Our software
Geode-solutions provide a set of OpenGeode extensions designed to overcome classical bottlenecks in modeling and meshing applications both 2D and 3D. These extensions offer new solutions developed with state-of-the-art technologies with robustness, performance and pragmatism as main development driver. Every extension is deeply tested to reach optimum stability and efficiency. They are delivered as a complete application with user interface and as software components easily integrable in any software suite using their C++ and Python API, and available on Windows and Linux.
Pilot program
Join our pilot program to be the first to take advantage of Geode-solutions new high technologies.
- Involvement: You participate in bringing mature and production-ready technologies into your workflows
- Influence: Your feedbacks drive technologies to overcome your current bottlenecks
- Premiere: You receive prime access to early technology developments
- Keep abreast: You benefit from continuous improvements releasing, up to each week
- Acknowledgment: Your investment is rewarded with price discount
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Pilot program technologies
2D/3D triangular remeshing
Remeshing of 2D and 3D triangulated surfaces, targeting both triangle equilaterality and user input mesh sizes.
- Robust to degenerated input meshes
- Guaranteed conformal to surface intersections
Readiness
3D tetrahedral meshing
Tetrahedral mesh generation from a set of triangulated surfaces, targeting both tetrahedron regularity and user input mesh sizes.
- Robust to degenerated input meshes
- Guaranteed conformal to input boundary surface meshes
Readiness
Conversion between model and mesh
Handy tools to convert mesh to boundary representation and boundary representation to mesh.
- Automatic recovery of model components and topology from mesh
- Output mesh gathering all model information as attributes
Readiness
Watertight model sealing
Repair and build a boundary representation which ensure the watertightness. This property is key to guarantee model integrity, topological requests validity and conformal meshing.
- Remove all gaps and intersections between surfaces
- Compute watertight model components and topology
- Guaranteed full conformal meshes with all model components
Readiness
Incremental surface-based modeling
Build a boundary representation from an independent set of surfaces in an extreme robust way.
- Produce surface to surface intersections and topology
- Interactive surface addition and removal from the model
- Guaranteed model validity at any time
Readiness
Mesh/model validity checker
Before doing any computation or meshing step, make sure your data satisfy your needs. Meshes can be degenerated, non-manifold, colocated and boundary representations can have topological issues. This checker tracks and exposes all flawed configurations from your data.
- Track any topological issues in your model
- Track geometrical problems in your meshes, including colocated points, non-manifold or degeneration issues, and polygon adjacencies problems.
Readiness
Next technologies
3D hybrid meshing
Hexahedral elements have great numerical properties but hard to respect a given geometry. By combining hexahedra, tetrahedra and/or pyramids, hybrid meshes provide both good numerical properties and respect to the input geometry.
Implicit modeling
Build a boundary representation from an independent set of points representing each feature of the model. Interpolation techniques are used to build each fault and the stratigraphic pile.
Want to try these solutions or looking for another technology?
Thanks to our pilots
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