GVERSE Geophysics, an integral part of the GVERSE GeoGraphix suite, offers a cutting-edge seismic interpretation and analysis module. One of its standout features is the ability to autopick horizons in multiple 2D lines. This autopicking tool is designed to streamline the process of picking horizons across intersecting 2D seismic lines, providing users with a time-efficient…
Protected: How to use interval data picked in GVERSE Geo+ and XSection in ZoneManager
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What’s next for XSection, new features and functionality that you will love!
The 2023.1 Orion release of GVERSE GeoGraphix launches a new era for the evolution of XSection. All of the features users know and love about XSection carry forward in a new environment, GVERSE Geo+, that enables the integration of geology, geophysics, petrophysics, mapping, GIS, and geosurface modeling in one application. GVERSE XSection can be launched…
GVERSE GeoGraphix and Well Analytics – A Perfect Match
Spotfire, with its ability to perform complex multi-variate analyses, has become the analytics tool of choice to understand what drives hydrocarbon production in the subsurface. But every customer and basin are different, and what works in one set of circumstances won’t work in another. Unlike some of our competitors, our goal isn’t to do the…
How to merge geobodies in a seismic interpretation
Geobodies can be created and used in the GVERSE Geophysics 3D module, specially for identifying geological features. With this functionality, you have the flexibility to choose multiple geobodies and seamlessly combine them into one. Notably, the original geobody remains unchanged, while the merged geobody can be saved as a new geobody. Here’s how you can…
How to apply multiple seismic attributes in 3D view using GVERSE Attributes
GVERSE Attributes is a powerful module that empowers interpreters to swiftly generate multiple seismic attributes for simultaneous comparison in both 2D and 3D views. You can utilize GVERSE Attributes as a standalone module to create attribute volumes, which can then be exported as SEG-Y files for use in various applications. Alternatively, you can access it…
How to create a formation alias and apply the calculate formation tool
In WellBase, interpreters have the flexibility to alias or dealias formation tops directly from the stratigraphic column in the project. When two or more formations are aliased to one code, the resultant alias code appears throughout. Only the formation top listed highest in the stratigraphic order will be retained with the aliased formation code. Follow…
How to import a velocity survey into seismic interpretation for creating a velocity model
GVERSE Geophysics offers a fully integrated seismic interpretation and analysis module that seamlessly interacts with all GVERSE GeoGraphix modules. Within GVERSE Geophysics, users can generate velocity models through various techniques, one of which involves importing a velocity survey. This survey entails measurements utilized to establish average velocity concerning depth, extracted from an acoustic log or…
How to protect unprotected selected well fields in WellBase
WellBase provides access to a relational database management system for geological well data, including formation tops, deviation surveys, completions, perforations, and other types of mechanical data. When working on a project with multiple users, data protection is crucial to prevent issues during interpretation caused by accidental modifications to well data. The protect/unprotect tool in WellBase…
How to calculate density using a petrophysical equation
GVERSE GeoGraphix modules have a very close interaction between them, helping the interpreters to visualize and use data or interpretation from one module to another with just a few clicks. In GVERSE Petrophysics, the interpreter can create, edit, or personalize petrophysical equations using the User Defined Equation (UDE) or the Petrophysics External Model (PEM) tools….