VAPOR's suite of rendering tools enable scientists to explore their 3D datasets and produce moving animations or still frame images from what they find. The utilities below are some of the key features used to produce compelling visualizations.
Direct Volume Rendering
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Isosurfaces
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Flow Visualization
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2D Probes (Cross-Sections)
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Contours
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VAPOR enables interactive exploration of gridded data sets that are exceptionally large in both the spatial and temporal domains. Wavelet-based multiresolution data representation permits users to make speed/quality tradeoffs for visual as well as non-visual data exploration tasks
Tools and translators are included to facilitate importing data output from many geophysical models and their standard data formats, including WRF-ARW, GRIB, MOM, POP, ROMS, CAM, and generic NetCDF data.
Several state of the art analysis tools have been integrated into VAPOR to extend the abilities of its users. Included programming interfaces exist for Python, the NCAR Command Language (NCL), and the Interactive Data Language (IDL).
The VAPOR graphical user interface contains all the advanced ease-of-use features expected in a professionally developed commercial product, yet rarely found in Open Source software, including Undo/redo capability, Session save, restoration, and auto-recovery, Context help (tool tips), and customizable User Preferences.