bblocks-places 0.0.1

Resolve and standardize places and work with political and geographic groupings

bblocks-places

Resolve and standardize places and work with political and geographic groupings

Working with country data can be tedious. One source calls it “South Korea” another says “Republic of Korea” a third uses “KOR” — and suddenly your analysis breaks and you spend hours manually standardizing all the names. These inconsistencies are common in cross-geographic datasets and can lead to data cleaning headaches, merge errors, or misleading conclusions.

bblocks-places eliminates this hassle by offering a simple, reliable interface to resolve, standardize, and work with country, region, and other place names.

Key features:

• Disambiguate and standardize free-text country names (e.g. "Ivory Coast" → “Côte d’Ivoire”)
• Convert between place formats like ISO codes and official names
• Filter and retrieve countries by attributes like region, income group, or UN membership
• Customize resolution logic with your own concordance or override mappings

Built on top of Google's Data Commons, an open knowledge graph integrating public data from the UN, World Bank, and more. bblocks-places is part of the bblocks ecosystem, a set of Python packages designed as building blocks for working with data in the international development and humanitarian sectors.

Read the documentation for more details on how to use the package and the motivation for its creation.

Installation

The package can be installed in various ways.

pip install bblocks-places

Or install the main bblocks package with an extra:

pip install bblocks[places]

Usage

Import the package and start resolving places:

from bblocks import places

Lets start with a very simple example. Say we have a list of countries with non standard names

countries = ["zimbabwe", " Italy ", "USA", "Cote d'ivoire"]

We can easily resolve these names to a standard format such as ISO3 codes

resolved_countries = places.resolve_places(countries, to_type="iso3_code")

print(resolved_countries)
# Output:
# ['ZWE', 'ITA', 'USA', 'CIV']

This works with pandas DataFrames too.

import pandas as pd

df = pd.DataFrame({"country": countries})

# Add the ISO3 codes to the DataFrame
df["iso3_code"] = places.resolve_places(df["country"], to_type="iso3_code")

print(df)
# Output:
#       country         iso3_code
# 0     zimbabwe        ZWE
# 1     Italy           ITA
# 2     USA             USA
# 3     Cote d'ivoire   CIV

Filter places

Let's say that we are only interested in countries in Africa. It is easy to filter our countries with the filter_places function.

african_countries = places.filter_places(countries,
                                         filters={"region": "Africa"})

print(african_countries)
# Output:
# ['zimbabwe', "Cote d'ivoire"]

Get places

We don't always want to resolve or standardize places. Sometimes we simple want to know what places belong to a particular category. For example we might want to know what countries in Africa are classified as upper income

ui_africa = places.get_places(filters={"region": "Africa", 
                                       "income_level": ["Upper middle income", 
                                                        "High income"]}, 
                              place_format="name_short"
                              )

print(ui_africa)
# Output:
# ['Algeria', 'Botswana', 'Equatorial Guinea', 'Gabon', 'Libya',
# 'Mauritius', 'Namibia', 'Seychelles', 'South Africa']

Visit the documentation page for the full package documentation and examples.

Contributing

Contributions are welcome! Please see the CONTRIBUTING.md file for details on how to get started, report bugs, fix issues, and submit enhancements.