Collaboration diagram for Construction of Surfaces:

Classes
class	MbSpineData
	Spine for sweep operation. More...

class	MbSpine
	Curvilinear spine for sweep surface. More...

struct	SpineData
	A spine curve and its neighborhood. More...

Functions
MbResultType	RectifyFace (const MbFace &face, const RectifyValues values, MbSolid *&result)
	Construction of a face sweep on a plane. More...

MbResultType	ElementarySurface (const MbCartPoint3D &point0, const MbCartPoint3D &point1, const MbCartPoint3D &point2, MbeSpaceType surfaceType, MbSurface *&result)
	Create an elementary surface. More...

MbResultType	SplineSurface (const MbCartPoint3D &pUMinVMin, const MbCartPoint3D &pUMaxVMin, const MbCartPoint3D &pUMaxVMax, const MbCartPoint3D &pUMinVMax, size_t uCount, size_t vCount, size_t uDegree, size_t vDegree, MbSurface *&result)
	Create a planar NURBS - surface. More...

MbResultType	SplineSurface (const SArray< MbCartPoint3D > &pointList, const SArray< double > &weightList, size_t uCount, size_t vCount, size_t uDegree, const SArray< double > &uKnotList, bool uClosed, size_t vDegree, const SArray< double > &vKnotList, bool vClosed, MbSurface *&result)
	Create a NURBS - surface. More...

MbResultType	ExtrusionSurface (const MbCurve3D &curve, const MbVector3D &direction, bool simplify, MbSurface *&result)
	Create an extrusion surface. More...

MbResultType	RevolutionSurface (const MbCurve3D &curve, const MbCartPoint3D &origin, const MbVector3D &axis, double angle, bool simplify, MbSurface *&result)
	Create a revolution surface. More...

MbResultType	ExpansionSurface (const MbCurve3D &curve, const MbCurve3D &spine, const MbCurve3D curve1, MbSurface &result)
	Create an expansion surface. More...

MbResultType	EvolutionSurface (const MbCurve3D &curve, const MbCurve3D &spine, MbSurface *&result)
	Create an evolution surface. More...

MbResultType	SpiralSurface (const MbCurve3D &curve, bool sameCurve, const MbCartPoint3D &p0, const MbCartPoint3D &p1, const MbCartPoint3D &p2, double step, MbSurface *&result)
	Create a spiral surface. More...

MbResultType	SectorSurface (const MbCurve3D &curve, const MbCartPoint3D &point, MbSurface *&result)
	Create a sectorial surface. More...

MbResultType	RuledSurface (MbCurve3D &curve1, MbCurve3D &curve2, bool simplify, MbSurface *&result)
	Create a ruled surface. More...

MbResultType	CornerSurface (MbCurve3D &curve1, MbCurve3D &curve2, MbCurve3D &curve3, MbSurface *&result)
	Create a triangular surface. More...

MbResultType	CoverSurface (MbCurve3D &curve1, MbCurve3D &curve2, MbCurve3D &curve3, MbCurve3D &curve4, MbSurface *&result)
	Create a bilinear surface. More...

MbResultType	LoftedSurface (const RPArray< MbCurve3D > &curveList, bool closed, const MbVector3D &begDirection, const MbVector3D &endDirection, MbSurface *&result)
	Create a surface by a set of curves. More...

MbResultType	LoftedSurface (const RPArray< MbCurve3D > &curveList, MbCurve3D &spine, MbSurface *&result, bool isSimToEvol=true)
	Create a surface from a set of curves and a spine curve. More...

MbResultType	MeshSurface (const RPArray< MbCurve3D > &uCurveList, const RPArray< MbCurve3D > &vCurveList, MbSurface *&result)
	Create a surface constructed by the grid curves. More...

MbResultType	OffsetSurface (const MbSurface &surface, double distance, MbSurface *&result)
	Create an offset surface. More...

MbResultType	OffsetSurface (const MbSurface &surface, double offsetUminVmin, double offsetUmaxVmin, double offsetUminVmax, double offsetUmaxVmax, MbeOffsetType type, MbSurface *&result)
	Create an offset surface. More...

