GeoReVi

GeoReVi (Geological Reservoir Virtualization) is an open-source data management and analysis tool for subsurface characterization. Data is stored in a local or server database dependent on the specific needs. The software runs on all Windows systems.

License

This project is licensed under the GNU General Public License v3.0 License - see the LICENSE.md file for details

The local version of the software is freely available.

Requirements

OS: Microsoft Windows

Built With

Windows Presentation Foundation - Main application framework
Entity framework - The database framework used
HelixToolkit - 3D visualization
Managed Extensibility Framework - Modular development
Accord.NET - Linear Algebra and Machine Learning helper
Caliburn.Micro - Awesome MVVM development framework
FontAwesomeWPF - Icon provider
LiteDB - Embedded NoSQL database
GeoAPI - Coordinate conversion and projection framework
MoreLinq - Helpful Query Framework
Extended WPF Toolkit™ - Providing nice UI controls like the AvalonDock
Math.NET - Math magic
Alglib - Solving sparse systems of linear equations

Getting started

To get started with GeoReVi you have to download the executable file GeoReViv1.0.1.exe in the binaries folder and run the installation. Tutorials can be found in the user manual. Exemplary datasets and samples are provided in the docs folders and in the zip archive. To setup a multi-user-environment you have to change the section including the connection string in your GeoReVi.exe.config file in the installation folder to the according database. However, then a properly structured database with many stored procedures is needed. Contact us under contact@georevi.com for more information.

Creating facies models

The Scope

Multi-tiered, extendable software application that aims to support geoscientists in common workflows during subsurface characterization
Geoscientific data management and analysis including petrophysical, geochemical, hydraulic, granulometric, magnetic, mechanical, sedimentary, elastic and radiogenic properties eased by a graphical user interface
Providing a rich selection of data mining algorithms and visualization techniques specifically aimed to characterize subsurface regions

Types of charts

scatter charts
bubble charts
bar charts
box-whisker-charts
semivariogram charts
ternary charts
3D charts

Three-dimensional outcrop model

Sequential simulation of the porosity

Algorithms

Semivariogram
Indicator variogram
p-value Inverse Distance Weighting
Simple Kriging
Ordinary Kriging
Universal Kriging
Direct Sequential Simulation
Leave p-out cross-validation
Correlation (Spearman and Pearson)
Regression (linear and curvilinear)
Principal Component Analysis
Cluster Analysis
Self-organizing Maps

Exploring the uncertainty space

Mapping geological features in 3-D

Contributing

Individual view-models and views can be developed and integrated into GeoReVi. If you wish to contribute you can fork the project, make your changes, commit to your repository, and then create a pull request. The development team can then review your contribution and commit it upstream as appropriate.

If you commit a new feature, add [FEATURE] to your commit message AND give a clear description of the new feature.

If bugs or any other issues are identified we would be grateful for reporting those in the Issues or via email.

ApirsAL/GeoReVi