geological-modelling

Build a 3D geological model by preparing GIS spatial data, integrating borehole records, and computing implicit surfaces using GemPy or LoopStructural, then visualizing the subsurface volumes with PyVista. This workflow handles data prep, structural modelling, and 3D visualization end-to-end.

Visualize subsurface geology by generating implicit surfaces from spatial data and borehole inputs with GemPy or LoopStructural, then rendering the resulting 3D volumetric representation and cross-sections using PyVista.

Yes, you can use LoopStructural as an alternative to GemPy for 3D geological modelling. Both frameworks support implicit surface modelling and integrate with the same GIS data preparation and PyVista visualization pipeline.

Yes, the 3D geological modelling workflow handles faults and unconformities. It processes structural complexities during the implicit surface generation phase using GemPy or LoopStructural.

Prepare GIS data for GemPy by formatting spatial maps and borehole records into the required input structures. The workflow coordinates GIS-to-model pipelines, ensuring spatial data is correctly integrated for implicit surface modelling.

Implicit surface modelling limitations depend on input data density and distribution. Sparse borehole records or low-resolution GIS maps can reduce the accuracy of the resulting 3D volumetric representation and generated cross-sections.