Parameters for transferring copies of two-dimensional curves on another medium. More...

#include <op_curve_parameter.h>

Inheritance diagram for MbCurvesWrappingParams:

Collaboration diagram for MbCurvesWrappingParams:

Public Member Functions
	MbCurvesWrappingParams (const c3d::PlaneCurvesSPtrVector &curves_, const MbPlacement3D &place_, const MbCartPoint &xy_, const MbSurface &surface_, const MbCartPoint &uv_, double angle_, bool sense_, bool equals_, double accuracy_, bool copyCurves_, bool copySurface_, VERSION ver_)
	Constructor. More...

	MbCurvesWrappingParams (const c3d::ConstPlaneCurvesSPtrVector &curves_, const MbPlacement3D &place_, const MbCartPoint &xy_, const MbSurface &surface_, const MbCartPoint &uv_, double angle_, bool sense_, bool equals_, double accuracy_, bool copyCurves_, bool copySurface_, VERSION ver_)
	Constructor. More...

	MbCurvesWrappingParams (const c3d::ConstSpaceCurvesSPtrVector &curves_, const MbPlacement3D &place_, const MbCartPoint &xy_, const MbSurface &surface_, const MbCartPoint &uv_, double angle_, bool sense_, bool equals_, double accuracy_, bool copyCurves_, bool copySurface_, VERSION ver_)
	Constructor. More...

	MbCurvesWrappingParams (const c3d::ConstPlaneCurveSPtr &curve_, const MbPlacement3D &place_, const MbCartPoint &xy_, const MbSurface &surface_, const MbCartPoint &uv_, double angle_, bool sense_, bool equals_, double accuracy_, bool copyCurves_, bool copySurface_, VERSION ver_)
	Constructor by 1 curve. More...

	MbCurvesWrappingParams (const c3d::ConstSpaceCurveSPtr &curve_, const MbPlacement3D &place_, const MbCartPoint &xy_, const MbSurface &surface_, const MbCartPoint &uv_, double angle_, bool sense_, bool equals_, double accuracy_, bool copyCurves_, bool copySurface_, VERSION ver_)
	Constructor by 1 curve. More...

	MbCurvesWrappingParams (const MbCurvesWrappingParams &other, bool copyCurves, bool copySurface, MbRegDuplicate *iReg=nullptr)
	Copy constructor. More...

const c3d::ConstPlaneCurveSPtr &	GetCurve (size_t i) const
	Get two-dimensional curve by index.

const c3d::ConstPlaneCurvesSPtrVector &	GetCurves () const
	Get two-dimensional curves.

void	GetCurves (c3d::ConstPlaneCurvesSPtrVector &retCurves) const
	Get two-dimensional curves.

size_t	GetCurvesCount () const
	Get two-dimensional curves count.

void	SetCurve (size_t i, const MbCurve &c)
	Set two-dimensional curve by index.

void	SetCurve (size_t i, MbCurve *c)
	Set two-dimensional curve by index.

const MbPlacement3D &	GetPlacement () const
	Get the local coordinate system.

void	SetPlacement (const MbPlacement3D &p)
	Set the local coordinate system.

const MbCartPoint &	GetPlacePoint () const
	Get a point on the "XY" plane of the LCS that will be aligned with the uv point on the parametric plane of the surface.

void	SetPlacePoint (const MbCartPoint &p)
	Set a point on the "XY" plane of the LCS that will be aligned with the uv point on the parametric plane of the surface.

const MbSurface &	GetSurface () const
	Get the surface.

const c3d::ConstSurfaceSPtr &	GetSurfacePtr () const
	Get the surface.

void	SetSurface (MbSurface &surf)
	Set the surface.

void	SetSurfacePtr (const c3d::ConstSurfaceSPtr &surf)
	Set the surface.

const MbCartPoint &	GetSurfacePoint () const
	Get a point on the parametric plane "UV" of the surface corresponding to the point xy on the plane.

void	SetSurfacePoint (const MbCartPoint &p)
	Set a point on the parametric plane "UV" of the surface corresponding to the point xy on the plane.

