Data to create fillet between disjoint faces. More...

#include <op_shell_parameter.h>

Inheritance diagram for MbFilletData:

Collaboration diagram for MbFilletData:

Public Member Functions
	MbFilletData ()
	Empty constructor.

	MbFilletData (const MbFilletBundle &faces1, const MbFilletBundle &faces2, bool split, bool elong, MbeSideShape shape, bool prol, ThreeStates kCant, bool equable, const MbSNameMaker &nameMaker)
	Constructor by parameters. More...

	MbFilletData (const MbFilletData &other, MbRegDuplicate *iReg)
	Copy-constructor with registrator.

	~MbFilletData ()
	Destructor.

const MbFilletBundle &	GetFaceSet1 () const
	Get the first solid and set of conjugating faces.

const MbFilletBundle &	GetFaceSet2 () const
	Get the second solid and set of conjugating faces.

const c3d::SolidSPtr &	GetSolid1 () const
	Get the first solid.

const c3d::SolidSPtr &	GetSolid2 () const
	Get the second solid.

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.

const MbFace *	GetFace1 (size_t i=0) const
	Get the face by index in first bundle.

const MbFace *	GetFace2 (size_t i=0) const
	Get the face by index in second bundle.

void	SetFaceSet1 (const MbFilletBundle &set)
	Get the first set of conjugating faces.

void	SetFaceSet2 (const MbFilletBundle &set)
	Get the second set of conjugating faces.

const c3d::FunctionSPtr &	GetFunction1 () const
	Get the function of fillet radius for the first face set.

const c3d::FunctionSPtr &	GetFunction2 () const
	Get the function of fillet radius for the second face set.

void	SetFunction1 (MbFunction &f)
	Set the function of fillet radius for the face set.

void	SetFunction2 (MbFunction &f)
	Set the function of fillet radius for the face set.

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

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

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).

const c3d::FunctionSPtr &	GetDescript () const
	Get section control data.

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.

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.

bool	GetProlong () const
	Get prolong along the tangent flag.

void	SetProlong (bool p)
	Set prolong along the tangent flag.

ThreeStates	GetKeepCant () const
	Get keep cant state flag.

void	SetKeepCant (ThreeStates ts)
	Set keep cant state flag.

bool	GetEquable () const
	Get non tangent joints handling flag.

void	SetEquable (bool e)
	Set non tangent joints handling flag.

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

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

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

bool	IsTwoFaceFillet () const
	Returns true if filleting exactly two disjoint faces.

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 MbFilletData &other, double accuracy) const
	Determine whether an object is equal?

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

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

void	GetBasisItems (RPArray< MbSpaceItem > &s) const
	Get basis objects.

void	operator= (const MbFilletData &other)
	Assignment operator without copying topological objects.

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

Data to create fillet between disjoint faces.

Data to create a smooth fillet faces between two disjoint sets of faces. Each set can consists of connected faces of one solid.

Warning: Under development.; Class member SmoothValues _params will be removed in version 2024.

Constructor & Destructor Documentation

◆ MbFilletData()

MbFilletData::MbFilletData	(	const MbFilletBundle &	faces1,
		const MbFilletBundle &	faces2,
		bool	split,
		bool	elong,
		MbeSideShape	shape,
		bool	prol,
		ThreeStates	kCant,
		bool	equable,
		const MbSNameMaker &	nameMaker
	)

Constructor by parameters.

Constructor by parameters to create smooth fillet faces between two disjoint sets of faces.

Parameters

[in]	faces1	- The first set of conjugeting faces.
[in]	faces2	- The second set of conjugeting faces.
[in]	faceSplit	- Split the shell into faces by segments of guide curves.
[in]	sideShape	- The form of cropping the sides of the surface.
[in]	function1	- The function of the fillet radius for the first set of faces (always not null). Constant function in case of fillet with constant radius.
[in]	function2	- The function of the fillet radius for the second set of faces (always not null). Constant function in case of fillet with constant radius.
[in]	conic	- Coefficient of shape is changed from 0.05 to 0.95 (if 0 - circular arc).
[in]	prolong	- Prolong along the tangent.
[in]	keepCant	- Auto detection of boundary saving (ts_neutral), surface saving (ts_negative), boundary saving (ts_positive).
[in]	equable	- In corners of the joint insert toroidal surface.
[in]	nameMaker	- An object defining names generation in the operation.

Member Function Documentation

◆ GetNameMaker()

const MbSNameMaker& MbFilletData::GetNameMaker ( ) const

inline

Get the object defining names generation in the operation.

Set an object defining names generation in the operation.

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

op_shell_parameter.h

Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ MbFilletData()

Member Function Documentation

◆ GetNameMaker()