v3.2.2

This release introduces the following changes:

• Added functions to interface with chfem and sparta
• Updated export_vti to rely on PyVista
• Added TomoSAM to gitmodules
• Bug fixes for scipy solver calls within pumapy

v3.2.0

v3.2.0 introduces new and improved physics solvers

The following important changes have been made:

• Improved boundary conditions for the anisotropic conductivity and elasticity solvers (which use the MPFA and MPSA methods
  respectively)
• A matrix-free option has been added to the isotropic conductivity solver
• Added shear cases for the elasticity solver
• New Finite Element solvers to compute the conductivity and elasticity allowing for anisotropic phases
• A new material pitting capability
• An anisotropic radiation solver
• Elasticity, pitting, and radiation functions were moved below a new "experimental" category due to their low maturity
• The tutorials were split into different categories and can now be run online on MyBinder instead of Colab, which works as an
  online Linux VM with JupyterLab installed
• Installation improvements, which now happens through mamba, considerably faster than conda
• General bugs and typos in docstrings fixed

v3.1.7

Fixed skimage Marching Cubes bug, and added small GUI changes

v3.1.6

Added function to estimate memory, texgen import from GUI, changed MPSA air treatment

v3.1.5

Added option to output log to specified path in both pumapy and puma cpp, and fixed some minor bugs

v3.1.4

Added render_warp, improved documentation and permeability memory footprint

v3.1.3

Improved artificial fiber generator, added Github workflows and fixed other small bugs

v3.1.0

v3.1.0 introduces a new permeability module, as well as several bug fixes and performance improvements

v3.0.1

Bug fixes to the GUI (QLabels and EJ segfault) and changed log name format

v3.0.0

First conda-forge build