/// <summary>
/// This method removes a car from a given lane
/// </summary>
/// <param name="l">The lane with the car that is to be removed</param>
public void removeCar(Lane l)
{
throw new NotImplementedException();
}
public void createGroup()
{
startPoint[0] = new Point(position.X + 59, position.Y);
endPoint[0] = new Point(position.X, position.Y + 72 + 2);
turning[0] = new Point(startPoint[0].X, endPoint[0].Y);
stopPoint[0] = new Point(position.X + 59, position.Y + 35);
//Lane lane1 = new Lane(startPoint[0], turning[0],endPoint[0], cap);
startPoint[1] = new Point(position.X + 78, position.Y);
endPoint[1] = new Point(position.X + 78, position.Y + 200);//
turning[1] = new Point(startPoint[1].X, endPoint[1].Y);
stopPoint[1] = new Point(position.X + 78, position.Y + 35);
//Lane lane2 = new Lane(startPoint[1], turning[1], endPoint[1], cap);
startPoint[2] = new Point(position.X + 97, position.Y);
endPoint[2] = new Point(position.X + 200, position.Y + 128 - 9);
turning[2] = new Point(startPoint[2].X, endPoint[2].Y);
stopPoint[2] = new Point(position.X + 97, position.Y + 35);
// Lane lane3 = new Lane(startPoint[2], turning[2], endPoint[2], cap);
startPoint[3] = new Point(position.X, position.Y + 103);
endPoint[3] = new Point(position.X + 128 - 9, position.Y);
turning[3] = new Point(endPoint[3].X, startPoint[3].Y);
stopPoint[3] = new Point(position.X + 35, position.Y + 103);
// Lane lane4 = new Lane(startPoint[3], turning[3], endPoint[3], cap);
startPoint[4] = new Point(position.X, position.Y + 122);
endPoint[4] = new Point(position.X + 200, position.Y + 122);//
turning[4] = new Point(endPoint[4].X, startPoint[4].Y);
stopPoint[4] = new Point(position.X + 35, position.Y + 122);
// Lane lane5 = new Lane(startPoint[4], turning[4], endPoint[4], cap);
startPoint[5] = new Point(position.X, position.Y + 141);
endPoint[5] = new Point(position.X + 74, position.Y + 200);
turning[5] = new Point(endPoint[5].X, startPoint[5].Y);
stopPoint[5] = new Point(position.X + 35, position.Y + 141);
// Lane lane6 = new Lane(startPoint[5], turning[5], endPoint[5], cap);
startPoint[6] = new Point(position.X + 103, position.Y + 200);
endPoint[6] = new Point(position.X, position.Y + 72 + 5);
turning[6] = new Point(startPoint[6].X, endPoint[6].Y);
stopPoint[6] = new Point(position.X + 103, position.Y + 165);
// Lane lane7 = new Lane(startPoint[6], turning[6], endPoint[6], cap);
startPoint[7] = new Point(position.X + 122, position.Y + 200);
endPoint[7] = new Point(position.X + 122, position.Y);//
turning[7] = new Point(startPoint[7].X, endPoint[7].Y);
stopPoint[7] = new Point(position.X + 122, position.Y + 165);
//Lane lane8 = new Lane(startPoint[7], turning[7], endPoint[7], cap);
startPoint[8] = new Point(position.X + 141, position.Y + 200);
endPoint[8] = new Point(position.X + 200, position.Y + 128 - 6);
turning[8] = new Point(startPoint[8].X, endPoint[8].Y);
stopPoint[8] = new Point(position.X + 141, position.Y + 165);
// Lane lane9 = new Lane(startPoint[8], turning[8], endPoint[8], cap);
startPoint[9] = new Point(position.X + 200, position.Y + 59);
endPoint[9] = new Point(position.X + 128 - 6, position.Y);
turning[9] = new Point(endPoint[9].X, startPoint[9].Y);
stopPoint[9] = new Point(position.X + 165, position.Y + 59);
// Lane lane10 = new Lane(startPoint[9], turning[9], endPoint[9], cap);
startPoint[10] = new Point(position.X + 200, position.Y + 78);
endPoint[10] = new Point(position.X, position.Y + 78);
turning[10] = new Point(endPoint[10].X, startPoint[10].Y);
