GeoScene3D is a 3D Geological modelling software for visualizing geoscience data, building geological models in order to distribute the results to stakeholders. The software is well suited for geoscientists in public and private organizations working with engineering geology, groundwater, soil contamination or other tasks involving compilation and interpretation or visualization of a variety of data types.
Designed and built for Geologists
GeoScene3D enables visualization of a broad range of geoscience data. For example wells, geophysical data, soil and water chemistry, terrain surfaces and geological layers.Furthermore, it is also possible to build geological models using the software in a well-defined modelling process. From the manual, or semi-automated production of layer interpretation points, through the generation of layer surfaces using advanced interpolation techniques, to the final export of layer surfaces for further processing in other software, like FeeFlow, Modflow or similar.
GeoScene3D is the standard platform for geoscience data in Denmark and is continuously developed in collaboration with the Danish Geological Survey (GEUS), the Danish Nature Agency and major Danish engineering companies.
The software handles a wide variety of use cases with users facing different tasks in their day to day work. The result is a practical, versatile and robost program with the functionality to handle everyday practical problems the geologists face in many situtations, both in the public and private sector.
Data Types and Formats
GeoScene3D support a variety of data types and have import wizards in place, making it easy to visualize your data.
Some examples of data types currently used in GeoScene3D:
- Well data
- Borehole logs
- Airborne and ground based EM and TEM
- Resistivity data DC, CVES, ERT
- Seismic data, SEGY
- Chemical data
- Digital terrain models
- Tabular data (e.g. database, CSV...)
- Map Data (shp and tab files, grids, WMS services ...)
- Bitmap data (jpg, bmp…)
An overview of some of the currently supported formats:
||GeoSoft XYZ, CSV, Jupiter, Database tables/views in Microsoft® Access and Firebird.
|1D Geophysical data (AEM, TEM, ERT, MRS...)
||GeoSoft XYZ, CSV, Gerda, Database tables/views in Microsoft® Access and Firebird.
| 2D Geophysical
||Gerda, Database tables/views in Microsoft® Access and Firebird.
||GeoSoft XYZ, CSV, LAS, Gerda/Jupiter, Database tables/views in Microsoft® Access and Firebird.
||Surfer Binary, Surfer ASCII, Arc View ASCII, Vertical Mapper Grid, CSV
||Surfer Binary, Arc View ASCII, CSV
||CSV, tabular data/views in Microsoft® SQL Server, Microsoft® Access and Firebird.
||SEGY (Seismic data)
The GeoScene3D interface is based on 3 fundamental views on model and data, all integrated and interlinked:
- Cross Sections. Free drawing of cross sections in maps and 3D. Handling of free moving cross sections
- GIS Maps. Any number of GIS maps can be added to a GeoScene3D project. Accepts standard GIS format data (shape, TAB...) and WMS services
- 3D Scenes. Any number of 3D camera views of the model
Tools for direct editing of surfaces, points, voxels, layer attributes etc. in all views are available. Easy to use Wizards guide the user throughout the modelling process. Export facilities for interpreted model elements are available and support several formats, including Modflow and FeFlow compliant files, Surfer Grids, CSV point and more.
GeoScene3D Modules and Extensions
GeoScene3D is offered as a series of modules and extensions. This enables the end user to tailor the software to the organizational requirements.
The Builder modules enables the building of geological models, while the extensions focus on specific task, calculation, datatypes e.g. special tools for working with AEM data, calculation of well pumping drawdown etc.
||Free inspector of GeoScene3D projects in full 3D, including open cross sections and navigation in 3D.
||Create new projects, visualize data and work with cross-sections, maps and 3D
||Tools for constructing layer based models
||Tools for constructing Builder Layer based models.
||Special tools for working with Airborne EM data, incl. GeoSoft XYZ support and Smart Interpretation, enabling fast model building from AEM data.
||Tools for simple hydrological calculations, e.g. Theis equation based drawdown
||Tools for simulation of voxel properties, including Multiple Point (MPS), creation of hard and soft data and handling of simulation results.
Contact us directly at email@example.com or stop by our YouTube channel to learn more.