You can work with faults in GVERSE Geomodeling by selecting them from a seismic interpretation, a cross section, or by importing them into the database. Furthermore, geoscientists can create a structural model by using the Fault Network tool, assigning different levels of hierarchy to the faults in the interpretation. Turning on the Fault Offset and…
How to use and apply curve set independence for log templates in GVERSE Petrophysics
GVERSE Petrophysics is a 64-bit petrophysical application designed to assist geoscientists and petrophysicists in analyzing and interpreting well log data and characterization of the reservoir using simple to advanced log interpretation workflows in a large multi-well, multi-user environment. GVERSE Petrophysics supports the import of digital data from numerous sources and provides you with integrated data…
How to customize well lists, filter lists, and toolbox in WellBase
Information can be overwhelming at times, making data analysis and study a tedious process; however, in WellBase, users can make this process easier and more pleasant by customizing the well list, filter list, and toolbox settings to find information faster and more efficiently.
How to use interval data picked in GVERSE Geomodeling and XSection in ZoneManager
The interval tool can be used to add / select intervals such as gross, net, pay, or a user defined in a cross section in GVERSE Geomodeling and XSection or in a petrophysical analysis in GVERSE Petrophysics, which can then be displayed in ZoneManager and used to create a layer if necessary. The following steps will…
How do I start my GVERSE GeoGraphix certification journey?
Our Certification program aims for our users to learn the functionalities of GVERSE GeoGraphix within their respective domains, and show-off their skills. The best way to prove it to others in the industry is to become certified! In essence, the certification establishes a distinction between a standard user and a certified user; for some, this…
How to create multi kick-off trajectories in GVERSE Field & Well Planner
GVERSE Planner and Field Planner are tools in GeoAtlas that help to intelligently populate wells over an entire field based on defined hazards, lease areas, and constraints. It uses an advanced optimization algorithm to lay out hundreds of wells in minutes, plan wells, easily visualize geologic surfaces, quickly create surveys and geoprognosis reports, and just…
How to create different GVERSE Geo+ cross sections in GeoAtlas
GVERSE Geo+ (previously known as GVERSE Geomodeling) is a sophisticated and integrated solution for static reservoir analysis that combines geological, geophysical, petrophysical, GIS, and engineering data in a single environment. GVERSE Geo+ is a very flexible application, giving the interpreter many options and tools from other GVERSE GeoGraphix applications to do different types of analysis…
How to create different types of non-IsoMap layers in GVERSE Geo+
GVERSE Geo+ (previously called GVERSE Geomodeling) is a sophisticated and integrated solution for static reservoir analysis that combines geological, geophysical, petrophysical, GIS, and engineering data in a single environment. GVERSE Geo+ is a very flexible application, giving the interpreter many options and tools from other GVERSE GeoGraphix applications to do different types of analysis and…
How to generate interval attributes from IsoMap layers
GeoAtlas is the mapping module in GVERSE GeoGraphix, which allows the interpreters to create different types of layers, import different types of data, and work hand-in-hand with ESRI ArcGIS. In addition, GeoAtlas has a close interaction with all the other GVERSE GeoGraphix modules, helping the user create very robust layers. Using GeoAtlas, you can create…
How to start using Python API in GVERSE GeoGraphix
Python is a high-level, general-purpose programming language often used to build websites and software, automate tasks, and conduct data analysis. The Python SDR for GeoGraphix leverages machine learning and artificial intelligence on your data in GeoGraphix projects through Python. Run scripts written in the Python programming language on well, grids, and seismic, or interact with…