public decimal GetCost(InputOption inputOption, Edge cnn, Station station)
{
var commonStations = cnn.ConnectedStation.Lines.Intersect(station.Lines).ToList();
var isInNeOrNs = commonStations.Intersect(new List <string> {
"NE", "NS"
}).Any();
var isPeakHour = inputOption.JourneyTime.IsPeak();
var interchange = !commonStations.Any();
return((!isInNeOrNs && !interchange && isPeakHour ? 10 : 0) + _inner.GetCost(inputOption, cnn, station));
}
public IEnumerable <Node> AddNodeToRoute(Node node, IReadOnlyList <Node> stops, out double changeInCost)
{
int numStops = stops.Count;
double bestCost = int.MaxValue;
int bestInsertion = -1;
for (int i = 0; i < numStops; i++)
{
double cost;
if (i == 0 || i == numStops - 1)
{
cost = _costCalculator.GetCost(stops[numStops - 1], node) +
_costCalculator.GetCost(node, stops[0]) -
_costCalculator.GetCost(stops[0], stops[numStops - 1]);
}
else
{
cost = _costCalculator.GetCost(stops[i - 1], node) + _costCalculator.GetCost(node, stops[i]) -
_costCalculator.GetCost(stops[i - 1], stops[i]);
}
if (cost < bestCost)
{
bestInsertion = i;
bestCost = cost;
}
}
changeInCost = bestCost;
return(stops.Take(bestInsertion).Append(node).Union(stops.Skip(bestInsertion)));
}
private double CalculateSwapCost(Route route, int i, int j)
{
double cost = 0;
if (j == route.Nodes.Count - 1)
{
cost += _costCalculator.GetCost(route.Nodes[i], route.Nodes[j])
+ _costCalculator.GetCost(route.Nodes[i + 1], route.Nodes[0])
- _costCalculator.GetCost(route.Nodes[i], route.Nodes[i + 1])
- _costCalculator.GetCost(route.Nodes[j], route.Nodes[0]);
}
else
{
cost += _costCalculator.GetCost(route.Nodes[i], route.Nodes[j])
+ _costCalculator.GetCost(route.Nodes[i + 1], route.Nodes[j + 1])
- _costCalculator.GetCost(route.Nodes[i], route.Nodes[i + 1])
- _costCalculator.GetCost(route.Nodes[j], route.Nodes[j + 1]);
}
return(cost);
}
public decimal GetCost(InputOption inputOption, Edge cnn, Station station)
{
return((cnn.IsInterchanged(station) && inputOption.JourneyTime.IsPeak() ? CostCalculationConfigs.InterchangingAtPeakHourCost : 0)
+ _inner.GetCost(inputOption, cnn, station));
}
public decimal GetCost(InputOption inputOption, Edge cnn, Station station)
{
return((inputOption.JourneyTime.IsNonPeakBeforeNight() && cnn.IsInterchanged(station) ? CostCalculationConfigs.InterchangingAtNonPeakCost : 0)
+ _inner.GetCost(inputOption, cnn, station));
}
private double CalculateCost(Route route, int i, int j)
{
double cost = 0;
if (i == j + 1 || i == j)
{
return(cost);
}
if (i == 0 && j == route.Nodes.Count - 1)
{
cost = 0;
}
else if (i == 0)
{
cost += _costCalculator.GetCost(route.Nodes[route.Nodes.Count - 1], route.Nodes[i + 1])
+ _costCalculator.GetCost(route.Nodes[j], route.Nodes[i])
+ _costCalculator.GetCost(route.Nodes[i], route.Nodes[j + 1])
- _costCalculator.GetCost(route.Nodes[route.Nodes.Count - 1], route.Nodes[i])
- _costCalculator.GetCost(route.Nodes[i], route.Nodes[i + 1])
- _costCalculator.GetCost(route.Nodes[j], route.Nodes[j + 1]);
}
else if (j == route.Nodes.Count - 1)
{
cost += _costCalculator.GetCost(route.Nodes[i - 1], route.Nodes[i + 1])
+ _costCalculator.GetCost(route.Nodes[j], route.Nodes[i])
+ _costCalculator.GetCost(route.Nodes[i], route.Nodes[0])
- _costCalculator.GetCost(route.Nodes[i - 1], route.Nodes[i])
- _costCalculator.GetCost(route.Nodes[i], route.Nodes[i + 1])
- _costCalculator.GetCost(route.Nodes[j], route.Nodes[0]);
}
else
{
cost += _costCalculator.GetCost(route.Nodes[i - 1], route.Nodes[i + 1])
+ _costCalculator.GetCost(route.Nodes[j], route.Nodes[i])
+ _costCalculator.GetCost(route.Nodes[i], route.Nodes[j + 1])
- _costCalculator.GetCost(route.Nodes[i - 1], route.Nodes[i])
- _costCalculator.GetCost(route.Nodes[i], route.Nodes[i + 1])
- _costCalculator.GetCost(route.Nodes[j], route.Nodes[j + 1]);
}
return(cost);
}
public decimal GetCost(InputOption inputOption, Edge cnn, Station station)
{
return(inputOption.JourneyTime.IsDisabled() ? new BaseCostCalculator().GetCost(inputOption, cnn, station) : _inner.GetCost(inputOption, cnn, station));
}
public decimal GetCost(InputOption inputOption, Edge cnn, Station station)
{
return((inputOption.JourneyTime.IsNight() && !cnn.IsInTe(station) && !cnn.IsInterchanged(station) ? CostCalculationConfigs.NightInOtherLinesCost : 0)
+ _inner.GetCost(inputOption, cnn, station));
}