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The variable n_sponge is set to 0 by default, which would suggest there is no sponge layer. This doesn't seem correct: there should be some sponge layer, but I'm not sure where it's defined. Should I assume the sponge layer extends down to 8 hPa like in Zhao et al. 2018?
To introduce small perturbations to our initial conditions, I used the variable add_noise. I was wondering at which vertical levels is thermal noise added? Is it only to the lowest levels, or is it to all levels?
Thanks for any help,
Marshall
The text was updated successfully, but these errors were encountered:
n_sponge is described in the FV3 documentation that is within the authoritative repository (GitHub:NOAA-GFDL/GFDL_atmos_cubed_sphere), PDF file in the docs directory.
Hi there -
The variable n_sponge is set to 0 by default, which would suggest there is no sponge layer. This doesn't seem correct: there should be some sponge layer, but I'm not sure where it's defined. Should I assume the sponge layer extends down to 8 hPa like in Zhao et al. 2018?
To introduce small perturbations to our initial conditions, I used the variable add_noise. I was wondering at which vertical levels is thermal noise added? Is it only to the lowest levels, or is it to all levels?
Thanks for any help,
Marshall
The text was updated successfully, but these errors were encountered: