The hardware and bandwidth for this mirror is donated by METANET, the Webhosting and Full Service-Cloud Provider.
If you wish to report a bug, or if you are interested in having us mirror your free-software or open-source project, please feel free to contact us at mirror[@]metanet.ch.
fipio is a lightweight package that makes it easy to get information about a US FIPS code.
You can install the released version of fipio from CRAN with:
or the development version with pak or remotes:
# Using `pak`
pak::pkg_install("program--/fipio")
# Using `remotes`
remotes::install_github("program--/fipio")fipio makes it easy to get information about a US FIPS code. Let’s answer a few questions that might come up if you have a FIPS code:
fip <- "37129"
# What state is `37129` in?
fipio::fips_state(fip)
#> [1] "North Carolina"
# Alternatively, you can use the state FIPS code by itself
fipio::fips_state("37")
#> [1] "North Carolina"
# What about the state abbreviation?
fipio::fips_abbr(fip)
#> [1] "NC"
# What county is `37129`?
fipio::fips_county(fip)
#> [1] "New Hanover"
# It'd be nice to have this all in a data.frame...
fipio::fips_metadata(fip)
#> state_region state_division feature_code state_name state_abbr
#> 1 3 5 1026329 North Carolina NC
#> name fip_class tiger_class combined_area_code metropolitan_area_code
#> 1 New Hanover H1 G4020 NA <NA>
#> functional_status land_area water_area fip_code
#> 1 A 497937486 353803887 37129
# And the metadata for the state by itself...
fipio::fips_metadata("37")
#> state_region state_division feature_code state_name state_abbr
#> 1 3 5 1027616 North Carolina NC
#> name fip_class tiger_class combined_area_code
#> 1 North Carolina <NA> G4000 NA
#> metropolitan_area_code functional_status land_area water_area fip_code
#> 1 <NA> A 125933327733 13456093195 37sffipio also includes functions that support geometry for FIPS codes. This requires sfheaders at the very least to get an sf-compatible geometry object back.
# I'm doing spatial work, what's the geometry of `37129`?
fipio::fips_geometry(fip)
#> Geometry set for 1 feature
#> Geometry type: MULTIPOLYGON
#> Dimension: XY
#> Bounding box: xmin: -78.02992 ymin: 33.7868 xmax: -77.67528 ymax: 34.38929
#> Geodetic CRS: WGS 84
#> MULTIPOLYGON (((-77.89701 33.7868, -77.8952 33....
# What if I need it with my other metadata?
fipio::fips_metadata(fip, geometry = TRUE)
#> state_region state_division feature_code state_name state_abbr
#> 1 3 5 1026329 North Carolina NC
#> name fip_class tiger_class combined_area_code metropolitan_area_code
#> 1 New Hanover H1 G4020 NA <NA>
#> functional_status land_area water_area geometry
#> 1 A 497937486 353803887 MULTIPOLYGON (((-77.89701 3...
#> fip_code
#> 1 37129fipio functions are inherently vectorized, so you can use them with vectors of FIPS codes easily:
fips <- c("37129", "44001", "48115")
fipio::fips_state(fips)
#> [1] "North Carolina" "Rhode Island" "Texas"
fipio::fips_abbr(fips)
#> [1] "NC" "RI" "TX"
fipio::fips_county(fips)
#> [1] "New Hanover" "Bristol" "Dawson"
fipio::fips_metadata(fips)
#> state_region state_division feature_code state_name state_abbr
#> 1 3 5 1026329 North Carolina NC
#> 2 1 1 1219777 Rhode Island RI
#> 3 3 7 1383843 Texas TX
#> name fip_class tiger_class combined_area_code metropolitan_area_code
#> 1 New Hanover H1 G4020 NA <NA>
#> 2 Bristol H4 G4020 148 <NA>
#> 3 Dawson H1 G4020 NA <NA>
#> functional_status land_area water_area fip_code
#> 1 A 497937486 353803887 37129
#> 2 N 62500772 53359134 44001
#> 3 A 2331781561 4720730 48115
fipio::fips_geometry(fips)
#> Geometry set for 3 features
#> Geometry type: MULTIPOLYGON
#> Dimension: XY
#> Bounding box: xmin: -102.2085 ymin: 32.52327 xmax: -71.20837 ymax: 41.7762
#> Geodetic CRS: WGS 84
#> MULTIPOLYGON (((-77.89701 33.7868, -77.8952 33....
#> MULTIPOLYGON (((-71.33097 41.68696, -71.32372 4...
#> MULTIPOLYGON (((-102.2027 32.52327, -102.1201 3...fipio contains the ability to locate the FIPS code(s) for a set of coordinates (in WGS84/EPSG:4326):
# With a single set of coordinates
fipio::coords_to_fips(x = -119.8696, y = 34.4184)
#> [1] "06083"
# Vectorized
fipio::coords_to_fips(
x = c(-81.4980534549709, -81.1249425046948),
y = c(36.4314781444978, 36.4911893240597)
)
#> [1] "37009" "37005"
# With a `data.frame` or `matrix`
fipio::coords_to_fips(
x = data.frame(
X = c(-81.4980534549709, -81.1249425046948),
Y = c(36.4314781444978, 36.4911893240597)
),
coords = c("X", "Y")
)
#> [1] "37009" "37005"
# With an `sfg` object
fipio::coords_to_fips(
x = sf::st_point(c(-81.4980534549709,
36.4314781444978)),
dim = "XY"
)
#> [1] "37009"
# With an `sf` object
fipio::coords_to_fips(
x = sf::st_as_sf(
data.frame(X = c(-81.4980534549709, -81.1249425046948),
Y = c(36.4314781444978, 36.4911893240597)),
coords = c("X", "Y"),
crs = 4326
)
)
#> [1] "37009" "37005"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.