MbResultType	ExtendedSurface (MbSurface &surface, double uMin, double uMax, double vMin, double vMax, MbSurface *&result)
	Create an extended surface. More...

MbResultType	DeformedSurface (const MbSurface &surface, size_t uCount, size_t vCount, size_t uDegree, size_t vDegree, double dist, MbSurface *&result)
	Create a deformed surface. More...

MbResultType	BoundedSurface (MbSurface &surface, const RPArray< MbCurve > &boundList, MbSurface *&result)
	Create a surface with the given boundary. More...

MbResultType	BoundedSurface (const MbPlacement3D &place, const MbRegion &region, MbSurface *&result)
	Create a surface with the given boundary. More...

MbResultType	NurbsSurface (const MbSurface &surf, VERSION version, MbSurface *&result)
	Create a NURBS surface copy with two-dimensional boundaries. More...

MbResultType	NurbsSurface (const MbSurface &surf, const MbNurbsParameters &uParam, const MbNurbsParameters &vParam, c3d::SurfaceSPtr &result)
	Create a NURBS surface copy by given parameters. More...

MbResultType	SimplexSplineSurface (const SArray< MbCartPoint3D > &pList, MbSurface *&resSurface)
	Create a simplex spline surface. More...

MbResultType	TriBezierSurface (ptrdiff_t k, const MbCartPoint3D &p1, const MbCartPoint3D &p2, const MbCartPoint3D &p3, MbSurface *&resSurface)
	Create a triangular Bezier surface. More...

MbResultType	SimplexSurface (const MbSurface &surface, size_t degree, size_t uCount, size_t vCount, MbSurface *&result)
	Create a triangular B-spline surface. More...

MbResultType	GridSurface (const MbGrid &grid, MbSurface *&result)
	Create a surface from a points grid. More...

MbResultType	MiddlePlaces (const MbCurve3D &curve1, const MbCurve3D &curve2, std::vector< MbPlacement3D > &places)
	Create median planes. More...

MbResultType	SectionSurface (const MbCurve3D &rc, const MbCurve3D &g1, const MbCurve3D &g2, const MbCurve3D c0, size_t form, bool sense, double uBeg, double uEnd, MbFunction func, MbCurve patt, double accuracy, VERSION vers, MbSurface &result)
	Construction of a swept section surface. More...

MbResultType	CreateCoonsSurface (const MbSurfaceCurve &surfaceCurve0, const MbSurfaceCurve &surfaceCurve1, const MbSurfaceCurve &surfaceCurve2, const MbSurfaceCurve &surfaceCurve3, MbSurface *&result)
	Construction of a Coons surface. More...

MbResultType	CreateSplinePatch (const c3d::ConstEdgesVector &edges, c3d::SurfacesVector &result)
	Construction of a surface-patch by the edges. More...

MbSurface &	CreateEvolutionSurface (const MbCurve3D &curve, const MbSpine &spine, bool samec, bool sames=false)
	Create an evolution surface. More...

MbSurface &	CreateEvolutionSurface (const MbCurve3D &curve, const MbCurve3D &spine, bool samec, bool sames)
	Create an evolution surface. More...

MbSurface &	CreatePipeSurface (const MbCurve3D &curve, const MbCurve3D &spine, const MbCurve3D &spineDirection, bool samec, bool sames, bool samed)
	Create an evolution surface. More...

MbSmoothSurface *	CreateKerbSurface (const MbSurface &surface1, SArray< MbCartPoint > &points1, const MbSurface &surface2, SArray< MbCartPoint > &points2, MbeSmoothForm form, double distance1, double distance2, double conic, const MbSurfaceIntersectionCurve &curve, SArray< double > &params, bool byFirstSurface, bool even, VERSION version)
	Create the fillet surface. More...

Common functions of surface
static MbSurface *	MbExplorationSurface::Create (const MbCurve3D &curve, const MbSpine &spine, bool samec, bool sames, MbFunction &_scaling, MbFunction &_winding)
	Create an evolution surface. More...

Detailed Description

Function Documentation

◆ RectifyFace()

MbResultType RectifyFace	(	const MbFace &	face,
		const RectifyValues	values,
		MbSolid *&	result
	)

Construction of a face sweep on a plane.

