces1 (std::vector< MbFace * > &fas) const
	Get surfaces.

void	GetFaces2 (std::vector< MbFace * > &fas) const
	Get surfaces.

void	GetFaceSide1 (std::vector< bool > &fSide) const
	On which sides to touch surfaces?

void	GetFaceSide2 (std::vector< bool > &fSide) const
	On which sides to touch surfaces?

void	GetFaceIndex1 (std::vector< MbItemIndex > &fas) const
	Get reference face numbers.

size_t	GetFacesCount1 () const
	Get guide faces count.

const MbFace *	GetFace1 (size_t i) const
	Get guide face.

const MbFace *	GetFace2 (size_t i) const
	Get guide face.

void	AddEdge1 (MbCurveEdge &_edge, bool side, MbSolid *solid=nullptr)
	Add guiding to data.

void	GetEdges1 (std::vector< MbCurveEdge * > &eds) const
	Get guide edges.

void	GetEdges2 (std::vector< MbCurveEdge * > &eds) const
	Get guide edges.

void	GetEdgeSide1 (std::vector< bool > &eSide) const
	Which side should the surface join smoothly to?

void	GetEdgeSide2 (std::vector< bool > &eSide) const
	Which side should the surface join smoothly to?

void	GetEdgeIndex1 (std::vector< MbItemIndex > &eds) const
	Get guide edge numbers.

size_t	GetEdgesCount1 () const
	Get guide edges count.

const MbCurveEdge *	GetEdge1 (size_t i) const
	Get guide edge.

const MbCurveEdge *	GetEdge2 (size_t i) const
	Get guide edge.

void	GetSolids1 (std::vector< MbSolid * > &sols) const
	Get solids of reference faces or guide edges.

size_t	GetSolidsCount1 () const
	Get solids of reference faces or guide edges count.

const MbSolid *	GetSolid1 (size_t i) const
	Get solid by index.

void	GetUniqueSolids1 (std::vector< MbSolid * > &sols) const
	Give out unique solids.

void	AddCurve1 (MbCurve3D &crv)
	Add guiding to data.

void	GetCurves1 (std::vector< MbCurve3D * > &crs) const
	Get additional guide curves.

void	GetCurves2 (std::vector< MbCurve3D * > &crs) const
	Get additional guide curves.

size_t	GetCurvesCount1 () const
	Get additional guide curves count.

const MbCurve3D *	GetCurve1 (size_t i) const
	Get guide curve.

const MbCurve3D *	GetCurve2 (size_t i) const
	Get guide curve.

void	SetTrack1 (MbCurve3D &tr)
	Add curve that the section should pass through.

void	SetTrack2 (MbCurve3D &tr)
	Add curve that the section should pass through.

const MbCurve3D *	GetTrack1 () const
	Get the curve that the section should pass through.

const MbCurve3D *	GetTrack2 () const
	Get the curve that the section should pass through.

MbCurve3D *	SetTrack1 ()
	Get the curve that the section should pass through.

MbCurve3D *	SetTrack2 ()
	Get the curve that the section should pass through.

void	SetAngle1 (MbFunction &ang, ThreeStates ts)
	Add functions to data.

void	SetAngle2 (MbFunction &ang, ThreeStates ts)
	Add functions to data.

const MbFunction *	GetAngle1 () const
	Get angle functions.

const MbFunction *	GetAngle2 () const
	Get angle functions.

MbFunction *	SetAngle1 ()
	Get angle function.

MbFunction *	SetAngle2 ()
	Get angle function.

ThreeStates	GetState1 () const
	What is the angle of the function set to: to the chord, to the surface, to the surface normal.

void	SetState1 (ThreeStates st)
	How to count the angle of the function: from the chord, from the surface, from the surface normal.

void	SetApexCurve (MbCurve3D &curv)
	Set apex curve.

MbCurve3D *	SetApexCurve ()
	Get apex curve.

const MbCurve3D *	GetApexCurve () const
	Get apex curve.

MbeCopyMode	GetCopyMode () const
	Get methods of transferring data while copying shells.

void	SetCopyMode (MbeCopyMode m)
	Set methods of transferring data while copying shells.

const MbSectionRule &	GetSectionRule () const
	Get section control data.

const MbFunction *	GetFunction () const
	Get section control function (radius or discriminant).

void	SetFunction (MbFunction &f)
	Set section control function.

const MbCurve3D *	GetDescriptCurve () const
	Get section control curve.

const MbSurface *	GetDescriptSurface () const
	Get section control surface.

const MbFaceShell *	GetDescriptShell () const
	Get section control shell.

MbeSmoothForm	GetSubForm () const
	Get a blend surface cross-section form (fillet or chamfer).

void	SetSubForm (MbeSmoothForm f)
	Set a blend surface cross-section form (fillet or chamfer).

double	GetRatio () const
	Get the ratio.

void	SetRatio (double r)
	Set the ratio.

const MbPolyCurve *	GetPattern () const
	Get forming curve.

void	SetPattern (MbPolyCurve &p)
	Set forming curve.

const MbVector3D &	GetDirection () const
	Get the direction from which the angle is calculated.

void	SetDirection (const MbVector3D &dir)
	Set the direction from which the angle is calculated.

MbeSideShape	GetSideShape () const
	Get the shape of cropping the sides of the surface.

void	SetSideShape (MbeSideShape s)
	Set the shape of cropping the sides of the surface.

