Telluric

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0.3.0

===========================

New features
------------

* New class :py:class:`~telluric.features.GeoFeatureWithRaster` that extends
:py:class:`~telluric.features.GeoFeature`.

0.2.1

===========================

Bug fixes
---------

* Retrieve mask in a safer way in :py:meth:`telluric.georaster.GeoRaster2.save` (136)
* Fix affine calculation in :py:meth:`telluric.georaster.GeoRaster2.get_tile` (137)
* Convert dimensions to ints (140)
* Masking areas outside the window in
:py:meth:`telluric.georaster.GeoRaster2.get_window` (141)
* :py:func:`telluric.georaster.merge_all` does not crash for resolution
in ROI units (143, 146)
* Limit rasterio version to <1.0.3
* Add LICENSE into the MANIFEST (147)

0.2.0

===========================

New features
------------

* Slicing a :py:class:`~telluric.collections.FeatureCollection` now returns a
:code:`FeatureCollection` (29, 32)
* Rasterization methods can now accept multiple fill values to produce nonbinary
images (34)
* :py:meth:`telluric.collections.FileCollection.save` now saves types
better (20, 36)
* Merging functions and :py:meth:`telluric.georaster.GeoRaster2.empty_from_roi`
now support more ways to define the raster extent (39, 57)
* Added utilities to convert to Cloud Optimized GeoTIFF (COG) and reproject
files on disk (45, 87)
* Raster data can be converted from/to different floating point formats thanks
to enhancements in :py:meth:`telluric.georaster.GeoRaster2.astype` (33, 66)
* Added new method :py:meth:`telluric.georaster.GeoRaster2.colorize` to colorize
a band of a raster for visualization purposes (81)
* Collections now have experimental "groupby/dissolve" functionality inspired
by pandas and GeoPandas (77, 98)
* Add a :py:data:`telluric.georaster.PixelStrategy` enum with a new mode that
allows the user to produce the "metadata" of a merge process (68, 91)
* :py:meth:`telluric.vectors.GeoVector.rasterize` can now accept a custom output
CRS (125)
* A new argument was added to the :py:class:`~telluric.vectors.GeoVector` constructor
for disabling arguments validity checking (126)
* Unnecessary CRS equality checking in
:py:meth:`telluric.vectors.GeoVector.get_shape` was removed for performance
reasons (127)

Deprecations and removals
-------------------------

* Rasterization methods no longer support specifying a "nodata" value, and
an appropriate nodata value will be generated
depending on the fill value(s) (28, 34)
* Properties in the sense of the GeoJSON standard are now called "properties"
instead of "attributes" for consistency (84)
* Non georeferenced raster data is no longer supported (although we are considering
re adding it under some restrictions) (64, 74)
* It is not required for collections to be reprojected to output CRS for
rasterization with `fill_value` (125)

Bug fixes
---------

* :py:meth:`telluric.vectors.GeoVector.from_record` now treats
:code:`None` values properly (37, 38)
* :py:class:`~telluric.georaster.GeoRaster2` methods and functions work with
non isotropic resolution (39)
* Cropping now behaves correctly with rasterio 1.0.0 (44, 46)
* Crop size is now correctly computed for rasters in WGS84 (61, 62)
* Fix rasterio 1.0.0 warnings regarding CRS comparison (64, 74)
* :py:func:`telluric.georaster.merge_all` now is order independent and produces
consistent results in all situations (65, 62)
* :py:class:`~telluric.georaster.GeoRaster2` methods and functions work with
rasters with positive y scale (76, 78)
* :py:meth:`telluric.georaster.GeoRaster2.save` with default arguments does not
crash for small rasters anymore (16, 53)
* :py:meth:`telluric.collections.FileCollection.save` does not have side effects
on heterogeneous collections anymore (19, 24)
* Fix rasterization of points with default arguments (9)

0.1.0

===========================

Initial release 🎉

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