Data for construction of surface of the joint. More...

#include <op_shell_parameter.h>

Collaboration diagram for JoinSurfaceValues:

Public Types
enum	JoinConnType { js_Position = 0 , js_NormPlus , js_NormMinus , js_G1Plus , js_G1Minus , js_G2Plus , js_G2Minus }
	Type of surfaces join. More...

Public Member Functions
	JoinSurfaceValues ()
	Default constructor.

	JoinSurfaceValues (JoinConnType t1, JoinConnType t2, double tens1, double tens2, bool selfInt=false)
	Constructor by parameters.

	JoinSurfaceValues (const JoinSurfaceValues &other)
	Copy-constructor.

virtual	~JoinSurfaceValues ()
	Destructor.

bool	Init (const SArray< double > &initBreaks0, const SArray< double > &initBreaks1, bool initCheckSelfInt, JoinConnType initConnType1, double initTension1, bool initEdgeConnType1, const MbVector3D initBoundDir11, const MbVector3D initBoundDir12, JoinConnType initConnType2, double initTension2, bool initEdgeConnType2, const MbVector3D initBoundDir21, const MbVector3D initBoundDir22)
	Initialization function.

void	Init (const JoinSurfaceValues &other)
	Copy function.

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

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

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

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

size_t	GetParamsCount (bool first) const
	Get the count of splitting parameters.

void	GetParams (bool first, SArray< double > &breaks) const
	Get splitting parameters (the first or second group).

double	GetParam (bool first, size_t k) const
	Get splitting parameters (the first or second group).

void	SetParams (bool first, const SArray< double > &ps)
	Set splitting parameters.

bool	IsEmpty () const
	Whether splitting parameters are not filled?

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

void	SetSelfInt (bool aChech)
	Set the flag of checking self-intersection.

bool	GetEdgeConnType (bool isFirst=true) const
	Get setting parameters of lateral faces.

void	SetEdgeConnType (bool connType, bool isFirst=true)
	Set setting parameters of lateral faces.

const MbVector3D *	GetBoundDirection (size_t num) const
	Get the direction vector. More...

void	SetBoundDirection (size_t num, const MbVector3D *aDirect)
	Set the direction vector. More...

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

Public Attributes
JoinConnType	connType1
	Join type of surface of the joint with the surface 1.

JoinConnType	connType2
	Join type of surface of the joint with the surface 2.

double	tension1
	Tension for joining with surface 1.

double	tension2
	Tension for joining with surface 2.

SArray< double >	breaks0
	Splitting parameters of the first curve0 curve.

SArray< double >	breaks1
	Splitting parameters of the first curve1 curve.

bool	checkSelfInt
	Find self-intersections.

bool	edgeConnType1
	Construct lateral boundary as edge extension.

bool	edgeConnType2
	Construct lateral boundary as edge extension.

MbVector3D *	boundDirection11
	Direction vector determines lateral boundary in the point (0, 0) of the surface.

MbVector3D *	boundDirection12
	Direction vector determines lateral boundary in the point (1, 0) of the surface.

MbVector3D *	boundDirection21
	Direction vector determines lateral boundary in the point (0, 1) of the surface.

MbVector3D *	boundDirection22
	Direction vector determines lateral boundary in the point (1, 1) of the surface.

Detailed Description

Data for construction of surface of the joint.

Data for the construction of surface of the joint by two curves on the surfaces.

Member Enumeration Documentation

◆ JoinConnType

enum JoinSurfaceValues::JoinConnType

Type of surfaces join.

Types of join of surfaces determines join of edge of joining surface and surface of the joint.

Enumerator
js_Position	By position.
js_NormPlus	Along the normal in the positive direction of normal vector.
js_NormMinus	Along the normal in the negative direction of normal vector.
js_G1Plus	The type of conjugation along the tangent to the surface, to the left along the tangent to the intersection curve.
js_G1Minus	The type of conjugation along the tangent to the surface, to the right along the tangent to the intersection curve.
js_G2Plus	The type of conjugation along the tangent to the surface, to the left along the tangent to the intersection curve, smooth.
js_G2Minus	The type of conjugation along the tangent to the surface, to the right along the tangent to the intersection curve, smooth.

Member Function Documentation

◆ GetBoundDirection()

const MbVector3D* JoinSurfaceValues::GetBoundDirection ( size_t num ) const

Get the direction vector.

Get the direction vector determining lateral boundary.

Parameters

[in] num - The index of boundary:
num = 1 - vector boundDirection11,
num = 2 - vector boundDirection12,
num = 3 - vector boundDirection21,
num = 4 - vector boundDirection22.

◆ SetBoundDirection()

void JoinSurfaceValues::SetBoundDirection	(	size_t	num,
		const MbVector3D *	aDirect
	)

Set the direction vector.

Set the direction vector determining lateral boundary.

Parameters

[in]	num	- The index of boundary: num = 1 - change vector boundDirection11, num = 2 - change vector boundDirection12, num = 3 - change vector boundDirection21, num = 4 - change vector boundDirection22.
[in]	aDirect	- The new direction vector.

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

op_shell_parameter.h

Public Types