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Access the Google Data Commons API V2. Data Commons provides programmatic access to statistical and demographic data from dozens of sources organized in a knowledge graph.
You can install datacommons from CRAN via:
install.packages("datacommons")You can install the development version of datacommons
from GitHub with:
# install.packages("pak")
pak::pak("tidy-intelligence/r-datacommons"):bulb: A detailed walkthrough of census data analysis using
datacommonsis available in the corresponding vignette.
Load the package:
library(datacommons)Get a free API key for Data Commons here. Set
the Data Commons API key as the DATACOMMONS_API_KEY
environment variable using the helper function and restart your R
session to load the key:
dc_set_api_key("YOUR_API_KEY")If you want to use a custom
Data Commons instance, then you can also set the
DATACOMMONS_BASE_URL environment varibale on the project or
global level:
dc_set_base_url("YOUR_BASE_URL")Get a data frame with US population data from World Development Indicators:
country_level <- dc_get_observations(
date = "all",
variable_dcids = "Count_Person",
entity_dcids = "country/USA",
return_type = "data.frame",
filter_facet_ids = "18369491376878146239"
)
head(country_level, 5)
#> entity_dcid entity_name variable_dcid variable_name date value
#> 1 country/USA United States Count_Person Total population 1960 180671000
#> 2 country/USA United States Count_Person Total population 1961 183691000
#> 3 country/USA United States Count_Person Total population 1962 186538000
#> 4 country/USA United States Count_Person Total population 1963 189242000
#> 5 country/USA United States Count_Person Total population 1964 191889000
#> facet_id facet_name
#> 1 18369491376878146239 WorldDevelopmentIndicators
#> 2 18369491376878146239 WorldDevelopmentIndicators
#> 3 18369491376878146239 WorldDevelopmentIndicators
#> 4 18369491376878146239 WorldDevelopmentIndicators
#> 5 18369491376878146239 WorldDevelopmentIndicatorsIf you want to get different population numbers from the US Census on the state level:
state_level <- dc_get_observations(
variable_dcids = "Count_Person",
date = 2021,
parent_entity = "country/USA",
entity_type = "State",
return_type = "data.frame",
filter_facet_ids = "8912910856362438925"
)
head(state_level, 5)
#> entity_dcid entity_name variable_dcid variable_name date value
#> 1 geoId/01 Alabama Count_Person Total population 2021 5039877
#> 2 geoId/02 Alaska Count_Person Total population 2021 732673
#> 3 geoId/04 Arizona Count_Person Total population 2021 7276316
#> 4 geoId/05 Arkansas Count_Person Total population 2021 3025891
#> 5 geoId/06 California Count_Person Total population 2021 39237836
#> facet_id facet_name
#> 1 8912910856362438925 USCensusPEP_Annual_Population
#> 2 8912910856362438925 USCensusPEP_Annual_Population
#> 3 8912910856362438925 USCensusPEP_Annual_Population
#> 4 8912910856362438925 USCensusPEP_Annual_Population
#> 5 8912910856362438925 USCensusPEP_Annual_PopulationContributions to datacommons are welcome! If you’d like
to contribute, please follow these steps:
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.
Health stats visible at Monitor.