IplImage.SnakeImage Method (CvPoint[], Single[], Single[], Single[], CvSize, CvTermCriteria, Boolean)

IplImageSnakeImage Method (CvPoint, Single, Single, Single, CvSize, CvTermCriteria, Boolean)

OpenCvSharp Class Library

Changes contour position to minimize its energy

Namespace: OpenCvSharp
Assembly: OpenCvSharp (in OpenCvSharp.dll) Version: 1.0.0.0 (1.0.0.0)

Syntax

public void SnakeImage(
	CvPoint[] points,
	float[] alpha,
	float[] beta,
	float[] gamma,
	CvSize win,
	CvTermCriteria criteria,
	bool calcGradient
)

Public Sub SnakeImage ( 
	points As CvPoint(),
	alpha As Single(),
	beta As Single(),
	gamma As Single(),
	win As CvSize,
	criteria As CvTermCriteria,
	calcGradient As Boolean
)

public:
void SnakeImage(
	array<CvPoint>^ points, 
	array<float>^ alpha, 
	array<float>^ beta, 
	array<float>^ gamma, 
	CvSize win, 
	CvTermCriteria criteria, 
	bool calcGradient
)

member SnakeImage : 
        points : CvPoint[] * 
        alpha : float32[] * 
        beta : float32[] * 
        gamma : float32[] * 
        win : CvSize * 
        criteria : CvTermCriteria * 
        calcGradient : bool -> unit

Parameters

points: Type: OpenCvSharpCvPoint
Contour points (snake).
alpha: Type: SystemSingle
Weights of continuity energy, single float or array of length floats, one per each contour point.
beta: Type: SystemSingle
Weights of curvature energy, similar to alpha.
gamma: Type: SystemSingle
Weights of image energy, similar to alpha.
win: Type: OpenCvSharpCvSize
Size of neighborhood of every point used to search the minimum, both win.width and win.height must be odd.
criteria: Type: OpenCvSharpCvTermCriteria
Termination criteria.
calcGradient: Type: SystemBoolean
Gradient flag. If true, the function calculates gradient magnitude for every image pixel and consideres it as the energy field, otherwise the input image itself is considered.

Reference

IplImage Class

SnakeImage Overload

OpenCvSharp Namespace