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Update total_forcing.jl
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monday morning ocd
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@bryanparthum
bryanparthum authored Jan 8, 2024
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90 changes: 45 additions & 45 deletions src/components/total_forcing.jl
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@defcomp total_forcing begin

other_ghg = Index() # Index for other well-mixed greenhouse gases.
other_ghg = Index() # Index for other well-mixed greenhouse gases.
ozone_depleting_substances = Index() # Index for ozone-depleting substances.

scale_CO₂ = Parameter() # Carbon dioxide scaling factor to capture effective radiative forcing uncertainty.
scale_CH₄ = Parameter() # Methane scaling factor to capture effective radiative forcing uncertainty.
scale_CH₄_H₂O = Parameter() # Stratospheric water vapor from methane oxidation scaling factor to capture effective radiative forcing uncertainty.
scale_N₂O = Parameter() # Nitrous oxide scaling factor to capture effective radiative forcing uncertainty.
scale_O₃ = Parameter() # Ozone scaling factor to capture effective radiative forcing uncertainty.
#scale_aerosol_direct = Parameter() # Direct aerosol effect scaling factor to capture effective radiative forcing uncertainty.
scale_aerosol_indirect = Parameter() # Indirect aerosol effect scaling factor to capture effective radiative forcing uncertainty.
scale_bcsnow = Parameter() # Black carbon on snow scaling factor to capture effective radiative forcing uncertainty.
scale_landuse = Parameter() # Land-use surface albedo change scaling factor to capture effective radiative forcing uncertainty.
scale_contrails = Parameter() # Contrails scaling factor to capture effective radiative forcing uncertainty.
scale_volcanic = Parameter() # Contrails scaling factor to capture effective radiative forcing uncertainty.
scale_solar = Parameter() # Contrails scaling factor to capture effective radiative forcing uncertainty.
scale_CO₂ = Parameter() # Carbon dioxide scaling factor to capture effective radiative forcing uncertainty.
scale_CH₄ = Parameter() # Methane scaling factor to capture effective radiative forcing uncertainty.
scale_CH₄_H₂O = Parameter() # Stratospheric water vapor from methane oxidation scaling factor to capture effective radiative forcing uncertainty.
scale_N₂O = Parameter() # Nitrous oxide scaling factor to capture effective radiative forcing uncertainty.
scale_O₃ = Parameter() # Ozone scaling factor to capture effective radiative forcing uncertainty.
#scale_aerosol_direct = Parameter() # Direct aerosol effect scaling factor to capture effective radiative forcing uncertainty.
scale_aerosol_indirect = Parameter() # Indirect aerosol effect scaling factor to capture effective radiative forcing uncertainty.
scale_bcsnow = Parameter() # Black carbon on snow scaling factor to capture effective radiative forcing uncertainty.
scale_landuse = Parameter() # Land-use surface albedo change scaling factor to capture effective radiative forcing uncertainty.
scale_contrails = Parameter() # Contrails scaling factor to capture effective radiative forcing uncertainty.
scale_volcanic = Parameter() # Contrails scaling factor to capture effective radiative forcing uncertainty.
scale_solar = Parameter() # Contrails scaling factor to capture effective radiative forcing uncertainty.

