public void parkTrains(Train.Condition condition, string locId)
{
lock (this)
{
//Debug.Print("Route length for user {0} is {1}", UserName, route.Count);
IEnumerable <Train> trains = trains_.Where(t => condition == null || condition(t)).
OrderByDescending(t => t.MaxWaggons);
foreach (Train train in trains)
{
List <RouteStop> trainRoute = new List <RouteStop>();
string routeStart = train.routeStart();
// 3. For each filtered train calculate path to route start
Path p = findPath(routeStart, locId);
if (p.Count < 2)
{
continue;
}
foreach (string node in p)
{
trainRoute.Add(new RouteStop
{
dest_id = node,
});
}
// 4. Set route
train.setRoute(trainRoute);
}
}
}
public void setRoute(Train.Condition condition, params string[] stops)
{
refreshTrains();
if (stops.Length < 2)
{
return;
}
// 1. Dermine min era
int min_engine_era = 0;
List <RouteStop> route = new List <RouteStop>();
// 2. Calculate route
RouteStop firstStop = null;
RouteStop lastStop = null;
foreach (string stopId in stops)
{
RouteStop currStop = new RouteStop
{
dest_id = stopId,
scheduleType = 1,
wait = 0,
};
if (firstStop == null)
{
firstStop = currStop;
}
LocationInfo loc = World.getLocation(stopId);
if (!isLocationConnected(stopId))
{
Trace.TraceWarning("{0} Location {2} is not connected", UserName, loc.Name);
return;
}
if (loc is Factory)
{
Factory factory = loc as Factory;
currStop.loadType = factory.ProductType;
if (totalHaulCapacity(currStop.loadType.era()) > waggonCount(currStop.loadType))
{
Trace.TraceWarning("{0} Not enough waggons for {1} (needs {2} has {3})", UserName,
currStop.loadType, totalHaulCapacity(currStop.loadType.era()), waggonCount(currStop.loadType));
}
if (currStop.loadType.era() > min_engine_era)
{
min_engine_era = currStop.loadType.era();
}
}
if (lastStop != null)
{
currStop.unloadType = lastStop.loadType;
// Find path
Path p = findPath(lastStop.dest_id, currStop.dest_id);
// Add all path locations to route
if (p.Count < 2)
{
// TODO Throw an exception
return;
}
p.RemoveAt(0); // Start point
p.RemoveAt(p.Count - 1); // Goal point
foreach (string node in p)
{
route.Add(new RouteStop {
dest_id = node,
scheduleType = 1
});
}
}
// Add current location to the route
lastStop = currStop;
route.Add(lastStop);
}
// We don't load anythin at the last stop
lastStop.loadType = ProductType.UNDEFINED;
// Find path from last stop to the first one
Path back = findPath(lastStop.dest_id, firstStop.dest_id);
back.RemoveAt(0); // Start point
back.RemoveAt(back.Count - 1); // Goal point
// Add all path locations to route
foreach (string node in back)
{
route.Add(new RouteStop
{
dest_id = node,
scheduleType = 1
});
}
//waggons_.Where(w => w.Type);
lock (this)
{
if (hasCouplingFor(min_engine_era))
{
--min_engine_era;
}
Debug.Print("Route length for user {0} is {1}", UserName, route.Count);
IEnumerable <Train> trains = trains_.Where(t => t.Era >= min_engine_era && (condition == null || condition(t))).
OrderByDescending(t => t.MaxWaggons);
foreach (Train train in trains)
{
List <RouteStop> trainRoute = new List <RouteStop>();
string routeStart = train.routeStart();
// 3. For each filtered train calculate path to route start
Path p = findPath(routeStart, firstStop.dest_id);
if (p.Count < 2)
{
continue;
}
p.RemoveAt(p.Count - 1);
foreach (string node in p)
{
trainRoute.Add(new RouteStop
{
dest_id = node,
});
}
foreach (RouteStop stop in route)
{
trainRoute.Add(stop.copy(train.MaxWaggons));
}
// 4. Set route
train.setRoute(trainRoute);
}
}
}