double	GetAngle () const
	Get the angle of rotation of the LSC "XY" plane and the parametric "UV" plane of the surface.

void	SetAngle (double a)
	Set the angle of rotation of the LSC "XY" plane and the parametric "UV" plane of the surface.

bool	IsSense () const
	Whether the orientations of LCS "X-Y" axes and the surface "U-V" axes are same.

void	SetSense (bool s)
	Set the coincidence of the directions of the "X" axis of the LSC and the "U" axis of the surface.

bool	IsEquals () const
	Should the result curve length be equal to the original curve length?

void	SetEquals (bool e)
	Set the curves length correspondence to the originals on the surface?

double	GetAccuracy () const
	Get an accuracy.

void	SetAccuracy (double acc)
	Set an accuracy.

VERSION	GetVersion () const
	The version.

void	SetVersion (VERSION ver)
	Set the algorithm version.

bool	IsValid () const
	The validity check: whether surface is not null and some of the curves are not null.

bool	IsSame (const MbCurvesWrappingParams &other, double accuracy) const
	The comparison with other parameters.

bool	IsSimilar (const MbCurvesWrappingParams &other) const
	The comparison with other parameters.

bool	GetUSeamStitch () const
	Whether to shift curves with one end on Umax seam. More...

void	SetUSeamStitch (bool s)
	Whether to shift curves with one end on Umax seam. More...

MbCurvesWrappingParams *	Duplicate (bool copyCurves, bool copySurface)
	Make a copy of current parameters. More...

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

	MbPrecision (double _precision, double _deviation, double _tolerance=METRIC_EPSILON)
	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.

Friends
class	MbUnwrapCurveCreator

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.

double	tolerance
	The tolerance of the constructed objects.

Detailed Description

Parameters for transferring copies of two-dimensional curves on another medium.

The point xy of the XY plane of the local coordinate system must coincide with the point uv of the parametric region UV of the surface. With parameters angle = 0 and sense = true the overlay of the plane on the surface matches 'x' and 'y' plane axes to the 'u' and 'v' surface axes. With parameters angle = 0 and sense = false the overlay of the plane on the surface matches 'y' plane axis to the 'v' surface axis, with 'x' and 'u' axes directed oppositely. Then the value of 'angle' shows how much the plane coordinate system XY is turned in respect to its Z axis.

Constructor & Destructor Documentation

◆ MbCurvesWrappingParams() [1/6]

MbCurvesWrappingParams::MbCurvesWrappingParams	(	const c3d::PlaneCurvesSPtrVector &	curves_,
		const MbPlacement3D &	place_,
		const MbCartPoint &	xy_,
		const MbSurface &	surface_,
		const MbCartPoint &	uv_,
		double	angle_,
		bool	sense_,
		bool	equals_,
		double	accuracy_,
		bool	copyCurves_,
		bool	copySurface_,
		VERSION	ver_
	)

Constructor.

Parameters

[in]	curves_	- 2d curves, copies of which will be wrapped/unwrapped.
[in]	place_	- The local coordinate system (LCS) of the plane.
[in]	xy_	- The anchor point on the plane that will be aligned with the uv point on the parametric plane of the surface.
[in]	surface_	- The surface to wrap to/unwrap from.
[in]	uv_	- The anchor uv point on the parametric plane of the surface that will be aligned with the xy point on the plane.
[in]	angle_	- The angle of rotation of the LSC "XY" plane and the parametric "UV" plane of the surface.
[in]	sense_	- Whether the directions of the "X" axis of the LSC and the "U" axis of the surface coincide?
[in]	equals_	- Should the lengths of the curves on another medium match the originals?
[in]	accuracy_	- The accuracy.
[in]	copyCurves_	- Whether to save the curves copies in this parameter class.
[in]	copySurface_	- Whether to save the surface copy in this parameter class.
[in]	ver_	- The version.

