Changed Plant structure to be a composition of parts, with seperate parts for...

Changed Plant structure to be a composition of parts, with seperate parts for organ info, growth variables, and photosynthesis variables. Changed getproperty function to allow to step into those parts.

.gitignore

 sink-source_notes.txt
-open_julia.bat
\ No newline at end of file
+open_julia.bat
+julia_test.txt
\ No newline at end of file

Main.jl

 using VPL;
 using NamedArrays;
-using TryCatch;
 
 include("Plant.jl");
 include("Field.jl");
@@ -15,6 +14,9 @@ const Seed = Plant.Seed
 const PlantBase = Plant.PlantBase;
 const BranchBase = Plant.BranchBase;
 const FieldBase = Field.FieldBase;
+const OrganInfo = Plant.OrganInfo
+const GrowthVars = Plant.GrowthVars
+const PhotosynthesisVars = Plant.PhotosynthesisVars
 
 include("Rules.jl");
 include("Updates.jl");
@@ -31,15 +33,16 @@ function createPlant(Location, Species, PlantNumber, Strip, Row, Position)
     BB = BranchBase(Species = Species,
                     PlantNumber = PlantNumber,
                     Order = 0)
+    OI = OrganInfo(BB = BB,
+                   Species = Species,
+                   PlantNumber = PlantNumber,
+                   Order = 0)
     Axiom = T(Location) + Seed(Species = Species,
                                PlantNumber = PlantNumber,
                                Endosperm = Endosperm[Species]) + 
                           RH(rand(0.0:360.0)) + 
-                          Meristem(BB = BB,
-                                   Species = Species, 
-                                   PlantNumber = PlantNumber, 
+                          Meristem(OI = OI,
                                    Phyllotaxis = Phyllotaxis[Species], 
-                                   Order = 0,
                                    Rank = 1,
                                    Dormant = false);
     PB = PlantBase(Species = Species, 
@@ -70,7 +73,7 @@ F = [FB, Plants];
 function simulateField(F::Array, N::Int64, Time::Int64)
     NewF = deepcopy(F);
     for i in 1:N
-        Threads.@threads for j in eachindex(F[2])
+        #=Threads.@threads =#for j in eachindex(F[2])
             NewF[2][j] = simulatePlant(NewF[2][j], 1, Time);
         end
         Time += 1;