Parameters

[in]	face	- The initial face.
[in]	values	- The parameters: Local coordinate system for result surface, Data for step calculation during triangulation, the Poisson's ratio of face material.
[out]	result	- The built solid unbend face on plane.

Returns: Returns operation result code.

Warning: Under development.

◆ ElementarySurface()

MbResultType ElementarySurface	(	const MbCartPoint3D &	point0,
		const MbCartPoint3D &	point1,
		const MbCartPoint3D &	point2,
		MbeSpaceType	surfaceType,
		MbSurface *&	result
	)

Create an elementary surface.

Create one of elementary surfaces from three points and a type:
surfaceType == st_Plane - a plane
surfaceType == st_ConeSurface - a conical surface
surfaceType == st_CylinderSurface - a cylindrical surface
surfaceType == st_SphereSurface - a spherical surface
surfaceType == st_TorusSurface - a torus surface

Parameters

[in]	point0	- The origin of the surface local coordinate system.
[in]	point1	- A point specifying the direction of X-axis of the local system and the surface radius.
[in]	point2	- A point specifying the direction of Y-axis of the local system.
[in]	surfaceType	- The surface type.
[out]	result	- The constructed surface.

Returns: Returns operation result code.

◆ SplineSurface() [1/2]

MbResultType SplineSurface	(	const MbCartPoint3D &	pUMinVMin,
		const MbCartPoint3D &	pUMaxVMin,
		const MbCartPoint3D &	pUMaxVMax,
		const MbCartPoint3D &	pUMinVMax,
		size_t	uCount,
		size_t	vCount,
		size_t	uDegree,
		size_t	vDegree,
		MbSurface *&	result
	)

Create a planar NURBS - surface.

Create a planar NURBS - surface given the corner points.

Parameters

[in]	pUMinVMin	- A corner point of a surface.
[in]	pUMaxVMin	- A corner point of a surface.
[in]	pUMaxVMax	- A corner point of a surface.
[in]	pUMinVMax	- A corner point of a surface.
[in]	uCount	- A number of points by U direction.
[in]	vCount	- A number of points by V direction.
[in]	uDegree	- Splines degree by U.
[in]	vDegree	- Splines degree by V.
[out]	result	- The spline surface.

Returns: Returns operation result code.

◆ SplineSurface() [2/2]

MbResultType SplineSurface	(	const SArray< MbCartPoint3D > &	pointList,
		const SArray< double > &	weightList,
		size_t	uCount,
		size_t	vCount,
		size_t	uDegree,
		const SArray< double > &	uKnotList,
		bool	uClosed,
		size_t	vDegree,
		const SArray< double > &	vKnotList,
		bool	vClosed,
		MbSurface *&	result
	)

Create a NURBS - surface.

Create a NURBS - surface given arrays of points and weights.
container 'weightList' can be empty.
container 'uKnotList' can be empty.
container 'vKnotList' can be empty.

Parameters

[in]	pointList	- An array of points.
[in]	weightList	- An array of weights.
[in]	uCount	- The size of point array by U.
[in]	vCount	- The size of point array by V.
[in]	uDegree	- Splines degree by U.
[in]	uKnotList	- A knot vector by U.
[in]	uClosed	- Closedness by U.
[in]	vDegree	- Splines degree by V.
[in]	vKnotList	- A knot vector by V.
[in]	vClosed	- Closedness by V.
[out]	result	- The spline surface.

Returns: Returns operation result code.

◆ ExtrusionSurface()

MbResultType ExtrusionSurface	(	const MbCurve3D &	curve,
		const MbVector3D &	direction,
		bool	simplify,
		MbSurface *&	result
	)

Create an extrusion surface.

Create a surface of a curve extrusion.

Parameters

[in]	curve	- The generating curve.
[in]	direction	- An extrusion vector.
[in]	simplify	- Simplify a surface if it's possible.
[out]	result	- An extrusion surface.

Returns: Returns operation result code.

◆ RevolutionSurface()

MbResultType RevolutionSurface	(	const MbCurve3D &	curve,
		const MbCartPoint3D &	origin,
		const MbVector3D &	axis,
		double	angle,
		bool	simplify,
		MbSurface *&	result
	)

Create a revolution surface.

