Version 1.10.1

Changed

• Python service lib updated to 3.13.

Commits

DAS-2466: Migrate regridding service to python 3.13 (#55)

Version 1.10.0

Changed

• Add configuration for SPL3SMP, SPL3SMP_E, SPL3SMA, and SPL3FTA to support root-level dimensions.

Commits

DAS-2368: Add configuration for SMAP L3 to support root-level dimensions (#53)

Version 1.9.1

Changed

• Changed internal handling of logging to ensure all logs are included with appropriate metadata when running as a harmony service.

Commits

DAS-2382: Improve internal logging handling. (#47)

Version 1.9.0

Added

• Configuration fix the metadata in TEMPO_CLDO4_L3 files, allowing them to be regridded.

Commits

DAS-2426 Update varinfo config to handle TEMPO_CLDO4_L3 files (#49)

Version 1.8.0

Changed

• Changes how implicit grids are determined. To determine the limits of an implicit grid in geographic space, each cell center and all four corners are transformed from the projected space into longitude, latitude and those values are used to determine the limits of the output grid, preventing an accidental cut off of the grid cell edges. Previously, only cell centers were used.

Commits

DAS-2382 implicit grids computation uses entire grid cell area (#44)

Version 1.7.1

Changed

• No user facing changes.
  • Updates GitHub workflow actions to allow correct release note extraction.

Commits

DAS: Upgrade GitHub actions to fix release extraction script (#42)

Version 1.7.0

Changed

• Python dependency updates.
• Changes service exceptions to throw Harmony No Retry errors for cases that will not be resolved by a retry.

Version 1.6.0

Changed

• Unprocessable variables are excluded from output. These include any string
  variable or any variable configured for exclusion via earthata-varinfo's
  ExcludedScienceVariables.

Version 1.5.0

Changed

• Source files that have grid_mapping values pointing to variables will have
  those variables removed in the output file as they are no longer valid.

Version 1.4.0

Changed

• Implicit grids are now determined by their source grid information.

  • This includes multiple target areas for collections that have multiple
    horizontal grids (polar and global for example). The target grid areas are
    determined by the min/max values of the source data's longitude and
    latitude values of their cell centers. The geographic resolution, width or
    height of a gridcell in degrees is estimated by converting the projected
    cell width or height from meters to degrees using the circumference of the
    Earth using the WGS84 equatorial radius of 6,378,137 meters. This
    resolution will be adjusted so that there are an integer number of columns
    and rows in the target grid.