Helper functions for identifying and manipulating Coordinate Reference Systems.
Helper functions for identifying and manipulating Coordinate Reference Systems.
Working with geohashes.
Working with geohashes.
Working with H3.
Working with H3.
Helper functions for converting JTS geometries to and from various geospatial IO formats (geojson, wkt, wkb).
Helper functions for converting JTS geometries to and from various geospatial IO formats (geojson, wkt, wkb).
Wrapper for the locationtech JTS spatial library. Constructors for points, coordinate sequences, rings, polygons, multipolygons, and so on.
Wrapper for the locationtech JTS spatial library. Constructors for points, coordinate sequences, rings, polygons, multipolygons, and so on.
Polygon operations: primarily intersection testing, point-contains, polygon->edges, bounding boxes, normal vectors, linear coordinates, bisections, box intersections, bounded-space partitioning, and so on.
Polygon operations: primarily intersection testing, point-contains, polygon->edges, bounding boxes, normal vectors, linear coordinates, bisections, box intersections, bounded-space partitioning, and so on.
Provides common interfaces for working with spatial objects and geodesics. All units are in meters/radians/steradians unless otherwise specified. Provides static spatial contexts for the earth, and some constants like the earth's radii and circumferences, along with points like the poles.
Defines protocols for unified access to Points and Shapes, to allow different geometry libraries to interoperate.
Basic utility functions for unit conversion; e.g. degrees<->radians.
Functions for computing earth radii, surface distances, and surface areas.
Constructors for shapes like bounding-boxes and circles, and utility functions over shapes for their heights, centers, areas, etc. Can also compute relationships between shapes: their intersections, contains, disjoint statuses, etc.
Provides common interfaces for working with spatial objects and geodesics. All units are in meters/radians/steradians unless otherwise specified. Provides static spatial contexts for the earth, and some constants like the earth's radii and circumferences, along with points like the poles. Defines protocols for unified access to Points and Shapes, to allow different geometry libraries to interoperate. Basic utility functions for unit conversion; e.g. degrees<->radians. Functions for computing earth radii, surface distances, and surface areas. Constructors for shapes like bounding-boxes and circles, and utility functions over shapes for their heights, centers, areas, etc. Can also compute relationships between shapes: their intersections, contains, disjoint statuses, etc.
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