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To improve the performance of kinetic energy evaluation, we could define a specialized stencil operator for computing kinetic energy. i.e. it would take a Covariant12Vector-field on cell centers, and a Covariant3Vector-field on cell faces, and compute the kinetic energy reconstruction as per the atmos docs (https://clima.github.io/ClimaAtmos.jl/dev/equations/)
Would need to define stencil_interior method.
Note that no boundary handling should be necessary (as we set the vertical velocity at the boundaries appropriately)
Usage
K = Operators.KineticEnergyReconstruction()
k .=K.(uₕ,uᵥ)
The text was updated successfully, but these errors were encountered:
To improve the performance of kinetic energy evaluation, we could define a specialized stencil operator for computing kinetic energy. i.e. it would take a
Covariant12Vector
-field on cell centers, and aCovariant3Vector
-field on cell faces, and compute the kinetic energy reconstruction as per the atmos docs (https://clima.github.io/ClimaAtmos.jl/dev/equations/)Would need to define
stencil_interior
method.Note that no boundary handling should be necessary (as we set the vertical velocity at the boundaries appropriately)
Usage
The text was updated successfully, but these errors were encountered: