public Car(int id, Depot depot, DateTime startTime, List <Depot> depots, ConcurrentDictionary <int, Client> clients, List <Hotspot> hotspots, Router router)
{
ID = id;
State = DrivingState.WAITING;
Latitude = depot.Latitude;
Longitude = depot.Longitude;
CurrentResolvedLocation = Support.ResolvePoint((float)Latitude, (float)Longitude).ResolvedPoint;
//DestLatitude = depot.Latitude;
//DestLongitude = depot.Longitude;
ChargeLeft = fullCharge;
TimesCharged = 0;
LastDepotID = depot.UniqueID;
ClientsOnBoard = new List <Client>();
LocalTime = startTime;
MoneyEarned = 0f;
Depots = depots;
Clients = clients;
Hotspots = hotspots;
CyclePotentialClients = new List <WeightedClient>();
FirstIndex = 0;
CompletedClients = 0;
ClientCount = clients.Count;
Logs = new List <Log>();
Router = router;
/*
* for(int i = 0; i < Hotspots.Count; i++)
* {
* Console.WriteLine("Hotspot #{0}: From {1} to {2}, coordinates are ({3},{4})", i, Hotspots[i].TimeFrom, Hotspots[i].TimeTo, Hotspots[i].Coordinates.Latitude, Hotspots[i].Coordinates.Longitude);
* }*/
//Console.ReadLine();
}
public Depot FindNearestDepot(List <Depot> depots, double latitude = double.NaN, double longitude = double.NaN)
{
if (latitude == double.NaN || longitude == double.NaN)
{
latitude = Latitude;
longitude = Longitude;
}
double minDistOnFly = double.PositiveInfinity;
Depot nearestDepot = null;
foreach (Depot depot in depots)
{
double distOnFly = DistanceBetweenCoordinates(Latitude, Longitude, depot.Latitude, depot.Longitude);
//Console.WriteLine(distOnFly);
if (distOnFly < minDistOnFly)
{
minDistOnFly = distOnFly;
nearestDepot = depot;
}
}
//throw new SystemException();
return(nearestDepot);
}
// 0 - STOP
// 1 - CONTINUE
public int Cycle()
{
//Check if need recharging
if (DateTime.Compare(LocalTime, new DateTime(2022, 3, 1, 0, 0, 0).AddHours(48)) > 0)
{
Console.WriteLine("Time is up!");
Console.WriteLine("I earned a total of {0} EUR", MoneyEarned);
return(0);
}
//Console.WriteLine("Checking charge");
if (State == DrivingState.CHARGING)
{
int secondsTillFull = (int)((fullCharge - ChargeLeft) / (chargingSpeed * 3600f));
LocalTime = LocalTime.AddSeconds(secondsTillFull);
State = DrivingState.WAITING;
ChargeLeft = fullCharge;
TimesCharged += 1;
//Console.WriteLine("Charging car to full, waiting for {0} seconds", secondsTillFull);
return(1);
}
if (ChargeLeft < critcalCharge)
{
Depot nearestDepot = FindNearestDepot(Depots);
Route routeToDepot = null;
if (nearestDepot == null)
{
Console.WriteLine("FATAL ERROR: Car didn't find ANY depots");
return(0);
}
else
{
routeToDepot = CalculateRouteTo(nearestDepot.ResolvedLocation);
if (routeToDepot == null)
{
List <Depot> depotCopy;
Depot[] temporaryDepots = new Depot[Depots.Count];
Depots.CopyTo(temporaryDepots);
depotCopy = temporaryDepots.ToList();
depotCopy.Remove(nearestDepot);
while (routeToDepot == null && depotCopy.Count != 0)
{
nearestDepot = FindNearestDepot(depotCopy);
routeToDepot = CalculateRouteTo(nearestDepot.ResolvedLocation);
depotCopy.Remove(nearestDepot);
}
if (routeToDepot == null)
{
Console.WriteLine("FINAL ERROR: No routes to any available depots");
return(1);
}
}
}
Console.WriteLine("Car went charging, depot was {0} m away", routeToDepot.TotalDistance);
//Console.WriteLine(nearestDepot.Latitude + "," + nearestDepot.Longitude);
RideToDestination(nearestDepot.ResolvedLocation, routeToDepot.TotalDistance, DrivingState.CHARGING);
