Containers used for WRF-Hydro development. These containers are also suitable options for running WRF-Hydro simulations on a single-node system. See sub-tags (e.g. 'base', 'conda') for details on each container.
This container is used for WRF-Hydro development and single-node WRF-Hydro simulations.
This container includes the following:
- Ubuntu base image
- All system libraries required by WRF-Hydro
- Text editors - VIM, Nano, Emacs
- git version control system
- nccmp - NetCDF Compare utility for diffing NetCDF files
- NetCDF C and Fortran libraries
- MPI
Step 1: Pull the image
docker pull wrfhydro/dev:base
Step 2: Run the image
docker run -it wrfhydro/dev:base
Optionally: Run the image with a volume mount
NOTE: DO NOT COMPILE WRFHYDRO IN THE MOUNTED FOLDER. On some filesystems, WRF-Hydro will not compile correctly if compilation occurs in a mounted directory. WRF-Hydro will run in a mounted directory on most filesystems, but compilation may fail.
docker run -v <path-to-your-local-mount-folder>:<path-to-the-desired-docker-folder> -it wrfhydro/dev:base
This container is used for WRF-Hydro development and single-node WRF-Hydro simulations.
This container includes the following:
-
Everything in wrfhydro/dev
-
Miniconda with the following libraries and all dependencies
- jupyterlab
- jupyter_contrib_nbextensions
- boltons
- cartopy
- deepdiff
- f90nml
- netcdf4
- pytest
- pytest-datadir
- rasterio
- termcolor
- wrfhydropy
- xarray
Step 1: Pull the image
docker pull wrfhydro/dev:conda
Step 2: Run the image
docker run -it wrfhydro/dev:conda
Optionally: Run the image with a volume mount
NOTE: DO NOT COMPILE WRFHYDRO IN THE MOUNTED FOLDER. On some filesystems, WRF-Hydro will not compile correctly if compilation occurs in a mounted directory. WRF-Hydro will run in a mounted directory on most filesystems, but compilation may fail.
docker run -v <path-to-your-local-mount-folder>:<path-to-the-desired-docker-folder> -it
wrfhydro/dev:conda