The censusxy
package is designed to provide easy and efficient access
to the U.S. Census Bureau Batch
Geocoder in R
. The
package offers a batch solution for address geocoding (as opposed to
packages like censusr
,
which provide functionality for a single address at a time). censusxy
has also been developed specifically with large data sets in mind - only
unique addresses are passed to the API for geocoding. If a data set
exceeds 1,000 unique addresses, it will be automatically subset into
appropriately sized API calls, geocoded, and then put back together so
that a single object is returned.
You should check the sf
package
website and the censusxy
package
website for the latest details
on installing dependencies for that package. Instructions vary
significantly by operating system. For best results, have sf
installed
before you install censusxy
. Other dependencies, like dplyr
, will be
installed automatically with censusxy
if they are not already present.
Once sf
is installed, the easiest way to get censusxy
is to install
it from CRAN:
install.packages("censusxy")
Alternatively, the development version of censusxy
can be accessed
from GitHub with remotes
:
# install.packages("remotes")
remotes::install_github("slu-openGIS/censusxy")
The censusxy
package contains two data sets, stl_homicides
(n =
1,812) and stl_homicides_small
(n = 24), that can be used to
demonstrate the functionality of the package. The stl_homicides_small
data is included specifically for quick experimentation, as its small
sample size ensures an expedient response from the API.
To test censusxy
’s functionality, load the package and either of the
sample data sets:
library(censusxy)
data <- stl_homicides
There are two possible variable configurations (minimal
and full
,
specified using the style
argument), and two possible output types
(tibble
and sf
, specified using the output
argument):
homicide_sf <- cxy_geocode(data, address = street_address, city = city, state = state,
style = "minimal", output = "sf")
If you request an sf
object, you easily preview the results with the
mapview
package:
> mapview::mapview(homicide_sf)
Please note that this project is released with a Contributor Code of Conduct. By participating in this project you agree to abide by its terms.