FracAbility: Python toolbox to analyse fracture networks for digitalized rock outcrops.

Small changes in the error messages when calculating intersections.

FracAbility: Python toolbox to analyse fracture networks for digitalized rock outcrops.

General bug fixes and improvements to the package.

Full Changelog: v1.5.0...v1.5.1

FracAbility: Python toolbox to analyse fracture networks for digitalized rock outcrops.

Major release

Changes

When calculating the topology of the network, a new property (node origin) is created that defines from which set the given node originates. The property is directional and thus it also correctly defines abutting relationships.

Full Changelog: 1.4.0...v1.5.0

FracAbility: Python toolbox to analyse fracture networks for digitalized rock outcrops

Major release

Changes

• Better and faster topology calculations
• Better vtk notebook support
• Improved outputs

Full Changelog: v1.3.3...1.4.0

FracAbility: Python toolbox to analyse fracture networks for digitalized rock outcrops

Minor release.

Changes

• NetworkFitter class now has simple plot_PIT and plot_summary methods to plot the main results of an analysis
• Included other authors that contributed to the project in the pyproject.toml

Small changes release

This release makes available some small yet important changes. These are:

1. More clear jupyter notebooks (in the git rep)
2. Clearer print messages in topology calculations
3. Precise connectivity value shown in ternary plot
4. Summary and unifrom plotters now recieve the model rank position as argument
5. N of nodes for each class can now be displayed as a dictionary (node_count method)

Expansion on v1.2.2 and major fixes

This release works as an expansion for the features introduced in version v1.2.2. This version comes also with major bug fixes, API and code polishing!

Full Changelog: v1.2.2...v1.3.1

2nd major release

This is the second major release of the FracAbility package.

This release expands on the previous by improving the following areas (see: v1.0.0...v1.2.2 for the full change-log):

Input and output

1. When importing a fracture or boundary geometry a check will be automatically performed to verify if the geometries are properly defined
2. When exporting, the saved files will be properly organized in an "output" folder created in a selected path in the working directory
3. CRS can now be set

Topology

1. When calculating the Topology, anomalous geometries that are encountered will be properly reported in an error message.
2. Added backbone calculation

Stats

1. Improved statistical analysis, including the calculation of the Akaike Information Criterion and the Probability Integral Transform to guide model selection
2. Added options to include or exclude censored data and to use or not survival analysis.

Misc

1. Better API documentation (still improving)
2. Better organization of the example datasets

Refactoring release

This release focusses on refactoring the code and on better comments. It also serves as a tidy release candidate for Zenodo.

Full Changelog: v1.1.1...v1.2.1

Main release fix

Minor changes and fixes. In particular:

1. Fixed nodes proportion calculation
2. U nodes are defined also if fractures cross boundary
3. Length property is now present as an array in the vtk fracture objects
4. VTK plotters' background are now gray by default