0.2.0

Changes in 0.2.0

• Enhanced the function bbox_overlap so that it can handle bounding boxes crossing
  the antimeridian
• Added new class method GridMapping.regular_from_bbox, which allows creating a
  regular grid mapping directly from a bounding box, spatial resolution, and CRS.
• Added new function utils.resolution_meters_to_degrees which converts spatial
  resolution from meters to degrees in latitude and longitude at a given geographic
  latitude.
  • 1 degree of latitude ≈ 111,320 meters (constant approximation).
  • 1 degree of longitude ≈ 111,320 * cos(latitude) meters.
• Bug fix: fixed grid mapping creation for irregular grids with decreasing longitude
  along axis 1.
• Added xcube_resampling.resample_in_time which allows to resample a dataset along
  the time axis. It supports up- and down-sampling.
• Renamed the parameter recover_nans to prevent_nan_propagations, which can be
  a boolean or a mapping (from variable name or dtype to boolean) that, when True,
  prevents NaN propagation during upsampling or interpolation.

0.1.1

Changes in 0.1.1

• Improved xcube_resampling.utils.clip_dataset_by_bbox to support datasets with
  2D coordinates. This function is also used internally by
  xcube_resampling.rectify.rectify_dataset.
• Added reproject_bbox, a utility to reproject a bounding box from one CRS to another.
• Added bbox_overlap, a utility that computes the fraction of the source bounding box
  overlapped by the target bounding box.

0.1.0

Changes in 0.1.0

• Added algorithm for affine transformation. (#4)
• Added algorithm for rectification of non-regular grids. (#4)
• Added algorithm for reprojection to a different coordinate reference system (CRS).
  (#4)
• Introduced main function resample_in_space, which dynamically selects the
  appropriate resampling algorithm based on the input dataset. (#4)
• Added initial unit tests to verify core functionality. (#4)
• Introduced a new unified keyword argument interp_method that supports values 0,
  1, "nearest", "triangular", and "bilinear". This argument applies
  consistently across all three resampling algorithms, simplifying usage and
  improving API consistency. (#8)
• Documentation added, which is available at
  https://xcube-dev.github.io/xcube-resampling/. (#10)