Add EDMF parameters.

Project.toml

@@ -1,7 +1,7 @@
 name = "CLIMAParameters"
 uuid = "6eacf6c3-8458-43b9-ae03-caf5306d3d53"
 authors = ["Charles Kawczynski <kawczynski.charles@gmail.com>"]
-version = "0.1.10"
+version = "0.1.11"
 
 [deps]
 Test = "8dfed614-e22c-5e08-85e1-65c5234f0b40"

docs/src/API.md

@@ -133,6 +133,39 @@ Atmos.SubgridScale.c_2_KASM
 Atmos.SubgridScale.c_3_KASM
 ```
 
+### EDMF
+
+```@docs
+Atmos.EDMF.c_λ
+Atmos.EDMF.c_ε
+Atmos.EDMF.c_δ
+Atmos.EDMF.c_t
+Atmos.EDMF.β
+Atmos.EDMF.μ_0
+Atmos.EDMF.χ
+Atmos.EDMF.w_min
+Atmos.EDMF.lim_ϵ
+Atmos.EDMF.lim_amp
+Atmos.EDMF.a_min
+Atmos.EDMF.a_surf
+Atmos.EDMF.κ_star²
+Atmos.EDMF.ψϕ_stab
+Atmos.EDMF.α_d
+Atmos.EDMF.α_a
+Atmos.EDMF.α_b
+Atmos.EDMF.H_up_min
+Atmos.EDMF.c_d
+Atmos.EDMF.c_m
+Atmos.EDMF.c_b
+Atmos.EDMF.a1
+Atmos.EDMF.a2
+Atmos.EDMF.ω_pr
+Atmos.EDMF.Pr_n
+Atmos.EDMF.Ri_c
+Atmos.EDMF.smin_ub
+Atmos.EDMF.smin_rm
+```
+
 ### Microphysics_0M
 
 ```@docs

src/Atmos/Atmos.jl

@@ -50,6 +50,123 @@ function c_3_KASM end
 
 end # module SubgridScale
 
+module EDMF
+
+export c_λ,
+       c_ε,
+       c_δ,
+       c_t,
+       β,
+       μ_0,
+       χ,
+       w_min,
+       lim_ϵ,
+       lim_amp,
+       a_min,
+       a_surf,
+       κ_star²,
+       ψϕ_stab,
+       α_d,
+       α_a,
+       α_b,
+       H_up_min,
+       c_d,
+       c_m,
+       c_b,
+       a1,
+       a2,
+       ω_pr,
+       Pr_n,
+       Ri_c,
+       smin_ub,
+       smin_rm
+
+""" Entrainment TKE scale (dimensionless) """
+function c_λ end
+
+""" Entrainment factor (dimensionless) """
+function c_ε end
+
+""" Detrainment factor (dimensionless) """
+function c_δ end
+
+""" Turbulent Entrainment factor (dimensionless) """
+function c_t end
+
+""" Detrainment RH power (dimensionless) """
+function β end
+
+""" Logistic function scale (s``^{-1}``) """
+function μ_0 end
+
+""" Updraft mixing fraction (dimensionless) """
+function χ end
+
+""" Minimum updraft velocity (m/s) """
+function w_min end
+
+""" Exponential area limiter scale (dimensionless) """
+function lim_ϵ end
+
+""" Exponential area limiter amplitude(dimensionless) """
+function lim_amp end
+
+""" Minimum area fraction for any subdomain (dimensionless) """
+function a_min end
+
+""" Updraft surface area fraction (dimensionless) """
+function a_surf end
+
+""" Square ratio of rms turbulent velocity to friction velocity (dimensionless) """
+function κ_star² end
+
+""" Surface covariance stability coefficient (dimensionless) """
+function ψϕ_stab end
+
+""" Pressure drag factor (dimensionless) """
+function α_d end
+
+""" Advective pressure factor (dimensionless """
+function α_a end
+
+""" Buoyancy pressure factor (dimensionless) """
+function α_b end
+
+""" Minimum updraft height for closures (m) """
+function H_up_min end
+
+""" Environmental dissipation factor (dimensionless) """
+function c_d end
+
+""" Eddy viscosity factor (dimensionless) """
+function c_m end
+
+""" Static stability factor (dimensionless) """
+function c_b end
+
+""" Empirical stability function coefficient (dimensionless) """
+function a1 end
+
+""" Empirical stability function coefficient (dimensionless) """
+function a2 end
+
+""" Prandtl number empirical coefficient (dimensionless) """
+function ω_pr end
+
+""" Neutral Prandtl number (dimensionless) """
+function Pr_n end
+
+""" Critical Richardson number (dimensionless) """
+function Ri_c end
+
+""" Smooth minimum's fractional upper bound (dimensionless) """
+function smin_ub end
+
+""" Smooth minimum's regularization length minimum (m) """
+function smin_rm end
+
+end # module EDMF
+
 module Microphysics_0M
 
 export τ_precip,

src/Atmos/atmos_parameters.jl

@@ -1,6 +1,6 @@
+# SubgridScale parameters
 const AtmosSGS = CLIMAParameters.Atmos.SubgridScale
 
-# SubgridScale parameters
 AtmosSGS.C_smag(::AbstractEarthParameterSet)            = 0.21
 AtmosSGS.C_drag(::AbstractEarthParameterSet)            = 0.0011
 AtmosSGS.inv_Pr_turb(::AbstractEarthParameterSet)       = 3
@@ -12,12 +12,53 @@ AtmosSGS.c_1_KASM(ps::AbstractEarthParameterSet)        = AtmosSGS.c_a_KASM(ps)*
 AtmosSGS.c_2_KASM(ps::AbstractEarthParameterSet)        = AtmosSGS.c_e2_KASM(ps)+2*AtmosSGS.c_1_KASM(ps)
 AtmosSGS.c_3_KASM(ps::AbstractEarthParameterSet)        = AtmosSGS.c_a_KASM(ps)^(3/2)
 