stopPoint[10] = new Point(position.X + 165, position.Y + 78);
// Lane lane11 = new Lane(startPoint[10], turning[10], endPoint[10], cap);
startPoint[11] = new Point(position.X + 200, position.Y + 97);
endPoint[11] = new Point(position.X + 72 + 5, position.Y + 200);
turning[11] = new Point(endPoint[11].X, startPoint[11].Y);
stopPoint[11] = new Point(position.X + 165, position.Y + 97);
//Lane lane12 = new Lane(startPoint[11], turning[11], endPoint[11], cap);
Point tempocrossingrect = new Point(crossingrect.X, crossingrect.Y);
Lane a = new Lane(1, startPoint[0], turning[0], endPoint[0], stopPoint[0], cap, "north-left", tempocrossingrect);
Lane b = new Lane(2, startPoint[1], turning[1], endPoint[1], stopPoint[1], cap, "north-center", tempocrossingrect);
Lane c = new Lane(3, startPoint[2], turning[2], endPoint[2], stopPoint[2], cap, "north-right", tempocrossingrect);
Lane d = new Lane(4, startPoint[3], turning[3], endPoint[3], stopPoint[3], cap, "west-top", tempocrossingrect);
Lane e = new Lane(5, startPoint[4], turning[4], endPoint[4], stopPoint[4], cap, "west-center", tempocrossingrect);
Lane f = new Lane(6, startPoint[5], turning[5], endPoint[5], stopPoint[5], cap, "west-bottom", tempocrossingrect);
Lane g = new Lane(7, startPoint[6], turning[6], endPoint[6], stopPoint[6], cap, "south-left", tempocrossingrect);
Lane h = new Lane(8, startPoint[7], turning[7], endPoint[7], stopPoint[7], cap, "south-center", tempocrossingrect);
Lane j = new Lane(9, startPoint[8], turning[8], endPoint[8], stopPoint[8], cap, "south-right", tempocrossingrect);
Lane k = new Lane(10, startPoint[9], turning[9], endPoint[9], stopPoint[9], cap, "east-top", tempocrossingrect);
Lane l = new Lane(11, startPoint[10], turning[10], endPoint[10], stopPoint[10], cap, "east-center", tempocrossingrect);
Lane m = new Lane(12, startPoint[11], turning[11], endPoint[11], stopPoint[11], cap, "east-bottom", tempocrossingrect);
listOfLanes.Add(a);
listOfLanes.Add(b);
listOfLanes.Add(c);
listOfLanes.Add(d);
listOfLanes.Add(e);
listOfLanes.Add(f);
listOfLanes.Add(g);
listOfLanes.Add(h);
listOfLanes.Add(j);
listOfLanes.Add(k);
listOfLanes.Add(l);
listOfLanes.Add(m);
myGroup.Add(new Group("Group1", listOfLanes[0], listOfLanes[1], listOfLanes[7], listOfLanes[8]));
myGroup.Add(new Group("Group2", listOfLanes[4], listOfLanes[5], listOfLanes[9], listOfLanes[10]));
myGroup.Add(new Group("Group3", listOfLanes[3], listOfLanes[0], listOfLanes[11]));
myGroup.Add(new Group("Group4", listOfLanes[2], listOfLanes[6], listOfLanes[5]));
if (this.type == "with-pedestrian")
{
Point pt12 = new Point(0, 0);
Lane n = new Lane(13, pt12, pt12, pt12, pt12, cap, "withpedestrian-north", tempocrossingrect);
Lane o = new Lane(14, pt12, pt12, pt12, pt12, cap, "withpedestrian-south", tempocrossingrect);
Lane p = new Lane(15, pt12, pt12, pt12, pt12, cap, "withpedestrian-east", tempocrossingrect);
Lane q = new Lane(16, pt12, pt12, pt12, pt12, cap, "withpedestrian-west", tempocrossingrect);
listOfLanes.Add(n);
listOfLanes.Add(o);
listOfLanes.Add(p);
listOfLanes.Add(q);
myGroup.Add(new Group("Group5", listOfLanes[4], listOfLanes[10], listOfLanes[12], listOfLanes[13], listOfLanes[14], listOfLanes[15]));
}
}
/// <summary>
/// This method checks the traffic to see if there is a jam or not by calculating noOfcarsFor
/// </summary>
/// <param name="l">The lane that is to be checked </param>
/// <returns>Returns true if there's a traffic jam and false otherwise</returns>
public bool CheckTrafficJam(Lane l)
{
return(true);
}
