Now try the same concept as presented in the module with real-time data . Go to the Lead Portal by clicking here .

• Create an account: Step 1
• Log in: Step 2

• Once you have logged in , you should see a page similar to the one below

• Take a tutorial on the experiment builder(#3) as well as the geographic data search(#4) in order to know how to request real time data from the Lead Portal.

• Once you have completed the tutorials, you now can access the data and visualize it in IDV according to the parameters in the Jetstream module.
• In IDV, go to the dashboard. Shown Below.
• Go to the 3D grid heading under the fields section, under that click "pressure vertical velocity at isobaric levels." (#5)
  • In the display section click isosurface under the 3D heading.(#6)
  • In the time section keep it as default or select the times you want to view.
  • Finally, click the button create display. (#7)

• Do the same procedure for the rest of the parameters.
• For windspeed (repeat 4 times)
  • 3D grid
    • Derived
      • Windspeed
        • Under Displays : 3D surface
          • isosurface
• For temperature
  • 3D grid
    • Temperature at fixed height above ground
      • Under Displays : Color- Filled Contour Plan View
      • Under Level section select 2m
• For Geopotential height
  • 3D grid
    • Geopotential height at isobaric levels
      • Under Displays : Contour plan view
      • Under Level section select 300 hectopascals
• For Wind Barbs
  • 3D grid
    • Derived
      • Flow Vectors
        • Under Displays : Wind Barb plan view
        • Under Level section select 300 hectopascals

         

• Now that you have all the parameters for the jetstream module, you will have to adjust them to look similar to the module's parameters .
• Go into the dashboard and click the displays tab.
  • First for pressure vertical velocity at isobaric levels or omega, change the color table to yellow. (#8)
  • Make sure the isosurface value is -.3 Pa/s and press enter. (#9)

 

 

• Now for the windspeed, you should have 4 parameters exactly the same.
• Change the windspeeds to 45,55,65,75 m/s.
• Also, change the color table to look similar to the module's color scheme. Shown below with the 4 different wind speeds.
• For the 65 m/s windspeed (#10) edit the color manually to get the darker blue similar to the module or chose a different color for simplistic sake.

 

 

 

 

• For the temperature ( T_fhg Color-Filled Contour), change the range, the units, and the internval.
• First click on the temperature section under the displays tab.
  • Then click the edit tab.
  • Then click change parameter .
• Change the parameter to Fahrenheit.
• Next click on the color range(#11)
  • Change the range from -40 to 80
• Next click the button next to contour.
  • Make the interval 10.
• It should look similar to the picture below.

 

 

 

 

• Now for geopotenial height.
  • Under the Displays tab, click Z-Contour Plan View
  • Click the change button next to contour .
• Change the interval to 120 gpm
• Click the default button next to the color table
• Change the color to black
• You should now have something similar to the picture below.

 

 

• Lastly, flowvectors
  • Click flowvectors under the displays tab
  • Change the skip interval to 2 (#12)
• You should have a similar picture below.

 

• Now you should have all the parameters similar to the one in this module.
• You are able to now go through the worksheet with real-time data.