public void TickPlus()
{
foreach (var arc in InArcs.Where(arc => arc.IsActive))
{
Markers += arc.Multiplicity;
}
}
public bool CheckConditionsOfTransitions(List <Position> positions)
{
List <string> names = InArcs.Select(x => x.PrevPosition.Name).ToList();
if (positions.Where(x => names.Contains(x.Name) == true).Sum(x => x.MarkersCount) >= InArcs.Count)
{
return(true);
}
else
{
return(false);
}
}
public bool CheckConditionsOfTransition(List <Place> places)
{
bool flag = true;
List <string> placesNames = InArcs.Select(x => x.PrevPosition.Name).ToList();
List <Place> placesForCheck = places.Where(x => placesNames.Contains(x.Name)).ToList();
for (int i = 0; i < placesForCheck.Count; i++)
{
if (placesForCheck[i].MarkersCount < InArcs[i].Multiplicity)
{
flag = false;
break;
}
}
return(flag);
}
public void AddInArc(string placeName,
string transitionName,
bool isInhibitor,
int weight)
{
if (InArcs == null)
{
InArcs = new Dictionary <int, List <InArc> >();
}
int fromIndex = PlaceIndex(placeName);
int toIndex = TransitionIndex(transitionName);
if (!InArcs.ContainsKey(fromIndex))
{
InArcs[fromIndex] = new List <InArc>();
}
InArcs[fromIndex].Add(new InArc(toIndex, weight, isInhibitor));
}
public void IncomingFrequency()
{
TNext += InArcs.FirstOrDefault().PrevPosition.MarkersCount / OutArcs.FirstOrDefault().Multiplicity;
}