+# EDMF parameters
+const EDMF = CLIMAParameters.Atmos.EDMF
+
+# Entrainment - detrainment model
+EDMF.c_λ(::AbstractEarthParameterSet)            = 0.3
+EDMF.c_ε(::AbstractEarthParameterSet)            = 0.13
+EDMF.c_δ(::AbstractEarthParameterSet)            = 0.52
+EDMF.c_t(::AbstractEarthParameterSet)            = 0.1
+EDMF.β(::AbstractEarthParameterSet)              = 2
+EDMF.μ_0(::AbstractEarthParameterSet)            = 4e-4
+EDMF.χ(::AbstractEarthParameterSet)              = 0.25
+EDMF.w_min(::AbstractEarthParameterSet)          = 0.1
+EDMF.lim_ϵ(::AbstractEarthParameterSet)          = 1e-4
+EDMF.lim_amp(::AbstractEarthParameterSet)        = 10
+
+# Subdomain model
+EDMF.a_min(::AbstractEarthParameterSet)          = 0.001
+
+# Surface model
+EDMF.a_surf(::AbstractEarthParameterSet)         = 0.1
+EDMF.κ_star²(::AbstractEarthParameterSet)        = 3.75
+EDMF.ψϕ_stab(::AbstractEarthParameterSet)        = 8.3
+
+# Pressure model
+EDMF.α_d(::AbstractEarthParameterSet)            = 10.0
+EDMF.α_a(::AbstractEarthParameterSet)            = 0.1
+EDMF.α_b(::AbstractEarthParameterSet)            = 0.12
+EDMF.H_up_min(::AbstractEarthParameterSet)       = 500
+
+# Mixing length model
+EDMF.c_d(::AbstractEarthParameterSet)            = 0.22
+EDMF.c_m(::AbstractEarthParameterSet)            = 0.14
+EDMF.c_b(::AbstractEarthParameterSet)            = 0.63
+EDMF.a1(::AbstractEarthParameterSet)             = 0.2
+EDMF.a2(::AbstractEarthParameterSet)             = 100
+EDMF.ω_pr(::AbstractEarthParameterSet)           = 53.0 / 13.0
+EDMF.Pr_n(::AbstractEarthParameterSet)           = 0.74
+EDMF.Ri_c(::AbstractEarthParameterSet)           = 0.25
+EDMF.smin_ub(::AbstractEarthParameterSet)           = 0.1
+EDMF.smin_rm(::AbstractEarthParameterSet)           = 1.5
+
 # 0-moment microphysics parameters
 const Microphysics_0M = CLIMAParameters.Atmos.Microphysics_0M
 
 Microphysics_0M.τ_precip(::AbstractEarthParameterSet) = 1000
-Microphysics_0M.qc_0(::AbstractEarthParameterSet) = 5e-3
-Microphysics_0M.S_0(::AbstractEarthParameterSet) = 0.02
+Microphysics_0M.qc_0(::AbstractEarthParameterSet)     = 5e-3
+Microphysics_0M.S_0(::AbstractEarthParameterSet)      = 0.02
 
 # 1-moment microphysics parameters
 const Microphysics = CLIMAParameters.Atmos.Microphysics

test/edmf.jl

@@ -0,0 +1,39 @@
+using Test
+using CLIMAParameters
+using CLIMAParameters.Atmos.EDMF
+
+@testset "EDMF" begin
+
+  struct EarthParameterSet <: AbstractEarthParameterSet end
+  ps = EarthParameterSet()
+
+  @test !isnan(EDMF.c_λ(ps))
+  @test !isnan(EDMF.c_ε(ps))
+  @test !isnan(EDMF.c_δ(ps))
+  @test !isnan(EDMF.c_t(ps))
+  @test !isnan(EDMF.β(ps))
+  @test !isnan(EDMF.μ_0(ps))
+  @test !isnan(EDMF.χ(ps))
+  @test !isnan(EDMF.w_min(ps))
+  @test !isnan(EDMF.lim_ϵ(ps))
+  @test !isnan(EDMF.lim_amp(ps))
+  @test !isnan(EDMF.a_min(ps))
+  @test !isnan(EDMF.a_surf(ps))
+  @test !isnan(EDMF.κ_star²(ps))
+  @test !isnan(EDMF.ψϕ_stab(ps))
+  @test !isnan(EDMF.α_d(ps))
+  @test !isnan(EDMF.α_a(ps))
+  @test !isnan(EDMF.α_b(ps))
+  @test !isnan(EDMF.H_up_min(ps))
+  @test !isnan(EDMF.c_d(ps))
+  @test !isnan(EDMF.c_m(ps))
+  @test !isnan(EDMF.c_b(ps))
+  @test !isnan(EDMF.a1(ps))
+  @test !isnan(EDMF.a2(ps))
+  @test !isnan(EDMF.ω_pr(ps))
+  @test !isnan(EDMF.Pr_n(ps))
+  @test !isnan(EDMF.Ri_c(ps))
+  @test !isnan(EDMF.smin_ub(ps))
+  @test !isnan(EDMF.smin_rm(ps))
+
+end

test/runtests.jl

@@ -1,6 +1,7 @@
 
 include("planet.jl")
 include("subgrid_scale.jl")
+include("edmf.jl")
 include("microphysics.jl")
 include("atmos_subgrid_scale.jl")
 include("surface_fluxes.jl")