well-log-evaluation

You can perform end-to-end well log evaluation by loading LAS or DLIS files, running QC to despike and resample curves, then computing Vshale, porosity, water saturation, and lithology classification across single or multiple wells.

Yes, you can load both DLIS and LAS well logs to unify depth bases for cross-curve analysis. The workflow parses both formats using libraries like lasio and petropy to prepare data for formation evaluation.

The best way to calculate Vshale and water saturation is using an end-to-end formation evaluation workflow that applies QC, computes porosity from density/neutron curves, and estimates permeability for lithology classification.

Yes, pyvista is required to create optional 3D visualizations of the well path and petrophysical properties. The workflow also supports 2D visualization for interpreting interval properties and lithology striplogs.

You normalize and resample well log curves to a common depth grid by running the QC and preparation step, which unifies depth bases across multiple wells to enable accurate cross-curve petrophysical analysis.

Yes, the workflow supports multi-well formation evaluation, allowing you to compare formations, generate lithology striplogs, and derive pay zones across several wells loaded from LAS or DLIS files.