◆ MbCurvesWrappingParams() [2/6]

MbCurvesWrappingParams::MbCurvesWrappingParams	(	const c3d::ConstPlaneCurvesSPtrVector &	curves_,
		const MbPlacement3D &	place_,
		const MbCartPoint &	xy_,
		const MbSurface &	surface_,
		const MbCartPoint &	uv_,
		double	angle_,
		bool	sense_,
		bool	equals_,
		double	accuracy_,
		bool	copyCurves_,
		bool	copySurface_,
		VERSION	ver_
	)

Constructor.

Parameters

[in]	curves_	- 3d curves, copies of which will be wrapped/unwrapped. It is expected that there are 2d curves on surface inside.
[in]	place_	- The local coordinate system (LCS) of the plane.
[in]	xy_	- The anchor point on the plane that will be aligned with the uv point on the parametric plane of the surface.
[in]	surface_	- The surface to wrap to/unwrap from.
[in]	uv_	- The anchor uv point on the parametric plane of the surface that will be aligned with the xy point on the plane.
[in]	angle_	- The angle of rotation of the LSC "XY" plane and the parametric "UV" plane of the surface.
[in]	sense_	- Whether the directions of the "X" axis of the LSC and the "U" axis of the surface coincide?
[in]	equals_	- Should the lengths of the curves on another medium match the originals?
[in]	accuracy_	- The accuracy.
[in]	copyCurves_	- Whether to save the curves copies in this parameter class.
[in]	copySurface_	- Whether to save the surface copy in this parameter class.
[in]	ver_	- The version.

◆ MbCurvesWrappingParams() [3/6]

MbCurvesWrappingParams::MbCurvesWrappingParams	(	const c3d::ConstSpaceCurvesSPtrVector &	curves_,
		const MbPlacement3D &	place_,
		const MbCartPoint &	xy_,
		const MbSurface &	surface_,
		const MbCartPoint &	uv_,
		double	angle_,
		bool	sense_,
		bool	equals_,
		double	accuracy_,
		bool	copyCurves_,
		bool	copySurface_,
		VERSION	ver_
	)

Constructor.

Parameters

[in]	curves_	- 2d curves, copies of which will be wrapped/unwrapped. It is expected that there are 2d curves on surface inside.
[in]	place_	- The local coordinate system (LCS) of the plane.
[in]	xy_	- The anchor point on the plane that will be aligned with the uv point on the parametric plane of the surface.
[in]	surface_	- The surface to wrap to/unwrap from.
[in]	uv_	- The anchor uv point on the parametric plane of the surface that will be aligned with the xy point on the plane.
[in]	angle_	- The angle of rotation of the LSC "XY" plane and the parametric "UV" plane of the surface.
[in]	sense_	- Whether the directions of the "X" axis of the LSC and the "U" axis of the surface coincide?
[in]	equals_	- Should the lengths of the curves on another medium match the originals?
[in]	accuracy_	- The accuracy.
[in]	copyCurves_	- Whether to save the curves copies in this parameter class.
[in]	copySurface_	- Whether to save the surface copy in this parameter class.
[in]	ver_	- The version.

◆ MbCurvesWrappingParams() [4/6]

MbCurvesWrappingParams::MbCurvesWrappingParams	(	const c3d::ConstPlaneCurveSPtr &	curve_,
		const MbPlacement3D &	place_,
		const MbCartPoint &	xy_,
		const MbSurface &	surface_,
		const MbCartPoint &	uv_,
		double	angle_,
		bool	sense_,
		bool	equals_,
		double	accuracy_,
		bool	copyCurves_,
		bool	copySurface_,
		VERSION	ver_
	)

Constructor by 1 curve.

Parameters

[in]	curves_	- 2d curve, which copy will be wrapped/unwrapped.
[in]	place_	- The local coordinate system (LCS) of the plane.
[in]	xy_	- The anchor point on the plane that will be aligned with the uv point on the parametric plane of the surface.
[in]	surface_	- The surface to wrap to/unwrap from.
[in]	uv_	- The anchor uv point on the parametric plane of the surface that will be aligned with the xy point on the plane.
[in]	angle_	- The angle of rotation of the LSC "XY" plane and the parametric "UV" plane of the surface.
[in]	sense_	- Whether the directions of the "X" axis of the LSC and the "U" axis of the surface coincide?
[in]	equals_	- Should the lengths of the curves on another medium match the originals?
[in]	accuracy_	- The accuracy.
[in]	copyCurves_	- Whether to save the curves copies in this parameter class.
[in]	copySurface_	- Whether to save the surface copy in this parameter class.
[in]	ver_	- The version.

