LUMOS is a trianglar and tetrahedral remeshing library which aims at enabling the robust insertion of implicit geological surfaces into existing geological models. This serves two purposes:
- Incremental geological model building,
- Modeling of topological and large geometric uncertainties in geomodeling.
LUMOS was primarily developed by Capucine Legentil. this C++ / Python library is built on top of mmg.
Additional resources:
- Training (for RING sponsors)
- Computers and Geosciences 2022 paper: Testing scenarios on geological models: Local interface insertion in a 2D mesh and its impact on seismic wave simulation
- Applied Computing and Geosciences 2023 paper: Towards a workflow to evaluate geological layering uncertainty on C02 injection simulation
- RING Meeting 2022 paper: Local {3D} meshed geomodel updating: method and first results to assess the impact of stratigraphic unconformities in {CO2} sequestration.