Load modules with `module load LIST-OF-MODULE-NAMES`, unload them one by one with `module unload LIST-OF-MODULE-NAMES`, unload all of them at the same time with `module purge`, get information about a specific module with `module show MODULE_NAME`. Modules may depend on each other. If the system is set up properly, a request to load one module will automatically load any other prerequisite ones.
Load modules with `module load LIST-OF-MODULE-NAMES`, unload them one by one with `module unload LIST-OF-MODULE-NAMES`, unload all of them at the same time with `module purge`, get information about a specific module with `module show MODULE_NAME`. Modules may depend on each other. If the system is set up properly, a request to load one module will automatically load any other prerequisite ones.
After loading modules, it is also recommended to set the `NETCDF` environment variable to the root variable of the netcdf installation. Use `module show` to see which directory is correct. For instance:
After loading modules, it is also recommended to set the `NETCDF` environment variable to the root variable of the netcdf installation. On srvx1, jet and VSC4, use `module show` to see which directory is correct. For instance:
```
```
(skylake) [serafins@l46 TEAMx_real]$ module list
(skylake) [serafins@l46 TEAMx_real]$ module list
...
@@ -232,7 +227,36 @@ However, we describe the typical workflow of the compilation, for anyone that wi
...
@@ -232,7 +227,36 @@ However, we describe the typical workflow of the compilation, for anyone that wi
The environment must be consistent between compilation and runtime. If you compile WRF with a set of modules loaded, you must run it with the same set of modules.
Important note: **The environment must be consistent between compilation and runtime. If you compile WRF with a set of modules loaded, you must run it with the same set of modules**.
**Configure WRF for compilation.* This will test the system to check that all libraries can be properly linked. Type `./configure`, pick a generic dmpar INTEL (ifort/icc) configuration (usually 15), answer 1 when asked if you want to compile for nesting, then hit enter. "dmpar" means "distributed memory parallelization" and enables running WRF in parallel computing mode. For test compilations or for a toy setup, you might also choose a "serial" configuration.
**Configure WRF for compilation.* This will test the system to check that all libraries can be properly linked. Type `./configure`, pick a generic dmpar INTEL (ifort/icc) configuration (usually 15), answer 1 when asked if you want to compile for nesting, then hit enter. "dmpar" means "distributed memory parallelization" and enables running WRF in parallel computing mode. For test compilations or for a toy setup, you might also choose a "serial" configuration.
