Looking for `LayerThicknessProvis` in input file

[xylar]

When I try to read in an InitialState stream with the following yaml spec:

    InitialState:
      UsePointerFile: false
      Filename: init.nc
      Mode: read
      Precision: double
      Freq: 1
      FreqUnits: OnStartup
      UseStartEnd: false
      Contents:
      - Restart

I get:

[* error] [IO.cpp:704] IO::readArray: Error finding varid for variable LayerThicknessProvis
[* error] [IO.cpp:704] IO::readArray: Error finding varid for variable layerThicknessProvis
[* error] [IOStream.cpp:1738] Error reading data array for LayerThicknessProvis in stream InitialState
[* error] [IOStream.cpp:2443] Error reading field data for Field LayerThicknessProvis in Stream InitialState
[* critical] [OceanInit.cpp:182] Error reading the initial state file
[* critical] [OceanInit.cpp:56] ocnInit: Error initializing Omega modules
[* error] [OceanDriver.cpp:28] Error initializing OMEGA
[* info] [Tracers.cpp:249] Tracers::clear() called
[* error] [OceanDriver.cpp:52] OMEGA terminating due to error

I wouldn't have expected LayerThicknessProvis to need to be specified. I would have thought that this should just be LayerThickness.

I am seeing this when I try to run the cosine bell test in E3SM-Project/polaris#242 using Omega built from #169

Full omega.yml is:

Omega:
  TimeIntegration:
    CalendarType: No Leap
    TimeStepper: RungeKutta4
    TimeStep: 0000_00:24:00.000
    StartTime: 0001-01-01_00:00:00
    StopTime: none
    RunDuration: 0024_00:00:00.000
  Dimension:
    NVertLevels: 1
  Decomp:
    HaloWidth: 3
    DecompMethod: MetisKWay
  State:
    NTimeLevels: 2
  Advection:
    FluxThicknessType: Center
    FluxTracerType: Center
  Tendencies:
    ThicknessFluxTendencyEnable: false
    PVTendencyEnable: false
    KETendencyEnable: false
    SSHTendencyEnable: false
    VelDiffTendencyEnable: false
    ViscDel2: 1.0e3
    VelHyperDiffTendencyEnable: false
    ViscDel4: 1.2e11
    TracerHorzAdvTendencyEnable: true
    TracerDiffTendencyEnable: false
    EddyDiff2: 10.0
    TracerHyperDiffTendencyEnable: false
    EddyDiff4: 0.0
  Tracers:
    Base: [Temperature, Salinity]
    Debug: [Debug1, Debug2, Debug3]
  IOStreams:
    # InitialState should only be used when starting from scratch
    # After the simulations initial start, the frequency should be
    # changed to never so that the initial state file is not read.
    InitialState:
      UsePointerFile: false
      Filename: init.nc
      Mode: read
      Precision: double
      Freq: 1
      FreqUnits: OnStartup
      UseStartEnd: false
      Contents:
      - Restart
    History:
      UsePointerFile: false
      Filename: output.nc
      Mode: write
      IfExists: replace
      Precision: double
      Freq: 2073600
      FreqUnits: Seconds
      UseStartEnd: false
      Contents:
      - Tracers

Path is:

/lcrc/group/e3sm/ac.xylar/polaris_0.5/chrysalis/test_20241202/omega_cosine_bell/ocean/spherical/icos/cosine_bell/convergence_both/with_viz/forward/480km_1440s

[xylar]

I'm going to try again to see what happens when I replace Restart with:

Omega/components/omega/configs/Default.yml

Lines 49 to 50 in 871ea4f

	- State
	- Base

[xylar]

Okay, that seems to fix it, so it was me using older syntax from the yaml file.