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| Title | Multiresolution and Adaptive Rendering Techniques for Structured, Curvilinear Data
(In Book) |
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| in | Scientific Visualization -- Methods and Applications |
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| Author(s) |
Chris W. Wynn, James C. Barnes, Bernd Hamann, Mark Miller |
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| Editor(s) |
Hans Hagen, G. M. Nielson, F. Post |
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| Year |
1999
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| Publisher | Springer-Verlag |
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| Address | New York, New York |
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| Abstract |
In many applications one is concerned with techniques for visualizing data sets with real-time interaction. One technique for providing real-time performance is through the use of multiresolution techniques. These techniques provide multiple representations of a data set at different levels of detail. The idea is to select a level of detail that can be rendered within the user's time constraints. We discuss a mechanism which renders finer-detailed representations where the data set has a high frequency, and coarser representations where the data set has lower frequency. We present a new technique for storing curvilinear data sets within a quadtree representation and discuss two rendering schemes: an anti-aliasing scheme and a scheme for maintaining a specified frame rate.
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