About to release 1.11

Author: forman

CHANGES.md

@@ -1,29 +1,28 @@
-## Changes in 1.10.1 (in development)
+## Changes in 1.11.0
 
-### Enhancements
-
-* Introduced a more efficient and robust approach for dataset reprojection:
+This release is fully dedicated to a more efficient and robust approach 
+for dataset reprojection:
 
-  * **New method:** Added `xcube.core.resampling.reproject_dataset`, a high-performance 
-    alternative to `xcube.core.resampling.resample_in_space` for reprojecting datasets
-    to different coordinate reference systems (CRS).
+* **New method:** Added `xcube.core.resampling.reproject_dataset`, a high-performance 
+  alternative to `xcube.core.resampling.resample_in_space` for reprojecting datasets
+  to different coordinate reference systems (CRS).
 
-  * **Recommended usage:** Ideal for reprojection between regular grids. It improves 
-   computational efficiency and simplifies the reprojection process.
-   It is not addressing _rectification_ from irregular to regular grids (e.g., Sentinel-3).
+* **Recommended usage:** Ideal for reprojection between regular grids. It improves 
+ computational efficiency and simplifies the reprojection process.
+ It is not addressing _rectification_ from irregular to regular grids (e.g., Sentinel-3).
 
-  * **Validation:** The notebook `examples/notebook/resampling/reproject_esa_cci_landcover_new_method.ipynb`
-    shows that `reproject_dataset` and `resample_in_space` produce nearly identical
-    results when reprojecting to a different CRS, with only negligible differences.
+* **Validation:** The notebook `examples/notebook/resampling/reproject_esa_cci_landcover_new_method.ipynb`
+  shows that `reproject_dataset` and `resample_in_space` produce nearly identical
+  results when reprojecting to a different CRS, with only negligible differences.
 
-  * **Backward compatibility:** `resample_in_space` remains available to preserve
-    compatibility with existing services. Once `reproject_dataset` proves stable in 
-    production use, it may be integrated into `resample_in_space`.
+* **Backward compatibility:** `resample_in_space` remains available to preserve
+  compatibility with existing services. Once `reproject_dataset` proves stable in 
+  production use, it may be integrated into `resample_in_space`.
 
-  * **Technical context:** `resample_in_space` currently uses either affine transforms 
-    or the [Spatial Rectification Algorithm](https://xcube.readthedocs.io/en/latest/rectify.html#spatial-rectification-algorithm),
-    which is specialized for non-regular 2D grids (e.g., Sentinel-3). While applicable 
-    to regular grid reprojection, the algorithm is unnecessarily complex for such cases.
+* **Technical context:** `resample_in_space` currently uses either affine transforms 
+  or the [Spatial Rectification Algorithm](https://xcube.readthedocs.io/en/latest/rectify.html#spatial-rectification-algorithm),
+  which is specialized for non-regular 2D grids (e.g., Sentinel-3). While applicable 
+  to regular grid reprojection, the algorithm is unnecessarily complex for such cases.
 
 
 ## Changes in 1.10.0

xcube/version.py

@@ -2,4 +2,4 @@
 # Permissions are hereby granted under the terms of the MIT License:
 # https://opensource.org/licenses/MIT.
 
-version = "1.10.1.dev0"
+version = "1.11.0"