Download and Read Brazilian Meteorological Data from INMET

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Documentation for package ‘rmet’ version 0.4.0

• DESCRIPTION file.
• User guides, package vignettes and other documentation.
• Package NEWS.

Help Pages

as.data.frame.rmet_data	Classes of rmet data
inmet_anomaly	Anomalies relative to the climatological normal
inmet_as_sf	Convert stations or data to spatial points
inmet_availability	Which stations and periods are in the cached archives
inmet_cache_clear	Clear the rmet cache
inmet_cache_dir	Default cache directory of rmet
inmet_cache_status	Inspect downloaded INMET archives
inmet_completeness	Data completeness by station and period
inmet_convert_radiation	Convert units of solar radiation
inmet_daily	Daily summaries of hourly INMET data
inmet_derive	Derived hourly variables
inmet_design_et0	Design reference evapotranspiration
inmet_download	Download INMET historical data archives
inmet_et0	Reference evapotranspiration
inmet_extract	Extract INMET archives
inmet_fill	Fill short gaps in hourly or daily data
inmet_get	Download and read INMET data in one call
inmet_indices	Climate indices from daily data
inmet_interpolate	Interpolate station values to other locations
inmet_monthly	Monthly summaries of daily INMET data
inmet_nearest	Find the stations closest to locations
inmet_normals	Climatological normals
inmet_pet_thornthwaite	Potential evapotranspiration by Thornthwaite
inmet_qc	Quality control of hourly INMET data
inmet_read	Read cached INMET historical data
inmet_spi	Standardized Precipitation Index
inmet_stations	Search the INMET automatic-station catalogue
inmet_stations_within	Stations inside an area
inmet_timezone	Local time zone of Brazilian stations
inmet_water_balance	Climatological water balance
plot.rmet_data	Classes of rmet data
print.rmet_data	Classes of rmet data
print.summary.rmet_data	Classes of rmet data
rmet-classes	Classes of rmet data
rmet_example	Hourly weather data from INMET station A801 (Porto Alegre), 2023
summary.rmet_data	Classes of rmet data