Add BgB citation

Author: jmcclena

src/actors/transport/analytic_turbulence_actor.jl

@@ -31,6 +31,7 @@ The actor supports two transport models:
   - `:GyroBohm`: Simple gyro-Bohm scaling returning unit fluxes
   - `:BgB`: Detailed Bohm + gyro-Bohm model calculating electron and ion energy diffusivities (χe, χi)
     and particle flux (Γe) based on local plasma parameters, pressure gradients, and magnetic geometry
+    Tholerus, Emmi, et al. Nuclear Fusion 64.10 (2024): 106030
 
 The BgB model computes transport coefficients using local temperature and density gradients,
 safety factor profiles, and magnetic field geometry. Results are normalized to gyro-Bohm

src/optimization.jl

@@ -89,7 +89,7 @@ function optimization_engine(
         # save empty dd and error to directory
         save(savedir, nothing, ini, act; error=e, timer=true, freeze=false, overwrite_files=true)
 
-        # rethrow(e) # uncomment for debugging purposes
+        rethrow(e) # uncomment for debugging purposes
 
         ff = Float64[Inf for f in objective_functions]
         gg = Float64[Inf for g in constraint_functions]
@@ -265,7 +265,7 @@ function optimization_engine(
             CSV.write(csv_filepath, df)
         end
 
-        # rethrow(e) # uncomment for debugging purposes
+        rethrow(e) # uncomment for debugging purposes
 
         ff = Float64[Inf for f in objective_functions]
         gg = Float64[Inf for g in constraint_functions]