The parameters of revolution operation. More...

#include <op_swept_parameter.h>

Inheritance diagram for RevolutionValues:

Collaboration diagram for RevolutionValues:

Public Member Functions
	RevolutionValues ()
	Default constructor. More...

	RevolutionValues (double scalarValue1, double scalarValue2, int s)
	Constructor by revolution angles. More...

	RevolutionValues (const RevolutionValues &other)
	Copy-constructor on the same surfaces.

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

virtual	~RevolutionValues ()
	Destructor.

virtual bool	IsRevolutionValues () const
	This is rotation parameters?

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

RevolutionValues &	operator= (const RevolutionValues &other)
	Assignment operator on the same surfaces.

Public Member Functions inherited from SweptValuesAndSides
	SweptValuesAndSides ()
	Default constructor. More...

	SweptValuesAndSides (double scalarValue1, double scalarValue2)
	Constructor by rotation angles and extrusion depths. More...

	SweptValuesAndSides (const SweptValuesAndSides &other)
	Copy-constructor of data on the same surfaces.

	SweptValuesAndSides (const SweptValuesAndSides &other, MbRegDuplicate *ireg)
	Constructor of complete copying of data.

virtual	~SweptValuesAndSides ()
	Destructor.

void	operator= (const SweptValuesAndSides &other)
	Assignment operator of data copying on the same surfaces.

void	Transform (const MbMatrix3D &matr, MbRegTransform *iReg=nullptr)
	Transform according to the matrix. More...

void	Move (const MbVector3D &to, MbRegTransform *iReg=nullptr)
	Move along a vector. More...

void	Rotate (const MbAxis3D &axis, double angle, MbRegTransform *iReg=nullptr)
	Rotate around an axis. More...

bool	DuplicateSurfaces (MbRegDuplicate *ireg=nullptr)
	Make copies of surfaces. More...

const MbSurface *	GetSurface1 () const
	Get the surface along the positive direction.

const MbSurface *	GetSurface2 () const
	Get the surface along the negative direction.

MbSurface *	SetSurface1 ()
	Get the surface along the positive direction.

MbSurface *	SetSurface2 ()
	Get the surface along the negative direction.

void	SetSurface1 (const MbSurface *s)
	Set the surface along the positive direction.

void	SetSurface2 (const MbSurface *s)
	Set the surface along the negative direction.

void	ExchangeSurfaces ()
	Swap surfaces.

bool	IsRakeSet () const
	Is draft set.

bool	IsThicknessSet () const
	Is thickness set.

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

	SweptValues (double t1, double t2, bool c=true)
	Constructor by thicknesses and closedness.

	SweptValues (const SweptValues &other)
	Copy-constructor.

virtual	~SweptValues ()
	Destructor.

virtual bool	IsExtrusionValues () const
	This is extrusion parameters?

virtual bool	IsEvolutionValues () const
	This is "evolution" parameters?

virtual bool	IsLoftedValues () const
	This is "lofted" parameters?

virtual bool	IsRibValues () const
	This is "rib" parameters?

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

virtual bool	SetEqual (const MbSweptData &other)
	Make objects equal.

void	Init (const SweptValues &other)
	Function of copying data.

bool	IsShellClosed () const
	Get the closedness state.

void	SetShellClosed (bool cl)
	Set the closedness state.

bool	CheckSelfInt () const
	Get the state of flag of checking self-intersection.

void	SetCheckSelfInt (bool c)
	Set the state of flag of checking self-intersection.

bool	MergeFaces () const
	Whether to merge similar faces.

void	SetMergingFaces (bool mf)
	Whether to merge similar faces.

bool	MergeEdges () const
	Whether to merge similar edges.

void	SetMergingEdges (bool me)
	Whether to merge similar edges.

const MbMergingFlags &	MergingFlags () const
	Get control flags of shell items merging.

void	SetMergingFlags (const MbMergingFlags &f)
	Set control flags of shell items merging.

void	operator= (const SweptValues &other)
	Assignment operator.

Public Attributes
int	shape
	Topology shape. More...

Public Attributes inherited from SweptValuesAndSides
MbSweptSide	side1
	The parameters of extrusion/rotation along the forward direction.

MbSweptSide	side2
	The parameters of extrusion/rotation along the backward direction.

Public Attributes inherited from SweptValues
double	thickness1
	Wall thickness (offset distance) along the forward direction. More...

double	thickness2
	Wall thickness (offset distance) along the backward direction. More...

bool	shellClosed
	Closedness of created shell.

Detailed Description

The parameters of revolution operation.

The parameters of revolution operation of curves with options along directions.

Constructor & Destructor Documentation

◆ RevolutionValues() [1/2]

RevolutionValues::RevolutionValues ( )

inline

Default constructor.

Constructor of revolution parameters for construction of closed shell of torus type without thin wall along the forward direction at full turn.

◆ RevolutionValues() [2/2]

RevolutionValues::RevolutionValues	(	double	scalarValue1,
		double	scalarValue2,
		int	s
	)

inline

Constructor by revolution angles.

Constructor of revolution parameters for construction of closed shell without the thin wall. Method of construction in both directions - to a given depth (given angle).

Parameters

[in]	scalarValue1	- Revolution angle along the forward direction.
[in]	scalarValue2	- Revolution angle along the backward direction.
[in]	s	- Topology shape.

Member Data Documentation

◆ shape

int RevolutionValues::shape

Topology shape.

Topology shape: 0 - sphere, 1 - torus.
If swept is non-closed planar curve and axis of rotation lies on the curve plane, then is possible to construct revolution solids with the topology of sphere type. In this case the swept is being updated to the rotation axis. I

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

op_swept_parameter.h