Pygeoops

Improvements

- Add support to extract different primitive types per geometry in `extract_collection` (57)
- Add `make_valid` with `keep_collapsed` parameter (58)
- Add support for Z/M dimensions geometries in `GeometryType` (63)
- Add support for 0 dim ndarray input (60)
- Improve performance of `difference_all` and `difference_all_tiled` (67)

Bugs fixed

- Fix `collection_extract` and `collect` creating invalid multipolygons in some cases (65)

Improvements

- Add functions `difference_all`, `difference_all_tiled` and `empty` (42, 43, 52)
- Add function `get_primitivetype_id` (43)
- Add function `subdivide` (49)
- Use `simplify` of `shapely` when possible as it is faster (44)

Improvements

- Copy/move geometry utility functions from geofileops to pygeoops (20)
- extended `simplify` function (support for different algorithmns, exclude
points/locations from removal by the simplification)
- grid utility functions: `create_grid`, `split_tiles`
- general geometry utility functions: `collect`, `collection_extract`, `explode`,
`remove_inner_rings`
- Copy/move topologic simplify (preserve common boundaries) from geofilops to pygeoops
(24)
- Add alternative to LANG algorithm ("lang2") that avoids the (large) minimum retained
points in output (30)
- Add support for `GeoSeries` as input and output for functions where this is
appropriate (26)
- Return results in pygeoops as `NDArray[BaseGeometry]` instead of list[BaseGeometry]`
like shapely2 does (25)
- Use ruff as linter instead of flake8 (22)

Deprecations and compatibility notes

- Results are now returned as `NDArray[BaseGeometry]` instead of `list[BaseGeometry]`
like shapely2 does (25)
- Changes in the `create_grid` functions, compared to the geofileops version (28):
- they now return `NDArray[BaseGeometry]` instead of `GeoDataFrame`
- the `crs` parameter has been removed

Improvements

- Cleaner result for polygons ending in rectangular shapes (16)

First version. The following spatial operations are available:

- centerline: calculates the approximate centerline for a polygon (1)
- view_angles: calculates the angles where a geometry can be seen from a viewpoint (7, 9)