Functions
static Conditional< Arc2D >	oevislib_net.Geometry.Fitting.FitArc (Array< Point2D > inPoints, Optional< Range > inRange=null, CircleFittingMethod inFittingMethod=CircleFittingMethod.AlgebraicPratt, Optional< float > inMaxError=null, Optional< MEstimator > inOutlierSuppression=null, Optional< Array< Point2D > > outInliers=null, Optional< float > outError=null)
	Fits an array of points to an arc object, if possible.
static Conditional< Arc2D >	oevislib_net.Geometry.Fitting.FitArc (Path inPath, CircleFittingMethod inFittingMethod=CircleFittingMethod.AlgebraicPratt, Optional< float > inMaxError=null, Optional< MEstimator > inOutlierSuppression=null, Optional< float > outError=null)
	Fits a path to an arc object, if possible.
static Conditional< Circle2D >	oevislib_net.Geometry.Fitting.FitCircle (Array< Point2D > inPoints, Optional< Range > inRange=null, CircleFittingMethod inFittingMethod=CircleFittingMethod.AlgebraicPratt, Optional< float > inMaxError=null, Optional< MEstimator > inOutlierSuppression=null, Optional< Array< Point2D > > outInliers=null, Optional< float > outError=null)
	Fits an array of points to a circle object, if possible.
static Conditional< Line2D >	oevislib_net.Geometry.Fitting.FitLine (Array< Point2D > inPoints, Optional< Range > inRange=null, Optional< float > inMaxError=null, Optional< MEstimator > inOutlierSuppression=null, Optional< Array< Point2D > > outInliers=null, Optional< float > outError=null)
	Fits an array of points to a line object, if possible.
static Conditional< Segment2D >	oevislib_net.Geometry.Fitting.FitSegment (Array< Point2D > inPoints, Optional< Range > inRange, Optional< float > inMaxError, Optional< MEstimator > inOutlierSuppression, Optional< Array< Point2D > > outInliers, Optional< float > outError)
	Fits an array of points to a segment object, if possible.

Detailed Description

Function Documentation

◆ FitArc() [1/2]

Conditional< Arc2D > oevislib_net.Geometry.Fitting.FitArc	(	Array< Point2D >	inPoints,
		Optional< Range >	inRange = null,
		CircleFittingMethod	inFittingMethod = CircleFittingMethod::AlgebraicPratt,
		Optional< float >	inMaxError = null,
		Optional< MEstimator >	inOutlierSuppression = null,
		Optional< Array< Point2D > >	outInliers = null,
		Optional< float >	outError = null )

inlinestatic

Fits an array of points to an arc object, if possible.

Parameters

inPoints	Input points.
inRange	Range of elements in the array that must be considered for the fit. If Null, all points are considered.
inFittingMethod	Circle fitting technique used by the algorithm.
inMaxError	Maximum allowed fit error. If the calculated error is higher, the function will return Null.
inOutlierSuppression	Outlier suppression technique used by the algorithm. If Null, no outlier suppression is used.
outInliers	Points that the algorithm used to compute the circle object. Useful only when an outlier suppression technique is provided.
outError	Root-Mean-Square Error (RMSE) of the fit.

Returns: A conditional object containing the fitted arc. If, for any reason, the fit cannot be performed, the conditional will be Null.

◆ FitArc() [2/2]

Conditional< Arc2D > oevislib_net.Geometry.Fitting.FitArc	(	Path	inPath,
		CircleFittingMethod	inFittingMethod = CircleFittingMethod::AlgebraicPratt,
		Optional< float >	inMaxError = null,
		Optional< MEstimator >	inOutlierSuppression = null,
		Optional< float >	outError = null )

inlinestatic

Fits a path to an arc object, if possible.

When a path is provided (instead of a simple array of points), the point's order is taken into account to compute the arc's angles.

