CudaInvokeMultiply Method

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Computes element-wise product of the two GpuMat: c = scale * a * b.

Namespace: Emgu.CV.Cuda
Assembly: Emgu.CV.World (in Emgu.CV.World.dll) Version: 4.0.1.3373 (4.0.1.3373)

Syntax

public static void Multiply(
	IInputArray a,
	IInputArray b,
	IOutputArray c,
	double scale = 1,
	DepthType depthType = DepthType.Default,
	Stream stream = null
)

Public Shared Sub Multiply ( 
	a As IInputArray,
	b As IInputArray,
	c As IOutputArray,
	Optional scale As Double = 1,
	Optional depthType As DepthType = DepthType.Default,
	Optional stream As Stream = Nothing
)

public:
static void Multiply(
	IInputArray^ a, 
	IInputArray^ b, 
	IOutputArray^ c, 
	double scale = 1, 
	DepthType depthType = DepthType::Default, 
	Stream^ stream = nullptr
)

static member Multiply : 
        a : IInputArray * 
        b : IInputArray * 
        c : IOutputArray * 
        ?scale : float * 
        ?depthType : DepthType * 
        ?stream : Stream 
(* Defaults:
        let _scale = defaultArg scale 1
        let _depthType = defaultArg depthType DepthType.Default
        let _stream = defaultArg stream null
*)
-> unit

Parameters

a: Type: Emgu.CVIInputArray
The first GpuMat to be element-wise multiplied.
b: Type: Emgu.CVIInputArray
The second GpuMat to be element-wise multiplied.
c: Type: Emgu.CVIOutputArray
The element-wise multiplication of the two GpuMat
scale (Optional): Type: SystemDouble
The scale
depthType (Optional): Type: Emgu.CV.CvEnumDepthType
Optional depth of the output array.
stream (Optional): Type: Emgu.CV.CudaStream
Use a Stream to call the function asynchronously (non-blocking) or null to call the function synchronously (blocking).

Reference

CudaInvoke Class

Emgu.CV.Cuda Namespace

CudaInvokeAddLanguageSpecificTextSet("LST692DDAF7_0?cpp=::|nu=.");Multiply Method

Parameters

Reference

CudaInvokeMultiply Method