UFS Diagnostics Toolbox#
Description#
Python-based diagnostic tools for UFS-based applications.
Derived Quantities: Atmosphere and ocean analysis derived quantities.
Grid Diagnostics: Tools to compute grid-related attributes.
Interpolation: Interpolation applications.
Transform Applications: Mathematical variable transform tools.
Developers#
Henry R. Winterbottom - henry.winterbottom@noaa.gov
Cloning#
The ufs_diags
repository can be obtained as follows:
user@host:$ /path/to/git clone --recursive https://www.github.com/HenryWinterbottom-NOAA/ufs_diags ./ufs_diags
Dependencies#
A Fortran compiler is required for the respective Python dependencies. This package has only been tested against GNU (e.g., gfortran
). The following table lists the ufs_diags
Python dependencies.
Package |
Description |
Installation Instructions |
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The above packages can be installed as follows:
user@host:$ cd /path/to/ufs_diags
user@host:$ /path/to/pip install --upgrade pip
user@host:$ /path/to/pip install -r requirements.txt
For additional information and options for building Python packages, see here.
Virtual Environment#
Virtual environments can be configured as follows:
user@host:$ cd /path/to/ufs_diags/venv
user@host:$ ./install.sh
The above will configure the virtual environment. To execute applications within the virtual environment, do as follows:
user@host:$ cd /path/to/ufs_diags/venv
user@host:$ source bin/activate
The above will launch the respective virtual environment.
Container Environments#
A Docker container environment, supporting and within which the ufs_diags
applications can be executed, may be obtained and executed as follows:
user@host:$ /path/to/docker pull ghcr.io/henrywinterbottom-noaa/ubuntu20.04.ufs_diags:latest
user@host:$ /path/to/docker container run -it ghcr.io/henrywinterbottom-noaa/ubuntu20.04.ufs_diags:latest