C:/VaporTutorial/images - Vapor - UCAR

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Optional: getWMSImage.sh exercise • getWMSImage.sh will create a geo-referenced tiff file for a specified lon/lat rectangle. Due to NASA server limitations it often fails for some rectangles. • Can obtain satellite images, political boundaries, rivers, etc. • Default obtains an image from the NASA “blue marble” earth • Requires Unix environment (Cygwin on PC will do) • For Typhoon Jangmi, min: lon = 100, lat = 7 max: lon = 148, lat = 40 • From a Cygwin (tcsh or bash) shell, issue the command: getWMSImage.sh –o terrain.tiff 100 7 148 40 6 vapor@ucar.edu
Set-up to visualize a WRF dataset (1) • Launch ‘vaporgui’ (Desktop Icon: ) • From Data menu: “Import WRF-ARW output files into current session”: select all (60) C:\VaporTutorial\vapordata\wrfout* files to import 7 vapor@ucar.edu
Page 1 and 2: Understanding WRF-ARW Datasets with
Page 3 and 4: Supporting software and data • In
Page 5: Obtaining images to use with VAPOR
Page 9: Set-up to visualize a WRF dataset (
Page 12 and 13: Volume Visualization of QCLOUD 1. U
Page 14 and 15: Volume Visualization: Edit Transfer
Page 16 and 17: Define derived variable • From VA
Page 18 and 19: Isosurfaces of Wind (2) To color th
Page 20 and 21: Capture an animation sequence Save
Page 22 and 23: 22 Radar reflectivity with isosurfa
Page 24 and 25: Random streamlines (1) • Disable
Page 26 and 27: Use the probe to see a vertical sli
Page 28 and 29: 28 Cross section of typhoon (Probe
Page 30 and 31: Using the probe to specify flow see
Page 32 and 33: Other useful capabilities of VAPOR
Page 34 and 35: Tutorial supplement: An analysis of
Page 36 and 37: 36 Thanks! vapor@ucar.edu

C:/VaporTutorial/images - Vapor - UCAR

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