scale_aerosol_direct_SOx = Parameter() # Direct aerosol effect (SOx contribution) scaling factor to capture effective radiative forcing uncertainty.
scale_aerosol_direct_CO_NMVOC = Parameter() # Direct aerosol effect (CO & NMVOC contribution) scaling factor to capture effective radiative forcing uncertainty.
#scale_aerosol_direct_NMVOC = Parameter() # Direct aerosol effect (NMVOC contribution) scaling factor to capture effective radiative forcing uncertainty.
scale_aerosol_direct_NOx_NH3 = Parameter() # Direct aerosol effect (NOx & NH3 contribution) scaling factor to capture effective radiative forcing uncertainty.
scale_aerosol_direct_BC = Parameter() # Direct aerosol effect (BC contribution) scaling factor to capture effective radiative forcing uncertainty.
scale_aerosol_direct_OC = Parameter() # Direct aerosol effect (OC contribution) scaling factor to capture effective radiative forcing uncertainty.
#scale_aerosol_direct_NH3 = Parameter() # Direct aerosol effect (NH3 contribution) scaling factor to capture effective radiative forcing uncertainty.
scale_other_ghg = Parameter(index=[other_ghg]) # Scaling factor to capture effective radiative forcing uncertainty for other well-mixed greenhouse gases.
scale_ods = Parameter(index=[ozone_depleting_substances]) # Scaling factor to capture effective radiative forcing uncertainty for ozone-depeleting substances.
scale_aerosol_direct_SOx = Parameter() # Direct aerosol effect (SOx contribution) scaling factor to capture effective radiative forcing uncertainty.
scale_aerosol_direct_CO_NMVOC = Parameter() # Direct aerosol effect (CO & NMVOC contribution) scaling factor to capture effective radiative forcing uncertainty.
# scale_aerosol_direct_NMVOC = Parameter() # Direct aerosol effect (NMVOC contribution) scaling factor to capture effective radiative forcing uncertainty.
scale_aerosol_direct_NOx_NH3 = Parameter() # Direct aerosol effect (NOx & NH3 contribution) scaling factor to capture effective radiative forcing uncertainty.
scale_aerosol_direct_BC = Parameter() # Direct aerosol effect (BC contribution) scaling factor to capture effective radiative forcing uncertainty.
scale_aerosol_direct_OC = Parameter() # Direct aerosol effect (OC contribution) scaling factor to capture effective radiative forcing uncertainty.
# scale_aerosol_direct_NH3 = Parameter() # Direct aerosol effect (NH3 contribution) scaling factor to capture effective radiative forcing uncertainty.
scale_other_ghg = Parameter(index=[other_ghg]) # Scaling factor to capture effective radiative forcing uncertainty for other well-mixed greenhouse gases.
scale_ods = Parameter(index=[ozone_depleting_substances]) # Scaling factor to capture effective radiative forcing uncertainty for ozone-depeleting substances.



F_CO₂ = Parameter(index=[time]) # Radiative forcing from carbon dioxide (Wm⁻²).
F_CH₄ = Parameter(index=[time]) # Radiative forcing from methane (Wm⁻²).
F_CH₄_H₂O = Parameter(index=[time]) # Radiative forcing from stratospheric water varpor from methane oxidiation (Wm⁻²).
F_N₂O = Parameter(index=[time]) # Radiative forcing from nitrous oxide (Wm⁻²).
F_O₃ = Parameter(index=[time]) # Radiative forcing from ozone (Wm⁻²).
#F_aerosol_direct = Parameter(index=[time]) # Radiative forcing from direct aerosol effect (Wm⁻²).
F_CO₂ = Parameter(index=[time]) # Radiative forcing from carbon dioxide (Wm⁻²).
F_CH₄ = Parameter(index=[time]) # Radiative forcing from methane (Wm⁻²).
F_CH₄_H₂O = Parameter(index=[time]) # Radiative forcing from stratospheric water varpor from methane oxidiation (Wm⁻²).
F_N₂O = Parameter(index=[time]) # Radiative forcing from nitrous oxide (Wm⁻²).
F_O₃ = Parameter(index=[time]) # Radiative forcing from ozone (Wm⁻²).
#F_aerosol_direct = Parameter(index=[time]) # Radiative forcing from direct aerosol effect (Wm⁻²).

