4 April 1994 Oceanographic visualization interactive research tool (OVIRT)
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Abstract
The Oceanographic Visualization Interactive Research Tool (OVIRT) was developed to explore the utility of scalar field volume rendering in visualizing environmental ocean data and to extend some of the classical 2D oceanographic displays into a 3D visualization environment. It has five major visualization tools: cutting planes, minicubes, isosurfaces, sonic-surfaces, and direct volume rendering. The cutting planes tool provides three orthogonal cutting planes which can be interactively moved through the volume. The minicubes routine renders small cubes whose faces are shaded according to function value. The isosurface tool is conceptually similar to the well-known marching cubes technique. The sonic surfaces are an extension of the 2D surfaces which have been classically used to display acoustic propagation paths and inflection lines within the ocean. The surfaces delineate the extent and axis of the shallow and deep sound channels. The direct volume rendering (DVR) techniques give a global view of the data. Other features include the ability to overlay the shoreline and inlay the bathymetry. There are multiple colormaps, an automatic histogramming feature, a macro and scripting capability, a picking function, and the ability to display animations of DVR imagery. There is a network feature to allow computationally expensive functions to be executed on remote machines.
© (1994) COPYRIGHT Society of Photo-Optical Instrumentation Engineers (SPIE). Downloading of the abstract is permitted for personal use only.
Robert J. Moorhead, Bernd Hamann, Cass Everitt, Stephen C. Jones, Joel McAllister, Jonathan Barlow, "Oceanographic visualization interactive research tool (OVIRT)", Proc. SPIE 2178, Visual Data Exploration and Analysis, (4 April 1994); doi: 10.1117/12.172073; https://doi.org/10.1117/12.172073
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