HOGDescriptorCompute Method

public virtual float[] Compute(
	Mat img,
	Nullable<Size> winStride = null,
	Nullable<Size> padding = null,
	Point[] locations = null
)

Public Overridable Function Compute ( 
	img As Mat,
	Optional winStride As Nullable(Of Size) = Nothing,
	Optional padding As Nullable(Of Size) = Nothing,
	Optional locations As Point() = Nothing
) As Single()

public:
virtual array<float>^ Compute(
	Mat^ img, 
	Nullable<Size> winStride = nullptr, 
	Nullable<Size> padding = nullptr, 
	array<Point>^ locations = nullptr
)

abstract Compute : 
        img : Mat * 
        ?winStride : Nullable<Size> * 
        ?padding : Nullable<Size> * 
        ?locations : Point[] 
(* Defaults:
        let _winStride = defaultArg winStride null
        let _padding = defaultArg padding null
        let _locations = defaultArg locations null
*)
-> float32[] 
override Compute : 
        img : Mat * 
        ?winStride : Nullable<Size> * 
        ?padding : Nullable<Size> * 
        ?locations : Point[] 
(* Defaults:
        let _winStride = defaultArg winStride null
        let _padding = defaultArg padding null
        let _locations = defaultArg locations null
*)
-> float32[] 

function Compute(img, winStride, padding, locations);