Parameters of fillet or chamfer of edge. More...

#include <op_shell_parameter.h>

Public Types
enum	CornerForm { ec_pointed = 0 , ec_either = 1 , ec_uniform = 2 , ec_sharp = 3 }
	Methods of processing corners of connection by three edges. More...

Public Member Functions
	SmoothValues ()
	Default constructor.

	SmoothValues (double d1, double d2, MbeSmoothForm f, double c, bool pro, CornerForm cor, bool autoS, bool keep, bool str, bool equ)
	Constructor. More...

	SmoothValues (double d1, double d2, MbeSmoothForm smoothForm, double conicValue, bool bProlong, CornerForm cornerForm, ThreeStates keepForm, bool isStrict, bool isEquable)
	Constructor. More...

	SmoothValues (const SmoothValues &other, MbRegDuplicate *iReg=nullptr)
	Copy-constructor.

virtual	~SmoothValues ()
	Destructor.

void	Init (const SmoothValues &other)
	Initialization function.

bool	InitEquidistantFillet (double rad)
	Function for initializing filleting with a sphere with equal offsets from surfaces. More...

bool	InitEquidistantFillet (double r1, double r2)
	Function for initializing filleting with a sphere with different offsets from surfaces. More...

bool	InitChordFillet (double chord)
	Function for initializing filleting by a sphere with a given chord between the points of contact of the surfaces. More...

bool	InitEllipseFillet (double a, double b)
	Function for initializing the rounding by "ellipse arc". More...

bool	InitChamfer (double dist)
	Function for initializing a chamfer with equal offsets. More...

bool	InitChamfer (double dist1, double dist2)
	Function for initializing a chamfer with different offsets. More...

bool	InitOneSideChamfer (bool firstSide, double dist, double ang)
	Function for initializing chamfers by cathetus and angle. More...

bool	ModifyDistances (double d1, double d2)
	Function for modifying the size of offsets. More...

void	SetProperties (double c, bool pro, CornerForm cor, bool autoS, bool keep, bool str, bool equ)
	Setting operation options. More...

virtual void	Transform (const MbMatrix3D &, MbRegTransform *ireg=nullptr)
	Transform an object according to the matrix.

virtual void	Move (const MbVector3D &, MbRegTransform *=nullptr)
	Move an object along a vector.

virtual void	Rotate (const MbAxis3D &, double ang, MbRegTransform *ireg=nullptr)
	Rotate an object at a given angle around an axis.

bool	SetStopObjectAtBeg (const MbSurface *object, bool byObject=true)
	Set the plane by which parallel will be carry out stop of the fillet at the begin.

bool	SetStopObjectAtEnd (const MbSurface *object, bool byObject=true)
	Set the plane by which parallel will be carry out stop of the fillet at the end.

void	SetBegVector (const MbVector3D &vect)
	Set normal to the bound plane at the begin.

void	SetEndVector (const MbVector3D &vect)
	Set normal to the bound plane at the end.

void	GetBegVector (MbVector3D &vect) const
	Get normal vector to the bound plane at the begin of the fillet.

void	GetEndVector (MbVector3D &vect) const
	Get normal vector to the bound plane at the end of the fillet.

double	GetDistance1 () const
	Get radius of curvature/leg on the first surface.

double	GetDistance2 () const
	Get radius of curvature/leg on the second surface. More...

MbeSmoothForm	GetForm () const
	Method of processing corners of connection by three edges.

void	SetSmoothCorner (CornerForm f)
	Prolong along the tangent.

void	SetProlong (bool p)
	Auto detection of boundary saving (ts_neutral), surface saving (ts_negative), boundary saving (ts_positive).

void	SetKeepCant (ThreeStates s)
	If false - round at least what is possible.

void	SetStrict (bool s)
	In corners of the joint insert toroidal surface (for stamping sheet solid).

void	SetEquable (bool e)
	Distance from the beginning of fillet to the stop point.

double &	SetBegLength ()
	Distance from the end of fillet to the stop point.

double &	SetEndLength ()
	Coefficient of shape.

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

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

bool	IsSimilar (const SmoothValues &other, double accuracy=PARAM_EPSILON) const
	Determine whether objects are partially equal.

Static Public Member Functions
static double	GetAngleBySide (double d1, double d2)
	Calculation of an angle using two cathetus. More...