F_aerosol_direct_SOx = Parameter(index=[time]) # Radiative forcing from direct aerosol effect (SOx contribution) (W m⁻²).
F_aerosol_direct_CO = Parameter(index=[time]) # Radiative forcing from direct aerosol effect (CO contribution) (W m⁻²).
F_aerosol_direct_NMVOC = Parameter(index=[time]) # Radiative forcing from direct aerosol effect (NMVOC contribution) (W m⁻²).
F_aerosol_direct_NOx = Parameter(index=[time]) # Radiative forcing from direct aerosol effect (NOx contribution) (W m⁻²).
F_aerosol_direct_BC = Parameter(index=[time]) # Radiative forcing from direct aerosol effect (BC contribution) (W m⁻²).
F_aerosol_direct_OC = Parameter(index=[time]) # Radiative forcing from direct aerosol effect (OC contribution) (W m⁻²).
F_aerosol_direct_NH3 = Parameter(index=[time]) # Radiative forcing from direct aerosol effect (NH3 contribution) (W m⁻²).
F_aerosol_direct_SOx = Parameter(index=[time]) # Radiative forcing from direct aerosol effect (SOx contribution) (W m⁻²).
F_aerosol_direct_CO = Parameter(index=[time]) # Radiative forcing from direct aerosol effect (CO contribution) (W m⁻²).
F_aerosol_direct_NMVOC = Parameter(index=[time]) # Radiative forcing from direct aerosol effect (NMVOC contribution) (W m⁻²).
F_aerosol_direct_NOx = Parameter(index=[time]) # Radiative forcing from direct aerosol effect (NOx contribution) (W m⁻²).
F_aerosol_direct_BC = Parameter(index=[time]) # Radiative forcing from direct aerosol effect (BC contribution) (W m⁻²).
F_aerosol_direct_OC = Parameter(index=[time]) # Radiative forcing from direct aerosol effect (OC contribution) (W m⁻²).
F_aerosol_direct_NH3 = Parameter(index=[time]) # Radiative forcing from direct aerosol effect (NH3 contribution) (W m⁻²).

F_aerosol_indirect = Parameter(index=[time]) # Radiative forcing from indirect aerosol effect (Wm⁻²).
F_bcsnow = Parameter(index=[time]) # Radiative forcing from black carbon on snow (Wm⁻²).
F_landuse = Parameter(index=[time]) # Radiative forcing from land-use surface albedo change (Wm⁻²).
F_contrails = Parameter(index=[time]) # Radiative forcing from contrails (Wm⁻²).
F_other_ghg = Parameter(index=[time, other_ghg]) # Radiative forcing from other well-mixed greenhouse gases (Wm⁻²).
F_ods = Parameter(index=[time, ozone_depleting_substances]) # Radiative forcing from ozone_depleting substances (Wm⁻²).
F_aerosol_indirect = Parameter(index=[time]) # Radiative forcing from indirect aerosol effect (Wm⁻²).
F_bcsnow = Parameter(index=[time]) # Radiative forcing from black carbon on snow (Wm⁻²).
F_landuse = Parameter(index=[time]) # Radiative forcing from land-use surface albedo change (Wm⁻²).
F_contrails = Parameter(index=[time]) # Radiative forcing from contrails (Wm⁻²).
F_other_ghg = Parameter(index=[time, other_ghg]) # Radiative forcing from other well-mixed greenhouse gases (Wm⁻²).
F_ods = Parameter(index=[time, ozone_depleting_substances]) # Radiative forcing from ozone_depleting substances (Wm⁻²).

F_volcanic = Parameter(index=[time]) # Radiative forcing from volcanic eruptions (Wm⁻²).
F_solar = Parameter(index=[time]) # Radiative forcing from solar irradience (Wm⁻²).
F_exogenous = Parameter(index=[time]) # Radiative forcing from exogenous sources not included in this module (Wm⁻²).
F_volcanic = Parameter(index=[time]) # Radiative forcing from volcanic eruptions (Wm⁻²).
F_solar = Parameter(index=[time]) # Radiative forcing from solar irradience (Wm⁻²).
F_exogenous = Parameter(index=[time]) # Radiative forcing from exogenous sources not included in this module (Wm⁻²).

total_forcing = Variable(index = [time]) # Total radiative forcing, with individual components scaled by their respective efficacy (Wm⁻²).
total_forcing = Variable(index = [time]) # Total radiative forcing, with individual components scaled by their respective efficacy (Wm⁻²).


function run_timestep(p, v, d, t)
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