public Level(int flr, int numberSpots)
{
floor = flr;
spots = new ParkingSpots[numberSpots];
int largeSpot = numberSpots / 4;
int bikeSpots = numberSpots / 4;
int compactSpots = numberSpots - largeSpot - bikeSpots;
//Allocate spots for parking on each level according to size/type of vehicle
for (int i = 0; i < numberSpots; i++)
{
//Motorcycle can fit in any spot
VehicleSize sz = VehicleSize.Motorcycle;
if (i < largeSpot)
{
//Large vehicle can only fit in Large Spot
sz = VehicleSize.Large;
}
else if (i < largeSpot + compactSpots)
{
//Compact vehicle can fit in Compact & Large spot
sz = VehicleSize.Compact;
}
int row = i / SPOTS_PER_ROW;
spots[i] = new ParkingSpots(this, row, i, sz);
}
availableSpots = numberSpots;
}
//Find a spot to park this vehicle; return index of spot -1 on failure
public int findAvailableSpots(Vehicle vehicle)
{
int spotsNeeded = vehicle.getSpotsNeeded();
int lastRow = -1;
int spotsFound = 0;
for (int i = 0; i < spots.Length; i++)
{
ParkingSpots spot = spots[i];
if (lastRow != spot.getRow())
{
spotsFound = 0;
lastRow = spot.getRow();
}
if (spot.canFitVehicle(vehicle))
{
spotsFound++;
}
else
{
spotsFound = 0;
}
if (spotsFound == spotsNeeded)
{
return(i - (spotsNeeded - 1));
}
}
return(-1);
}
//Park vehicle int the spot
public void parkInSpot(ParkingSpots spot)
{
parkingSpots.Add(spot);
}
