/// <summary>
/// Add a new cars the given crossing
/// </summary>
private void addCars(Crossing c)
{
////////////add new cars to street E
if (c.FlowE > c.EnteredE && //if there are still cars to enter a crossing and
c.StreetE.LaneEnter1[0] == null && c.StreetE.LaneEnter2[0] == null) //there is an available slot at the entrance of the street
{
Car car = new Car();
car.Street = c.StreetE;
car.Crossing = c;
car.Direction = Direction.West;
car.StreetIndex[0] = -1;
car.StreetIndex[1] = -1;
car.HasEnteredGrid = false;
car.HasExitedGrid = false;
c.EnteredE++;
_listOfCars.Add(car);
//car.move();
}
////////////add new cars to street W
if (c.FlowW > c.EnteredW && //if there are still cars to enter a crossing and
c.StreetW.LaneEnter1[0] == null && c.StreetW.LaneEnter2[0] == null) //there is an available slot at the entrance of the street
{
Car car = new Car();
car.Street = c.StreetW;
car.Crossing = c;
car.Direction = Direction.East;
car.StreetIndex[0] = -1;
car.StreetIndex[1] = -1;
car.HasEnteredGrid = false;
car.HasExitedGrid = false;
c.EnteredW++;
_listOfCars.Add(car);
//car.move();
}
////////add new cars to street S
if (c.FlowS > c.EnteredS && //if there are still cars to enter a crossing and
c.StreetS.LaneEnter1[0] == null //there is an available slot at the entrance of lane enter 1
&& (c.GetType() == typeof(Crossing_2) || c.StreetS.LaneEnter2[0] == null))//and, in case its a crossing 1, there is an available slot at the entrance of lane 2
{
Car car = new Car();
car.Street = c.StreetS;
car.Crossing = c;
car.Direction = Direction.North;
car.StreetIndex[0] = -1;
car.StreetIndex[1] = -1;
car.HasEnteredGrid = false;
car.HasExitedGrid = false;
c.EnteredS++;
_listOfCars.Add(car);
//car.move();
}
////////add new cars to street N
if (c.FlowN > c.EnteredN && //if there are still cars to enter a crossing
c.StreetN.LaneEnter1[0] == null //and if there is an available slot at the entrance of lane enter 1
&& (c.GetType() == typeof(Crossing_2) || c.StreetN.LaneEnter2[0] == null))//and, unless it's a crossing_2, if there is an available slot at the entrance of lane 2
{
Car car = new Car();
car.Street = c.StreetN;
car.Crossing = c;
car.Direction = Direction.South;
car.StreetIndex[0] = -1;
car.StreetIndex[1] = -1;
car.HasEnteredGrid = false;
car.HasExitedGrid = false;
c.EnteredN++;
_listOfCars.Add(car);
//car.move();
}
}
private void drawCar(Car c)
{
int x=pictureBox1.Location.X, y=pictureBox1.Location.Y;
if(c.Crossing.GetType() == typeof(Crossing_2))
x += 3*66;
switch(c.Street.Position)
{
case Direction.North:
x += 6 + 66 + 22 * c.StreetIndex[0];
y += 6 + 22 * c.StreetIndex[1];
break;
case Direction.West:
x += 6 + 22 * c.StreetIndex[1];
y += 66 * 2 - 6 - 22 * c.StreetIndex[0] - 9;
break;
case Direction.South:
x += 66 * 2 - 6 - 22 * c.StreetIndex[0] - 9;
y += 66 * 3 - 6 - 22 * c.StreetIndex[1] - 9;
break;
case Direction.East:
x += 66 * 3 - 6 - 22 * c.StreetIndex[1];
y += 66 + 6 + 22 * c.StreetIndex[0];
break;
case Direction.Center:
x += 66 + 6 + 22 * c.StreetIndex[0];
y += 66 + 6 + 22 * c.StreetIndex[1];
break;
}
addElement(x, y, "Bitmap1");
//MessageBox.Show("Street Location: " + c.Street.Position.ToString() + "\nIndex: " + c.StreetIndex[0] + " " + c.StreetIndex[0]);
}
/// <summary>
/// Add a new cars the given crossing
/// </summary>
private void addCars(Crossing c)
{
////////////add new cars to street E
if (c.FlowE > c.EnteredE)//if there are still cars to enter a crossing and
{
Car car = new Car(c);
car.Street = c.StreetE;
car.Direction = Direction.West;
car.StreetIndex[0] = -1;
car.StreetIndex[1] = -1;
car.HasEnteredGrid = false;
car.HasExitedGrid = false;
c.EnteredE++;
_listOfCars.Add(car);
}
////////////add new cars to street W
if (c.FlowW > c.EnteredW)
{
Car car = new Car(c);
car.Street = c.StreetW;
car.Direction = Direction.East;
car.StreetIndex[0] = -1;
car.StreetIndex[1] = -1;
car.HasEnteredGrid = false;
car.HasExitedGrid = false;
c.EnteredW++;
_listOfCars.Add(car);
}
////////add new cars to street S
if (c.FlowS > c.EnteredS)
{
Car car = new Car(c);
car.Street = c.StreetS;
car.Direction = Direction.North;
car.StreetIndex[0] = -1;
car.StreetIndex[1] = -1;
car.HasEnteredGrid = false;
car.HasExitedGrid = false;
c.EnteredS++;
_listOfCars.Add(car);
}
////////add new cars to street N
if (c.FlowN > c.EnteredN)
{
Car car = new Car(c);
car.Street = c.StreetN;
car.Direction = Direction.South;
car.StreetIndex[0] = -1;
car.StreetIndex[1] = -1;
car.HasEnteredGrid = false;
car.HasExitedGrid = false;
c.EnteredN++;
_listOfCars.Add(car);
}
}
private void button4_Click(object sender, EventArgs e)
{
Crossing c = new Crossing_2();
c.ID = "A0";
Car c2 = new Car();
c2.Crossing = c;
// MessageBox.Show("Direction:" + c2.Street.Position.ToString());
c2.StreetIndex[0] = 1;
//c2.Direction = Direction.West;
c2.Street = c.StreetW;
c2.StreetIndex[1] = 0;
c2.HasEnteredGrid = true;
c2.Crossing = c;
c2.HasExitedGrid = false;
drawCar(c2);
}
private void drawCar(Car c)
{
if (c != null && c.HasEnteredGrid && !c.HasExitedGrid) //initial check
{
int x = pictureBoxSlotA0.Location.X + (int)(c.Crossing.ID[0] - 'A') * 3 * 66;
int y = pictureBoxSlotA0.Location.Y + (int)(c.Crossing.ID[1] - '0') * 3 * 66;
switch (c.Street.Position)
{
case Direction.North:
x += 6 + 66 + 22 * c.StreetIndex[0];
y += 6 + 22 * c.StreetIndex[1];
break;
case Direction.West:
x += 6 + 22 * c.StreetIndex[1];
y += 66 * 2 - 6 - 22 * c.StreetIndex[0] - 10;
break;
case Direction.South:
x += 66 * 2 - 6 - 22 * c.StreetIndex[0] - 10;
y += 66 * 3 - 6 - 22 * c.StreetIndex[1] - 10;
break;
case Direction.East:
x += 66 * 3 - 6 - 22 * c.StreetIndex[1] - 10;
y += 66 + 6 + 22 * c.StreetIndex[0];
break;
case Direction.Center:
x += 66 + 6 + 22 * c.StreetIndex[0];
y += 66 + 6 + 22 * c.StreetIndex[1];
break;
}
addElement(x, y, "car " + c.Direction.ToString());
}
}
