tc_analysis — Tropical Cyclone Analysis
The tc_analysis task performs tropical cyclone (TC) and African Easterly
Wave (AEW) analysis on E3SM output. It uses high-frequency atmospheric data
(typically eam.h2) to detect and track TCs and AEWs using TempestExtremes.
Both EAM and EAMxx output are supported. EAMxx requires the input_grid
parameter to be set because its output sets topography_file="NONE",
preventing automatic grid inference.
Configuration example
EAM:
[tc_analysis]
active = True
input_grid = ne30pg2
years = 1:100:10
EAMxx:
[tc_analysis]
active = True
input_grid = ne30pg2
tc_vars = SeaLevelPressure,T_mid_at_200hPa,T_mid_at_500hPa,U_at_model_bot,V_at_model_bot,U_at_850hPa,V_at_850hPa
years = 1:100:10
Parameters
These 3 parameters are specific to the tc_analysis task:
Parameter |
Required |
Default |
Description |
|---|---|---|---|
|
No |
|
Native model grid of the input files, e.g. |
|
No |
|
Explicit |
|
No |
|
Ordered list of exactly 7 comma-separated variable names in the
sequence required by the TempestExtremes workflow:
SLP, T@200hPa, T@500hPa, U@model_bottom, V@model_bottom, U@850hPa,
V@850hPa. The default covers EAM output. EAMxx users should set this
to the corresponding EAMxx variable names, e.g.
|
Parameters at the top-level
This parameter has a tc_analysis-specific default, which means even if it
is set at the top level ([default]) section, the default value will be
used instead. Therefore, to specify a custom value, this parameter must be
defined inside [tc_analysis]:
Parameter |
Required |
Default |
Description |
|---|---|---|---|
|
No |
|
Input history file pattern. Overrides the |
For other top-level parameters, see top-level parameters.
Dependencies
Upstream (what tc_analysis depends on):
None.
Downstream (what depends on tc_analysis):
e3sm_diags — E3SM Diagnostics — Required for tc_analysis set.