Distance Maps
Algorithms computing geodesic metrics on binary images.
- DistanceMap2d: Computes the distance map of objects in a two-dimensional binary image.
- DistanceMap3d: Computes the distance map of objects in a three-dimensional binary image.
- EuclideanDistanceMap3d: Computes the Euclidean distance map of objects in a three-dimensional binary image.
- EuclideanDistanceMap2d: Computes the Euclidean distance map of objects in a two-dimensional binary or label image.
- GeodesicDistanceMap: Computes a Chamfer distance map considering a mask of forbidden areas.
- ClosestBoundaryPoints2d: Computes the Chamfer distance map of the background of a two-dimensional image and the coordinates of the associated boundary points.
- ClosestBoundaryPoints3d: Computes the Chamfer distance map of the background of a three-dimensional image and the coordinates of the associated boundary points.
- TimeMap: Computes the shortest travel time in the objects of a binary image considering the weights given by an intensity image.
- LocalThicknessMap3d: Computes a voxel-wise thickness of three-dimensional objects.
- GeodesicPropagation2d: Performs a geodesic propagation on a two-dimensional binary image.
- GeodesicMaxima: Extracts the geodesic diameter of the particles from a geodesic propagation image.
- GeodesicMinima: Extracts the geodesic radius of the particles from a geodesic propagation image.
For an introduction: section Geodesic Transformations.
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