In practice, users are classifying nuclei using the 3D viewer which uses the raw SPIM image as input, not the pre-processed NPZ needed for the 2D viewer.
To save disk space and reduce processing delays, we should skip production of NPZ for nucleic regions. These are slower and larger because the region of interest is usually substantially larger (nearly full-frame) compared to the synaptic regions.
In practice, users are classifying nuclei using the 3D viewer which uses the raw SPIM image as input, not the pre-processed NPZ needed for the 2D viewer.
To save disk space and reduce processing delays, we should skip production of NPZ for nucleic regions. These are slower and larger because the region of interest is usually substantially larger (nearly full-frame) compared to the synaptic regions.