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Add n_e_separatrix field to pulse_schedule.density_control for time-dependent control of separatrix density #75

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Add n_e_separatrix field to pulse_schedule.density_control for time-dependent control of separatrix density #75

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c314a24
Add n_e_separatrix field to pulse_schedule.density_control
fmunguia-wulf Aug 15, 2025
a12beb5
Update dd.jl file
Aug 18, 2025
fae2700
Update pulse_schedule.json
fmunguia-wulf Aug 18, 2025
53e629d
Update dd.jl file
Aug 18, 2025
f81455e
Merge branch 'master' into fix/optional-pedestal-density-tanh
fmunguia-wulf Aug 22, 2025
06e91ed
Merge branch 'master' into fix/optional-pedestal-density-tanh
fmunguia-wulf Aug 22, 2025
69490da
Merge branch 'master' into fix/optional-pedestal-density-tanh
fmunguia-wulf Sep 3, 2025
72a5981
Merge branch 'master' into fix/optional-pedestal-density-tanh
fmunguia-wulf Sep 15, 2025
c4e30aa
Update dd.jl file
Sep 15, 2025
be70632
Merge branch 'master' into fix/optional-pedestal-density-tanh
orso82 Oct 9, 2025
b346576
Merge branch 'master' into fix/optional-pedestal-density-tanh
fmunguia-wulf Oct 15, 2025
c611f24
try to bump versions
fmunguia-wulf Jan 15, 2026
d2460f5
Merge tag 'v8.2.3' into fix/optional-pedestal-density-tanh
fmunguia-wulf Jan 15, 2026
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8 changes: 8 additions & 0 deletions data_dictionary/data_structures_extra/pulse_schedule.json
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Original file line number Diff line number Diff line change
Expand Up @@ -15,6 +15,14 @@
"documentation": "Reference waveform. Caution : error bars of the reference/data node are not used in the usual sense, instead they are used to describe the control envelope, with a meaning depending on the chosen envelope_type option.",
"units": "mixed"
},
"pulse_schedule.density_control.n_e_separatrix.reference": {
"coordinates": [
"pulse_schedule.density_control.time"
],
"data_type": "FLT_1D",
"documentation": "Reference waveform. Caution : error bars of the reference/data node are not used in the usual sense, instead they are used to describe the control envelope, with a meaning depending on the chosen envelope_type option.",
"units": "mixed"
},
"pulse_schedule.density_control.n_e_pedestal_greenwald_fraction.reference": {
"coordinates": [
"pulse_schedule.density_control.time"
Expand Down
31 changes: 30 additions & 1 deletion src/dd.jl
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Original file line number Diff line number Diff line change
Expand Up @@ -62414,6 +62414,29 @@ end

pulse_schedule__density_control__n_e_volume_average(;frozen::Bool=false) = pulse_schedule__density_control__n_e_volume_average{Float64}(;frozen)

mutable struct FilledFields____pulse_schedule__density_control__n_e_separatrix <: FilledFields
var"reference"::Bool
var"reference_σ"::Bool
end

mutable struct pulse_schedule__density_control__n_e_separatrix{T} <: IDS{T}
var"reference" :: Vector{T}
var"reference_σ" :: Vector{T}
_name::Symbol
_filled::FilledFields____pulse_schedule__density_control__n_e_separatrix
_frozen::Bool
_threads_lock::ReentrantLock
_in_expression::ThreadSafeDicts.ThreadSafeDict{Int,Vector{Symbol}}
_parent::WeakRef
end

function pulse_schedule__density_control__n_e_separatrix{T}(; frozen::Bool=false) where T
ids = pulse_schedule__density_control__n_e_separatrix{T}(T[], T[], Symbol("n_e_separatrix"), FilledFields____pulse_schedule__density_control__n_e_separatrix(false, false), frozen, ReentrantLock(), ThreadSafeDicts.ThreadSafeDict{Int,Vector{Symbol}}(), WeakRef(nothing))
return ids
end

pulse_schedule__density_control__n_e_separatrix(;frozen::Bool=false) = pulse_schedule__density_control__n_e_separatrix{Float64}(;frozen)

