See also the Plumatic documentation in the source code repository.
The algorithm first checks prioritet 2, 3, and 4 from the specification and applies the correpsonding flag modifications. After that, the sliding aggregation check is performed, excluding any periods with data matching discarded_*flags.
Beyond the standard configuration options detailed in the user guide, the following options are available for Plumatic.
| Option | Default | Description |
|---|---|---|
| highsingle_flagchange | fs=8,fmis=2 | flags to set if a “high single” is detected (prioritet 2 in the specification) |
| highstart_flagchange | fs=8,fmis=2 | flags to set if a “high start” is detected (prioritet 3 in the specification) |
| interruptedrain_flagchange | fs=8,fmis=2 | flags to set if a “rain interruption” is detected (prioritet 4 in the specification) |
| aggregation_flagchange | fr=9 | flags to set if a sliding aggregation exceeds a threshold (prioritet 1 in the specification) |
| discarded_cflags | fr=9|fs=8|fmis=2 | specify which rows shall be regarded as “bad” and excluded from further tests |
| discarded_uflags | no constraint | |
| stations | — | resolutions and station ids, see below |
| sliding_alarms | — | periods (in minutes) and precipitation thresholds for sliding aggregation test, see below |
This parameter contains a resolution in mm-per-tipping, and a list of stations. Example:
stations = 0.1:3015,3019,3030;0.2:200,1220,2840,3030,3190,3290,3810
This list should not be written manually, but using the script stinfosys-vipp-pluviometer.pl which extracts the station list from stinfosys. This script uses stinfosys to determine which sensors deliver RR_01 and which resolution these sensors have. Therefore it is important to register the sensors in stinfosys. The script uses a SQL query similar to this one:
SELECT si.stationid, em.description FROM sensor_info AS si, equipment AS eq, equipmentmodel AS em
WHERE em.description LIKE '%unit_resolution=mm per vipp%'
AND paramid = 105
AND em.modelname = eq.modelname AND si.equipmentid = eq.equipmentid
AND ((si.totime IS NULL AND si.fromtime <= now())
OR (si.totime IS NOT NULL AND now() BETWEEN si.fromtime AND em.totime))
ORDER BY si.stationid
This option describes the duration and threshold for the sliding aggregation tests. The format is like this:
sliding_alarms = 2<8.1;3<11.9;5<16.2;10<25.6;15<27.3;20<34.4;30<42.0;45<49.1;60<54.9;90<56.7;180<60.8;360<83.3;720<144.1;1440<159.7
The durations must be increasing.