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A Custom Software Approach to Visualizing 4D Models: An Previous HitExampleNext Hit From the CO2 Sequestration Study Area, Lower Tuscaloosa Formation, Cranfield Previous HitFieldNext Hit, Mississippi

John R. Andrews and Jong-Won Choi
Bureau of Economic Geology, Jackson School of Geosciences, The University of Texas at Austin, Austin, Texas 78758

Numerous software packages exist to help geoscientists analyze, visualize, and model multidimensional geological processes, but when it comes time to share the results of their findings, significant barriers remain. Through presentations and publications-- with attendant maps, charts, images, and animations--we are able to share information with colleagues and the general public, but the complex geometries of geological formations and processes found in some studies are often difficult to adequately convey with conventional media. At the Bureau of Economic Geology we've developed a strategy to deal with this shortcoming: custom software in which project Previous HitdataNext Hit are collected and organized for collaborators and/or the general public to peruse. These 3D projects are interactive such that users can toggle Previous HitdataNext Hit layers on/off, rotate the Previous HitdataNext Hit, zoom in/out, and launch fly-throughs, among other capabilities. With our Cranfield Previous HitFieldTop project we've added a new capability to the software: the ability to display 4D flow simulations.


AAPG Search and Discovery Article #90158©2012 GCAGS and GC-SEPM 6nd Annual Convention, Austin, Texas, 21-24 October 2012