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I've been extending a couple PySDM examples to reproduce the effect of cloud seeding, following several very helpful suggestions by @claresinger.
Relatedly, I'm also interested in using the linear eddy model (Kerstein 1998, Hoffmann et al. 2019) to simulate stochastic supersaturation fluctuations over the mean parcel supersaturation in the 1D kinematic driver example. Have you thought about incorporating the LEM into the PySDM dynamics module? If this is something in the project pipeline, I would be interested in contributing toward its development.
Let me know what you think!
The text was updated successfully, but these errors were encountered:
jtbuch
changed the title
Including linear eddy model (LEM) into the 1D kinematic driver example
Including linear eddy model (LEM) in the 1D kinematic driver example
Feb 27, 2024
H @jtbuch, I do not know of any considerations to extend PySDM to cover LEM yet. I have close to no experience in modelling subgrid effects, but will happily help in technicalities. If feasible, please outline what would need to be addressed to make PySDM capable of being extended to cover LEM?
Hi @slayoo,
I've been extending a couple PySDM examples to reproduce the effect of cloud seeding, following several very helpful suggestions by @claresinger.
Relatedly, I'm also interested in using the linear eddy model (Kerstein 1998, Hoffmann et al. 2019) to simulate stochastic supersaturation fluctuations over the mean parcel supersaturation in the 1D kinematic driver example. Have you thought about incorporating the LEM into the PySDM dynamics module? If this is something in the project pipeline, I would be interested in contributing toward its development.
Let me know what you think!
The text was updated successfully, but these errors were encountered: