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add multiple boundary models #578

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add multiple boundary models #578

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68f866e
add multiple models
jguterl Jun 5, 2024
7d15336
Merge remote-tracking branch 'origin/master' into divertor_model
orso82 Jun 9, 2024
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37 changes: 2 additions & 35 deletions src/actors/divertors/divertors_actor.jl
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Original file line number Diff line number Diff line change
Expand Up @@ -7,7 +7,7 @@ Base.@kwdef mutable struct FUSEparameters__ActorDivertors{T<:Real} <: Parameters
_parent::WeakRef = WeakRef(nothing)
_name::Symbol = :not_set
_time::Float64 = NaN
heat_flux_model::Switch{Symbol} = Switch{Symbol}([:lengyel], "-", "Divertor heat flux model"; default=:lengyel)
heat_flux_model::BoundaryPlasmaModels.DivertorHeatFluxParameters{T} = BoundaryPlasmaModels.DivertorHeatFluxParameters{T}()
impurities::Entry{Vector{Symbol}} = Entry{Vector{Symbol}}("-", "Vector of impurity species"; default=Symbol[])
impurities_fraction::Entry{Vector{T}} = Entry{Vector{T}}("-", "Vector of impurity fractions"; default=T[])
heat_spread_factor::Entry{T} = Entry{T}("-", "Heat flux expansion factor in the private flux region (eg. due to transport) should be >= 1.0"; default=1.0)
Expand Down Expand Up @@ -92,7 +92,7 @@ function _step(actor::ActorDivertors)
# Setup model based on dd and run
boundary_plasma_model = BoundaryPlasmaModels.DivertorHeatFluxModel(par.heat_flux_model)
push!(actor.boundary_plasma_models, boundary_plasma_model)
setup_model(boundary_plasma_model, target, eqt, cp1d, sol1; par.impurities, par.impurities_fraction, par.heat_spread_factor)
BoundaryPlasmaModels.setup_model(boundary_plasma_model, target, eqt, cp1d, sol1; par.impurities, par.impurities_fraction, par.heat_spread_factor)
boundary_plasma_model()
if par.verbose
println(" == $(uppercase(target.name)) ==")
Expand All @@ -114,36 +114,3 @@ function _step(actor::ActorDivertors)
return actor
end

function setup_model(
boundary_plasma_model::BoundaryPlasmaModels.LengyelModel,
target::IMAS.divertors__divertor___target,
eqt::IMAS.equilibrium__time_slice,
cp1d::IMAS.core_profiles__profiles_1d,
sol1::IMAS.OpenFieldLine;
impurities::Vector{Symbol},
impurities_fraction::Vector{<:Real},
heat_spread_factor::Real=1.0)

@assert (length(impurities) == length(impurities_fraction))

boundary_plasma_model.parameters.plasma.P_SOL = @ddtime(target.power_conducted.data) + @ddtime(target.power_convected.data)
boundary_plasma_model.parameters.plasma.R_omp = sol1.r[sol1.midplane_index]
boundary_plasma_model.parameters.plasma.Ip = eqt.global_quantities.ip
boundary_plasma_model.parameters.plasma.κ = eqt.boundary.elongation
boundary_plasma_model.parameters.plasma.ϵ = eqt.boundary.minor_radius / eqt.boundary.geometric_axis.r
boundary_plasma_model.parameters.plasma.Bt_omp = sol1.Bt[sol1.midplane_index]
boundary_plasma_model.parameters.plasma.Bpol_omp = sol1.Bp[sol1.midplane_index]

boundary_plasma_model.parameters.sol.n_up = cp1d.electrons.density_thermal[end]
boundary_plasma_model.parameters.sol.T_up = cp1d.electrons.temperature[end]
boundary_plasma_model.parameters.sol.λ_omp = target.two_point_model[].sol_heat_decay_length
boundary_plasma_model.parameters.sol.imp = impurities
boundary_plasma_model.parameters.sol.f_imp = impurities_fraction

boundary_plasma_model.parameters.target.f_omp2target_expansion = @ddtime(target.flux_expansion.data)
λ_target = boundary_plasma_model.parameters.sol.λ_omp * boundary_plasma_model.parameters.target.f_omp2target_expansion
boundary_plasma_model.parameters.target.R = @ddtime(target.wetted_area.data) / (λ_target * 2π)
boundary_plasma_model.parameters.target.f_spread_pfr = heat_spread_factor
boundary_plasma_model.parameters.target.α_sp = @ddtime(target.tilt_angle_tor.data)
boundary_plasma_model.parameters.target.θ_sp = @ddtime(target.tilt_angle_pol.data)
end
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