protected void ReCreateStateVariables(ModelOutput mf)
{
mf._stateinterfaceOjbect.Clear();
foreach (var c in Components)
{
Esmf.ComponentStructure.StateStructure s = Esmf.ComponentStructure.StateStructure.LoadFromInterface(c.StateInterfaceType);
MethodInfo mi = s.GetType().GetMethod("ConnectToState");
MethodInfo mi2 = mi.MakeGenericMethod(new Type[] { c.StateInterfaceType });
object o = mi2.Invoke(s, new object[] { mf, c.Name });
mf._stateinterfaceOjbect.Add(c.Name, o);
}
}
protected void RunComponents(ModelOutput mf)
{
var stateInterfaces = new Dictionary <string, object>(_components.Count);
foreach (var c in Components)
{
Esmf.ComponentStructure.StateStructure s = Esmf.ComponentStructure.StateStructure.LoadFromInterface(c.StateInterfaceType);
var o = s.ConnectToState(mf, c.Name);
stateInterfaces.Add(c.Name, o);
}
mf.Clock.Reset();
var clock = mf.Clock;
while (!clock.IsDone)
{
for (int i = 0; i < _componentsOrder.Count; i++)
{
var c = _components[_componentsOrder[i]];
//Console.WriteLine(c.Name);
var state = stateInterfaces[c.Name];
c.RunComponent(clock, state, mf);
}
if (!clock.IsLastTimestep)
{
for (int i = 0; i < _componentsOrder.Count; i++)
{
var c = _components[_componentsOrder[i]];
var state = stateInterfaces[c.Name];
c.RunTransitionFunction(clock, state, mf);
}
}
clock.Advance();
}
}
