/// <summary>
/// A constructor for Pedestrian lane
/// </summary>
/// <param name="iD">the id of the lane</param>
/// <param name="points">a list of points on the lane</param>
/// <param name="pLight">the light object on the lane</param>
/// <param name="crossing">the crossing this lane belongs to</param>
public PedestrianLane(int iD, List<Point> points, PedestrianLight pLight, Crossing_B crossing)
: base(iD, points)
{
this.PLight = pLight;
this.parent = crossing;
}
/// <param name="crossingId">The Id of the crossing</param>
/// <param name="position"></param>
public Crossing_B(int crossingId)
: base(crossingId)
{
lanes = new List<TrafficLane>();
tLanes = new List<TrafficLane>();
Light lightNORTH = new Light(false);
Light lightEAST = new Light(false);
Light lightSOUTH = new Light(false);
Light lightWEST = new Light(false);
for (int i = 0; i < 4; i++)
{
lanes.Add(new TrafficLane(i, false, (Direction)i, null, tLanes, this));
tLanes = new List<TrafficLane>();
}
//Adding the list of lanes that a certain lane can go to, as well as creating the lanes.
//For South
tLanes.Add(lanes.ElementAt(2));
lanes.Add(new TrafficLane(4, true, Direction.SOUTH, lightSOUTH, tLanes, this));
tLanes = new List<TrafficLane>();
//For West
tLanes.AddRange(new TrafficLane[] { lanes.ElementAt(0), lanes.ElementAt(3) });
lanes.Add(new TrafficLane(5, true, Direction.WEST, lightWEST, tLanes, this));
tLanes = new List<TrafficLane>();
tLanes.Add(lanes.ElementAt(2));
lanes.Add(new TrafficLane(6, true, Direction.WEST, lightWEST, tLanes, this));
tLanes = new List<TrafficLane>();
//For North
tLanes.Add(lanes.ElementAt(0));
lanes.Add(new TrafficLane(7, true, Direction.NORTH, lightNORTH, tLanes, this));
tLanes = new List<TrafficLane>();
//For East
tLanes.AddRange(new TrafficLane[] { lanes.ElementAt(1), lanes.ElementAt(2) });
lanes.Add(new TrafficLane(8, true, Direction.EAST, lightEAST, tLanes, this));
tLanes = new List<TrafficLane>();
tLanes.Add(lanes.ElementAt(0));
lanes.Add(new TrafficLane(9, true, Direction.EAST, lightEAST, tLanes, this));
tLanes = new List<TrafficLane>();
base.Lanes.AddRange(lanes);
//Adding the list of pedestrians
pedestrians = new List<Pedestrian>();
//Adding the pedestrian lane list and the pedestrian lights
pLanes = new List<PedestrianLane>();
//top lane
PedestrianLight pLight = new PedestrianLight(false, false);
pLanes.Add(new PedestrianLane(1, CalculatePedestrianLanePoints(1), pLight, this));
//bottom lane
pLight = new PedestrianLight(false, false);
pLanes.Add(new PedestrianLane(2, CalculatePedestrianLanePoints(2), pLight, this));
}
/// <summary>
/// A constructor for Pedestrian lane
/// </summary>
/// <param name="iD">the id of the lane</param>
/// <param name="points">a list of points on the lane</param>
/// <param name="pLight">the light object on the lane</param>
/// <param name="crossing">the crossing this lane belongs to</param>
public PedestrianLane(int iD, List <Point> points, PedestrianLight pLight, Crossing_B crossing)
: base(iD, points)
{
this.PLight = pLight;
this.parent = crossing;
}
/// <param name="crossingId">The Id of the crossing</param>
/// <param name="position"></param>
public Crossing_B(int crossingId)
: base(crossingId)
{
lanes = new List <TrafficLane>();
tLanes = new List <TrafficLane>();
Light lightNORTH = new Light(false);
Light lightEAST = new Light(false);
Light lightSOUTH = new Light(false);
Light lightWEST = new Light(false);
for (int i = 0; i < 4; i++)
{
lanes.Add(new TrafficLane(i, false, (Direction)i, null, tLanes, this));
tLanes = new List <TrafficLane>();
}
//Adding the list of lanes that a certain lane can go to, as well as creating the lanes.
//For South
tLanes.Add(lanes.ElementAt(2));
lanes.Add(new TrafficLane(4, true, Direction.SOUTH, lightSOUTH, tLanes, this));
tLanes = new List <TrafficLane>();
//For West
tLanes.AddRange(new TrafficLane[] { lanes.ElementAt(0), lanes.ElementAt(3) });
lanes.Add(new TrafficLane(5, true, Direction.WEST, lightWEST, tLanes, this));
tLanes = new List <TrafficLane>();
tLanes.Add(lanes.ElementAt(2));
lanes.Add(new TrafficLane(6, true, Direction.WEST, lightWEST, tLanes, this));
tLanes = new List <TrafficLane>();
//For North
tLanes.Add(lanes.ElementAt(0));
lanes.Add(new TrafficLane(7, true, Direction.NORTH, lightNORTH, tLanes, this));
tLanes = new List <TrafficLane>();
//For East
tLanes.AddRange(new TrafficLane[] { lanes.ElementAt(1), lanes.ElementAt(2) });
lanes.Add(new TrafficLane(8, true, Direction.EAST, lightEAST, tLanes, this));
tLanes = new List <TrafficLane>();
tLanes.Add(lanes.ElementAt(0));
lanes.Add(new TrafficLane(9, true, Direction.EAST, lightEAST, tLanes, this));
tLanes = new List <TrafficLane>();
base.Lanes.AddRange(lanes);
//Adding the list of pedestrians
pedestrians = new List <Pedestrian>();
//Adding the pedestrian lane list and the pedestrian lights
pLanes = new List <PedestrianLane>();
//top lane
PedestrianLight pLight = new PedestrianLight(false, false);
pLanes.Add(new PedestrianLane(1, CalculatePedestrianLanePoints(1), pLight, this));
//bottom lane
pLight = new PedestrianLight(false, false);
pLanes.Add(new PedestrianLane(2, CalculatePedestrianLanePoints(2), pLight, this));
}