Create a curve revolution surface.

Parameters

[in]	curve	- The generating curve.
[in]	origin	- The rotation axis origin.
[in]	axis	- The rotation axis direction.
[in]	angle	- A rotation angle.
[in]	simplify	- Simplify a surface if it's possible.
[out]	result	- The revolution surface.

Returns: Returns operation result code.

◆ ExpansionSurface()

MbResultType ExpansionSurface	(	const MbCurve3D &	curve,
		const MbCurve3D &	spine,
		const MbCurve3D *	curve1,
		MbSurface *&	result
	)

Create an expansion surface.

Create a surface of a curve sweeping.

Parameters

[in]	curve	- The generating curve.
[in]	spine	- The spine curve.
[out]	result	- The expansion surface.

Returns: Returns operation result code.

◆ EvolutionSurface()

MbResultType EvolutionSurface	(	const MbCurve3D &	curve,
		const MbCurve3D &	spine,
		MbSurface *&	result
	)

Create an evolution surface.

Create an evolution surface from the generating curve and the guide curve.
If 'spine' has type st_ConeSpiral, the result of the construction is a spiral surface.

Parameters

[in]	curve	- The generating curve.
[in]	spine	- The spine curve.
[out]	result	- The evolution surface or a spiral surface.

Returns: Returns operation result code.

◆ SpiralSurface()

MbResultType SpiralSurface	(	const MbCurve3D &	curve,
		bool	sameCurve,
		const MbCartPoint3D &	p0,
		const MbCartPoint3D &	p1,
		const MbCartPoint3D &	p2,
		double	step,
		MbSurface *&	result
	)

Create a spiral surface.

Create a spiral surface from a generating line and three points.

Parameters

[in]	curve	- The generating curve of a spiral.
[in]	sameCurve	- Use a copy of the generating curve if the flag "sameCurve" is false.
[in]	p0	- The origin of local coordinate system (LCS).
[in]	p1	- A point specifying Z-axis of LCS.
[in]	p2	- A point specifying X-axis of LCS.
[in]	step	- A pitch.
[out]	result	- A spiral surface.

Returns: Returns operation result code.

◆ SectorSurface()

MbResultType SectorSurface	(	const MbCurve3D &	curve,
		const MbCartPoint3D &	point,
		MbSurface *&	result
	)

Create a sectorial surface.

Create a sectorial surface from a curve and a point.

Parameters

[in]	curve	- The generating curve.
[in]	point	- A point.
[out]	result	- The ruled surface in a form of a sector.

Returns: Returns operation result code.

◆ RuledSurface()

MbResultType RuledSurface	(	MbCurve3D &	curve1,
		MbCurve3D &	curve2,
		bool	simplify,
		MbSurface *&	result
	)

Create a ruled surface.

Create a ruled surface from two curves.

Parameters

[in]	curve1	- The first generating curve.
[in]	curve2	- The second generating curve.
[in]	simplify	- Simplify a surface if it's possible.
[out]	result	- The ruled surface.

Returns: Returns operation result code.

◆ CornerSurface()

MbResultType CornerSurface	(	MbCurve3D &	curve1,
		MbCurve3D &	curve2,
		MbCurve3D &	curve3,
		MbSurface *&	result
	)

Create a triangular surface.

Create a triangular surface from three curves.

Parameters

[in]	curve1	- The first curve.
[in]	curve2	- The second curve.
[in]	curve3	- The third curve.
[out]	result	- The triangular surface by three curves.

Returns: Returns operation result code.

◆ CoverSurface()

MbResultType CoverSurface	(	MbCurve3D &	curve1,
		MbCurve3D &	curve2,
		MbCurve3D &	curve3,
		MbCurve3D &	curve4,
		MbSurface *&	result
	)

Create a bilinear surface.

Create a bilinear surface from four curves.

Parameters

[in]	curve1	- The first curve.
[in]	curve2	- The second curve.
[in]	curve3	- The third curve.
[in]	curve4	- The fourth curve.
[out]	result	- The bilinear surface from four curves.

Returns: Returns operation result code.

