UFS-DA Diagnostics
Getting Started
Installation
Quickstart
CADRE 2026 EPIC Session Instructions
CADRE DA Diagnostic Images
Diagnostics Overview
Spectral Diagnostics
Observation Statistics
Chi‑Square Consistency Check
Usage
Using Spectra Diagnostics
Using Increment Diagnostics
Observation Diagnostics Overview
Using Observation Diagnostics
Using Log Diagnostics
Using Plotting Tools
Single-Observation Extraction
Weather Events Diagnostics
API Reference
Diagnostics API Overview
Spectral Diagnostics API
Increment Diagnostics API
Observation Diagnostics Driver API
JEDI Log Diagnostics API
Plotting Subsystem API
Weather Events Diagnostics API
Appendices
Appendix A — System Access and HPC Login
Appendix B — Slurm Basics
Appendix C — Hercules Filesystem and Environment Modules
NOAA AWS Parallel Cluster — CADRE 2026 Workshop Instructions
Appendix X: Innovation-Space Diagnostics with
ufsda-obs-br-check
Developer Guide
Developer Guide
UFS-DA Diagnostics
Index
Index
B
|
C
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D
|
F
|
M
|
P
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R
B
build_latlon_grid() (in module ufs_da_diagnostics.weather_events_marker)
C
compute_gradT_only() (in module ufs_da_diagnostics.weather_events_marker)
compute_vort_and_gradT() (in module ufs_da_diagnostics.weather_events_marker)
D
detect_jet_ridge() (in module ufs_da_diagnostics.weather_events_marker)
F
find_major_cyclone_centers() (in module ufs_da_diagnostics.weather_events_marker)
flatten_fv3() (in module ufs_da_diagnostics.weather_events_marker)
M
main() (in module ufs_da_diagnostics.weather_events_marker)
P
plot_map() (in module ufs_da_diagnostics.weather_events_marker)
R
regrid_fv3_to_latlon() (in module ufs_da_diagnostics.weather_events_marker)