MbeFaceHandling	GetFaceHandling () const
	Get the processing of initial reference faces.

void	SetFaceHandling (MbeFaceHandling h)
	Set the processing of initial reference faces.

bool	GetFaceSplit () const
	Is divide the shell into faces by segments of guides?

void	SetFaceSplit (bool s)
	Set division the shell into faces by segments of guides.

bool	GetElongated () const
	How to cut the support shell on the boundary edge?

void	SetElongated (bool e)
	Set the support shell cutting on the boundary edge.

double	GetUMin () const
	Minimal value of the first parameter.

double	GetUMax () const
	Maximal value of the first parameter.

void	SetUParams (double u1, double u2)
	Set the first parameter region of the surface.

double	GetBuildSag () const
	Angular deviation while moving along curves and surfaces.

double	GetAccuracy () const
	An accuracy of building tolerant objects.

uint32	GetCount () const
	Minimum number of steps along the reference curve.

bool	GetCheck () const
	Check the self-intersection of the constructed surface.

const MbSNameMaker &	GetNameMaker () const
	Get an object defining names generation in the operation.

void	Transform (const MbMatrix3D &matr, MbRegTransform *iReg=nullptr)
	Transform the object.

void	Move (const MbVector3D &to, MbRegTransform *iReg=nullptr)
	Move the object.

void	Rotate (const MbAxis3D &axis, double angle, MbRegTransform *iReg=nullptr)
	Rotate the object.

bool	IsSame (const MbSectionData &other, double acc) const
	Determine whether an object is equal?

bool	IsSimilar (const MbSectionData &other) const
	Determine whether the objects are similar.

bool	SetEqual (const MbSectionData &other)
	Make objects equal.

void	operator= (const MbSectionData &other)
	Assignment operator without copying.

Public Member Functions inherited from MbPrecision
	MbPrecision ()
	Default constructor.

	MbPrecision (double _precision, double _deviation)
	Constructor by the specified precision.

	MbPrecision (const MbPrecision &other)
	Copy-constructor.

	~MbPrecision ()
	Destructor.

void	Init (const MbPrecision &other)
	Initialization function.

void	Init (double _precision)
	Initialization function.

MbPrecision &	operator= (const MbPrecision &other)
	Assignment operator.

bool	IsSame (const MbPrecision &other, double accuracy) const
	Determine whether an object is equal?

double	GetPrecision () const
	Get precision.

void	SetPrecision (double a)
	Set precision.

Additional Inherited Members
Static Public Member Functions inherited from MbPrecision
static double	GetMaxMetricTolerance ()
	Get the maximum metric tolerance. More...

static double	GetMaxAngleTolerance ()
	Get the maximum angular tolerance. More...

Protected Attributes inherited from MbPrecision
double	precision
	The metric precision of the construction of objects.

double	deviation
	The angular precision of the construction of objects.

Detailed Description

The parameters for building the swept mutable section surface.

The swept mutable section surface is form-generating by moving the flat section along the reference curve.
The flat section can start on a guide curve and end on another guide curve. There can be two guide curves, one or none. In addition, control curves can be used in the construction.
The cross section of a surface with a plane perpendicular to the reference curve can have one of five shapes, and some of them can change according to a given law. The cross section can take the form of a circle (or its arc), a straight line segment, a second-order curve, a third-order curve, or a given spline curve.
As an example, consider a section in the form of a second-order curve. In this case, you must specify two edges as MbSectionRail::edges or as MbSectionRail::curves. The second-order curve starts at the intersection of the first guide with the cross-section plane and ends at the intersection of the second guide with the cross-section plane. The direction of the second-order curve on the begining or on the end can be set in one of the following ways:

the face surface of the edge (s) MbSectionRail::edges, where MbSectionRail::edgeSide specifies the face on the left or on the right;
surface of the curve (s) MbSectionRail::curves, if the curve has a surface in its data;
function of the tangent angle MbSectionRail:: angle, the parameter MbSectionRail::state specifies from what the angle is calculated;
an additional control curve MbSectionRail::track, the second-order curve should pass through the point of intersection of the control curve with the cross-section plane;
vertex curve MbSectionData::apexCurve, whose intersection point with the section plane determines the intersection point of the tangents of second-order curve at the begining and at the end; The second-order curve discriminant can be set in one of the following ways:
the function for changing the discriminant MbSectionRule:: discr;
an additional control curve MbSectionRule::track, the second-order curve should pass through the point of intersection of the control curve with the cross-section plane;
an additional surface MbSsectionRule::touch that the second-order curve of the section should touch; If there are guide curves and their bearing surfaces, the constructed sweep surface is smoothly joined to the bearing surfaces.

Constructor & Destructor Documentation

◆ MbSectionData()

MbSectionData::MbSectionData	(	MbCurve3D &	sp,
		MbeSectionShape	f,
		MbSectionRail &	r1,
		MbSectionRail &	r2,
		MbCurve3D *	ap,
		MbSectionRule &	desc,
		MbPolyCurve *	patt,
		const MbSNameMaker &	names
	)

Constructor by parameters.

Parameters

[in]	sp	- The reference curve.
[in]	f	- The surface cross-section shape.
[in]	r1	- The data of the begining of section.
[in]	r2	- The data of the end of section.
[in]	ap	- The apex curve (may be empty).
[in]	desc	- Section control function (may be nullptr).
[in]	patt	- Forming curve (may be nullptr).
[in]	names	- An object defining names generation in the operation.

Member Function Documentation

◆ SetSectionForm()

void MbSectionData::SetSectionForm ( MbeSectionShape f )

inline

Set cross-section shape.

The data of the begining of section.

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

op_swept_parameter.h

Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ MbSectionData()

Member Function Documentation

◆ SetSectionForm()