View source: R/read_intermediate_region.R
| read_intermediate_region | R Documentation |
The intermediate Geographic Areas are part of the geographic division of Brazil created in 2017 by IBGE. These regions were created to replace the "Meso Regions" division. Data at scale 1:250,000, using Geodetic reference system "SIRGAS2000" and CRS(4674)
read_intermediate_region(
code_intermediate = "all",
year = 2019,
simplified = TRUE,
showProgress = TRUE,
cache = TRUE
)
code_intermediate |
4-digit code of an intermediate region. If the
two-digit code or a two-letter uppercase abbreviation of a state is
passed, (e.g. 33 or "RJ") the function will load all intermediate
regions of that state. If |
year |
Numeric. Year of the data in YYYY format. Defaults to |
simplified |
Logic |
showProgress |
Logical. Defaults to |
cache |
Logical. Whether the function should read the data cached
locally, which is faster. Defaults to |
An "sf" "data.frame" object
Other area functions:
read_amazon(),
read_biomes(),
read_capitals(),
read_comparable_areas(),
read_country(),
read_disaster_risk_area(),
read_health_facilities(),
read_health_region(),
read_immediate_region(),
read_indigenous_land(),
read_meso_region(),
read_metro_area(),
read_micro_region(),
read_municipal_seat(),
read_municipality(),
read_neighborhood(),
read_pop_arrangements(),
read_region(),
read_schools(),
read_semiarid(),
read_state(),
read_statistical_grid(),
read_urban_area(),
read_urban_concentrations(),
read_weighting_area()
# Read an specific intermediate region
im <- read_intermediate_region(code_intermediate=1202)
# Read intermediate regions of a state
im <- read_intermediate_region(code_intermediate=12)
im <- read_intermediate_region(code_intermediate="AM")
# Read all intermediate regions of the country
im <- read_intermediate_region()
im <- read_intermediate_region(code_intermediate="all")
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