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[AUTO] Format files using DocumentFormat #29

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[AUTO] Format files using DocumentFormat #29

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68 changes: 34 additions & 34 deletions src/MimiFAIRv1_6_2.jl
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Original file line number Diff line number Diff line change
Expand Up @@ -36,7 +36,7 @@ include(joinpath("components", "temperature.jl"))


# Create a function to load MimiFAIRv1.6.2.
function get_model(;ar6_scenario::String="ssp245", start_year::Int=1750, end_year::Int=2300)
function get_model(; ar6_scenario::String="ssp245", start_year::Int=1750, end_year::Int=2300)

# ---------------------------------------------
# Set Up Data and Parameter Values
Expand All @@ -46,7 +46,7 @@ function get_model(;ar6_scenario::String="ssp245", start_year::Int=1750, end_yea
rcp_emissions, volcano_forcing, solar_forcing, gas_data, gas_fractions, conversions = load_fair_data(1765, end_year, "RCP85")

# Load IPCC AR6 emissions scenario used for FAIRv1.6.2 ensemble runs (options = "ssp119", "ssp126", "ssp245", "ssp370", "ssp460", "ssp585").
ar6_emissions_raw = DataFrame(load(joinpath(@__DIR__, "..", "data", "model_data", "AR6_emissions_"*ar6_scenario*"_1750_2300.csv")))
ar6_emissions_raw = DataFrame(load(joinpath(@__DIR__, "..", "data", "model_data", "AR6_emissions_" * ar6_scenario * "_1750_2300.csv")))


# Subset AR6 emissions to proper years.
Expand All @@ -64,7 +64,7 @@ function get_model(;ar6_scenario::String="ssp245", start_year::Int=1750, end_yea
ar6_solar_forcing_raw = DataFrame(load(joinpath(@__DIR__, "..", "data", "model_data", "ar6_solar_erf.csv")))

# For cases when you want to run the model out to 2300, assume solar forcing value in 2300 follows the trend from 2298-2299.
push!(ar6_solar_forcing_raw, [2300 ar6_solar_forcing_raw[end,"solar_erf"] + (ar6_solar_forcing_raw[end,"solar_erf"] - ar6_solar_forcing_raw[(end-1),"solar_erf"])])
push!(ar6_solar_forcing_raw, [2300 ar6_solar_forcing_raw[end, "solar_erf"] + (ar6_solar_forcing_raw[end, "solar_erf"] - ar6_solar_forcing_raw[(end-1), "solar_erf"])])

# Subset solar forcing data to proper years.
solar_indices = indexin(collect(start_year:end_year), ar6_solar_forcing_raw.year)
Expand All @@ -86,13 +86,13 @@ function get_model(;ar6_scenario::String="ssp245", start_year::Int=1750, end_yea

# From FAIR AR6 code on volcanic forcing: "ramp down last 10 years to zero according to https://www.geosci-model-dev.net/9/3461/2016/gmd-9-3461-2016.html"
# This copies that code exactly.
index_2019 = findfirst(x->x==2019, start_year:end_year)
ar6_volcanic_forcing[index_2019:(index_2019+10)] = ar6_volcanic_forcing[index_2019] .* collect(range(1,0,length=11))
index_2019 = findfirst(x -> x == 2019, start_year:end_year)
ar6_volcanic_forcing[index_2019:(index_2019+10)] = ar6_volcanic_forcing[index_2019] .* collect(range(1, 0, length=11))

# Names of minor greenhouse gases and ozone-depleting substances (used or indexing).
other_ghg_names = ["CF4", "C2F6", "C6F14", "HFC23", "HFC32", "HFC43_10", "HFC125", "HFC134a", "HFC143a", "HFC227ea", "HFC245fa", "SF6"]
ods_names = ["CFC_11", "CFC_12", "CFC_113", "CFC_114", "CFC_115", "CARB_TET", "MCF", "HCFC_22", "HCFC_141B", "HCFC_142B", "HALON1211", "HALON1202", "HALON1301", "HALON2402", "CH3BR", "CH3CL"]
ods_names = ["CFC_11", "CFC_12", "CFC_113", "CFC_114", "CFC_115", "CARB_TET", "MCF", "HCFC_22", "HCFC_141B", "HCFC_142B", "HALON1211", "HALON1202", "HALON1301", "HALON2402", "CH3BR", "CH3CL"]