◆ LoftedSurface() [1/2]

MbResultType LoftedSurface	(	const RPArray< MbCurve3D > &	curveList,
		bool	closed,
		const MbVector3D &	begDirection,
		const MbVector3D &	endDirection,
		MbSurface *&	result
	)

Create a surface by a set of curves.

Create a surface by a set of curves.
begDirection direction at the begining of the surface can be of zero length.
endDirection direction at the end of the surface can be of zero length.

Parameters

[in]	curveList	- A set of generating curves along U direction.
[in]	closed	- Closedness by V direction.
[in]	begDirection	- The vector of direction at the beginning of the surface.
[in]	endDirection	- The vector of direction at the end of the surface.
[out]	result	- The surface from the set of curves.

Returns: Returns operation result code.

◆ LoftedSurface() [2/2]

MbResultType LoftedSurface	(	const RPArray< MbCurve3D > &	curveList,
		MbCurve3D &	spine,
		MbSurface *&	result,
		bool	isSimToEvol = `true`
	)

Create a surface from a set of curves and a spine curve.

Parameters

[in]	curveList	- A set of generating curves along U direction.
[in]	spine	- The spine curve.
[out]	result	- The surface from a set of curves and a spine curve.

Returns: Returns operation result code.

◆ MeshSurface()

MbResultType MeshSurface	(	const RPArray< MbCurve3D > &	uCurveList,
		const RPArray< MbCurve3D > &	vCurveList,
		MbSurface *&	result
	)

Create a surface constructed by the grid curves.

Create a surface constructed by the grid curves given two sets of curves.

Parameters

[in]	uCurveList	- A curve set along U direction.
[in]	vCurveList	- A curve set along V direction.
[out]	result	- The surface constructed by the grid curves.

Returns: Returns operation result code.

◆ OffsetSurface() [1/2]

MbResultType OffsetSurface	(	const MbSurface &	surface,
		double	distance,
		MbSurface *&	result
	)

Create an offset surface.

Create an offset surface to a given surface.

Parameters

[in]	surface	- The initial surface.
[in]	distance	- The offset distance (signed).

Returns: Returns operation result code.

Parameters

[out] result - The offset surface.

◆ OffsetSurface() [2/2]

MbResultType OffsetSurface	(	const MbSurface &	surface,
		double	offsetUminVmin,
		double	offsetUmaxVmin,
		double	offsetUminVmax,
		double	offsetUmaxVmax,
		MbeOffsetType	type,
		MbSurface *&	result
	)

Create an offset surface.

Create an offset surface from the initial surface.

Parameters

[in]	surface	- The base surface.
[in]	offsetUminVmin	- Offset distance on point Umin Vmin of base surface.
[in]	offsetUmaxVmin	- Offset distance on point Umax Vmin of base surface.
[in]	offsetUminVmax	- Offset distance on point Umin Vmax of base surface.
[in]	offsetUmaxVmax	- Offset distance on point Umax Vmax of base surface.
[in]	type	- The offset type: constant, or linear, or cubic.
[out]	result	- The offset surface.

Returns: Returns operation result code.

◆ ExtendedSurface()

MbResultType ExtendedSurface	(	MbSurface &	surface,
		double	uMin,
		double	uMax,
		double	vMin,
		double	vMax,
		MbSurface *&	result
	)

Create an extended surface.

Create an extended surface from the initial surface.

Parameters

[in]	surface	- The initial surface.
[in]	uMin	- The minimal parameter value by U.
[in]	uMax	- The maximal parameter value by U.
[in]	vMin	- The minimal parameter value by V.
[in]	vMax	- The maximal parameter value by V.
[out]	result	- The extended surface.

Returns: Returns operation result code.

◆ DeformedSurface()

MbResultType DeformedSurface	(	const MbSurface &	surface,
		size_t	uCount,
		size_t	vCount,
		size_t	uDegree,
		size_t	vDegree,
		double	dist,
		MbSurface *&	result
	)

Create a deformed surface.

Create a deformed surface from the initial surface.

Parameters

[in]	surface	- The initial surface.
[in]	uCount	- A number of points by U direction.
[in]	vCount	- A number of points by V direction.
[in]	uDegree	- Splines degree by U.
[in]	vDegree	- Splines degree by V.
[in]	dist	- Shift along the normal.
[out]	result	- The deformed surface.

