applies a mean curvature flow filter to image.
specifies the amount of curvature flow time t to be applied.
applies the curvature flow with a modified conductance term parametrized by k.
- Curvature flow filtering is an anisotropic diffusion method used for smoothing images while preserving edges. It effectively spreads the curvature along a contour, thereby rounding corners and reducing the Euclidean length of contours.
- CurvatureFlowFilter implements a Euclidean shortening filter.
- CurvatureFlowFilter works on 2D grayscale or multichannel images, operating on each channel separately.
- The diffusion in a curvature flow filter runs parallel to the image contours. Diffusion perpendicular to the contours is omitted in order to preserve edges.
- The effect of CurvatureFlowFilter does not depend on the overall normalization of the image values.
- The conductance parameter k can take any positive value. The default value k=∞ renders the unmodified curvature flow filter.
- CurvatureFlowFilter[image] is equivalent to CurvatureFlowFilter[image,1,∞].
- CurvatureFlowFilter applies the partial differential equation with the contour curvature to every image channel .
- In CurvatureFlowFilter[image,t], t parametrizes the evolution of the curvature flow and thereby the spatial range of the filter.
- If a parameter k is supplied, the curvature flow with a modified conductance term is used.