public Bus(IVehicle.Physics p)
{
length = (GlobalRandom.Instance.Next(2) == 0) ? 120 : 180;
_physics = p;
color = Color.FromArgb(GlobalRandom.Instance.Next(256), GlobalRandom.Instance.Next(256), GlobalRandom.Instance.Next(256));
_vehicleType = VehicleTypes.BUS;
// maximale Beschleunigung
a = 0.9;
// komfortable Bremsverzögerung
b = 1.0;
}
public Tram(IVehicle.Physics p)
{
length = (GlobalRandom.Instance.Next(2) == 0) ? 250 : 400;
_physics = p;
color = Color.FromArgb(GlobalRandom.Instance.Next(256), GlobalRandom.Instance.Next(256), GlobalRandom.Instance.Next(256));
// maximale Beschleunigung
a = 1.0;
// komfortable Bremsverzögerung
b = 1.0;
_vehicleType = VehicleTypes.TRAM;
}
public Car(IVehicle.Physics p)
{
length = GlobalRandom.Instance.Next(28, 45);
_physics = p;
// etwas Zufall:
a *= (GlobalRandom.Instance.NextDouble() + 0.5);
b *= (GlobalRandom.Instance.NextDouble() + 0.5);
s0 *= (GlobalRandom.Instance.NextDouble() + 0.5);
T *= (GlobalRandom.Instance.NextDouble() + 0.5);
_physics.targetVelocity += ((GlobalRandom.Instance.NextDouble() - 0.5) * 4);
color = Color.FromArgb(GlobalRandom.Instance.Next(256), GlobalRandom.Instance.Next(256), GlobalRandom.Instance.Next(256));
_vehicleType = VehicleTypes.CAR;
}
/// <summary>
/// Lässt ein Auto am startNode losfahren
/// </summary>
/// <returns>true, if Vehicle was successfully created - otherwise false</returns>
private bool CreateVehicle()
{
IVehicle.Physics p = new IVehicle.Physics(m_wunschgeschwindigkeit, m_wunschgeschwindigkeit, 0);
IVehicle v = null;
switch (m_vehicleType)
{
case IVehicle.VehicleTypes.CAR:
if (GlobalRandom.Instance.Next(100) < truckRatio)
{
v = new Truck(p);
}
else
{
v = new Car(p);
}
break;
case IVehicle.VehicleTypes.TRAM:
v = new Tram(p);
break;
case IVehicle.VehicleTypes.BUS:
v = new Bus(p);
break;
}
// Neue Linie zum Weiterfahren bestimmen
LineNode start = startNodes[GlobalRandom.Instance.Next(startNodes.Count)];
if (start.nextConnections.Count > 0)
{
int foo = GlobalRandom.Instance.Next(start.nextConnections.Count);
IVehicle.State state = new IVehicle.State(start.nextConnections[foo], 0);
v.state = state;
v.targetNodes = endNodes;
return(start.nextConnections[foo].AddVehicle(v));
}
return(false);
}
public Truck(IVehicle.Physics p)
{
length = (GlobalRandom.Instance.Next(2) == 0) ? 100 : 165;
_physics = p;
color = Color.FromArgb(GlobalRandom.Instance.Next(256), GlobalRandom.Instance.Next(256), GlobalRandom.Instance.Next(256));
// maximale Beschleunigung
a = 0.6;
// komfortable Bremsverzögerung
b = 0.7;
// etwas Zufall:
a *= (GlobalRandom.Instance.NextDouble() + 0.5);
b *= (GlobalRandom.Instance.NextDouble() + 0.5);
s0 *= (GlobalRandom.Instance.NextDouble() + 0.5);
T *= (GlobalRandom.Instance.NextDouble() + 0.5);
_physics.targetVelocity += ((GlobalRandom.Instance.NextDouble() - 0.5) * 4);
_vehicleType = VehicleTypes.CAR;
}
