This repository was archived by the owner on Jan 1, 2020. It is now read-only.

Description
I'm trying to represent data from an AOL microscope in NWB. It supports acquiring data directly from defined ROIs (which may be points, line segments, planes or volumes). I was thus thinking that using RoiResponseSeries within a Fluorescence interface would be most appropriate for storing the recordings, having defined the ROIs within ImageSegmentation with reference to an initial Z stack acquisition. However, the RoiResponseSeries only allows a single value per ROI per time point, so cannot store the full data from a 1d, 2d or 3d ROI, only a summary such as mean.
Is this deliberate, or was this kind of imaging just not anticipated?
Would I be better storing the data within /acquisition/timeseries, using a separate TwoPhotonSeries group for each ROI and channel?