“…Using the output of the algorithm, we calculated the event-triggered average: (ie, the average of all segments of one signal aligned to the time of events in another signal) of 50 random examples of strong SWDs (distance to support vector of >1 to 2), moderate SWDs (>0.5 to 1), weak SWDs (>0 to 0.5), weak nonSWDs (<0 to −0.5), moderate nonSWDs (<−0.5 to −1), and strong non-SWDs (<−1 to −2), and 50 random locations not identified by our algorithm to delta (0.5-4 Hz), theta (6-9 Hz), sigma (10)(11)(12)(13)(14), and gamma (25-100 Hz) power surrounding each event during lights-on and lights-off periods. Using the output of the algorithm, we calculated the event-triggered average: (ie, the average of all segments of one signal aligned to the time of events in another signal) of 50 random examples of strong SWDs (distance to support vector of >1 to 2), moderate SWDs (>0.5 to 1), weak SWDs (>0 to 0.5), weak nonSWDs (<0 to −0.5), moderate nonSWDs (<−0.5 to −1), and strong non-SWDs (<−1 to −2), and 50 random locations not identified by our algorithm to delta (0.5-4 Hz), theta (6-9 Hz), sigma (10)(11)(12)(13)(14), and gamma (25-100 Hz) power surrounding each event during lights-on and lights-off periods.…”