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I am running ROMS within COAWST and using PyROMS to generate the input files. While I believe the input files are correctly prepared, the model output shows strange wave patterns in the physical fields.
I used PyROMS to generate the grid, initial conditions, and forcing files. The model runs without crashing, but the output displays unexpected oscillations/waves in the physical fields. I have checked the bathymetry, boundary conditions, and time-stepping parameters, but the issue persists.
In the image, you can see a wave originating from the coast and propagating across the simulation domain. We are looking at a U-momentum component, but it is also noticeable in free surface and other variables that do not have a smooth behavior. However, it is not visible in temperature and salinity, which appear to be unaffected.
Could this be related to numerical instability, grid resolution, or incorrect input file formatting?
Are there any recommended checks or debugging steps to identify potential issues in the input files?
Has anyone encountered similar wave artifacts in ROMS simulations, and what solutions worked for you?
The text was updated successfully, but these errors were encountered:
does this wave dissipate after some time?
the init density field can need time to adjust from an interpolated coarser scale model to this grid. i have seen this before and it usually goes away.
you might get more response if you post on the rutgers forum directly.
if you are just running roms, then it is basically what is on their site as well.
Hello:
I am running ROMS within COAWST and using PyROMS to generate the input files. While I believe the input files are correctly prepared, the model output shows strange wave patterns in the physical fields.
I used PyROMS to generate the grid, initial conditions, and forcing files. The model runs without crashing, but the output displays unexpected oscillations/waves in the physical fields. I have checked the bathymetry, boundary conditions, and time-stepping parameters, but the issue persists.
In the image, you can see a wave originating from the coast and propagating across the simulation domain. We are looking at a U-momentum component, but it is also noticeable in free surface and other variables that do not have a smooth behavior. However, it is not visible in temperature and salinity, which appear to be unaffected.
Could this be related to numerical instability, grid resolution, or incorrect input file formatting?
Are there any recommended checks or debugging steps to identify potential issues in the input files?
Has anyone encountered similar wave artifacts in ROMS simulations, and what solutions worked for you?
The text was updated successfully, but these errors were encountered: