hm_obs_elab.RdGet the data corresponding to elaborate observations of a hydrometric station
hm_obs_elab(
code_entite,
date_debut,
date_fin,
grandeur_hydro_elab = "QmJ",
variables = c("code_site", "code_station", "date_obs_elab", "resultat_obs_elab",
"grandeur_hydro_elab")
)the station/entity code
the type of hydrometric value ("QmJ" -default- for average daily discharge or "QmM" for average monthly discharge)
the list of variables to get as response. Defaults to c("code_site","code_station","date_obs_elab","grandeur_hydro_elab").
hm_obs_elab("K340081001",date_debut="2015-12-15",date_fin="2016-01-27")
#> # A tibble: 44 × 5
#> code_site code_station date_obs_elab resultat_obs_elab grandeur_hydro_elab
#> <chr> <chr> <date> <dbl> <chr>
#> 1 K3400810 K340081001 2015-12-15 36449 QmJ
#> 2 K3400810 K340081001 2015-12-16 35541 QmJ
#> 3 K3400810 K340081001 2015-12-17 35237 QmJ
#> 4 K3400810 K340081001 2015-12-18 34664 QmJ
#> 5 K3400810 K340081001 2015-12-19 36544 QmJ
#> 6 K3400810 K340081001 2015-12-20 36248 QmJ
#> 7 K3400810 K340081001 2015-12-21 32784 QmJ
#> 8 K3400810 K340081001 2015-12-22 34636 QmJ
#> 9 K3400810 K340081001 2015-12-23 32586 QmJ
#> 10 K3400810 K340081001 2015-12-24 32113 QmJ
#> # … with 34 more rows
hm_obs_elab("Y251002001",date_debut="2015-12-15",date_fin="2016-01-27")
#> # A tibble: 44 × 5
#> code_site code_station date_obs_elab resultat_obs_elab grandeur_hydro_elab
#> <chr> <chr> <date> <dbl> <chr>
#> 1 Y2510020 Y251002001 2015-12-15 9260 QmJ
#> 2 Y2510020 Y251002001 2015-12-16 8776 QmJ
#> 3 Y2510020 Y251002001 2015-12-17 8745 QmJ
#> 4 Y2510020 Y251002001 2015-12-18 8502 QmJ
#> 5 Y2510020 Y251002001 2015-12-19 8478 QmJ
#> 6 Y2510020 Y251002001 2015-12-20 8524 QmJ
#> 7 Y2510020 Y251002001 2015-12-21 8562 QmJ
#> 8 Y2510020 Y251002001 2015-12-22 8652 QmJ
#> 9 Y2510020 Y251002001 2015-12-23 8322 QmJ
#> 10 Y2510020 Y251002001 2015-12-24 8220 QmJ
#> # … with 34 more rows