Get data for deployments of acoustic receivers, with options to filter results.
Usage
get_acoustic_deployments(
connection = con,
deployment_id = NULL,
receiver_id = NULL,
acoustic_project_code = NULL,
station_name = NULL,
open_only = FALSE
)Arguments
- connection
A connection to the ETN database. Defaults to
con.- deployment_id
Integer (vector). One or more deployment identifiers.
- receiver_id
Character (vector). One or more receiver identifiers.
- acoustic_project_code
Character (vector). One or more acoustic project codes. Case-insensitive.
- station_name
Character (vector). One or more deployment station names.
- open_only
Logical. Restrict deployments to those that are currently open (i.e. no end date defined). Defaults to
FALSE.
Value
A tibble with acoustic deployment data, sorted by
acoustic_project_code, station_name and deploy_date_time. See also
field definitions.
Examples
# Set default connection variable
con <- connect_to_etn()
# Get all acoustic deployments
get_acoustic_deployments(con)
#> # A tibble: 16,016 × 38
#> deployment_id receiver_id acoustic_project_code station_name
#> <int> <chr> <chr> <chr>
#> 1 6660 VR20-2029 2004_Gudena GUD1
#> 2 6670 VR2-3536 2004_Gudena GUD1
#> 3 6661 VR2-1908 2004_Gudena GUD2
#> 4 6671 VR2-1908 2004_Gudena GUD2
#> 5 6680 VR2-2566 2004_Gudena KATNORD
#> 6 6679 VR2-2719 2004_Gudena KATSYD
#> 7 6662 VR2-3538 2004_Gudena RAN1
#> 8 6672 VR2-3538 2004_Gudena RAN1
#> 9 6663 VR2-1909 2004_Gudena RAN2
#> 10 6673 VR2-1909 2004_Gudena RAN2
#> # ℹ 16,006 more rows
#> # ℹ 34 more variables: station_description <chr>, station_manager <chr>,
#> # deploy_date_time <dttm>, deploy_latitude <dbl>, deploy_longitude <dbl>,
#> # intended_latitude <dbl>, intended_longitude <dbl>, mooring_type <chr>,
#> # bottom_depth <chr>, riser_length <chr>, deploy_depth <chr>,
#> # battery_installation_date <dttm>, battery_estimated_end_date <dttm>,
#> # activation_date_time <dttm>, recover_date_time <dttm>, …
# Get specific acoustic deployment
get_acoustic_deployments(con, deployment_id = 1437)
#> # A tibble: 1 × 38
#> deployment_id receiver_id acoustic_project_code station_name
#> <int> <chr> <chr> <chr>
#> 1 1437 VR2W-124070 demer de-9
#> # ℹ 34 more variables: station_description <chr>, station_manager <chr>,
#> # deploy_date_time <dttm>, deploy_latitude <dbl>, deploy_longitude <dbl>,
#> # intended_latitude <dbl>, intended_longitude <dbl>, mooring_type <chr>,
#> # bottom_depth <chr>, riser_length <chr>, deploy_depth <chr>,
#> # battery_installation_date <dttm>, battery_estimated_end_date <dttm>,
#> # activation_date_time <dttm>, recover_date_time <dttm>,
#> # recover_latitude <dbl>, recover_longitude <dbl>, …
# Get acoustic deployments for a specific receiver
get_acoustic_deployments(con, receiver_id = "VR2W-124070")
#> # A tibble: 8 × 38
#> deployment_id receiver_id acoustic_project_code station_name
#> <int> <chr> <chr> <chr>
#> 1 1437 VR2W-124070 demer de-9
#> 2 1588 VR2W-124070 demer de-9
#> 3 1803 VR2W-124070 dijle M-2
#> 4 1804 VR2W-124070 dijle M-2
#> 5 1805 VR2W-124070 dijle M-2