Parameters

inPath	Input path.
inFittingMethod	Circle fitting technique used by the algorithm.
inMaxError	Maximum allowed fit error. If the calculated error is higher, the function will return Null.
inOutlierSuppression	Outlier suppression technique used by the algorithm. If Null, no outlier suppression is used.
outError	Root-Mean-Square Error (RMSE) of the fit.

Returns: A conditional object containing the fitted arc. If, for any reason, the fit cannot be performed, the conditional will be Null.

◆ FitCircle()

Conditional< Circle2D > oevislib_net.Geometry.Fitting.FitCircle	(	Array< Point2D >	inPoints,
		Optional< Range >	inRange = null,
		CircleFittingMethod	inFittingMethod = CircleFittingMethod::AlgebraicPratt,
		Optional< float >	inMaxError = null,
		Optional< MEstimator >	inOutlierSuppression = null,
		Optional< Array< Point2D > >	outInliers = null,
		Optional< float >	outError = null )

inlinestatic

Fits an array of points to a circle object, if possible.

Parameters

inPoints	Input points.
inRange	Range of elements in the array that must be considered for the fit. If Null, all points are considered.
inFittingMethod	Circle fitting technique used by the algorithm.
inMaxError	Maximum allowed fit error. If the calculated error is higher, the function will return Null.
inOutlierSuppression	Outlier suppression technique used by the algorithm. If Null, no outlier suppression is used.
outInliers	Points that the algorithm used to compute the circle object. Useful only when an outlier suppression technique is provided.
outError	Root-Mean-Square Error (RMSE) of the fit.

Returns: A conditional object containing the fitted circle. If, for any reason, the fit cannot be performed, the conditional will be Null.

◆ FitLine()

Conditional< Line2D > oevislib_net.Geometry.Fitting.FitLine	(	Array< Point2D >	inPoints,
		Optional< Range >	inRange = null,
		Optional< float >	inMaxError = null,
		Optional< MEstimator >	inOutlierSuppression = null,
		Optional< Array< Point2D > >	outInliers = null,
		Optional< float >	outError = null )

inlinestatic

Fits an array of points to a line object, if possible.

Parameters

inPoints	Input points.
inRange	Range of elements in the array that must be considered for the fit. If Null, all points are considered.
inMaxError	Maximum allowed fit error. If the calculated error is higher, the function will return Null.
inOutlierSuppression	Outlier suppression technique used by the algorithm. If Null, no outlier suppression is used.
outInliers	Points that the algorithm used to compute the line object. Useful only when an outlier suppression technique is provided.
outError	Sum of the distances between each inlier and its theoretical closest point.

Returns: A conditional object containing the fitted line. If, for any reason, the fit cannot be performed, the conditional will be Null.

◆ FitSegment()

Conditional< Segment2D > oevislib_net.Geometry.Fitting.FitSegment	(	Array< Point2D >	inPoints,
		Optional< Range >	inRange,
		Optional< float >	inMaxError,
		Optional< MEstimator >	inOutlierSuppression,
		Optional< Array< Point2D > >	outInliers,
		Optional< float >	outError )

inlinestatic

Fits an array of points to a segment object, if possible.

Parameters

inPoints	Input points.
inRange	Range of elements in the array that must be considered for the fit. If Null, all points are considered.
inMaxError	Maximum allowed fit error. If the calculated error is higher, the function will return Null.
inOutlierSuppression	Outlier suppression technique used by the algorithm. If Null, no outlier suppression is used.
outInliers	Points that the algorithm used to compute the circle object. Useful only when an outlier suppression technique is provided.
outError	Root-Mean-Square Error (RMSE) of the fit.

Returns: A conditional object containing the fitted segment. If, for any reason, the fit cannot be performed, the conditional will be Null.

Functions

Detailed Description

Function Documentation

◆ FitArc() [1/2]

◆ FitArc() [2/2]

◆ FitCircle()

◆ FitLine()

◆ FitSegment()