2. METcalcpy 1.0.0 Release Notes
When applicable, release notes are followed by the GitHub issue number which describes the bugfix, enhancement, or new feature: METcalcpy GitHub issues.
2.1. Version 1.0.0 release notes (2021-05-11)
2.1.1. Version 1.0.0 release notes (20210511)
New Functionality:
Add calculations for Space-time Coherence Spectra from NOAA PSL Diagnostics Package (#29)
Utilize METdbload .stat file reader utilities to allow METcalcpy to read these files (#31)
Utilize METdbload .stat file reader utilities to allow METcalcpy to read these files (#31)
Create a template for reading in a data file (of raw data) and create a data file reader (#7)
Add new ECNT stats to aggregation logic (#69)
Implement a method that returns specified column values (#73)
Support for GridDiag analysis (#53)
Calculation of CTC stats added: LODDS, ODDS, ORSS, SEDI, SEDS, EDI, EDS stats to the ctc_statistics module** (#60)
Compute pairwise differences for “group” statistics (#13)
Add equivalence testing interval bounds to the existing continuous line type. Two fields are added:lower bound and upper bound (similar to calculating a normal confidence interval except it requires using the non-central t-distribution (#1)
Add calculation for Difficulty Index from NRL (#88)
Enhance bootstrapping to support circular temporal block bootstrap with overlapping blocks (#3)
- Add equivalence testing interval bounds to the existing continuous line type. Two fields are added:
lower bound and upper bound (similar to calculating a normal confidence interval except it requires using the non-central t-distribution (#1)
Add calculation for Difficulty Index from NRL (#30)
Create coordinate converter for [0,360] to [-180,180] (#21)
Add calculations used for Hovmoller Diagram, as contributed from the NOAA PSL diagnostics package (#28)
Create a method for creating series permutations that creates results consistent with R (#44)
Add calculation for Difficulty Index from NRL** (#30)
Create coordinate converter for [0,360] to [-180,180] (#21)
Enhancements:
Documentation added (#6)
Replicate METviewer Reliability diagram using Python (#48)
Provide support for performing vertical interpolation of fields between grids with pressure and height coordinates (#20)
Incorporate the calculation of the Difficulty Index from Naval Research Lab (#27)
Internal:
Rename boot Confidence Interval’s (CI) columns (#79)
Initial design for data input logic to be used by METplotpy and METviewer (#8)
UML diagram of design for data input logic (#64)
Developer tests are working (#65)
Fix typo in setup.py (#43)
Confirm that Event Equalization for off-setting initialization is still working (#16)
Move convert_lons_indices() function from plot_blocking.py to utils.py in METcalcpy (#33)
Fix a typo (misspelling of package name) in code that creates packaging (#43)
Move convert_lons_indices() function from plot_blocking.py to utils.py in METcalcpy (#33)
Bugfixes:
Fix event equalization and agg_stat logic (#52)
Fix the No-Skill reference line on Reliability Plot implemented in Python (#26)
Fix the calculation of ECNT_RMSE statistic so the Python and R implementations are consistent (#42)
Change the default setting of calc_difficulty_index to reproduce results originally generated from Naval Research Lab (#37)
Fix the No-Skill reference line on Reliability Plot implemented in Python (#26)
Fix the calculation of ECNT_RMSE statistic so the Python and R implementations are consistent (#42)
Change the default setting of calc_difficulty_index to reproduce results originally generated from Naval Research Lab (#37)
Fix event equalization and agg_stat logic (#52)