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MNT: refactoring of terminal velocity parameterization selection
For a given instrument, all LUTs are stored in single NetCDF file
…hod of the `Instrument` class
Also, set `mie_for_ice` to `False` by default if using `P3` since ice shape is baked into the microphysics, which impacts PSD parameters and hence the radiation scheme treatment.
…microphys to liq processing Note: we did not implement ice treatment yet, conditioning on the `mcphys_scheme` `Model` class attribute, which will impact both scattering efficiencies and terminal velocity calculations.
…ters. DOC: correct LUT metadata.
That module was redundant for EMC^2 practices (following the production of the LUTs)
This will cut calculation time later.
This commit implements the P3 physics logic (V_t parameterization, rime properties, etc.) in radar moment calculations. MNT: some code organization including generalizing PSD parameter calculations under a single method.
The MH2005 terminal velocity implementation cannot resolve diameters < 23 um. This fix fills those invalid values with the minimum resolved velocity (~1.7 cm/s)
This commit implements the P3 physics logic (rime properties, etc.) in lidar calculations.
Conflicts: emc2/simulator/lidar_moments.py emc2/simulator/psd.py emc2/simulator/radar_moments.py
In detail: ENH: P3 in lidar calculations (microphysics) ENH: "hybrid" approach in P3 calculations (using equivalent volume diameter and surface area for scattering calculations) ENH: enable Mie calculations in "P3" mode (while still using P3 parameterization for Vt calculations) FIX: Ni normalization to 1 m-3 instead of 1 kg-1 DOC: update metadata and correct some print messages to user
This commit includes updates to the P3-related LUTs to enable Mie option in bulk calculations
As part of the potential bug fix in cases of truncated-value mixing ratios, reference to the input hydrometeor type (conv/strat) was removed and had to be restored for cases with deep-convection model output
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This PR adds the P3 microphysics scheme logic to both the microphysics and radiation scheme logic approaches of EMC².
The implementation includes the addition of new LUTs consistent in essence with those used by E3SMv3.
Integrating P3 ice treatment generally reduces the microphysics-radiation gap and enables robust application of EMC² to models utilizing this microphysics approach.
This PR also includes: