Get data for acoustic receivers, with options to filter results.
Arguments
- connection
A connection to the ETN database. Defaults to
con.- receiver_id
Character (vector). One or more receiver identifiers.
- status
Character. One or more statuses, e.g.
availableorbroken.
Value
A tibble with acoustic receiver data, sorted by receiver_id. See
also
field definitions.
Values for owner_organization will only be visible if you are member of
the group.
Examples
# Set default connection variable
con <- connect_to_etn()
# Get all acoustic receivers
get_acoustic_receivers(con)
#> # A tibble: 13,336 × 23
#> receiver_id manufacturer receiver_model receiver_serial_number modem_address
#> <chr> <chr> <chr> <chr> <chr>
#> 1 ADTT-3 THELMA BIOT… ADTT 3 NA
#> 2 ADTT-4 THELMA BIOT… ADTT 4 NA
#> 3 ADTT-LP-7-3… THELMA BIOT… ADTT LP-7-3-3 NA
#> 4 ADTT-LP-7-3… THELMA BIOT… ADTT LP-7-3-4 NA
#> 5 AMAR-197 INNOVASEA AMAR 197 NA
#> 6 AMAR-388 INNOVASEA AMAR 388 NA
#> 7 AMAR-404 INNOVASEA AMAR 404 NA
#> 8 AQUAMEASURE… INNOVASEA AQUAMEASURE D… 670285 NA
#> 9 AQUAMEASURE… INNOVASEA AQUAMEASURE D… 670286 NA
#> 10 AQUAMEASURE… INNOVASEA AQUAMEASURE D… 670287 NA
#> # ℹ 13,326 more rows
#> # ℹ 18 more variables: status <chr>, battery_estimated_life <chr>,
#> # owner_organization <chr>, financing_project <chr>,
#> # built_in_acoustic_tag_id <chr>, ar_model <chr>, ar_serial_number <chr>,
#> # ar_battery_estimated_life <chr>, ar_voltage_at_deploy <chr>,
#> # ar_interrogate_code <chr>, ar_receive_frequency <chr>,
#> # ar_reply_frequency <chr>, ar_ping_rate <chr>, …
# Get lost and broken acoustic receivers
get_acoustic_receivers(con, status = c("lost", "broken"))
#> # A tibble: 309 × 23
#> receiver_id manufacturer receiver_model receiver_serial_number modem_address
#> <chr> <chr> <chr> <chr> <chr>
#> 1 HR2-180K-10… INNOVASEA HR2-180K-100-… 461210 NA
#> 2 NEXTRAK-800… INNOVASEA NA 800392 NA
#> 3 TBR 800 REL… THELMA BIOT… TBR 800 RELEA… 2597 NA
#> 4 TBR700-0011… THELMA BIOT… TBR700 001195 NA
#> 5 TBR700-0011… THELMA BIOT… TBR700 001197 NA
#> 6 TBR700-0017… THELMA BIOT… TBR700 001768 NA
#> 7 TBR700-158 THELMA BIOT… NA 158 NA
#> 8 TBR700-558 THELMA BIOT… NA 558 NA
#> 9 TBR700-720 THELMA BIOT… NA 720 NA
#> 10 TBR700-722 THELMA BIOT… NA 722 NA
#> # ℹ 299 more rows
#> # ℹ 18 more variables: status <chr>, battery_estimated_life <chr>,
#> # owner_organization <chr>, financing_project <chr>,
#> # built_in_acoustic_tag_id <chr>, ar_model <chr>, ar_serial_number <chr>,
#> # ar_battery_estimated_life <chr>, ar_voltage_at_deploy <chr>,
#> # ar_interrogate_code <chr>, ar_receive_frequency <chr>,
#> # ar_reply_frequency <chr>, ar_ping_rate <chr>, …
# Get a specific acoustic receiver
get_acoustic_receivers(con, receiver_id = "VR2W-124070")
#> # A tibble: 1 × 23
#> receiver_id manufacturer receiver_model receiver_serial_number modem_address
#> <chr> <chr> <chr> <chr> <chr>
#> 1 VR2W-124070 INNOVASEA VR2W 124070 NA
#> # ℹ 18 more variables: status <chr>, battery_estimated_life <chr>,
#> # owner_organization <chr>, financing_project <chr>,
#> # built_in_acoustic_tag_id <chr>, ar_model <chr>, ar_serial_number <chr>,
#> # ar_battery_estimated_life <chr>, ar_voltage_at_deploy <chr>,
#> # ar_interrogate_code <chr>, ar_receive_frequency <chr>,
#> # ar_reply_frequency <chr>, ar_ping_rate <chr>, ar_enable_code_address <chr>,
#> # ar_release_code <chr>, ar_disable_code <chr>, ar_tilt_code <chr>, …