◆ MbCurvesWrappingParams() [5/6]

MbCurvesWrappingParams::MbCurvesWrappingParams	(	const c3d::ConstSpaceCurveSPtr &	curve_,
		const MbPlacement3D &	place_,
		const MbCartPoint &	xy_,
		const MbSurface &	surface_,
		const MbCartPoint &	uv_,
		double	angle_,
		bool	sense_,
		bool	equals_,
		double	accuracy_,
		bool	copyCurves_,
		bool	copySurface_,
		VERSION	ver_
	)

Constructor by 1 curve.

Parameters

[in]	curve_	- 3d curve, which copy will be wrapped/unwrapped. It is expected that there is 2d curve on surface inside.
[in]	place_	- The local coordinate system (LCS) of the plane.
[in]	xy_	- The anchor point on the plane that will be aligned with the uv point on the parametric plane of the surface.
[in]	surface_	- The surface to wrap to/unwrap from.
[in]	uv_	- The anchor uv point on the parametric plane of the surface that will be aligned with the xy point on the plane.
[in]	angle_	- The angle of rotation of the LSC "XY" plane and the parametric "UV" plane of the surface.
[in]	sense_	- Whether the directions of the "X" axis of the LSC and the "U" axis of the surface coincide?
[in]	equals_	- Should the lengths of the curves on another medium match the originals?
[in]	accuracy_	- The accuracy.
[in]	copyCurves_	- Whether to save the curves copies in this parameter class.
[in]	copySurface_	- Whether to save the surface copy in this parameter class.
[in]	ver_	- The version.

◆ MbCurvesWrappingParams() [6/6]

MbCurvesWrappingParams::MbCurvesWrappingParams	(	const MbCurvesWrappingParams &	other,
		bool	copyCurves,
		bool	copySurface,
		MbRegDuplicate *	iReg = `nullptr`
	)

Copy constructor.

Parameters

[in]	copyCurves	- Create copies of the curves.
[in]	copySurface	- Create a copy of the surface.

Member Function Documentation

◆ GetUSeamStitch()

bool MbCurvesWrappingParams::GetUSeamStitch ( ) const

inline

Whether to shift curves with one end on Umax seam.

Whether to shift curves with one end on Umax seam. If one curve end is on the Umax seam and the other is neither on Umax nor Umin, then shift the curve for Umax-Umin. This is a simplified stitching of curves which have connected edges in 3d on the seam, but in 2d are spaced apart on a period. If this flag is enabled, those unwrapped curves are alse connected.

◆ SetUSeamStitch()

void MbCurvesWrappingParams::SetUSeamStitch ( bool s )

inline

Whether to shift curves with one end on Umax seam.

Whether to shift curves with one end on Umax seam. If one curve end is on the Umax seam and the other is neither on Umax nor Umin, then shift the curve for Umax-Umin. This is a simplified stitching of curves which have connected edges in 3d on the seam, but in 2d are spaced apart on a period. If this flag is enabled, those unwrapped curves are alse connected.

◆ Duplicate()

MbCurvesWrappingParams* MbCurvesWrappingParams::Duplicate	(	bool	copyCurves,
		bool	copySurface
	)

Make a copy of current parameters.

Parameters

[in]	copyCurves	- Create copies of the curves.
[in]	copySurface	- Create a copy of the surface.

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

op_curve_parameter.h

Public Member Functions

Friends

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ MbCurvesWrappingParams() [1/6]

◆ MbCurvesWrappingParams() [2/6]

◆ MbCurvesWrappingParams() [3/6]

◆ MbCurvesWrappingParams() [4/6]

◆ MbCurvesWrappingParams() [5/6]

◆ MbCurvesWrappingParams() [6/6]

Member Function Documentation

◆ GetUSeamStitch()

◆ SetUSeamStitch()

◆ Duplicate()