Currently the sample and live data table only has an absolute pressure column. The Davis logger currently logs relative pressure there and the UI generally refers to it as relative pressure. I'm unsure what wh1080d logs.
Davis stations can supply absolute pressure (via LOOP2 packets) and #131 will add support for it. This means that this naming thing really needs to be fixed.
[x] Add mean_sea_level_pressure columns to the sample and live data tables
[x] Adjust davis logger to log relative pressure to the mean_sea_level_pressure column
[x] Adjust weather-push
[x] Adjust web UI
[x] Adjust server
[x] weather-plot
[x] Adjust desktop client
[x] Adjust WOW updater
[ ] Adjust anything else currently dealing with pressure data
[ ] Adjust davis logger to no longer log anything to the absolute pressure column in the DB for samples.
[ ] Deploy new versions of everything everywhere (fremont, hamilton, sandy-bay)
[ ] Move data for all davis stations from the existing absolute pressure column to the new relative pressure column (because thats what it is)
This probably needs to wait for the current bugs in weather-push (like #4) to be fixed so it can be deployed to the Hamilton-SandyBay link as all components of the current zxweather deployment will need upgrading together.
Currently the sample and live data table only has an absolute pressure column. The Davis logger currently logs relative pressure there and the UI generally refers to it as relative pressure. I'm unsure what wh1080d logs.
Davis stations can supply absolute pressure (via LOOP2 packets) and #131 will add support for it. This means that this naming thing really needs to be fixed.
This probably needs to wait for the current bugs in weather-push (like #4) to be fixed so it can be deployed to the Hamilton-SandyBay link as all components of the current zxweather deployment will need upgrading together.