asiAlgo_SampleFace Class Reference

#include <asiAlgo_SampleFace.h>

Inheritance diagram for asiAlgo_SampleFace:

Collaboration diagram for asiAlgo_SampleFace:

Public Types
enum	PmcAlgo { PmcAlgo_Precise, PmcAlgo_Haines, PmcAlgo_Discrete }
	PMC algorithm to use. More...

Public Member Functions
asiAlgo_EXPORT	asiAlgo_SampleFace (const TopoDS_Face &face, ActAPI_ProgressEntry progress=nullptr, ActAPI_PlotterEntry plotter=nullptr)
asiAlgo_EXPORT void	SetSquare (const bool square)
asiAlgo_EXPORT void	SetPmcAlgo (const PmcAlgo algo)
asiAlgo_EXPORT bool	Perform (const int numBins)
const asiAlgo_EXPORT Handle_asiAlgo_UniformGrid< float > &	GetResult () const
asiAlgo_EXPORT Handle_asiAlgo_BaseCloud< double >	GetResult3d () const
const asiAlgo_EXPORT Handle_asiAlgo::discr::Model &	GetDiscrModel () const
Public Member Functions inherited from ActAPI_IAlgorithm
ActAPI_ProgressEntry &	GetProgress () const
ActAPI_PlotterEntry &	GetPlotter () const
void	SetStatusFlags (const Standard_Integer status)
Standard_Integer	GetStatusFlags () const
void	AddStatusFlag (const Standard_Integer statBit)
Standard_Boolean	HasStatusFlag (const Standard_Integer statBit) const

Static Public Member Functions
static asiAlgo_EXPORT bool	Wire2Polygon (const TopoDS_Wire &wire, const TopoDS_Face &face, std::vector< gp_XY > &polygon)
	Converts the passed wire of the given face to a polygon.

Protected Member Functions
asiAlgo_Membership	classify (const gp_Pnt2d &PonS)
Protected Member Functions inherited from ActAPI_IAlgorithm
ActData_EXPORT	ActAPI_IAlgorithm (ActAPI_ProgressEntry progress, ActAPI_PlotterEntry plotter)

Protected Attributes
bool	m_bSquare
	Indicates whether the uniform grid we construct should be a square.
PmcAlgo	m_algo
	Classification algorithm.
TopoDS_Face	m_face
	Face to sample.
double	m_fUmin
	Parametric bounds of the sampled face.
double	m_fUmax
double	m_fVmin
double	m_fVmax
IntTools_FClass2d	m_class
	Precise classifier.
Handle_asiAlgo::discr::Classifier2d	m_discrClass
	Discrete classifier.
Handle_asiAlgo_UniformGrid< float >	m_grid
	Uniform grid which is the result of the uniform sampling.
std::vector< gp_XY >	m_polygon
	Discretized polygon.
Handle_asiAlgo::discr::Model	m_discrModel
	Discrete model.
Protected Attributes inherited from ActAPI_IAlgorithm
ActAPI_ProgressEntry	m_progress
	Progress Notifier.
ActAPI_PlotterEntry	m_plotter
	Imperative Plotter.
Standard_Integer	m_iStatusFlags

Detailed Description

Samples the UV domain of a face by overlaying a uniform grid.

Member Enumeration Documentation

PmcAlgo

enum asiAlgo_SampleFace::PmcAlgo

PMC algorithm to use.

Enumerator
PmcAlgo_Precise	Precise OpenCascade-based classifier.
PmcAlgo_Haines	Discrete Haines algorithm.
PmcAlgo_Discrete	Discrete row-based algorithm.

Constructor & Destructor Documentation

asiAlgo_SampleFace()

asiAlgo_EXPORT asiAlgo_SampleFace::asiAlgo_SampleFace	(	const TopoDS_Face &	face,
		ActAPI_ProgressEntry	progress = nullptr,
		ActAPI_PlotterEntry	plotter = nullptr
	)

Ctor.

Parameters

[in]	face	the face in question.
[in]	progress	the progress notifier.
[in]	plotter	the imperative plotter.

Member Function Documentation

classify()

asiAlgo_Membership asiAlgo_SampleFace::classify ( const gp_Pnt2d &  PonS )

protected

Performs point-face classification.

Parameters

[in]

PonS

the point to classify.

Returns

classification result.

GetDiscrModel()

const asiAlgo_EXPORT Handle_asiAlgo::discr::Model& asiAlgo_SampleFace::GetDiscrModel

(

)

const

Returns

discrete model.

GetResult()

const asiAlgo_EXPORT Handle_asiAlgo_UniformGrid<float>& asiAlgo_SampleFace::GetResult

(

)

const

Returns

resulting grid.

GetResult3d()

asiAlgo_EXPORT Handle_asiAlgo_BaseCloud<double> asiAlgo_SampleFace::GetResult3d

(

)

const

Returns

the sampled points in the modeling space.

Perform()

asiAlgo_EXPORT bool asiAlgo_SampleFace::Perform

(

const int

numBins

)

Performs face sampling.

Parameters

[in]

numBins

the number of discretization steps.

Returns

true in case of success, false – otherwise.

SetPmcAlgo()

asiAlgo_EXPORT void asiAlgo_SampleFace::SetPmcAlgo

(

const PmcAlgo

algo

)

Sets the PMC algorithm to use.

Parameters

[in]

algo

the algorithm to set.

SetSquare()

asiAlgo_EXPORT void asiAlgo_SampleFace::SetSquare

(

const bool

square

)

Sets a Boolean flag indicating whether the planar decomposition we are constructing should be a square.

Parameters

[in]

square

the Boolean value to set.

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

• C:/work/AnalysisSitus/src/asiAlgo/auxiliary/asiAlgo_SampleFace.h