public void pickup(int stop, int destination)
{
checkstopValidity(stop);
PickupRequest pickupReq = new PickupRequest(stop, destination, noOfStops);
Cab cab = findbubbleUpcab(pickupReq);
if (cab != null)
{
cab.addDestStop(pickupReq.getStop());
Console.WriteLine("\bubbleUp possible for stop: " + pickupReq.getStop() + " isGoingLeft: " + pickupReq.isGoingLeft() + " added to cabID: " + cab.getId());
}
else
{
requests.Add(pickupReq);
Console.WriteLine("\nAdding to FIFO queue. bubbleUp NOT possible for stop: " + pickupReq.getStop() + " isGoingLeft: " + pickupReq.isGoingLeft());
}
}
private Cab findbubbleUpcab(PickupRequest pickupReq)
{
Cab result = null;
int closest = int.MaxValue;
foreach (var cab in cabs)
{
if (cab.isCabGoingLeft() == pickupReq.isGoingLeft() && cab.isReqGoingLeft() == pickupReq.isGoingLeft())
{
if (cab.isstopInBetween(pickupReq.getStop()))
{
if (cab.getDistTostop(pickupReq.getStop()) < closest)
{
result = cab;
}
}
}
}
return(result);
}
public void step()
{
// Move all cabs by one step and update idle logic
foreach (var cab in cabs)
{
cab.move();
}
List <int> processed = new List <int>();
// Process FIFO queue
for (int i = 0; i < requests.Count; i++)
{
PickupRequest req = requests[i];
Cab closestcab = findIdlecab(req.getStop());
if (closestcab != null)
{
closestcab.addPickupReq(req);
Console.WriteLine("\nFIFO req: " + req.getStop() + " isGoingLeft: " + req.isGoingLeft() + " assigned to cabID: " + closestcab.getId());
processed.Add(i);
}
else
{
closestcab = findbubbleUpcab(req);
if (closestcab != null)
{
closestcab.addDestStop(req.getStop());
Console.WriteLine("\nbubbleUp possible for stop: " + req.getStop() + " isGoingLeft: " + req.isGoingLeft() + " added to cabID: " + closestcab.getId());
processed.Add(i);
}
}
}
// Remove all processed requests
for (int i = processed.Count - 1; i >= 0; i--)
{
requests.Remove(requests[i]);
}
}