# ---------------------------------------------
# Initialize Mimi model.
# ---------------------------------------------
Expand Down Expand Up @@ -132,13 +132,13 @@ function get_model(;ar6_scenario::String="ssp245", start_year::Int=1750, end_yea
# ---------------------------------------------

# ---- Carbon Cycle ---- #
set_param!(m, :co2_cycle, :CO₂_0, 278.052989189439) # From FAIR model run.
set_param!(m, :co2_cycle, :iirf_h, 100.0)
set_param!(m, :co2_cycle, :CO₂_0, 278.052989189439) # From FAIR model run.
set_param!(m, :co2_cycle, :iirf_h, 100.0)
set_param!(m, :co2_cycle, :r0_co2, 35.0)
set_param!(m, :co2_cycle, :rT_co2, 4.165)
set_param!(m, :co2_cycle, :rC_co2, 0.019)
set_param!(m, :co2_cycle, :rC_co2, 0.019)
set_param!(m, :co2_cycle, :τ_co2, [1000000, 394.4, 36.54, 4.304])
set_param!(m, :co2_cycle, :a_co2, [0.2173,0.2240,0.2824,0.2763])
set_param!(m, :co2_cycle, :a_co2, [0.2173, 0.2240, 0.2824, 0.2763])
set_param!(m, :co2_cycle, :R0_co2, [0.0003062168651584551, 0.0003156584344017209, 0.0003979550976564552, 0.0003893590420767655]) # From FAIR model run.
set_param!(m, :co2_cycle, :E_co2, ar6_emissions.FossilCO2 .+ ar6_emissions.OtherCO2)
set_param!(m, :co2_cycle, :cumulative_emissions_CO2₀, 0.003)
Expand All @@ -152,27 +152,27 @@ function get_model(;ar6_scenario::String="ssp245", start_year::Int=1750, end_yea
set_param!(m, :ch4_cycle, :τ_CH₄, 9.3)
set_param!(m, :ch4_cycle, :fossil_frac, ones(length(start_year:end_year)))
set_param!(m, :ch4_cycle, :oxidation_frac, 0.61)
set_param!(m, :ch4_cycle, :mol_weight_CH₄, gas_data[gas_data.gas .== "CH4", :mol_weight][1])
set_param!(m, :ch4_cycle, :mol_weight_C, gas_data[gas_data.gas .== "C", :mol_weight][1])
set_param!(m, :ch4_cycle, :emiss2conc_ch4, conversions[conversions.gases .== "CH4", :emiss2conc][1])
set_param!(m, :ch4_cycle, :CH₄_0, gas_data[gas_data.gas .== "CH4", :pi_conc_ar6][1])
set_param!(m, :ch4_cycle, :mol_weight_CH₄, gas_data[gas_data.gas.=="CH4", :mol_weight][1])
set_param!(m, :ch4_cycle, :mol_weight_C, gas_data[gas_data.gas.=="C", :mol_weight][1])
set_param!(m, :ch4_cycle, :emiss2conc_ch4, conversions[conversions.gases.=="CH4", :emiss2conc][1])
set_param!(m, :ch4_cycle, :CH₄_0, gas_data[gas_data.gas.=="CH4", :pi_conc_ar6][1])

# ---- Nitrous Oxide Cycle ---- #
set_param!(m, :n2o_cycle, :fossil_emiss_N₂O, ar6_emissions.N2O)
set_param!(m, :n2o_cycle, :natural_emiss_N₂O, ar6_natural_emissions.N2O)
set_param!(m, :n2o_cycle, :τ_N₂O, 121.0)
set_param!(m, :n2o_cycle, :emiss2conc_n2o, conversions[conversions.gases .== "N2O", :emiss2conc][1])
set_param!(m, :n2o_cycle, :N₂O_0, gas_data[gas_data.gas .== "N2O", :pi_conc_ar6][1])
set_param!(m, :n2o_cycle, :emiss2conc_n2o, conversions[conversions.gases.=="N2O", :emiss2conc][1])
set_param!(m, :n2o_cycle, :N₂O_0, gas_data[gas_data.gas.=="N2O", :pi_conc_ar6][1])