Returns: Returns operation result code.

◆ BoundedSurface() [1/2]

MbResultType BoundedSurface	(	MbSurface &	surface,
		const RPArray< MbCurve > &	boundList,
		MbSurface *&	result
	)

Create a surface with the given boundary.

Create a surface with the given boundary from an array of two-dimensional curves.
Container 'boundList' can be empty.

Parameters

[in]	surface	- The initial surface.
[in]	boundList	- An array of two-dimensional boundaries in the form of curves (the first curve is an outer contour).
[out]	result	- The surface bounded by the curves.

Returns: Returns operation result code.

◆ BoundedSurface() [2/2]

MbResultType BoundedSurface	(	const MbPlacement3D &	place,
		const MbRegion &	region,
		MbSurface *&	result
	)

Create a surface with the given boundary.

Create a surface with the given boundary from an array of two-dimensional curves.

Parameters

[in]	place	- The local coordinate system of a plane.
[in]	region	- An array of two-dimensional boundaries in the form of region (the first contour is outer).
[out]	result	- The surface bounded by the curves.

Returns: Returns operation result code.

◆ NurbsSurface() [1/2]

MbResultType NurbsSurface	(	const MbSurface &	surf,
		VERSION	version,
		MbSurface *&	result
	)

Create a NURBS surface copy with two-dimensional boundaries.

Create a NURBS surface copy with two-dimensional boundaries by projecting of the spatial boundaries
(the boundary space curves are considered to belong to the surface)

Parameters

[in]	surf	- The initial surface.
[in]	version	- The version.
[out]	result	- The spline surface (bounded by the curves).

Returns: Returns operation result code.

◆ NurbsSurface() [2/2]

MbResultType NurbsSurface	(	const MbSurface &	surf,
		const MbNurbsParameters &	uParam,
		const MbNurbsParameters &	vParam,
		c3d::SurfaceSPtr &	result
	)

Create a NURBS surface copy by given parameters.

Parameters

[in]	surf	- The initial surface.
[in]	uParam	- Parameters for the construction of a NURBS copy of the object.
[in]	vParam	- Parameters for the construction of a NURBS copy of the object.
[out]	result	- The spline surface.

Returns: Returns operation result code.

◆ SimplexSplineSurface()

MbResultType SimplexSplineSurface	(	const SArray< MbCartPoint3D > &	pList,
		MbSurface *&	resSurface
	)

Create a simplex spline surface.

Create a simplex spline surface from a point array.

Parameters

[in]	pList	- An array of points.
[out]	resSurface	- The simplex spline surface.

Returns: Returns operation result code.

◆ TriBezierSurface()

MbResultType TriBezierSurface	(	ptrdiff_t	k,
		const MbCartPoint3D &	p1,
		const MbCartPoint3D &	p2,
		const MbCartPoint3D &	p3,
		MbSurface *&	resSurface
	)

Create a triangular Bezier surface.

Create a triangular Bezier surface from three points.

Parameters

[in]	k	- The surface order.
[in]	p1	- The first point.
[in]	p2	- The second point.
[in]	p3	- The third point.
[out]	resSurface	- The triangular Bezier surface.

Returns: Returns operation result code.

◆ SimplexSurface()

MbResultType SimplexSurface	(	const MbSurface &	surface,
		size_t	degree,
		size_t	uCount,
		size_t	vCount,
		MbSurface *&	result
	)

Create a triangular B-spline surface.

Create a triangular B-spline surface from three points.

Parameters

[in]	surface	- The initial surface.
[in]	degree	- The surface order.
[in]	uCount	- The elements count along first direction.
[in]	vCount	- The elements count along second direction.
[out]	result	- The simplex surface.

Returns: Returns operation result code.

◆ GridSurface()

MbResultType GridSurface	(	const MbGrid &	grid,
		MbSurface *&	result
	)

Create a surface from a points grid.

Create a surface from a points grid and triangulation.
The triangles array should form a regular triangulation.

Parameters

[in]	grid	- A triangulation.
[out]	result	- The surface on a point set.

