Determine inflow

Types.jl

@@ -23,4 +23,15 @@ module Types
     year :: Int64
     event :: Array{Float64}
   end
+
+  mutable struct Inflow
+    from :: Int64
+    oneOrTwo :: Int64
+    fraction :: Float64
+  end
+
+  mutable struct InflowFrom
+    number :: Int64
+    subCatchment :: Array{Inflow}
+  end
 end

WHCatch.jl

@@ -7,6 +7,7 @@ include("Types.jl")
 catchment = Nothing
 evap = Nothing
 precip = Nothing
+inflowFrom = Nothing
 
 function createCatchment(aData :: DataFrame)
   global catchment = Array{Types.CatchmentData}(undef,1)
@@ -279,8 +280,37 @@ function readData()
   end
 end
 
+function determineInflow()
+  global inflowFrom = Array{Types.InflowFrom}(undef,1)
+  n = size(catchment,1)
+  resize!(inflowFrom,n)
+  for i in 1:n
+    x = Types.Inflow(-1,-1,0.0)
+    arr = Array{Types.Inflow}(undef,1)
+    arr[1] = x
+    tmp = Types.InflowFrom(0,arr)
+    inflowFrom[i] = tmp
+  end
+  for i in 1:n
+    if catchment[i].outflowTo1 > 0 && catchment[i].percentage1 > 0.0
+      global inflowFrom[catchment[i].outflowTo1].number += 1
+      resize!(inflowFrom[catchment[i].outflowTo1].subCatchment, inflowFrom[catchment[i].outflowTo1].number)
+      tmp = Types.Inflow(i,1,0.01*catchment[i].percentage1)
+      global inflowFrom[catchment[i].outflowTo1].subCatchment[inflowFrom[catchment[i].outflowTo1].number] = tmp
+    end
+    if catchment[i].outflowTo2 > 0 && catchment[i].percentage2 > 0.0
+      global inflowFrom[catchment[i].outflowTo2].number += 1
+      resize!(inflowFrom[catchment[i].outflowTo2].subCatchment, inflowFrom[catchment[i].outflowTo2].number)
+      tmp = Types.Inflow(i,1,0.01*catchment[i].percentage2)
+      global inflowFrom[catchment[i].outflowTo2].subCatchment[inflowFrom[catchment[i].outflowTo2].number] = tmp
+    end
+  end
+end
+
 function initialize()
   readData()
+  determineInflow()
+  println(inflowFrom)
 end
 
 initialize()