Geo-Logic Systems Chooses INT Toolkits to Build Next-generation Geological Analysis application

The Challenge
GLS wanted to produce a next-generation analysis application for work in the complicated geology of most petroleum reservoirs. The program needed to include a complete suite of dip-constrained and general map, profile, well, and seismic interpretation methods, all incorporated into an efficient GLS workflow and user-interaction pattern. It was also necessary to concentrate GLS resources on the algorithmic implementation of a new concept called "geometry fields"-a set of attributes that can be derived from rock structures. While computationally difficult, these fields enable the geoscientist to easily examine the bedding and distributions of dip, curvature, and strain implied by their interpretations.

The INT Solution
To maximize platform independence, GLS decided to write the new application in Java using INT's J/GeoToolkit components. The complete suite of J/GeoToolkit functionality was integral to the success of this highly interactive and graphic-intensive application. INT components ranging from drawing and editing tools to seismic and well log management were rapidly blended into the GLS architecture. Sophisticated functionality was easily extended where necessary and provided the basis for developing new analysis methods and data presentations. By utilizing J/GeoToolkit for all the graphical components, GLS' limited development resources remained focused on the areas of most benefit - rapidly implementing practical new science in an easy-to-use framework.

The Result
LithoTect 'uncomplicates the complicated' and is quickly becoming the new industry-standard for structural and stratigraphic analysis. Its depth conversion, well monitoring, and data projection capabilities are state-of-the-art. The structural restoration/forward modeling techniques include decompaction/isostacy and operate on both interpretations and seismic data-a unique breakthrough in geological analysis. Easy to learn and use by all geoscientists, the Java implementation allows LithoTect to run on laptops and workstations of all types.

LithoTect illustrates the ability to efficiently build a complete, sophisticated, user-oriented application interface around the INT graphics toolkits. As more 3D functionality is added, continuing development will be based on the INT J/View3DPro components.

 

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About Geo-Logic Systems

Geo-Logic Systems, Inc. was started in 1983 to create the first, and still most widely used, computer program to undeform and restore geological structures. Restarted as Geo-Logic Systems, LLC in 1998 and based in Boulder, Colorado, GLS continues pioneering work in applications of structural and stratigraphic geology to petroleum and mineral exploration and production.