Returns: Returns operation result code.

◆ MiddlePlaces()

MbResultType MiddlePlaces	(	const MbCurve3D &	curve1,
		const MbCurve3D &	curve2,
		std::vector< MbPlacement3D > &	places
	)

Create median planes.

Create median planes from two curves.

Parameters

[in]	curve1	- The first curve.
[in]	curve2	- The second curve.
[out]	places	- The set of coordinate systems which determine the planes.

Returns: Returns operation result code.

Warning: Under development.

◆ SectionSurface()

MbResultType SectionSurface	(	const MbCurve3D &	rc,
		const MbCurve3D &	g1,
		const MbCurve3D &	g2,
		const MbCurve3D *	c0,
		size_t	form,
		bool	sense,
		double	uBeg,
		double	uEnd,
		MbFunction *	func,
		MbCurve *	patt,
		double	accuracy,
		VERSION	vers,
		MbSurface *&	result
	)

Construction of a swept section surface.

The swept (conic) section surface is formed by moving the flat conic section curve along the reference curve. In the process of movement, the shape of the flat curve changes in accordance with the discriminant of the conic section. The beginning of the flat curve is located on the first guide curve and the end is located on the second guide curve. The plane of the swept section preserves the orthogonality to the reference curve during movement.

Parameters

[in]	rc	- The reference curve (spine).
[in]	g1	- The first guide curve.
[in]	g2	- The second guide curve (g1==g2 the same first guide for cs_Round).
[in]	c0	- The additional guide curve (may be nullptr).
[in]	form	- The form of the surface section (0, 1, 2, 3).
[in]	sense	- The normal direction of guide curve surface (for guide1==guide2).
[in]	uBeg	- The minimum value of the first surface parameter.
[in]	uEnd	- The maximum value of the first surface parameter.
[in]	func	- Section control function.
[in]	patt	- Forming curve for form==cs_Shape.
[in]	accuracy	- The accuracy of building.
[in]	vers	- The surface version.
[out]	result	- The constructed surface.

Returns: Returns operation result code.

Warning: Under development.

◆ CreateCoonsSurface()

MbResultType CreateCoonsSurface	(	const MbSurfaceCurve &	surfaceCurve0,
		const MbSurfaceCurve &	surfaceCurve1,
		const MbSurfaceCurve &	surfaceCurve2,
		const MbSurfaceCurve &	surfaceCurve3,
		MbSurface *&	result
	)

Construction of a Coons surface.

The construction of Coons surface, which will be tangent to four surfaces and coincide with four curves on this surfaces on it sides.

Parameters

[in]	surfaceCurve0	- The curve on surface0.
[in]	surfaceCurve1	- The curve on surface1.
[in]	surfaceCurve2	- The curve on surface2.
[in]	surfaceCurve3	- The curve on surface3.
[out]	result	- The constructed surface.

Returns: Returns operation result code.

Warning: Under development.

◆ CreateSplinePatch()

MbResultType CreateSplinePatch	(	const c3d::ConstEdgesVector &	edges,
		c3d::SurfacesVector &	result
	)

Construction of a surface-patch by the edges.

Construction of a surface-patch, smoothly joining with the surfaces of the edges.

Parameters

[in]	edges	- Edges to join the new surface.
[out]	result	- The constructed surfaces.

Returns: Returns operation result code.

Warning: Under development.

◆ CreateEvolutionSurface() [1/2]

MbSurface& CreateEvolutionSurface	(	const MbCurve3D &	curve,
		const MbSpine &	spine,
		bool	samec,
		bool	sames = `false`
	)

Create an evolution surface.

Parameters

[in]	curve	- Generating curve
[in]	spine	- Guide curve
[in]	samec	- Attribute of usage of original of generating curve, not a copy.
[in]	sames	- Attribute of usage of original of guide curve (spine), not a copy.

Returns: Return the created surface.

◆ CreateEvolutionSurface() [2/2]

MbSurface& CreateEvolutionSurface	(	const MbCurve3D &	curve,
		const MbCurve3D &	spine,
		bool	samec,
		bool	sames
	)

Create an evolution surface.

