public Route PlanRoute(int fromID, int toID, int batteryID)
{
BatteryCtr batteryCtr = new BatteryCtr();
LocationCtr locationCtr = new LocationCtr();
this.From = locationCtr.FindLocation(fromID);
this.To = locationCtr.FindLocation(toID);
// Initialize graph
GenerateGraph();
// Calculate distance the vehicle can travel before recharging
route.Range = batteryCtr.CalculateRange(batteryID);
// Determine shortest path using Dijsktras Shortest Path Algorithm
route.Path = CalculatePath();
route.Distance = GetDistanceList(route.Path);
return route;
}
public void InsertCustomer(string name, string streetAddress, string phoneNr, string zipCodeID, int batteryId)
{
////AfterHandInChange - update battery
BatteryCtr batteryCtr = new BatteryCtr();
var battery = batteryCtr.FindBattery(batteryId);
var customer = new Customer
{
Name = name,
StreetAddress = streetAddress,
PhoneNr = phoneNr,
ZipCodeNumber = zipCodeID,
BatteryId = batteryId,
Battery = battery
};
////AfterHandInChange - update battery
battery.BatteryStation = null;
battery.BatteryStationID = null;
batteryCtr.UpdateBattery(battery);
this.customerRepository.InsertCustomer(customer);
this.customerRepository.Save();
}
public Dictionary<int, Battery> GetBatteriesForReservation(List<int> path, List<double> distance, double range, int batteryID)
{
// result: int: BatteryStationID
// result: Battery: The battery at the given station
var result = new Dictionary<int, Battery>();
// Get the battery type of the given battery
var batteryType = new BatteryCtr().FindBattery(batteryID).BatteryType;
// Used for remembering when last changed battery
int indexOfBatteryShift = 0;
bool batteriesFound = false;
if (batteryType != null)
{
for (int i = 0; i < path.Count && !batteriesFound; i++)
{
// Get the distance to the first location
double dist = distance.ElementAt(i);
// If that distance is bigger than the range of the battery
if (dist > range)
{
// Get the batteryStation ID of the station before
int bsID = path[i - 1];
// Find available battery on the previous batterystation
Battery foundBattery = FindBatteryForReservation(i, path, batteryType.ID, indexOfBatteryShift);
if (foundBattery != null)
{
// Add the batterystation ID and the found battery to the result
// dictionary
result.Add((int)foundBattery.BatteryStationID, foundBattery);
// If the batterystation ID of the found battery is equals to batterystation ID
// where it's optimal to change battery
if (foundBattery.BatteryStationID == bsID)
{
// Save the index of the battery change
indexOfBatteryShift = i - 1;
}
else
{
// Find out where the battery was changed
indexOfBatteryShift = GetIndexOfBatteryShift(foundBattery, path);
}
BatteryCtr batteryCtr = new BatteryCtr();
// Find the new range of the new battery
range = batteryCtr.CalculateRange(foundBattery.Id);
// Accumulate the distance
range += distance[indexOfBatteryShift];
}
else
{
// Note that the batterystation does not have a battery for booking
result.Add(bsID, null);
// Break the loop
batteriesFound = true;
}
}
}
}
return result;
}
