Changelog

Version 0.1.4

  • Updates to documentation

  • Adding extra function for loading rainfall files load_rain_file_flanders

  • Code refactoring: moving rain-related functionalities into separate module

  • Bug fix in maximum_intensity_interpolate

Version 0.1.3

  • New energy functions from McGregor (1995) and Brown & Foster (1987) implemented.

  • Enable to feed custom energy functions to compute_erosivity.

  • Name changes in available intensity functions.

  • Updates to documentation.

  • Add support for Python 3.10, 3.11 and 3.12

Version 0.1.2

  • Small updates to documentation

  • Improved warning/errors

  • Added lightweight `compute_diagnostics that computes diagnostics for input rainfall timeseries, see 1f0a7f5.

  • Fix pandas warnings: - Use pandas assign to create new columns. - Use pandas concat instead of pandas append.

Version 0.1.1

  • Cleaned up data-files avaible in repo.

  • Included test for maximum_intensity_matlab_clone function and updated tests.

Version 0.1.0

  • Matlab code is translated to Python.

  • Two major bugs in the Matlab code are fixed.

  • Added Matlab code legacy.

Version 0.0.2

New version that avoids the need to define an independent file providing the links to all input data files needed to analyse the R-factor.

Previous functionalities are preserved, and work in the same way:

  • Compute the erosivity and R-factor values based on rainfall input data.

  • Analyse the computed erosivity and R-factor values (for Flanders).

Version 0.0.1

  • Implemented R-factor Python processing functions.

  • Implemented Python wrapper for KULeuven compute R-factor Matlab script.

  • Implemented use of Octave to run Matlab scripts.

  • Set-up package.

  • Added examples and test data.

  • Added test