public void OnPrepare()
{
inputFile.SeekToDate(Today);
object[] values = inputFile.GetNextLineOfData();
foreach (Paddock p in paddock.ChildPaddocks)
{
fieldProps = (ModelFramework.Component)p.LinkByName("FieldProps");
fieldProps.Get("isDry", out isDry);
fieldProps.Get("isHot", out isHot);
fieldProps.Get("isShaded", out isShaded);
localMint = Convert.ToSingle(values[MinTIndex]);
localMaxt = Convert.ToSingle(values[MaxTIndex]);
localRadn = Convert.ToSingle(values[RadnIndex]);
localRain = Convert.ToSingle(values[RainIndex]);
if (isDry.Equals("yes"))
{
localRain *= 0.9f;
}
if (isHot.Equals("yes"))
{
localMint += 2;
localMaxt += 2; //change tav/amp?
}
if (isShaded.Equals("yes"))
{
localMaxt -= 5;
}
localMet = (ModelFramework.Component)p.LinkByName("LocalClimate");
localMet.Set("mint", localMint);
localMet.Set("maxt", localMaxt);
localMet.Set("radn", localRadn);
localMet.Set("rain", localRain);
}
}
private static void FillVariableNames(ExpressionEvaluator fn, ModelFramework.Component RelativeTo)
{
ArrayList varUnfilled = fn.Variables;
ArrayList varFilled = new ArrayList();
Symbol symFilled;
foreach (Symbol sym in varUnfilled)
{
symFilled.m_name = sym.m_name;
symFilled.m_type = EBMath.Type.Variable;
symFilled.m_valueString = "";
symFilled.m_value = 0;
if (!RelativeTo.Get(sym.m_name.Trim(), out symFilled.m_value))
{
throw new Exception("Cannot find variable: " + sym.m_name + " in function: " + RelativeTo.Name);
}
varFilled.Add(symFilled);
}
fn.Variables = varFilled;
}