ALMaSS crop model: remove commented out code

src/crop/almass.jl

@@ -843,51 +843,4 @@ end
 #TODO spray!()
 #TODO till!()
 
-
-
-# """
-#     growcrop!(cropstate, gdd, model)
-
-# Apply the relevant crop growth model to update the plants crop state
-# on this farm plot.  Implements the ALMaSS crop growth model by Topping
-# et al. (see `ALMaSS/Landscape/plant.cpp:PlantGrowthData::FindDiff()` and
-# `ALMaSS/Landscape/elements.cpp:VegElement::DoDevelopment()`).
-# """
-# function growcrop!(cs::CropState, gdd::Float64, model::SimulationModel)
-#     fertiliser in cs.events ?
-#         curve = cs.croptype.lownutrientgrowth :
-#         curve = cs.croptype.highnutrientgrowth
-#     points = curve.GDD[cs.phase] #FIXME what if the curve is empty?
-#     for p in 1:length(points)
-#         if points[p] == 99999
-#             !(cs.phase in (janfirst, sow)) && (cs.mature = true) #FIXME only in the last phase?
-#             return # the marker that there is no further growth this phase
-#         elseif points[p] == -1 # the marker to set all variables to specified values
-#             cs.height = curve.height[cs.phase][p]
-#             cs.LAItotal = curve.LAItotal[cs.phase][p]
-#             cs.LAIgreen = curve.LAIgreen[cs.phase][p]
-#             return
-#         else
-#             gdd = cs.growingdegreedays
-#             # figure out which is the correct slope value to use for growth
-#             if p == length(points) || gdd < points[p+1]
-#                 #FIXME it appears to me from the ALMaSS source code that the curve value
-#                 # for the day is multiplied with that day's growingdegreedays to give the
-#                 # diff, which is then added to the previous values. However, this results
-#                 # in values that are staggeringly too large. I'm not quite sure what the
-#                 # issue is here...
-#                 cs.height += bounds(curve.height[cs.phase][p]*gdd)
-#                 cs.LAItotal += bounds(curve.LAItotal[cs.phase][p]*gdd)
-#                 cs.LAIgreen += bounds(curve.LAIgreen[cs.phase][p]*gdd)
-#                 return
-#             end
-#             #XXX To be precise, we ought to figure out if one or more inflection
-#             # points have been passed between yesterday and today, and calculate the
-#             # growth exactly up to the inflection point with the old slope, and onward
-#             # with the new slope. Not doing so will introduce a small amount of error,
-#             # although I think this is acceptable.
-#         end
-#     end
-# end
-
 end # module ALMaSS