#> 6 1806 VR2W-124070 dijle M-2
#> 7 1807 VR2W-124070 dijle M-2
#> 8 2511 VR2W-124070 dijle M-2
#> # ℹ 34 more variables: station_description <chr>, station_manager <chr>,
#> # deploy_date_time <dttm>, deploy_latitude <dbl>, deploy_longitude <dbl>,
#> # intended_latitude <dbl>, intended_longitude <dbl>, mooring_type <chr>,
#> # bottom_depth <chr>, riser_length <chr>, deploy_depth <chr>,
#> # battery_installation_date <dttm>, battery_estimated_end_date <dttm>,
#> # activation_date_time <dttm>, recover_date_time <dttm>,
#> # recover_latitude <dbl>, recover_longitude <dbl>, …
# Get open acoustic deployments for a specific receiver
get_acoustic_deployments(con, receiver_id = "VR2W-124070", open_only = TRUE)
#> # A tibble: 0 × 38
#> # ℹ 38 variables: deployment_id <int>, receiver_id <chr>,
#> # acoustic_project_code <chr>, station_name <chr>, station_description <chr>,
#> # station_manager <chr>, deploy_date_time <dttm>, deploy_latitude <dbl>,
#> # deploy_longitude <dbl>, intended_latitude <dbl>, intended_longitude <dbl>,
#> # mooring_type <chr>, bottom_depth <chr>, riser_length <chr>,
#> # deploy_depth <chr>, battery_installation_date <dttm>,
#> # battery_estimated_end_date <dttm>, activation_date_time <dttm>, …
# Get acoustic deployments for a specific acoustic project
get_acoustic_deployments(con, acoustic_project_code = "demer")
#> # A tibble: 46 × 38
#> deployment_id receiver_id acoustic_project_code station_name
#> <int> <chr> <chr> <chr>
#> 1 1424 VR2W-122350 demer de-1
#> 2 1658 VR2W-122345 demer de-2
#> 3 1478 VR2W-122325 demer de-2
#> 4 1661 VR2W-122344 demer de-3
#> 5 1381 VR2W-122339 demer de-3
#> 6 2869 VR2W-122339 demer de-3
#> 7 1662 VR2W-122323 demer de-4
#> 8 1425 VR2W-122337 demer de-5
#> 9 1663 VR2W-122341 demer de-6
#> 10 1378 VR2W-122320 demer de-7
#> # ℹ 36 more rows
#> # ℹ 34 more variables: station_description <chr>, station_manager <chr>,
#> # deploy_date_time <dttm>, deploy_latitude <dbl>, deploy_longitude <dbl>,
#> # intended_latitude <dbl>, intended_longitude <dbl>, mooring_type <chr>,
#> # bottom_depth <chr>, riser_length <chr>, deploy_depth <chr>,
#> # battery_installation_date <dttm>, battery_estimated_end_date <dttm>,
#> # activation_date_time <dttm>, recover_date_time <dttm>, …
# Get acoustic deployments for two specific stations
get_acoustic_deployments(con, station_name = c("de-9", "de-10"))
#> # A tibble: 3 × 38
#> deployment_id receiver_id acoustic_project_code station_name
#> <int> <chr> <chr> <chr>
#> 1 1437 VR2W-124070 demer de-9
#> 2 1588 VR2W-124070 demer de-9
#> 3 1428 VR2W-124078 demer de-10
#> # ℹ 34 more variables: station_description <chr>, station_manager <chr>,
#> # deploy_date_time <dttm>, deploy_latitude <dbl>, deploy_longitude <dbl>,
#> # intended_latitude <dbl>, intended_longitude <dbl>, mooring_type <chr>,
#> # bottom_depth <chr>, riser_length <chr>, deploy_depth <chr>,
#> # battery_installation_date <dttm>, battery_estimated_end_date <dttm>,
#> # activation_date_time <dttm>, recover_date_time <dttm>,
#> # recover_latitude <dbl>, recover_longitude <dbl>, …