mutable struct FilledFields____pulse_schedule__density_control__n_e_profile_average <: FilledFields
var"envelope_type"::Bool
var"reference"::Bool
Expand Down Expand Up @@ -62790,6 +62813,7 @@ mutable struct FilledFields____pulse_schedule__density_control <: FilledFields
var"n_e_pedestal"::Bool
var"n_e_pedestal_greenwald_fraction"::Bool
var"n_e_profile_average"::Bool
var"n_e_separatrix"::Bool
var"n_e_volume_average"::Bool
var"n_h_over_n_d"::Bool
var"n_t_over_n_d"::Bool
Expand All @@ -62811,6 +62835,7 @@ mutable struct pulse_schedule__density_control{T} <: IDS{T}
var"n_e_pedestal"::pulse_schedule__density_control__n_e_pedestal{T}
var"n_e_pedestal_greenwald_fraction"::pulse_schedule__density_control__n_e_pedestal_greenwald_fraction{T}
var"n_e_profile_average"::pulse_schedule__density_control__n_e_profile_average{T}
var"n_e_separatrix"::pulse_schedule__density_control__n_e_separatrix{T}
var"n_e_volume_average"::pulse_schedule__density_control__n_e_volume_average{T}
var"n_h_over_n_d"::pulse_schedule__density_control__n_h_over_n_d{T}
var"n_t_over_n_d"::pulse_schedule__density_control__n_t_over_n_d{T}
Expand All @@ -62829,7 +62854,7 @@ mutable struct pulse_schedule__density_control{T} <: IDS{T}
end

