The getStorm() function extracts a specific storm object
from a stormsList object.
Usage
getStorm(sts, name, season = NULL)
# S4 method for class 'stormsList'
getStorm(sts, name, season = NULL)Arguments
- sts
stormsList- name
character. Name of the storm to extract.
- season
numeric vector. Seasons of occurrence of the storms (e.g., c(2020,2022)). In the Southern Hemisphere, the cyclone season extends across two consecutive years. Therefore, to capture the 2021 to 2022 cyclone season both years should be specified, with cyclones assigned for the year #' that originated in. By default all storms occurring since 1980 are extracted.
Examples
#Creating a stormsDataset
# \donttest{
sds <- defStormsDataset()
#> Warning: No basin argument specified. StormR will work as expected
#> but cannot use basin filtering for speed-up when collecting data
#> === Loading data ===
#> Open database... /home/runner/work/_temp/Library/StormR/extdata/test_dataset.nc opened
#> Collecting data ...
#> === DONE ===
#Getting storm track data for all storms near New Caledonia
sts <- defStormsList(sds=sds, loi = "New Caledonia")
#> === Storms processing ... ===
#>
#> -> Making buffer: Done
#> -> Searching storms from 2015 to 2021 ...
#> -> Identifying Storms: 9 potential candidates...
#> -> Gathering storm(s) ...
#>
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#>
#> === DONE with run time 0.5390866 sec ===
#>
#> SUMMARY:
#> (*) LOI: New Caledonia
#> (*) Buffer size: 300 km
#> (*) Number of storms: 7
#> Name - Tropical season - Scale - Number of observation within buffer:
#> PAM - 2015 - 6 - 5
#> SOLO - 2015 - 1 - 15
#> ULA - 2016 - 5 - 9
#> UESI - 2020 - 2 - 16
#> GRETEL - 2020 - 2 - 11
#> LUCAS - 2021 - 2 - 16
#> NIRAN - 2021 - 6 - 10
#>
#Getting `storm` for the tropical cyclone Niran
st <- getStorm(sts, name = "NIRAN")
# }