[NDSL] GF convection port (GF2020)

[FlorianDeconinck]

Located at GEOS_GF_InterfaceMod.F90:GF_Run, two main subroutines.

Use GEOS-FP to determine which one to port and GMAO expertise. Everything under Run should be considered for port. GF_2020 should be the one we run, since the GEOS5 is the older one.

Parent: https://github.com/GEOS-ESM/SMT-Nebulae/issues/57

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• [ ] Port GF to pyMoist

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Breakdown:

_GF2020_Interface _

• alloc_grads_arr
• set_index_loops
• flipz
• get_vars
• GF2020_DRV
  • prepare_temp_pertubations  - CUP_gf (Note this is not the same as CUP_gf from GEOS5)
  • gen_random   - system_clock
  • cup_env
    • satur_spec_hum
  • SOUND   - cup_env_clev
    • get_interp
  • get_partition_liq_ice
    • fract_liq_f
    • ice_fraction -> ICE_FRACTION_SC
  • precip_cwv_factor   - get_cloud_bc   - get_lcl    - satvap    - td
  • cup_cloud_limits   - cup_minimi   - rates_up_pdf   - get_zu_zd_pdf    - gammaBrams     - intfuncgamma   - get_lateral_massflux   - get_buoyancy   - cup_up_moisture_light   - cup_up_vvel   - cup_up_moisture    - get_delmix    - fract_liq_f     - ice_fraction    - get_melting_profile    - get_delmix    - get_jmin    - get_lateral_massflux_down    - get_wetbulb    - cup_dd_moisture    - cup_up_aa0    - cup_up_aa1bl    - cup_dd_edt    - tridiag    - fct1d3    - cup_forcing_ens_3d    - cup_forcing_ens_3d_mid    - cup_up_cape    - cup_forcing_ens_3d_shal    - ke_to_heating    - cup_output_ens_3d    - get_precip_fluxes    - rain_evap_below_cloudbase    - cloud_dissipation    - cup_up_lightning    - get_liq_ice_number_conc     - make_IceNumber     - make_DropletNumber    - cup_env_clev_chem     - get_w_upd_gcc    - get_incloud_sc_chem_up     - henry_gcc     - henry     - compute_ki_gcc_gas
    • gcc_e_ice    - get_incloud_sc_chem_dd    - set_grads_var    - wrt_bin_ctl
• MAPL_EQsat -> QSAT0 (Found under src/Shared/@MAPL/base/MAPL_SatVapor.F90)

Note: I think there're recursive calls possible within QSAT0