Accelerate the creation of 3D geological models of the subsurface environment with the ability to rapidly test multiple hypotheses, make repeatable and rapid updates when new geoscience data is available.
The Geology Modeler role enables rapid and accurate modeling of geoscience data for faster decision making. It allows the user to generate geological models using a wide range of geoscientific information. It includes implicit modeling techniques and provides the best interpretation of the subsurface environment. It accelerates the creation of 3D geological models of the subsurface environment with the ability to rapidly test multiple hypotheses, make repeatable and rapid updates when new geoscience data is available.
Benefits
- Rapidly build geology and grade envelopes to inform mining and civil engineering decisions
- Leverage collaboration of the 3DEXPERIENCE platform to enable knowledge sharing to improve accuracy of geology models
- Integration with upstream and downstream processes to preserve data integrity and to leverage data knowledge across streams
- Parametrized process allows repeatability & auditability
Highlights
- Create and display geological datasets
- Select, analyse and interpret geological data
- Implicitly create geology models and grade shells
- Audit outputs based on associated modeling parameters
- Versioning of geology models
- Share geology models for consumption within the platform or third party application
What's New
1. Improved comprehension of the geological model due to enhanced visualization capabilities showing multiple borehole attribute values in real space providing better contextual awareness.
2. Understand the evolution of the Geoscience Dataset (GDS) with new revision capabilities allowing the user to visualize the changes made over the life of the GDS providing clear traceability and understanding of historical changes.
3. Improved visualization performance when working with large borehole datasets (>10,000 holes) through new user defined borehole display parameters.
4. Save time when generating geological features with performance improvements to the underlying functionality including greater scalability of geological feature support.
