Stats

Full 24 hour period
DateEventsShortestLongestAverageDown Time
2026-05-141112054816721.5%
2026-05-131104066519825.2%
2026-05-121136069020226.4%
2026-05-111083055020325.4%
2026-05-091112052519625.2%
2026-05-081222247918726.3%
2026-05-071123068519425.1%
2026-05-061112663521427.6%
2026-05-051043943619523.4%
2026-05-04872948019419.5%

Basic stats give per day seconds of crossing down and percentage of the day the barrier is down (subject to the mentioned limits)

Between 7 and 23 hours
DateEventsShortestLongestAverageDown Time
2026-05-14922054816825.3%
2026-05-13934066519529.7%
2026-05-12966069020432.0%
2026-05-11923055019729.6%
2026-05-09922052520430.6%
2026-05-081022247919131.8%
2026-05-07933068519730.0%
2026-05-06932660921532.6%
2026-05-05903943618527.3%
2026-05-04762948019324.0%
Between 23 and 7 hours
DateEventsShortestLongestAverageDown Time
2026-05-14242527915611.6%
2026-05-13229035920413.9%
2026-05-12228540519213.0%
2026-05-111912539524414.3%
2026-05-0919253501579.2%
2026-05-08267631517413.9%
2026-05-07228448019813.5%
2026-05-062312563521415.2%
2026-05-051715040426213.8%
2026-05-0412944052158.0%

I'm open to ideas on other useful stuff - histogram plots of operation against time of day might be interesting

Anyone interested in turning crossing up and down times into some interesting stats - feel free to get in touch

If you want to play with raw data, it's here. Each crossing operation gets a row entry, the first column is when a signal goes green (crossing down), the second is both signals red again (crossing up). Time is Unix time stamp (seconds since 1970)