Stats

Full 24 hour period
DateEventsShortestLongestAverageDown Time
2026-03-301002953019923.0%
2026-03-29638041017712.9%
2026-03-28855758020420.0%
2026-03-271123658520526.6%
2026-03-261083047420826.0%
2026-03-251084750418923.6%
2026-03-241054060722026.7%
2026-03-23945769222324.3%
2026-03-22572029615310.1%
2026-03-21811985022721.3%

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
2026-03-30842953020728.4%
2026-03-29618041017517.5%
2026-03-28735758020324.2%
2026-03-27973658520232.1%
2026-03-26923047420530.8%
2026-03-25934750418928.8%
2026-03-24874060722431.8%
2026-03-23855769222731.5%
2026-03-22572029615314.2%
2026-03-21691985023025.9%
Between 23 and 7 hours
DateEventsShortestLongestAverageDown Time
2026-03-30201052351619.9%
2026-03-2921353502421.5%
2026-03-2813954301988.0%
2026-03-27217753020913.6%
2026-03-262110043521513.9%
2026-03-25209541619311.9%
2026-03-24242031518813.9%
2026-03-2314654072129.2%
2026-03-2219090900.3%
2026-03-21177535519110.0%

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)