LastDepotID = nearestDepot.UniqueID;
return(1);
}
//Looking for clients
if (CyclePotentialClients.Count == 0)
{
if (FirstIndex == Clients.Count - 1)
{
Console.WriteLine("All rides taken!");
Console.WriteLine("I earned a total of {0} EUR", MoneyEarned);
return(0);
}
}
CyclePotentialClients = WeightPotentialRides(FindSuitableClients(AIWeights.NumberOfPossibleRides));
if (CyclePotentialClients.Count != 0)
{
Client selectedClient = CyclePotentialClients[0].Client;
//Console.WriteLine("Picking up passenger");
Route clientRoute = CalculateRouteTo(selectedClient.ResolvedStart);
if (clientRoute == null)
{
selectedClient.Accessible = false;
CyclePotentialClients.RemoveAt(0);
//throw new SystemException();
return(1);
}
double distToClient = clientRoute.TotalDistance;
double clientWaitFromNow = selectedClient.StartTime.AddMinutes(3d).Subtract(LocalTime).TotalSeconds;
//Let's check if we can make it in time
if (clientWaitFromNow * carSpeedMeter < distToClient)
{
//double distOnFly = DistanceBetweenCoordinates(Latitude, Longitude, selectedClient.StartLatitude, selectedClient.StartLongitude);
Console.WriteLine("Client(ID : {0} found, but could not make it in time, missed it by {1} s", selectedClient.Index, (distToClient - (clientWaitFromNow * carSpeedMeter)) / carSpeedMeter);
//Console.WriteLine("On fly was {0} m, estimated distance was {1} m, real distance was {2}", distOnFly, distOnFly * EstimationMultiplier(distOnFly), distToClient);
//Console.WriteLine("LocalTime: {0}, Final arrival time: {1}, My arrival time: {2}", LocalTime, selectedClient.StartTime.AddMinutes(3d), LocalTime.AddSeconds(distToClient/carSpeedMeter));
//Console.WriteLine("Values used in calculation: {0} , {1}", distOnFly * EstimationMultiplier(distOnFly), clientWaitFromNow * carSpeedMeter);
//if (selectedClient.Index == 7609) Console.ReadLine();
CyclePotentialClients.RemoveAt(0);
return(1);
}
Route destRoute = CalculateRouteTo(selectedClient.ResolvedStart, selectedClient.ResolvedEnd);
if (destRoute == null)
{
selectedClient.Accessible = false;
CyclePotentialClients.RemoveAt(0);
return(1);
}
else if (selectedClient.Used || !selectedClient.Accessible)
{
CyclePotentialClients.RemoveAt(0);
return(1);
}
else
{
selectedClient.Used = true;
}
double distToDest = destRoute.TotalDistance;
//Console.WriteLine("Delivering passenger to destination");
DateTime rideStartTime = LocalTime;
double startLatitude = Latitude;
double startLongitude = Longitude;
//OPTIMIZATION - later to be replaced by prebaked distance calculations
RideToDestination(selectedClient.ResolvedStart, distToClient, DrivingState.TOCLIENT);
RideToDestination(selectedClient.ResolvedEnd, distToDest, DrivingState.WITHCLIENT);
selectedClient.Used = true;
CompletedClients++;
CyclePotentialClients.Clear();
//Console.WriteLine("Time spent on road: " + (distToDest + distToClient) / carSpeedMeter);
//Console.WriteLine("Passenger delivered! Made {0} EUR", selectedClient.RideValue);
MoneyEarned += (float)selectedClient.RideValue;
Log log = new Log(ID, selectedClient.Index, rideStartTime, LocalTime, selectedClient.RideValue, startLatitude, startLongitude, Latitude, Longitude, fullCharge - ChargeLeft, TimesCharged, LastDepotID);
Logs.Add(log);
ChargeLeft -= ((float)distToClient + (float)distToDest) / 1000f;
State = DrivingState.WAITING;
return(1);
}
Console.WriteLine("No client, waiting for {0} minutes");
LocalTime = LocalTime.AddMinutes(15);
return(0);
}
