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To give more options for object classification while maintaining the installability of apoc, it might make sense to setup a second ObjectClassfier, that uses internally the regionprops from SimpleITK.
We could then classify objects accorind to their
maximum
mean
median
minimum
sigma
sum
variance
bbox
centroid_0
elongation
feret_diameter
flatness
roundness
equivalent_ellipsoid_diameter_0
equivalent_ellipsoid_diameter_1
equivalent_spherical_perimeter
equivalent_spherical_radius
number_of_pixels
number_of_pixels_on_border
perimeter
perimeter_on_border
perimeter_on_border_ratio
principal_axes0
principal_axes1
principal_axes2
principal_axes3
principal_moments0
principal_moments1
We could alternatively build this in optionally in the existing object classifier. The user-interface in napari may need a major redesign for this.
To give more options for object classification while maintaining the installability of apoc, it might make sense to setup a second ObjectClassfier, that uses internally the regionprops from SimpleITK.
We could then classify objects accorind to their
We could alternatively build this in optionally in the existing object classifier. The user-interface in napari may need a major redesign for this.
See also:
https://github.com/haesleinhuepf/napari-simpleitk-image-processing/blob/main/src/napari_simpleitk_image_processing/_simpleitk_image_processing.py#L789
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