Changelog for libnco-5_2_4-5.2.4-3.1.x86_64.rpm :

* Fri May 31 2024 Manfred Schwarb - Update to version 5.2.4:
* fully implements the CF lossy metadata convention for all NCO internal quantization algorithms.
* improves ncclimo diagnostics and adds a new invocation synonym (--qnt) for quantization.- Update to version 5.2.3:
* ncclimo now automates the correct options for regional averages of timeseries of subgridscale fields (useful for ELM/CLM).)
* fixes to ncclimo splitter behavior- Update to version 5.2.2:
* introduces a new operator, ncchecker, that checks dataset compliance with a small yet growing number of recommendations.
* ncclimo no longer omits time_bounds from ELM/CLM regional averages.- Update to version 5.2.1:
* fixes an issue with ncremap and ncclimo in MPI mode.
* fix to enables GCC compilation in pedantic mode.- Update to version 5.2.0:
* New features: - All operators append draft CF Convention behavior for metadata to encode lossy compression. - ncclimo timeseries mode now supports all input methods (including automatic filename generation) long-supported by climo mode. - ncremap Make-Weight-File (MWF) mode has been revamped and now support specifiable lists of algorithms. - ncks --s1d now converts CLM/ELM restart files from their native, inscrutable sparse 1-D (S1D) format to normal-looking files, without loss of information.
* various fixes
* Wed Dec 27 2023 Manfred Schwarb - Update to version 5.1.9:
* updates ncremap to employ new TempestRemap weight-generation algorithms, updates ncremap to recognize new names for existing algorithms, changes ncremap\'s default treatment of filling empty areas with missing values, and fixes a long-standing bug with ncra and ncrcat subcycle and interleave options- Update to version 5.1.8:
* recognizes NC_STRING as valid alternatives to NC_CHAR attributes, infers MPAS grids stored in radians when units attributes are not present, and support checks for adherence to NASA DIWG (and CF) recommendations for valid identiers, and for the missing_value attribute
* Tue Aug 01 2023 Manfred Schwarb - Update to version 5.1.7:
* simplifies netCDF codec invocation in ncremap/ncclimo, and fixes two issues with Intel compilers- Update to version 5.1.6:
* further polishes vertical interpolation, further improves NCZarr safety, and fixes minor ncremap issues, improves EAMxx support, adds basic support for regridding Coupler history files, and employs CF Conventions, where possible, on all input files regardless of whether they claim to be CF-compliant.- Update to version 5.1.5:
* polishes the new vertical interpolation capabilities introduced in 5.1.3 and 5.1.4, improves the safety NCZarr operations, and fixes minor ncremap bugs
* Sat Jan 28 2023 Stefan Brüns - Update to version 5.1.4:
* Introduced vertical interpolation for datasets stored on depth/height grids, such as ocean data.
* Also fixed a vexing issue that can occur with certain compilers on AMD hardware.
* Fri Dec 30 2022 Stefan Brüns - Update to version 5.1.3:
* Improved speed of vertical interpolation for fields whose most-rapidly-varying dimension is the vertical (not horizontal).
* Also fixes an issue in using ncremap to invoke the interpolation.- Update to version 5.1.2:
* Improved support for horizontal regridding, vertical interpolation, or both, on ultra high-resolution model output.- Update to version 5.1.1:
* Added features for NCZarr, regridding, and interpolation. All operators now support NCZarr I/O and input filenames via stdin.
* ncremap supports two new vertical extrapolation methods, 1D files, and allows flexible masking based on external fields such sub-gridscale extent.
* ncclimo outputs regional averages.
* Numerous minor fixes improve codec support and regridding control.
* Tue Sep 06 2022 Stefan Brüns - Update to version 5.1.0:
* new netCDF 4.9.0 features for filters and quantization.
* ncremap fix for sub-sub-gridscale regridding- Cleanup spec file