gFlex version 1.2.0

Major improvements (as determined by AW)

• Updated for Python 3, and now, Python 3.10+
• Updated build and configuration for current standards
• argparse for CLI
• Update testing and CI: Travis --> GitHub actions
• Overall professional cleaning of code by @mcflugen

What's Changed

• Update repository for newer Pythons, packaging standards by @mcflugen in #44

New Contributors

• @mcflugen made their first contribution in #44

Full Changelog: v1.1.1...v1.2.0

gFlex version 1.1.1

• Updated PyPI support: twine upload, README.md
• Throw meaningful error if a nonuniform self.Te grid is used with the analytical solution

gFlex version 1.1.0

• Support for both Python 2 and Python 3
  • Main code
  • Examples
  • README.md updates
  • PATH updates in
• Code tests included
• Code testing on commit by Travis
• Updated on PyPI

gFlex version 1.0.1

Final Python 2 (only) release
Additional documentation added

gFlex version 1.0.0

This is the update is what is available now from pypi.

• Minor updates to the main gFlex codes
• Addition of a missing "12" in the flexural wavelength calculator in the utilities.

gFlex Version 1.0

First full release of gFlex in association with the now-accepted GMD paper, "Open-source modular solutions for flexural isostasy: gFlex v1.0", by A. D. Wickert.

gFlex version 0.9

Release submitted to GMD and that appears on PyPI; this is the same as v1.0a on umn-earth-surface.

gFlex version 0.8.1

Fixed error in PyPI integration from v0.8 and updated README.md to include PyPI integration.

gFlex version 0.8

First fully-functional and error-checked release, and therefore the first true non-"pre-release".

gFlex version 0.7 (development)

This release may be short-lived, but is the turning point at which work on gFlex will go from fixing deficiencies to adding new capabilities. As such, it is receiving version 0.7 (the last version of its parent project, "Flexure", was 0.6 back in 2012). It now seems to be functional and stable, and thus this tagged release will be the basis for this stage of the model to be pulled to @csdms-contrib and @umn-earth-surface.