Interface FoundPointSO

All Known Subinterfaces:
DetectDescribePoint<T,Desc>, InterestPointDetector<T>
All Known Implementing Classes:
CompleteSift_DetectDescribe, DetectDescribeConvertTuple, DetectDescribeFusion, DetectDescribePointAbstract, FastToInterestPoint, GeneralToInterestPoint, InterestPointDetectorAbstract, InterestPointDetectorOverride, Surf_DetectDescribe, Surf_DetectDescribe_MT, SurfPlanar_to_DetectDescribe, WrapFHtoInterestPoint, WrapFLPtoInterestPoint, WrapFPtoInterestPoint, WrapSiftDetector

public interface FoundPointSO
List of detected features that are invariant to scale and in-plane rotation. PointSO is short for Point Scale-Orientation.
  • Method Summary

    Modifier and Type
    Method
    Description
    getLocation(int featureIndex)
    The center location of the feature inside the image.
    int
    Returns the number of interest points found.
    double
    getOrientation(int featureIndex)
    Returns the features found orientation.
    double
    getRadius(int featureIndex)
    Returns the detected object's circular radius
  • Method Details

    • getNumberOfFeatures

      int getNumberOfFeatures()
      Returns the number of interest points found.
      Returns:
      Number of interest points.
    • getLocation

      Point2D_F64 getLocation(int featureIndex)

      The center location of the feature inside the image.

      WARNING: Do not save the returned reference, copy instead. The returned point can be recycled each time this function is called.

      Parameters:
      featureIndex - The feature's index.
      Returns:
      Location of the feature in image pixels.
    • getRadius

      double getRadius(int featureIndex)

      Returns the detected object's circular radius

      Parameters:
      featureIndex - Feature whose radius is being requested.
      Returns:
      Object's radius
    • getOrientation

      double getOrientation(int featureIndex)
      Returns the features found orientation.
      Parameters:
      featureIndex - Feature whose
      Returns:
      Orientation in radians.