# ---- Other Well-Mixed Greenhouse Gas Cycles ---- #
set_param!(m, :other_ghg_cycles, :τ_other_ghg, gas_data[indexin(other_ghg_names, gas_data.gas), :lifetimes])
set_param!(m, :other_ghg_cycles, :emiss_other_ghg, Matrix(ar6_emissions[!,Symbol.(other_ghg_names)]))
set_param!(m, :other_ghg_cycles, :emiss_other_ghg, Matrix(ar6_emissions[!, Symbol.(other_ghg_names)]))
set_param!(m, :other_ghg_cycles, :emiss2conc_other_ghg, conversions[indexin(other_ghg_names, conversions.gases), :emiss2conc])
set_param!(m, :other_ghg_cycles, :other_ghg_0, gas_data[indexin(other_ghg_names, gas_data.gas), :pi_conc_ar6])

# ---- Ozone-Depleting Substance Gas Cycles ---- #
set_param!(m, :o3_depleting_substance_cycles, :τ_ods, gas_data[indexin(ods_names, gas_data.gas), :lifetimes])
set_param!(m, :o3_depleting_substance_cycles, :emiss_ods, Matrix(ar6_emissions[!,Symbol.(ods_names)]))
set_param!(m, :o3_depleting_substance_cycles, :emiss_ods, Matrix(ar6_emissions[!, Symbol.(ods_names)]))
set_param!(m, :o3_depleting_substance_cycles, :emiss2conc_ods, conversions[indexin(ods_names, conversions.gases), :emiss2conc])
set_param!(m, :o3_depleting_substance_cycles, :ods_0, gas_data[indexin(ods_names, gas_data.gas), :pi_conc_ar6])

Expand All @@ -196,7 +196,7 @@ function get_model(;ar6_scenario::String="ssp245", start_year::Int=1750, end_yea

# ---- Nitrous Oxide Radiative Forcing ---- #
set_param!(m, :n2o_forcing, :a₂, -0.00034197)
set_param!(m, :n2o_forcing, :b₂, 0.00025455)
set_param!(m, :n2o_forcing, :b₂, 0.00025455)
set_param!(m, :n2o_forcing, :c₂, -0.00024357)
set_param!(m, :n2o_forcing, :d₂, 0.12173)
connect_param!(m, :n2o_forcing => :CO₂, :co2_cycle => :co2)
Expand Down Expand Up @@ -248,15 +248,15 @@ function get_model(;ar6_scenario::String="ssp245", start_year::Int=1750, end_yea
set_param!(m, :contrails_forcing, :E_ref_contrails, 2.946)
set_param!(m, :contrails_forcing, :F_ref_contrails, 0.0448)
set_param!(m, :contrails_forcing, :ref_is_NO2, true)
set_param!(m, :contrails_forcing, :mol_weight_NO₂, gas_data[gas_data.gas .== "NO2", :mol_weight][1])
set_param!(m, :contrails_forcing, :mol_weight_N, gas_data[gas_data.gas .== "N", :mol_weight][1])
set_param!(m, :contrails_forcing, :mol_weight_NO₂, gas_data[gas_data.gas.=="NO2", :mol_weight][1])
set_param!(m, :contrails_forcing, :mol_weight_N, gas_data[gas_data.gas.=="N", :mol_weight][1])

# ---- Black Carbon on Snow Radiative Forcing ---- #
set_param!(m, :bc_snow_forcing, :E_ref_bc, 6.095)
set_param!(m, :bc_snow_forcing, :F_ref_bc, 0.08)

