Pinto et al, 2022. Behavioral data in the accumulating-towers task with optogenetic inactivation of 9 sets of cortical regions during six different trial epochs

Hdf5 file containing a python dictionary with multiple arrays, the majority of them of length N where N is the number of behavioral trials, concatenated across mice and behavioral sessions. 

'choice',  # N-element array of 0s and 1s indicating left or right choice, respectively
'cueOnset_L',  # N-element array with arrays of left-tower onset times in sec for each trial, where t = 0 is trial start
'cueOnset_R',  # N-element array with arrays of right-tower onset times in sec for each trial, where t = 0 is trial start
'cuePos_L',  # N-element array with arrays of left-tower positions in cm. Towers appear when the mouse is 10 cm away from them
'cuePos_R',  # N-element array with arrays of right-tower positions in cm. Towers appear when the mouse is 10 cm away from them
'epochList',  # list of unique inactivation epochs. See referenced paper for details
'inactLocationList', # list of unique inactivation locations. See referenced paper for details
'laserEpoch', # N-element array with per-trial inactivation epoch
'laserEpoch_yposRange', # N-element array with [start end] position of laser inactivation in cm
'laserON', # N-element boolean array, True indicates laser inactivation trial
'loclbl', # N-element array with per-trial inactivation location
'mouseID',  # N-element array with mouse number IDs
'nCues_RminusL', # N-element array with overall \Delta towers (#R - #L) for each trial
'pos', # N-element array with arrays indicating [x y theta] position for each time point in the trial. Theta is virtual view angle
'sessionID', # N-element array with unique session IDs per mouse
'time', # N-element array with arrays of time stamps in sec for each trial
'trialType', # N-element array of 0s and 1s indicating left or right trial (i.e. in which side the reward is), respectively
'viewAngle_byYpos', # N-element array with theta by position
'ypos_vals', # vector of y positions in cm used to calculate viewAngle_byYpos
'leftCode',  # convention -- value used to indicate left side (= 0)
'rightCode' # convention -- value used to indicate right side (= 1)