Skip to main content
eScholarship
Open Access Publications from the University of California

Multiresolution and Adaptive Rendering Techniques for Structured, Curvilinear Data

  • Author(s): Wynn, Chris W.
  • Barnes, James C.
  • Hamann, Bernd
  • Miller, Mark
  • Editor(s): Hagen, Hans
  • Nielson, G. M.
  • Post, F.
  • et al.
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.

Main Content
Current View