anchor.diff:  
       let correctFEvalResult (res: obj) =
           match res with
  -        // Fast for Value Type Arrays
  +        // Fast(ish) for Value Type Arrays
           | :? Array as arr when (arr.Rank = 2 && arr.GetLength(0) = 1 && arr.GetLength(1) > 0
                                   && arr.GetType().GetElementType().IsValueType) -> 
               let copyBytes = System.Buffer.ByteLength(arr)
  
positive.code: 
      /// Just like the other CallFunctionWithHandles but will use randomized result value names 
      member t.CallFunctionWithHandles (name: string, numout: int, args: obj []) : IMatlabVariableHandle [] = 
          let outargs = Array.init numout (fun _ -> getRandomVariableName ())
          t.CallFunctionWithHandles(name, outargs, args)
   
  
  
negative.code:     open System
      open Microsoft.Win32
  
      let processId = lazy (System.Diagnostics.Process.GetCurrentProcess().Id.ToString())
  
      let getSafeRandomVariableName (currentVariables: string []) =
          let varNames =  seq {
                              let procid = processId.Force()
                              let randomAddendum = System.IO.Path.GetRandomFileName().Replace('.', '_')
                              yield System.String.Format("mtp_{0}_{1}", procid, randomAddendum)
                          }
          varNames |> Seq.find (fun v -> not <| Array.exists (fun cv -> cv = v) currentVariables)
  
      let nullToOption =
          function
  