Results for a solid direct modification. More...

#include <op_direct_mod_parameter.h>

Inheritance diagram for MbModifiedSolidResults:

Collaboration diagram for MbModifiedSolidResults:

Public Member Functions
bool	GetFilletRadiusSetHotPoint (MbCartPoint3D &pnt, MbVector3D &dir) const
	Get normal and hot point on first face for operation of setting radius of fillet faces . More...

bool	GetFilletRadiusSetHotPoint (MbCartPoint3D &pointOnFilletFace, MbAxis3D &circleCenter) const
	Get normal and hot point on first face for operation of setting radius of fillet faces . More...

bool	GetFilletRadiusSetHotPoint (MbCartPoint3D &pointOnFilletFace, MbAxis3D &circleCenter, double &alpha) const
	Get normal, hot point and opening angle of the fillet on first face for operation of setting radius of fillet faces . More...

bool	GetReplaceFacesHotPoint (MbCartPoint3D &pnt, MbVector3D &dir) const
	Get hot point and its displacement direction vector for the face replacement operation. More...

bool	GetOffsetFacesHotPoint (MbCartPoint3D &pnt, MbVector3D &dir) const
	Get hot point and its displacement direction vector for the operation of replacement faces with the offset ones. More...

const c3d::IndicesVector &	GetReplacementOptionsNumbers () const
	Get a constant reference to an array of face replacement options. More...

c3d::IndicesVector &	SetReplacementOptionsNumbers ()
	Get a reference to an array of face replacement options. More...

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

	MbOperationResults (double tolerance)
	Constructor by the specified precision.

	MbOperationResults (const MbOperationResults &other)
	Copy-constructor.

	~MbOperationResults ()
	Destructor.

void	Init (const c3d::BaseHotPointAttrSPtr &hotPoint, double accuracy=METRIC_EPSILON)
	Initialization function.

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

double	GetTolerance () const
	Get tolerance of the constructed objects.

const c3d::BaseHotPointAttrSPtr &	GetHotPointAttribute () const
	Get hot-point's attribute.

c3d::BaseHotPointAttrSPtr &	SetHotPointAttribute ()
	Set hot-point's attribute.

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

Public Attributes
SPtr< MbSolid >	_resSolid
	The resulting body.

double	_maxDifUnited
	The maximum deviation of the united surfaces from the input surfaces (approximate value).

c3d::SurfacesSPtrVector	_surfaces
	The list of surfaces (only for dmm_ConvertFacesToNurbs).

Additional Inherited Members
Protected Attributes inherited from MbOperationResults
double	_tolerance
	The tolerance of the constructed objects.

c3d::BaseHotPointAttrSPtr	_hotPoint
	Hot-point's attribute.

Detailed Description

Results for a solid direct modification.

Member Function Documentation

◆ GetFilletRadiusSetHotPoint() [1/3]

bool MbModifiedSolidResults::GetFilletRadiusSetHotPoint	(	MbCartPoint3D &	pnt,
		MbVector3D &	dir
	)		const

Get normal and hot point on first face for operation of setting radius of fillet faces .

Parameters

[in]	pnt	- Hot point.
[in]	dir	- Direction.

Deprecated:: The method is deprecated.

Returns: Returns "true" in case of success.

◆ GetFilletRadiusSetHotPoint() [2/3]

bool MbModifiedSolidResults::GetFilletRadiusSetHotPoint	(	MbCartPoint3D &	pointOnFilletFace,
		MbAxis3D &	circleCenter
	)		const

Get normal and hot point on first face for operation of setting radius of fillet faces .

The point 'pointOnFilletFace' is located in the center of the fillet face. There us a plane that contains this point and the u(or v)=const line of the fillet face. This line is an arc on this plane. Axis circleCenter starts from the center of this arc and the direction is perpendicular to the plane. So, the distance between the axis start point and the point on the face equals fillet radius.

Parameters

[out]	pointOnFilletFace	- Point on the new radius fillet face.
[out]	circleCenter	- Axis along the fillet axis.

Returns: Returns "true" if the hot-point is calculated.

◆ GetFilletRadiusSetHotPoint() [3/3]

bool MbModifiedSolidResults::GetFilletRadiusSetHotPoint	(	MbCartPoint3D &	pointOnFilletFace,
		MbAxis3D &	circleCenter,
		double &	alpha
	)		const

Get normal, hot point and opening angle of the fillet on first face for operation of setting radius of fillet faces .

The point 'pointOnFilletFace' is located in the center of the fillet face. There us a plane that contains this point and the u(or v)=const line of the fillet face. This line is an arc on this plane. Axis circleCenter starts from the center of this arc and the direction is perpendicular to the plane. So, the distance between the axis start point and the point on the face equals fillet radius. The opening angle alpha is the angle between the radii drawn in the considered plane from the center of the circular arc to its boundary points.

Parameters

[out]	pointOnFilletFace	- Point on the new radius fillet face.
[out]	circleCenter	- Axis along the fillet axis.
[out]	alpha	- Opening angle of the fillet.

Returns: Returns "true" if the hot-point is calculated.

◆ GetReplaceFacesHotPoint()

bool MbModifiedSolidResults::GetReplaceFacesHotPoint	(	MbCartPoint3D &	pnt,
		MbVector3D &	dir
	)		const

Get hot point and its displacement direction vector for the face replacement operation.

If the operation is successful, the hot point is placed in the center of the first replacement face. If the operation fails, the hot point is located on the line connecting the center of the first replaced face and its projection onto the replacement surface, and the offset is taken relative to the projection.

Parameters

[out]	pnt	- Hot point.
[out]	dir	- Hot point displacement direction vector.

Returns: Returns "true" if the hot-point is calculated.

◆ GetOffsetFacesHotPoint()

bool MbModifiedSolidResults::GetOffsetFacesHotPoint	(	MbCartPoint3D &	pnt,
		MbVector3D &	dir
	)		const

Get hot point and its displacement direction vector for the operation of replacement faces with the offset ones.

If the operation is successful, the hot point is placed in the center of the first equidistant face. If the operation fails, the hot point is located on the normal to the center of the first replaced face, and the offset is taken relative to this center.

Parameters

[out]	pnt	- Hot point.
[out]	dir	- Hot point displacement direction vector.

Returns: Returns "true" if the hot-point is calculated.

◆ GetReplacementOptionsNumbers()

const c3d::IndicesVector& MbModifiedSolidResults::GetReplacementOptionsNumbers ( ) const

inline

Get a constant reference to an array of face replacement options.

Returns: Returns a constant reference.

◆ SetReplacementOptionsNumbers()

c3d::IndicesVector& MbModifiedSolidResults::SetReplacementOptionsNumbers ( )

inline

Get a reference to an array of face replacement options.

Returns: Returns a reference.

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

op_direct_mod_parameter.h

Public Member Functions

Public Attributes

Additional Inherited Members

Detailed Description

Member Function Documentation

◆ GetFilletRadiusSetHotPoint() [1/3]

◆ GetFilletRadiusSetHotPoint() [2/3]

◆ GetFilletRadiusSetHotPoint() [3/3]

◆ GetReplaceFacesHotPoint()

◆ GetOffsetFacesHotPoint()

◆ GetReplacementOptionsNumbers()

◆ SetReplacementOptionsNumbers()