CvInvokeEstimateAffine2D Method (PointF, PointF, IOutputArray, RobustEstimationAlgorithm, Double, Int32, Double, Int32)

public static Mat EstimateAffine2D(
	PointF[] from,
	PointF[] to,
	IOutputArray inliners = null,
	RobustEstimationAlgorithm method = RobustEstimationAlgorithm.Ransac,
	double ransacReprojThreshold = 3,
	int maxIters = 2000,
	double confidence = 0.99,
	int refineIters = 10
)

Public Shared Function EstimateAffine2D ( 
	from As PointF(),
	to As PointF(),
	Optional inliners As IOutputArray = Nothing,
	Optional method As RobustEstimationAlgorithm = RobustEstimationAlgorithm.Ransac,
	Optional ransacReprojThreshold As Double = 3,
	Optional maxIters As Integer = 2000,
	Optional confidence As Double = 0.99,
	Optional refineIters As Integer = 10
) As Mat

public:
static Mat^ EstimateAffine2D(
	array<PointF>^ from, 
	array<PointF>^ to, 
	IOutputArray^ inliners = nullptr, 
	RobustEstimationAlgorithm method = RobustEstimationAlgorithm::Ransac, 
	double ransacReprojThreshold = 3, 
	int maxIters = 2000, 
	double confidence = 0.99, 
	int refineIters = 10
)

static member EstimateAffine2D : 
        from : PointF[] * 
        to : PointF[] * 
        ?inliners : IOutputArray * 
        ?method : RobustEstimationAlgorithm * 
        ?ransacReprojThreshold : float * 
        ?maxIters : int * 
        ?confidence : float * 
        ?refineIters : int 
(* Defaults:
        let _inliners = defaultArg inliners null
        let _method = defaultArg method RobustEstimationAlgorithm.Ransac
        let _ransacReprojThreshold = defaultArg ransacReprojThreshold 3
        let _maxIters = defaultArg maxIters 2000
        let _confidence = defaultArg confidence 0.99
        let _refineIters = defaultArg refineIters 10
*)
-> Mat