Spatial Backends Creating and Saving Models with Geometry Fields Creating and Saving Models with Raster Fields Spatial Lookups Distance Queries Compatibility Tables GeoDjango Forms API Field arguments Exceptions GDAL API Overview Vector Data Source Objects OGR Geometries Coordinate System Objects Raster Data Objects Settings Exceptions Geolocation with GeoIP Example GeoIP Settings GeoIP API GeoIP for OGC geometries and raster data. Extensions to Django’s ORM for querying and manipulating spatial data. Loosely-coupled, high-level Python interfaces for GIS geometry and raster operations and data manipulation

like location-based services. Its features include: • Django model fields for OGC geometries and raster data. • Extensions to Django’s ORM for querying and manipulating spatial data. 6.5. contrib packages Release 1.11.30.dev20200305075726 • Loosely-coupled, high-level Python interfaces for GIS geometry and raster operations and data manipulation in different formats. • Editing geometry fields from the admin libgeoip1: for GeoIP support • python-gdal for GDAL’s own Python bindings – includes interfaces for raster manipulation Please also consult platform-specific instructions if you are on macOS or Windows.

Spatial Backends Creating and Saving Models with Geometry Fields Creating and Saving Models with Raster Fields Spatial Lookups Distance Queries Compatibility Tables GeoDjango Forms API Field arguments Exceptions GDAL API Overview Vector Data Source Objects OGR Geometries Coordinate System Objects Raster Data Objects Settings Geolocation with GeoIP Example GeoIP Settings GeoIP API GeoIP Methods Geolocation for OGC geometries and raster data. Extensions to Django’s ORM for querying and manipulating spatial data. Loosely-coupled, high-level Python interfaces for GIS geometry and raster operations and data manipulation

OGC geometries and raster data. • Extensions to Django’s ORM for querying and manipulating spatial data. • Loosely-coupled, high-level Python interfaces for GIS geometry and raster operations and data libgeoip1: for GeoIP support • python-gdal for GDAL’s own Python bindings – includes interfaces for raster manipulation Please also consult platform-specific instructions if you are on Mac OS X or Windows GDAL is an excellent open source geospatial library that has support for reading most vector and raster spatial data 1 The datum shifting files are needed for converting data to and from certain projections

Spatial Backends Creating and Saving Models with Geometry Fields Creating and Saving Models with Raster Fields Spatial Lookups Distance Queries Compatibility Tables GeoDjango Forms API Field arguments Exceptions GDAL API Overview Vector Data Source Objects OGR Geometries Coordinate System Objects Raster Data Objects Settings Exceptions Geolocation with GeoIP2 Example API Reference Methods Settings org/] geometries and raster data. Extensions to Django’s ORM for querying and manipulating spatial data. Loosely-coupled, high-level Python interfaces for GIS geometry and raster operations and data manipulation

Spatial Backends Creating and Saving Models with Geometry Fields Creating and Saving Models with Raster Fields Spatial Lookups Distance Queries Compatibility Tables GeoDjango Forms API Field arguments Exceptions GDAL API Overview Vector Data Source Objects OGR Geometries Coordinate System Objects Raster Data Objects Settings Exceptions Geolocation with GeoIP2 Example API Reference Methods Settings org/] geometries and raster data. Extensions to Django’s ORM for querying and manipulating spatial data. Loosely-coupled, high-level Python interfaces for GIS geometry and raster operations and data manipulation

Spatial Backends Creating and Saving Models with Geometry Fields Creating and Saving Models with Raster Fields Spatial Lookups Distance Queries Compatibility Tables GeoDjango Forms API Field arguments Exceptions GDAL API Overview Vector Data Source Objects OGR Geometries Coordinate System Objects Raster Data Objects Settings Exceptions Geolocation with GeoIP2 Example API Reference Methods Settings org/] geometries and raster data. Extensions to Django’s ORM for querying and manipulating spatial data. Loosely-coupled, high-level Python interfaces for GIS geometry and raster operations and data manipulation

Spatial Backends Creating and Saving Models with Geometry Fields Creating and Saving Models with Raster Fields Spatial Lookups Distance Queries Compatibility Tables GeoDjango Forms API Field arguments Exceptions GDAL API Overview Vector Data Source Objects OGR Geometries Coordinate System Objects Raster Data Objects Settings Exceptions Geolocation with GeoIP2 Example API Reference Methods Settings for OGC geometries and raster data. Extensions to Django’s ORM for querying and manipulating spatial data. Loosely-coupled, high-level Python interfaces for GIS geometry and raster operations and data manipulation

Spatial Backends Creating and Saving Models with Geometry Fields Creating and Saving Models with Raster Fields Spatial Lookups Distance Queries Compatibility Tables GeoDjango Forms API Field arguments Exceptions GDAL API Overview Vector Data Source Objects OGR Geometries Coordinate System Objects Raster Data Objects Settings Exceptions Geolocation with GeoIP2 Example API Reference Methods Settings for OGC geometries and raster data. Extensions to Django’s ORM for querying and manipulating spatial data. Loosely-coupled, high-level Python interfaces for GIS geometry and raster operations and data manipulation

Spatial Backends Creating and Saving Models with Geometry Fields Creating and Saving Models with Raster Fields Spatial Lookups Distance Queries Compatibility Tables GeoDjango Forms API Field arguments Exceptions GDAL API Overview Vector Data Source Objects OGR Geometries Coordinate System Objects Raster Data Objects Settings Exceptions Geolocation with GeoIP2 Example API Reference Methods Settings for OGC geometries and raster data. Extensions to Django’s ORM for querying and manipulating spatial data. Loosely-coupled, high-level Python interfaces for GIS geometry and raster operations and data manipulation