Neural activity data (dF/F calcium responses of all neurons). 

Data are organized in folders by mouse identifier number, as defined in the manuscript. (NM: Naive Mouse; M: Mouse). Each data file corresponds to a single session.

Description of data structure:

roiData is a MATLAB cell array, where each cell is a structure containing experiment metadata as well as neural timecourse data for one experimental condition.

Each roiData structure is divided into two fields: signal and caseStructure

roiData{condition}.signal.roi.roiList  : This is a list of the cell ID numbers stimulated in this condition (corresponding to order in roiData.signal.centroids).

roiData{condition}.signal.roiDFoF_TotalPopulation_perTrial_NaNartifact  : This contains deltaF/F timecourse data for every neuron in the volume, for each trial. Optogenetic stimulation artifacts are replaced by NaN.

roiData{condition}.signal.centroids  : List of each cell's x,y,z position (z : optical plane position relative to top slice in microns; note that optical slices are actually tilted in the volume, and thus neuron positions are within the listed z value and 65 um deeper).

roiData{condition}.caseStructure.descriptor  : Summary descrition of the contrast, optogenetic stimulation condition (Tuned = 1, Laminar-specific probe ensemble or random ensemble = 2, No Stimulation = 0), and Target condition (Target/0deg = 1, Distractor/90deg = 0).

roiData{condition}.caseStructure.contrast  : Visual stimulus contrast.

roiData{condition}.caseStructure.stim  : optogenetic stimulation condition (Tuned = 1, Laminar-specific probe ensemble or random ensemble = 2, No Stimulation = 0), and Target condition (Target/0deg = 1, Distractor/90deg = 0).

roiData{condition}.caseStructure.target  : Target/0deg = 1, Distractor/90deg = 0.

roiData{condition}.caseStructure.error  : Behavioral errors (1 = error; 0 = no error) of behavioral discrimination for each trial (corresponds to order of data in roiData.signal.roiDFoM_TotalPopulation_perTrial_NaNartifact). Note, error fields are irrelevant for Naive mice.