Public Attributes
double	distance1
	Radius of curvature/leg on the first surface.

double	distance2
	Radius of curvature/leg on the second surface.

double	conic
	Coefficient of shape is changed from 0.05 to 0.95 (if 0 - circular arc).

double	begLength
	Distance from the beginning of fillet to the stop point (UNDEFINED_DBL - no stop).

double	endLength
	Distance from the end of fillet to the stop point (UNDEFINED_DBL - no stop).

MbeSmoothForm	form
	Mate type of fillet/chamfer.

CornerForm	smoothCorner
	Method of processing corners of connection by three edges.

bool	prolong
	Prolong along the tangent.

ThreeStates	keepCant
	Auto detection of boundary saving (ts_neutral), surface saving (ts_negative), boundary saving (ts_positive).

bool	strict
	If false - round at least what is possible.

bool	equable
	In corners of the joint insert toroidal surface (for stamping sheet solid).

Detailed Description

Parameters of fillet or chamfer of edge.

The parameter of fillet or chamfer of edge contain Information necessary to perform the operation.

Member Enumeration Documentation

◆ CornerForm

enum SmoothValues::CornerForm

Methods of processing corners of connection by three edges.

Enumerator
ec_pointed	Processing of corner is missing.
ec_either	Mating at one point of three edges are processed in the order of internal indexation of edges without convexity and concavity.
ec_uniform	If two convex (concave) and one concave (convex) edge are mated at the point, then concave (convex) edge is processed at the first.
ec_sharp	If two convex (concave) and one concave (convex) edge are mated at the point, then concave (convex) edges are processed at the first.

Constructor & Destructor Documentation

◆ SmoothValues() [1/2]

SmoothValues::SmoothValues	(	double	d1,
		double	d2,
		MbeSmoothForm	f,
		double	c,
		bool	pro,
		CornerForm	cor,
		bool	autoS,
		bool	keep,
		bool	str,
		bool	equ
	)

inline

Constructor.

Constructor by parameters.

Deprecated:: The constructor is deprecated. Instead, use initialization functions.

Parameters

[in]	d1,d2	- Radii of curvature/catheti.
[in]	f	- Method of construction of mating surface.
[in]	c	- Coefficient of shape is changed from 0.05 to 0.95 (if 0 - circular arc).
[in]	pro	- Prolong along the tangent.
[in]	cor	- Method for bending corner of three surfaces.
[in]	autoS	- Auto detection of boundary/surface saving.
[in]	keep	- Keep boundary (true) or keep surface of fillet/chamfer (false).
[in]	str	- Strict fillet. If false - round at least what is possible.
[in]	equ	- In corners of the joint insert toroidal surface.

◆ SmoothValues() [2/2]

SmoothValues::SmoothValues	(	double	d1,
		double	d2,
		MbeSmoothForm	smoothForm,
		double	conicValue,
		bool	bProlong,
		CornerForm	cornerForm,
		ThreeStates	keepForm,
		bool	isStrict,
		bool	isEquable
	)

inline

Constructor.

Constructor by parameters.

Deprecated:: The constructor is deprecated. Instead, use initialization functions.

Parameters

[in]	d1,d2	- Radii of curvature/catheti.
[in]	smoothForm	- Method of construction of mating surface.
[in]	conicValue	- Coefficient of shape is changed from 0.05 to 0.95 (if 0 - circular arc).
[in]	bProlong	- Prolong along the tangent.
[in]	cornerForm	- Method for bending corner of three surfaces.
[in]	keepForm	- Auto detection of boundary saving (ts_neutral), surface saving (ts_negative), boundary saving (ts_positive).
[in]	isStrict	- Strict fillet. If false - round at least what is possible.
[in]	isEquable	- In corners of the joint insert toroidal surface.

Member Function Documentation

◆ InitEquidistantFillet() [1/2]

bool SmoothValues::InitEquidistantFillet ( double rad )

Function for initializing filleting with a sphere with equal offsets from surfaces.

The function sets the shape and size of the offsets without changing other properties of the class. The first support curve, laid out along the normal to the first surface at a distance of rad, will coincide with the second support curve, laid out along the normal to the second surface at a distance of rad.

Parameters

[in] rad - Radius of a sphere.

Returns: Returns true on success.

◆ InitEquidistantFillet() [2/2]

bool SmoothValues::InitEquidistantFillet	(	double	r1,
		double	r2
	)

Function for initializing filleting with a sphere with different offsets from surfaces.

The function sets the shape and size of the offsets without changing other properties of the class. The first support curve, laid out along the normal to the first surface at a distance of r1, will coincide with the second support curve, laid out along the normal to the second surface at a distance of r2. Not to be confused with ellipse filleting!

