Create 3D models with speed and ease of use.

GMS - A super intuitive and powerful platform for groundwater and underground simulation.

Using the conceptual modeling method in GMS to accelerate and simplify model construction

We have pioneered conceptual modeling and made years of improvements to it. This is why GMS is the fastest and most intuitive interface available for groundwater modeling. Build advanced representations of models using familiar GIS objects: points, arcs, and polygons, and easily update models as needed. The starting price for conceptual modeling in GMS is $2670 (including 3D visualization)

For models with simple geometry and boundary conditions, use grid methods and directly edit values in the grid.

3D visualization for performance optimization

GMS is the most advanced software system that can be used for groundwater simulation in three-dimensional environments.

1. Interacting with real 3D models
2. Optimize OpenGL graphics to improve hardware rendering
3. Create photo realistic rendering
4. Generate animations for PowerPoint or web presentations
5. Overlay images on the model and control opacity
6. Annotation - Add compass, scale bar, reference image, company logo, etc

Import various data formats and images

The model requires data from many different sources. That's why GMS can easily import multiple file types:

1. Grating images, including georeferencing and projection support
2. Topographic map and elevation data
3. Drilling data includes geological and geophysical data
4. Native MODFLOW file
5. MODFLOW files from Visual MODFLOW, Groundwater Vistas, and PM Win
6. Network data services, such as TerraServer
7. ArcGIS Geographic Database and Shapefile
8. CAD files, including. dwg,. dgn, and. dxf formats
9. Global projection support, including Cartesian and Geographic Systems
10. File Import Wizard for Separating Text Files and Spreadsheets

Advanced underground characterization

From cross-sectional editing to advanced probability statistics, GMS provides unparalleled underground modeling tools.

1. Generate iso surfaces from 3D data to visualize plumes
2. Cutting cross-sections at any position using 3D data
3. 2D and 3D Geostatistics - Kriging, IDW, and Natural Neighborhood
4. A powerful and fast algorithm for creating entities from the horizon

GMS 10.5 System Requirements

1. Operating System: Windows 10
2. Memory: It is recommended to use 16GB or larger
3. CPU: GMS software is CPU intensive software. Some models and utilities integrated with GMS can simultaneously utilize multiple processor cores. We recommend using the fastest CPU allowed by the budget.
4. Storage: The recommended storage capacity will vary depending on individual data requirements. The latest version of GMS consumes a lot of disk I/O resources.

-Mechanical hard drive: basic performance

-SATA Solid State Drive: Better

1. Performance - NVMe Solid State Drive: Best Performance

Graphics card: Dedicated graphics cards are better than integrated graphics cards. Basic or mid-range nVidia cards designed specifically for gaming have the best performance.

Display resolution: 1920 x 1080 or higher