Groundhog

- TODO: Prepare functionality for SPT fence diagram creation
- TODO: Create a BoreholeLogging object (to log properties like RQD, UCS, Point load, ...)
- TODO: Add hatching patterns to LogPlot
- TODO: Include code for suction caisson penetration in sand + notebook for Deutsche Bucht
- TODO: Property mapping takes too much times for CPTs, improve speed of routine
- TODO: Implement soil parameter name conventions across groundhog
- TODO: Add soil type classification according to Schneider et al (2008)

- Update of requirements to Numpy >= 2.1
- Ensured the cv arrays in consolidation calcs are treated as Numpy arrays
- Increased the timeout for interactive parameter selection to two minutes
- Added formula for calculation of void ratio from dry density
- Added conversions between unit weight and density
- Added conversions between void ratio and water content
- Added CPT-based correlation for Vs according to Stuyts et al (2024)
- Added code to allow non-LaTeX axis and trace titles in boilerplate Plotly plots

- Corrected an error in the docstring of the logtime method (groundhog.siteinvestigation.labtesting.compressibility)
- Added Readthedocs configuration file (.readthedocs.yaml)
- Added article on semi-automated processing of consolidation data (root-time and log-time methods)
- Added a peak_picker function for selecting the peak in a load-displacement curve
- Deprecated all "old" plotting functionality for parameters in favour of mini-log syntax

- Added explicit specification of epsilon_b to the De Beer pile resistance calculation
- Added a file with optional requirements (optional-requirements.txt) for pydov and geotexxx
- Small modifications for automatic soil parameter selection to cope with NaN values
- Changed fillcolordict for pile capacity profiles
- Set plugged unit end bearing for Alm & Hamre equal to coring end bearing for consistent axcap results
- Added functions for semi-automated processing of consolidation timeseries based on root-time and log-time method

- Added correlation for K0 to critical state friction angle according to Mesri and Hayat (1993)
- Added correlation for K0 to plasticity index according to Kenney (1959)
- Changed function arguments for plasticity index and OCR to comply with ``ocr`` and ``pi`` naming
- Removed the warning for pydov import after the suggestion of a slightly inebriated Frederik Horn
- Added functionality for selection an unlimited number of additional layers in a LogPlotMatplotlib
- Added functionality for calculating settlements using constrained modulus
- Added CPT-based correlation for constrained modulus according to Robertson (2009)

- Added shearwavevelocity_compressionindex_cha for estimate shear wave velocity when stress conditions and packing density are known
- Refactoring of code for element properties in a CalculationGrid object
- Added axial capacity basic code and notebook
- Added hatching to Matplotlib logplots
- Added stress dilatancy theory according to Bolton (1986)