geopy/geopy

Features

• Geocoding Services - Converts human-readable addresses or landmarks into latitude and longitude coordinates using various web services.
• Geocoding Libraries - Provides a comprehensive set of tools for converting human-readable addresses to geographic coordinates and vice versa via third-party services.
• Reverse Geocoding - Translates geographic coordinates into human-readable administrative names or street addresses.
• Reverse Geocoding Services - Turns geographic latitude and longitude coordinates back into human-readable street addresses via external providers.
• Geocoding API Clients - Implements specialized Python interfaces for executing asynchronous and throttled requests to multiple external geocoding providers.
• Driver-Based Provider Architectures - Uses a driver-based provider architecture to abstract multiple external geocoding services through a consistent API.
• Geodesic Calculations - Calculates the shortest path distance between two points on the earth's curved surface.
• Coordinate Distance Calculation - Computes the precise distance and shortest path between coordinates using spherical and ellipsoidal models.
• Ellipsoidal Distance Calculations - Computes high-precision distances between coordinates using ellipsoidal earth models.
• Geocoding Converters - Translates human-readable addresses or landmarks into geographic coordinates using web services.
• Bulk Processing - Manages large sets of location lookups with integrated rate limiting and retry logic.
• Asynchronous Geocoding Lookups - Provides non-blocking operations to handle multiple concurrent geolocation lookups efficiently.
• Client-Side Rate Limit Throttling - Implements client-side delay logic to prevent service providers from throttling requests during bulk operations.
• Asynchronous Processing - Utilizes non-blocking Python operations to execute multiple geolocation requests concurrently.
• API Adapters - Maps generic geocoding requests into the specific HTTP parameters and response formats required by different web APIs.
• Asyncio Coroutine Execution - Implements non-blocking I/O operations using Python's asyncio coroutines for concurrent network requests.
• Request Rate Limiting - Includes built-in mechanisms to manage outgoing API call frequency and implement retries to prevent service provider throttling.
• Geolocation - Geocoding toolbox.
• Geospatial Tools - Geocoding toolbox.
• Specialized Data Utilities - Geocoding addresses and calculating distances.
• Python Geospatial Libraries - Provides a client for geocoding web services.

Star history