function pulse_schedule__density_control{T}(; frozen::Bool=false) where T
ids = pulse_schedule__density_control{T}(IDSvector{pulse_schedule__density_control__ion{T}}(;frozen), Int[], pulse_schedule__density_control__n_e_greenwald_fraction{T}(;frozen), pulse_schedule__density_control__n_e_line{T}(;frozen), pulse_schedule__density_control__n_e_line_lcfs{T}(;frozen), pulse_schedule__density_control__n_e_line_of_sight{T}(;frozen), pulse_schedule__density_control__n_e_pedestal{T}(;frozen), pulse_schedule__density_control__n_e_pedestal_greenwald_fraction{T}(;frozen), pulse_schedule__density_control__n_e_profile_average{T}(;frozen), pulse_schedule__density_control__n_e_volume_average{T}(;frozen), pulse_schedule__density_control__n_h_over_n_d{T}(;frozen), pulse_schedule__density_control__n_t_over_n_d{T}(;frozen), T[], IDSvector{pulse_schedule__density_control__valve{T}}(;frozen), pulse_schedule__density_control__zeff{T}(;frozen), pulse_schedule__density_control__zeff_line_of_sight{T}(;frozen), pulse_schedule__density_control__zeff_method{T}(;frozen), pulse_schedule__density_control__zeff_pedestal{T}(;frozen), Symbol("density_control"), FilledFields____pulse_schedule__density_control(false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false), frozen, ReentrantLock(), ThreadSafeDicts.ThreadSafeDict{Int,Vector{Symbol}}(), WeakRef(nothing))
ids = pulse_schedule__density_control{T}(IDSvector{pulse_schedule__density_control__ion{T}}(;frozen), Int[], pulse_schedule__density_control__n_e_greenwald_fraction{T}(;frozen), pulse_schedule__density_control__n_e_line{T}(;frozen), pulse_schedule__density_control__n_e_line_lcfs{T}(;frozen), pulse_schedule__density_control__n_e_line_of_sight{T}(;frozen), pulse_schedule__density_control__n_e_pedestal{T}(;frozen), pulse_schedule__density_control__n_e_pedestal_greenwald_fraction{T}(;frozen), pulse_schedule__density_control__n_e_profile_average{T}(;frozen), pulse_schedule__density_control__n_e_separatrix{T}(;frozen), pulse_schedule__density_control__n_e_volume_average{T}(;frozen), pulse_schedule__density_control__n_h_over_n_d{T}(;frozen), pulse_schedule__density_control__n_t_over_n_d{T}(;frozen), T[], IDSvector{pulse_schedule__density_control__valve{T}}(;frozen), pulse_schedule__density_control__zeff{T}(;frozen), pulse_schedule__density_control__zeff_line_of_sight{T}(;frozen), pulse_schedule__density_control__zeff_method{T}(;frozen), pulse_schedule__density_control__zeff_pedestal{T}(;frozen), Symbol("density_control"), FilledFields____pulse_schedule__density_control(false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false, false), frozen, ReentrantLock(), ThreadSafeDicts.ThreadSafeDict{Int,Vector{Symbol}}(), WeakRef(nothing))
setfield!(ids.ion, :_parent, WeakRef(ids))
setfield!(ids.n_e_greenwald_fraction, :_parent, WeakRef(ids))
setfield!(ids.n_e_line, :_parent, WeakRef(ids))
Expand All @@ -62838,6 +62863,7 @@ function pulse_schedule__density_control{T}(; frozen::Bool=false) where T
setfield!(ids.n_e_pedestal, :_parent, WeakRef(ids))
setfield!(ids.n_e_pedestal_greenwald_fraction, :_parent, WeakRef(ids))
setfield!(ids.n_e_profile_average, :_parent, WeakRef(ids))
setfield!(ids.n_e_separatrix, :_parent, WeakRef(ids))
setfield!(ids.n_e_volume_average, :_parent, WeakRef(ids))
setfield!(ids.n_h_over_n_d, :_parent, WeakRef(ids))
setfield!(ids.n_t_over_n_d, :_parent, WeakRef(ids))
Expand Down Expand Up @@ -170655,6 +170681,9 @@ const _all_info = Dict{Tuple{<:Type,Symbol},Info}(
(pulse_schedule__density_control__n_e_profile_average, :reference_name) => Info(String[], "-", "STR_0D", "Reference name (e.g. in the native pulse schedule system of the device)", false, String[]),
(pulse_schedule__density_control__n_e_profile_average, :reference_type) => Info(String[], "-", "INT_0D", "Reference type: 0:relative (don't use for the moment, to be defined later when segments are introduced in the IDS structure); 1: absolute: the reference time trace is provided in the reference/data node", false, String[]),
(pulse_schedule__density_control__n_e_profile_average, :reference_σ) => Info(["pulse_schedule.density_control.time"], "mixed", "FLT_1D", "error of pulse_schedule.density_control.n_e_profile_average.reference", false, String[]),
(pulse_schedule__density_control, :n_e_separatrix) => Info(String[], "-", "STRUCTURE", "", true, String[]),
(pulse_schedule__density_control__n_e_separatrix, :reference) => Info(["pulse_schedule.density_control.time"], "mixed", "FLT_1D", "Reference waveform. Caution : error bars of the reference/data node are not used in the usual sense, instead they are used to describe the control envelope, with a meaning depending on the chosen envelope_type option.", true, String[]),
(pulse_schedule__density_control__n_e_separatrix, :reference_σ) => Info(["pulse_schedule.density_control.time"], "mixed", "FLT_1D", "error of pulse_schedule.density_control.n_e_separatrix.reference", true, String[]),
(pulse_schedule__density_control, :n_e_volume_average) => Info(String[], "m^-3", "STRUCTURE", "Volume averaged electron density (average over the plasma volume up to the LCFS)", false, String[]),
(pulse_schedule__density_control__n_e_volume_average, :envelope_type) => Info(String[], "-", "INT_0D", "Envelope type: 0:relative: means that the envelope upper and lower bound values are defined respectively as reference.data * reference.data_error_upper and reference.data * reference.data_error_lower. 1: absolute: the envelope upper and lower bound values are given respectively by reference/data_error_upper and reference/data_error_lower. Lower and upper are taken in the strict mathematical sense, without considering absolute values of the data", false, String[]),
(pulse_schedule__density_control__n_e_volume_average, :reference) => Info(["pulse_schedule.density_control.time"], "mixed", "FLT_1D", "Reference waveform. Caution : error bars of the reference/data node are not used in the usual sense, instead they are used to describe the control envelope, with a meaning depending on the chosen envelope_type option.", false, String[]),
Expand Down
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