Parameters

[in]	curve	- Generating curve
[in]	spine	- Guide curve
[in]	samec	- Attribute of usage of original of generating curve, not a copy
[in]	sames	- Attribute of usage of original of guide curve, not a copy

Returns: Return the created surface.

◆ CreatePipeSurface()

MbSurface& CreatePipeSurface	(	const MbCurve3D &	curve,
		const MbCurve3D &	spine,
		const MbCurve3D &	spineDirection,
		bool	samec,
		bool	sames,
		bool	samed
	)

Create an evolution surface.

Parameters

[in]	curve	- Generating curve
[in]	spine	- Guide curve
[in]	spineDirection	- Guide curve for guide curve
[in]	samec	- Attribute of usage of original of generating curve, not a copy
[in]	sames	- Attribute of usage of original of guide curve, not a copy
[in]	samed	- Attribute of usage of original of spineDirection curve, not a copy

Returns: Return the created surface.

◆ Create()

static MbSurface* MbExplorationSurface::Create	(	const MbCurve3D &	curve,
		const MbSpine &	spine,
		bool	samec,
		bool	sames,
		MbFunction &	_scaling,
		MbFunction &	_winding
	)

static

Create an evolution surface.

Parameters

[in]	curve	- Generating curve.
[in]	spine	- Guide curve.
[in]	samec	- Attribute of usage of original of generating curve, not a copy.
[in]	_scaling	- The function of curve scaling.
[in]	_winding	- The function of curve rotation.

Returns: Return the created surface.

◆ CreateKerbSurface()

MbSmoothSurface* CreateKerbSurface	(	const MbSurface &	surface1,
		SArray< MbCartPoint > &	points1,
		const MbSurface &	surface2,
		SArray< MbCartPoint > &	points2,
		MbeSmoothForm	form,
		double	distance1,
		double	distance2,
		double	conic,
		const MbSurfaceIntersectionCurve &	curve,
		SArray< double > &	params,
		bool	byFirstSurface,
		bool	even,
		VERSION	version
	)

Create the fillet surface.

Create the fillet surface with the edge.

Parameters

[in]	surface1	- The conjugate surface.
[in]	points1	- Points for curve on the conjugated surface.
[in]	surface2	- The conjugate surface.
[in]	points2	- Points for curve on the conjugated surface.
[in]	form	- The surface type
[in]	distance1	- Fillet radius with sign for surface of crve1 curve
[in]	distance2	- Fillet radius with sign for surface of crve2 curve
[in]	conic	- Coefficient of shape is changed from 0.05 to 0.95 (if 0.5 - circular arc)
[in]	curve	- The edge curve
[in]	params	- The parameters of new the surface by first direction (u)
[in]	byFirstSurface	- Is the first or second conjugate surface smooth with the new surface.
[in]	even	- Uniform parametrization by arc (v) or not

Returns: Return the created surface.

Classes

Functions

Common functions of surface

Detailed Description

Function Documentation

◆ RectifyFace()

◆ ElementarySurface()

◆ SplineSurface() [1/2]

◆ SplineSurface() [2/2]

◆ ExtrusionSurface()

◆ RevolutionSurface()

◆ ExpansionSurface()

◆ EvolutionSurface()

◆ SpiralSurface()

◆ SectorSurface()

◆ RuledSurface()

◆ CornerSurface()

◆ CoverSurface()

◆ LoftedSurface() [1/2]

◆ LoftedSurface() [2/2]

◆ MeshSurface()

◆ OffsetSurface() [1/2]

◆ OffsetSurface() [2/2]

◆ ExtendedSurface()

◆ DeformedSurface()

◆ BoundedSurface() [1/2]

◆ BoundedSurface() [2/2]

◆ NurbsSurface() [1/2]

◆ NurbsSurface() [2/2]

◆ SimplexSplineSurface()

◆ TriBezierSurface()

◆ SimplexSurface()

◆ GridSurface()

◆ MiddlePlaces()

◆ SectionSurface()

◆ CreateCoonsSurface()

◆ CreateSplinePatch()

◆ CreateEvolutionSurface() [1/2]

◆ CreateEvolutionSurface() [2/2]

◆ CreatePipeSurface()

◆ Create()

◆ CreateKerbSurface()