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ggwindrose() (see #72):
ggplot2::coord_radial() instead of
ggplot2::coord_polar().stack_reverse for changing the order of
the stacks on each petal.>= 3.5.0 as a consequence of migrating to
ggplot2::coord_radial().aemet_munic updated to January 2025.aemet_forecast_fires() now uses
terra::combineLevels() (terra >=
1.8-10).aemet_alerts() to get current meteorological alerts
issued by AEMET.aemet_alert_zones() to obtain the
zoning defined by AEMET for the alerts.aemet_forecast_fires() to get a SpatRaster
with the forecast of risk level of wildfires.httr2::req_timeout().aemet_forecast_beaches() and
aemet_beaches() (#54).progress = TRUE in most functions.?climaemet::aemet_api_key (#53).dms2decdegrees_2().aemet_munic with January 2024 data.aemet_monthly_period(extract_metadata = TRUE) honor
the start and end parameters.extract_metadata = TRUE (#40).aemet_stations() result is cached temporarily on
tempdir(), avoiding unneeded API calls.aemet_munic dataset.scales to Suggests.aemet_forecast_daily()aemet_forecast_tidy()aemet_forecast_hourly()aemet_forecast_vars_available()get_data_aemet()/get_metadata_aemet() to
support more endpoints.vignette("extending-climaemet").ggclimat_walter_lieth() (#35).apikey parameter has been deprecated on all the
functions. Now the API Key is globally managed via an environment
variable: see aemet_api_key().tibble format.return_sf would return
sf objects instead of tibble objects.
sf(>= 0.9) required, listed on
‘Suggests’ so it is not strictly required.verbose, to check
results.aemet_last_obs() now is vectorized and it can also
retrieve all the stations at a glance with
station = "all"aemet_last_obs() now is vectorized and it can also
retrieve all the stations at a glance with
station = "all"aemet_daily_clim() now is vectorized and it can also
retrieve all the stations at a glance with
station = "all"get_metadata_aemet().ggclimat_walter_lieth(). This function is
now the default for climatogram_* functions (experimental).
Old behavior can be reproduced with options
ggplot2 = FALSE.verbose and
...). Now it is possible to pass colors to the plotting
functions.climaemet_9434_climatogram,
climaemet_9434_temp, climaemet_9434_wind.hcl.colors() (base
R)ggstripes_station() to
climatestripes_station().climatogram_normal(). New function to plot a Walter
& Lieth climatic diagram from normal climatology values.climatogram_period(). New function to plot a Walter
& Lieth climatic diagram for a specified time period.ggwindrose(). New function to plot windrose
diagram.windrose_days(). New function to plot a windrose
(speed/direction) diagram of a station over a days period.windrose_period(). New function to plot a windrose
(speed/direction) diagram of a station over a time period.These binaries (installable software) and packages are in development.
They may not be fully stable and should be used with caution. We make no claims about them.