Print globally averaged surface temperature for one-degree example #540
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Perhaps a plot of zonally-averaged fluxes and SST would be nice too? To show seasonality? |
| start_date = DateTime(1993, 6, 1) | ||
| stop_date = DateTime(1994, 5, 1) |
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because then the solution won't be biased to heat up as much at the beginning (eg starting during northern hemisphere winter)
examples/one_degree_simulation.jl
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| @@ -117,15 +117,15 @@ function progress(sim) | |||
| u, v, w = ocean.model.velocities | |||
| T = ocean.model.tracers.T | |||
| e = ocean.model.tracers.e | |||
| Tmin, Tmax = minimum(T), maximum(T) | |||
| Tmin, Tmax, Tavg = minimum(T), maximum(T), mean(T) | |||
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does the mean ignore land? or do we need to do compute!(Field(Average(T)))[1, 1, 1]?
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Yes, all reductions of Field will ignore immersed cells
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following CUDA definition if you call mean with no other arguments, it computes an average over all dimensions and returns the result as a scalar without any need to index further. If you specify dimensions
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A lot of code has previously used various workarounds, including using interior, because conditional reductions often did not compile on the GPU. But since our revamp of conditional operations, I have found that we can use simple clean syntax now.
We may also want something like mean(view(T, :, :, Nz)) which would compute the surface average
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docs didn't build, I guess i need another commit |
you need to add the label before you create the PR if you want the docs to built from the first commit |
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I ran the 1-degree simulation for 5 years and changed the color range on the SST to go up to 38. Here's a movie: https://clima.github.io/ClimaOceanDocumentation/previews/PR540/literated/one_degree_simulation/ Seems like the very big SSTs are just in the Java sea? |
one_degree_global_ocean_surface-3.mp4 |
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Do you mean you wanna work on these additional diags in this PR @glwagner? |
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For what it's worth, I ran the code with the This may be a secondary issue, or may point us to what is causing this (milder) warm up. I thought I would flag it though. |
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This PR adds printing of the globally-averaged surface temperature in the one-degree example. I'd also like to add a few time-series. I'm thinking: