The PointCollection type exposes the following methods.
Methods
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Member | Description | |
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![]() ![]() | BoundingRectangle(array<PointF>[]()[][]) |
Find the bounding rectangle for the specific array of points
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![]() ![]() | ConvexHull(array<PointF>[]()[][], MemStorage, ORIENTATION) |
Finds convex hull of 2D point set using Sklansky's algorithm
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![]() ![]() | EllipseLeastSquareFitting(array<PointF>[]()[][]) |
Fit an ellipse to the points collection
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![]() ![]() | GeneratePointCloud(Ellipse, Int32) |
Generate a random point cloud around the ellipse.
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![]() ![]() | Line2DFitting(array<PointF>[]()[][], DIST_TYPE, PointF%, PointF%) |
Fit a line to the points collection
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![]() ![]() | MinAreaRect(array<PointF>[]()[][]) |
Find the bounding rectangle for the specific array of points
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![]() ![]() | MinEnclosingCircle(array<PointF>[]()[][]) |
Find the minimum enclosing circle for the specific array of points
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![]() ![]() | PolyLine(array<Point>[]()[][], Boolean) |
convert a series of System.Drawing.Point to LineSegment2D
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![]() ![]() | PolyLine(array<PointF>[]()[][], Boolean) |
convert a series of points to LineSegment2D
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![]() ![]() | ReprojectImageTo3D(Image<(Of <<'(Gray, Byte>)>>), Matrix<(Of <<'(Double>)>>)) |
Reproject pixels on a 1-channel disparity map to array of 3D points.
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![]() ![]() | ReprojectImageTo3D(Image<(Of <<'(Gray, Int16>)>>), Matrix<(Of <<'(Double>)>>)) |
Reproject pixels on a 1-channel disparity map to array of 3D points.
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