# ---- Land Use Change Radiative Forcing ---- #
set_param!(m, :landuse_forcing, :α_CO₂_land, (-0.2/190))
set_param!(m, :landuse_forcing, :α_CO₂_land, (-0.2 / 190))
set_param!(m, :landuse_forcing, :landuse_emiss, ar6_emissions.OtherCO2)

# ---- Total Radiative Forcing ---- #
Expand Down Expand Up @@ -302,21 +302,21 @@ function get_model(;ar6_scenario::String="ssp245", start_year::Int=1750, end_yea

# ---- Temperature ---- #
set_param!(m, :temperature, :earth_radius, 6371000)
set_param!(m, :temperature, :seconds_per_year, (60*60*24*365.24219))
set_param!(m, :temperature, :seconds_per_year, (60 * 60 * 24 * 365.24219))
set_param!(m, :temperature, :ocean_heat_exchange, 0.67)
set_param!(m, :temperature, :deep_ocean_efficacy, 1.28)
set_param!(m, :temperature, :lambda_global, 1.18)
set_param!(m, :temperature, :T_mix₀, [5.30299681e-03, 6.41290105e-05]) # From Python-FAIR model run.
set_param!(m, :temperature, :T_deep₀, [-1.33065374e-04, 1.50206328e-04]) # From Python-FAIR model run.
set_param!(m, :temperature, :T_deep₀, [-1.33065374e-04, 1.50206328e-04]) # From Python-FAIR model run.
set_param!(m, :temperature, :ocean_heat_capacity, [8.2, 109.0])
connect_param!(m, :temperature => :forcing, :total_forcing => :total_forcing)

# ---- Parameters Shared Across Multiple Components ---- #
set_param!(m, :dt, 1.0)
set_param!(m, :emiss2conc_co2, conversions[conversions.gases .== "CO2", :emiss2conc][1])
set_param!(m, :CH₄_pi, gas_data[gas_data.gas .== "CH4", :pi_conc_ar6][1])
set_param!(m, :CO₂_pi, gas_data[gas_data.gas .== "CO2", :pi_conc_ar6][1])
set_param!(m, :N₂O_pi, gas_data[gas_data.gas .== "N2O", :pi_conc_ar6][1])
set_param!(m, :emiss2conc_co2, conversions[conversions.gases.=="CO2", :emiss2conc][1])
set_param!(m, :CH₄_pi, gas_data[gas_data.gas.=="CH4", :pi_conc_ar6][1])
set_param!(m, :CO₂_pi, gas_data[gas_data.gas.=="CO2", :pi_conc_ar6][1])
set_param!(m, :N₂O_pi, gas_data[gas_data.gas.=="N2O", :pi_conc_ar6][1])
set_param!(m, :ods_pi, gas_data[indexin(ods_names, gas_data.gas), :pi_conc_ar6])
set_param!(m, :other_ghg_pi, gas_data[indexin(other_ghg_names, gas_data.gas), :pi_conc_ar6])
set_param!(m, :SOx_emiss, ar6_emissions.SOx)
Expand All @@ -326,12 +326,12 @@ function get_model(;ar6_scenario::String="ssp245", start_year::Int=1750, end_yea
set_param!(m, :NMVOC_emiss, ar6_emissions.NMVOC)
set_param!(m, :NH3_emiss, ar6_emissions.NH3)
set_param!(m, :NOx_emiss, ar6_emissions.NOx)
set_param!(m, :SOx_emiss_pi, 1.22002422)
set_param!(m, :CO_emiss_pi, 348.527359)
set_param!(m, :SOx_emiss_pi, 1.22002422)
set_param!(m, :CO_emiss_pi, 348.527359)
set_param!(m, :NMVOC_emiss_pi, 60.0218262)
set_param!(m, :NOx_emiss_pi, 3.87593407)
set_param!(m, :BC_emiss_pi, 2.09777075)
set_param!(m, :OC_emiss_pi, 15.4476682)
set_param!(m, :NOx_emiss_pi, 3.87593407)
set_param!(m, :BC_emiss_pi, 2.09777075)
set_param!(m, :OC_emiss_pi, 15.4476682)

# Return model
return m
Expand Down
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