*[Running LES with online computation of resolved-fluxes turbulent fluxes](#)
1.[Data assimilation (DA)](#)
*[Observation nudging](#)
*[Variational DA](#)
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@@ -61,6 +64,10 @@ tar xzvf v4.4.2.tar.gz
unzip v4.4.2.zip
```
# For the impatient
(quick overview of the compilation/simulation process, without details)
# Basic usage
## Organization of the source code
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@@ -191,7 +198,7 @@ However, we describe the typical workflow of the compilation, for anyone that wi
```
The `> compile.log` tells the operating system to redirect the output stream from the terminal to a file called `compile.log`. The `2>&1` tells the operating system to merge the standard and error output streams, so `compile.log` will contain both regular output and error messages. The final `&` tells the operating system to run the job in the background, and returns to the terminal prompt.
The compiled code will be created in the `run` directory, and some of the compiled programs will be linked in either of the `test/em_les`, `test/em_quarter_ss` or `test/em_real` directories. Executable WRF files typically have names ending with `.exe` (this just conventional; it is actually not necessary for them to run).
The compiled code will be created in the `run` directory, and some of the compiled programs will be linked in either of the `test/em_les`, `test/em_quarter_ss` or `test/em_real` directories. Executable WRF files typically have names ending with `.exe` (this is just conventional; it is actually not necessary for them to run).
Compilation may take half an hour or so. A successful compilation ends with:
```
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@@ -221,6 +228,8 @@ However, we describe the typical workflow of the compilation, for anyone that wi
## Copying compiled WRF code
## Running WRF in a software container
## Running an idealized simulation
## Running a real-case simulation
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## Running offline nested simulations
## Running LES with online computation of resolved-fluxes turbulent fluxes
