Advanced Scientific Visualization Software for Meteorological Radar Data
Senior Project: 1991-1992
Michelle Dodge, Steven Epstein, Devin Hooker and Troy Sandblom
Modern meteorological radar systems can scan the full three-dimensional
structure of complex storms and storm systems using high resolution (one degree
beam) antennas. While software existed to view the data scan by scan, little
software was available to examine the full three-dimensional structure of the
storm as a whole. This project developed easy-to-use interactive visualization
software for scientists to use in examining full 3D volumes of meteorological
radar data.
The basic feature of the software is an ability to select and display arbitrary
2D "slices" from the scanned volume, according to pre-defined color tables.
These slices are typically either vertical cuts or horizontal slices through a
3D Cartesian data grid. The scientist is able to zoom and pan within the data
grid, and can easily modify the color tables in use. The software has the
capability to maintain and display multiple independent variables for each grid
point. The project was implemented with an object-oriented approach in C++,
using the X Window System and the Interviews graphical user interface toolkit.
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