Using the Distance Speed Tool - OCLO
- 01- CAVE Fundamentals
- Setting the Time Match Basis of a Product
- Loading and Toggling Radar Graphic Overlay Products
- Overlaying CAPE on a Base Reflectivity Product
- Overlaying a Surface Plot on a Base Reflectivity Product
- Overlaying Model Image on Radar and Satellite
- Transferring Screen Products Between the Main Display Pane and Side Panes
- Loading, Arranging, Renaming, and Unloading Additional Map Editors
- Zooming In or Out of a Product View
- Panning a Zoomed-In Image in the Main Display Panel
- Switching the Color Table for a Radar Image Product
- Editing the Current Color Table
- Unload a Map Overlay
- Loading a Map Overlay
- Changing a Map's Display Characteristics
- Loading the Alphanumeric Information for a VWP Product
- Using the AFOS Browser to Load an Area Forecast Discussion
- Move and Adjust Width of AlertViz
- Launch Text Section Log and Display Detailed View
- Loading and Using the AWIPS Data Monitor
- Blinking a Range of Data Values
- Printing the Contents of the Main Display Panel
- Creating a Screen Capture of the Main Display Panel
- Saving/Loading Editor and Perspective Displays
- 02- D2D Fundamentals
- Create a New Procedure
- Opening an Existing Procedure
- Load a Product from the Product Inventory
- Clearing a Product from the Main Display Panel
- Manually Toggling and Looping Single Elevation Angle Products in Time
- Create an Image Combination and Toggle Between the Images
- Use Panel Combo Rotate and All Panel Sample on Dual Pol
- 03- D2D Radar
- Load Radar Products for Single Radar and Radar/MRMS Mosaics
- Toggling Product Displays
- Viewing Radar Cursor Readout Information
- Loading Products into Four-Panel Displays
- Submit an OTR for a Three Hour Precip (THP) Product
- Build a New Request in the RMR GUI
- Managing Active Requests in the RMR GUI
- Loading an All Tilts Product into the Main Display Panel
- Load a VWP Hodograph
- Load a Vertical Reflectivity Cross-Section Image Product Using the Volume Browser
- Load a Horizontal Reflectivity Cross-Section Image Product Using the Volume Browser
- 04- D2D Satellite
- 05- D2D Upper Air
- Load NSHARP into your CAVE Display
- Change NSHARP Configurations
- Cycling Through the Tables
- Toggling Display Insets
- Toggling Graphs and Statistics
- Interact with the Inventory in the D2D Skewt Standard Screen Configuration and Use Keyboard Shortcuts
- Configuring a Sounding and Hodograph Display
- Changing the Parcel Lifting Method
- Display Multiple Active Soundings
- 06- D2D Tools
- 07- D2D Applications
- Issue A New Severe Thunderstorm Warning
- Follow Up a Severe Thunderstorm Warning with a Severe Weather Statement
- Loading an FFMP Basin Trend Graph and Downstream Basin Trace
- Assessing QPE, Ratio, and Diff
- Closing the FFMP Table
- Loading the FFMP Basin Table
- Loading a SCAN Storm Cells Table
- Interacting with the SCAN Storm Cells Table
- Launching the MESO and TVS Tables
- Closing the SCAN Cell Table
Purpose:
This task demonstrates how to use the Distance Speed tool to determine the linear speed and direction of motion of a storm or feature.Tasks:
- Load a product with something to track (e.g. IR satellite).
- From the Tools menu, select Distance Speed. In the Distance Speed pop-up window, ensure that "Point" is selected for the "Mode" option.
- Left-click and hold on the Drag Me to Feature icon and drag it to your desired feature.
- Step the loop in the main display panel backwards several frames.
- Left-click and hold on the Drag Me to Feature icon and drag it to the same feature as you did in Step 3 (for a moving feature, the location should be different than in Step 3)
- Step forward and backward several frames to ensure that the motion vector is accurate for the feature you are tracking.
- If the track is a little off, keep repeating Steps 3-6 to fine tune the motion vector. Depending on the feature you are tracking, this process can sometimes take several iterations before you have a motion vector you are confident is accurate.
- In the Distance Speed window select "Time" for the Legend and note the times of the first frame, last frame, and extrapolated time.
- Task Complete!