Parameters

[in] r1,r2 - Offset values.

Returns: Returns true on success.

◆ InitChordFillet()

bool SmoothValues::InitChordFillet ( double chord )

Function for initializing filleting by a sphere with a given chord between the points of contact of the surfaces.

The function sets the shape and size of the offsets without changing other properties of the class.

Parameters

[in] chord - Chord value.

Returns: Returns true on success.

◆ InitEllipseFillet()

bool SmoothValues::InitEllipseFillet	(	double	a,
		double	b
	)

Function for initializing the rounding by "ellipse arc".

The function sets the shape and size of the offsets without changing other properties of the class. Each fillet section is an ellipse with semi-axes a and b, oriented so that the major semi-axis is directed along the normal to the corresponding surface. Not to be confused with a sphere fillet with different offsets!

Parameters

[in] a,b - Semi-axes of an ellipse.

Returns: Returns true on success.

◆ InitChamfer() [1/2]

bool SmoothValues::InitChamfer ( double dist )

Function for initializing a chamfer with equal offsets.

The function sets the shape and size of the offsets without changing other properties of the class.

Parameters

[in] dist - Offset value.

Returns: Returns true on success.

◆ InitChamfer() [2/2]

bool SmoothValues::InitChamfer	(	double	dist1,
		double	dist2
	)

Function for initializing a chamfer with different offsets.

The function sets the shape and size of the offsets without changing other properties of the class.

Parameters

[in] dist1,dist2 - Offset values.

Returns: Returns true on success.

◆ InitOneSideChamfer()

bool SmoothValues::InitOneSideChamfer	(	bool	firstSide,
		double	dist,
		double	ang
	)

Function for initializing chamfers by cathetus and angle.

The function sets the shape and size of the offsets without changing other properties of the class.

Parameters

[in]	firstSide	- true - if the cathetus is specified for the first surface.
[in]	dist	- Cathetus value.
[in]	ang	- The angle value in degrees (from 0 to 90).

Returns: Returns true on success.

◆ GetAngleBySide()

static double SmoothValues::GetAngleBySide	(	double	d1,
		double	d2
	)

static

Calculation of an angle using two cathetus.

Parameters

[in]	d1	- Adjacent cathetus.
[in]	d2	- Opposite cathetus.
[in]	ang	- The angle value in degrees (from 0 to 90).

Returns: Returns angle value in degrees.

◆ ModifyDistances()

bool SmoothValues::ModifyDistances	(	double	d1,
		double	d2
	)

Function for modifying the size of offsets.

The function changes the offsets in accordance with the form set in the initialization functions. For chord filleting, only the first offset is used. For chamfering by cathetus and angle, the angle will be recalculated by two cathetus. For other forms, the offsets passed to the function will be set.

Parameters

[in] d1,d2 - Offset values.

Returns: Returns true on success.

◆ SetProperties()

void SmoothValues::SetProperties	(	double	c,
		bool	pro,
		CornerForm	cor,
		bool	autoS,
		bool	keep,
		bool	str,
		bool	equ
	)

Setting operation options.

Parameters

[in]	c	- Coefficient of shape is changed from 0.05 to 0.95 (if 0 - circular arc).
[in]	pro	- Prolong along the tangent.
[in]	cor	- Method for bending corner of three surfaces.
[in]	autoS	- Auto detection of boundary/surface saving.
[in]	keep	- Keep boundary (true) or keep surface of fillet/chamfer (false).
[in]	str	- Strict fillet. If false - round at least what is possible.
[in]	equ	- In corners of the joint insert toroidal surface.

◆ GetDistance2()

double SmoothValues::GetDistance2 ( ) const

inline

Get radius of curvature/leg on the second surface.

Mate type of fillet/chamfer.

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

op_shell_parameter.h

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Detailed Description

Member Enumeration Documentation

◆ CornerForm

Constructor & Destructor Documentation

◆ SmoothValues() [1/2]

◆ SmoothValues() [2/2]

Member Function Documentation

◆ InitEquidistantFillet() [1/2]

◆ InitEquidistantFillet() [2/2]

◆ InitChordFillet()

◆ InitEllipseFillet()

◆ InitChamfer() [1/2]

◆ InitChamfer() [2/2]

◆ InitOneSideChamfer()

◆ GetAngleBySide()

◆ ModifyDistances()

◆ SetProperties()

◆ GetDistance2()