CvInvokeCalcOpticalFlowPyrLK Method (IInputArray, IInputArray, PointF, Size, Int32, MCvTermCriteria, PointF, Byte, Single, LKFlowFlag, Double)

public static void CalcOpticalFlowPyrLK(
	IInputArray prev,
	IInputArray curr,
	PointF[] prevFeatures,
	Size winSize,
	int level,
	MCvTermCriteria criteria,
	out PointF[] currFeatures,
	out byte[] status,
	out float[] trackError,
	LKFlowFlag flags = LKFlowFlag.Default,
	double minEigThreshold = 0.0001
)

Public Shared Sub CalcOpticalFlowPyrLK ( 
	prev As IInputArray,
	curr As IInputArray,
	prevFeatures As PointF(),
	winSize As Size,
	level As Integer,
	criteria As MCvTermCriteria,
	<OutAttribute> ByRef currFeatures As PointF(),
	<OutAttribute> ByRef status As Byte(),
	<OutAttribute> ByRef trackError As Single(),
	Optional flags As LKFlowFlag = LKFlowFlag.Default,
	Optional minEigThreshold As Double = 0.0001
)

public:
static void CalcOpticalFlowPyrLK(
	IInputArray^ prev, 
	IInputArray^ curr, 
	array<PointF>^ prevFeatures, 
	Size winSize, 
	int level, 
	MCvTermCriteria criteria, 
	[OutAttribute] array<PointF>^% currFeatures, 
	[OutAttribute] array<unsigned char>^% status, 
	[OutAttribute] array<float>^% trackError, 
	LKFlowFlag flags = LKFlowFlag::Default, 
	double minEigThreshold = 0.0001
)

static member CalcOpticalFlowPyrLK : 
        prev : IInputArray * 
        curr : IInputArray * 
        prevFeatures : PointF[] * 
        winSize : Size * 
        level : int * 
        criteria : MCvTermCriteria * 
        currFeatures : PointF[] byref * 
        status : byte[] byref * 
        trackError : float32[] byref * 
        ?flags : LKFlowFlag * 
        ?minEigThreshold : float 
(* Defaults:
        let _flags = defaultArg flags LKFlowFlag.Default
        let _minEigThreshold = defaultArg minEigThreshold 0.0001
*)
-> unit