Welcome to pyDAmonitor!

Safeguard invaluable DA investments by vigilantly monitoring DA performance in both real-time and retrospective scenarios.

The pyDAmonitor repository: pyDAmonitor/pyDAmonitor

Real-time RRFSv2X pyDAmonitor results: https://rapidrefresh.noaa.gov/pyDAmonitor/rrfsv2x/

It is suggested to check the following wiki pages:

• Using JupyterLab or Jupyter Notebook over SSH on RDHPCS (Hera/Ursa/Gaea)

• Working with pyDAmonitor

• Python code norms

Jupyter Notebooks are rendered in an on-prem RDHPCS and then sent to GitHub for online viewing.

Table of Contents

• 1. Find and plot individual MPAS cells

• 2. Plot MPAS domain and terrain

• 3. Plot MPAS model results on the unstructured grid

• 4. Work with JEDI IODA files

• 5. Process and plot JEDI diag (jdiag) results

• 6. Work with satellite observations and filters

• 7. Work with GSI diag files

• 8. Plot MPAS analysis increment profile

• 9. GSIBEC-calculate rotated lon/lat parameters for an MPAS grid

Contributors

Guoqing Ge, Eric James, Junjun Hu, Shawn Murdzek, Haidao Lin, Sijie Pan, Keenan Eure, Aiden Pape, Ethan Chang, Ethan Wiese, Chunhua Zhou, Liaofan Lin, Ming Hu, Terra Ladwig