Difference between revisions of "Elle grid"
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<li>Extract contents into the desired directory</li></ol> | <li>Extract contents into the desired directory</li></ol> | ||
tar -zxvf elle_grid.tar.gz | tar -zxvf elle_grid.tar.gz | ||
− | You'll end up with a directory | + | You'll end up with a directory that includes the raw radar files and parameter files needed to run RadxConvert and Radx2Grid. |
<ol start="3" style="list-style-type: decimal;"> | <ol start="3" style="list-style-type: decimal;"> |
Revision as of 17:08, 1 September 2020
elle grid tutorial
This workflow will convert several raw radar files to the CfRadial format, interpolate the data to a cartesian grid, and apply a convective stratiform separation algorithm.
Run each program one by one on the command line
- Download the elle_grid.tar.gz file
- Extract contents into the desired directory
tar -zxvf elle_grid.tar.gz
You'll end up with a directory that includes the raw radar files and parameter files needed to run RadxConvert and Radx2Grid.
- Set the directories (note: there is purposely no slash at the beginning of PROJ). Together, HOMED/PROJ should direct you to the elle_grid directory. RAW is the full path to the raw radar data in /elle_grid.
export HOMED="/path/to/home/directory" export PROJ=“short/path/to/elle_grid” export RAW="/path/to/elle_basic/raw"
- Set the variables in the terminal and set the date. Print out the directory structure to make sure it's pointing to the right directory.
export RADAR_NAME="KHGX" export days=“20170827” export rdir="/path/to/lrose/bin" echo $HOMED/$PROJ
- Convert the raw files to CfRadial files
$rdir/RadxConvert -params ./params/RadxConvert.* -f $RAW/$RADAR_NAME/$days/*.ar2v