public GameLoop()
{
physicsObjects.Add(snake);
ConvertMapToDoubleArray();
GenerateMap();
ghostTarget = new EmptySpace(5, 5);
physicsObjects.Add(ghostTarget);
redGhost = new Ghost(2, 1, physicsObjects);
pinkGhost = new Ghost(1, 21, physicsObjects);
redGhost.Visuals = 'R';
pinkGhost.Visuals = 'P';
col = new PhysicsCollision(physicsObjects);
direction = Dir.none;
Console.SetWindowSize(50, 50);
Thread producer = new Thread(ReadKey);
producer.Start();
Console.CursorVisible = false;
target = snake;
Loop();
}
private void Update()
{
if (direction != Dir.none)
{
timer++;
if (timer > 1)
{
timer = 0;
if (pathRed != null)
{
if (counter < pathRed.Count)
{
redGhost.position = pathRed[counter];
counter++;
}
else
{
counter = 0;
}
}
if (pathPink != null)
{
timer = 0;
if (counter2 < pathPink.Count)
{
pinkGhost.position = pathPink[counter2];
counter2++;
}
else
{
counter2 = 0;
}
}
}
switch (direction)
{
case Dir.up:
if (col.CheckCollisions(snake, 0, -1) != typeof(Map))
{
snake.position = new Vector2(snake.position.PosX, Math.Max(0, snake.position.PosY - 1));
int minus = 3;
do
{
ghostTarget.position = new Vector2(snake.position.PosX, Math.Max(snake.position.PosY, snake.position.PosY - minus));
minus--;
} while (col.CheckCollisions(ghostTarget, ghostTarget.position.PosX, ghostTarget.position.PosY) == typeof(Map));
lastDirection = direction;
}
break;
case Dir.left:
if (col.CheckCollisions(snake, -1, 0) != typeof(Map))
{
snake.position = new Vector2(Math.Max(0, snake.position.PosX - 1), snake.position.PosY);
int minus = 3;
do
{
ghostTarget.position = new Vector2(Math.Max(0, snake.position.PosX - minus), snake.position.PosY);
minus--;
} while (col.CheckCollisions(ghostTarget, ghostTarget.position.PosX, ghostTarget.position.PosY) == typeof(Map));
lastDirection = direction;
}
break;
case Dir.down:
if (col.CheckCollisions(snake, 0, 1) != typeof(Map))
{
snake.position = new Vector2(snake.position.PosX, Math.Min(db.YDim - 1, snake.position.PosY + 1));
int minus = 3;
do
{
ghostTarget.position = new Vector2(Math.Min(db.YDim - 1, snake.position.PosX - minus), snake.position.PosY);
minus--;
} while (col.CheckCollisions(ghostTarget, ghostTarget.position.PosX, ghostTarget.position.PosY) == typeof(Map));
lastDirection = direction;
}
break;
case Dir.right:
if (col.CheckCollisions(snake, 1, 0) != typeof(Map))
{
snake.position = new Vector2(Math.Min(db.XDim - 1, snake.position.PosX + 1), snake.position.PosY);
int minus = 3;
do
{
ghostTarget.position = new Vector2(Math.Min(db.XDim - 1, snake.position.PosX - minus), snake.position.PosY);
minus--;
} while (col.CheckCollisions(ghostTarget, ghostTarget.position.PosX, ghostTarget.position.PosY) == typeof(Map));
lastDirection = direction;
}
break;
}
if (redGhost.position.Equals(snake.position))
{
target = redCorner;
}
if (redGhost.position.Equals(redCorner.position))
{
target = snake;
}
pathRed = redGhost.CalcuatePath(target);
pathPink = pinkGhost.CalcuatePath(ghostTarget);
counter2 = 0;
counter = 0;
}
snake.UpdatePhysics();
redGhost.UpdatePhysics();
pinkGhost.UpdatePhysics();
if (col.CheckCollisions(snake) == typeof(Pellet))
{
for (int i = 0; i < physicsObjects.Count; i++)
{
if (physicsObjects[i].position.Equals(snake.position))
{
if (physicsObjects[i] != snake)
{
physicsObjects[i] = new EmptySpace(snake.position.PosX, snake.position.PosY);
}
mapVisuals[snake.position.PosX, snake.position.PosY] = ' ';
}
}
Score++;
}
if (col.CheckCollisions(snake) == typeof(Teleporter))
{
int toPlace = snake.position.PosX == 0 ? db.XDim - 2 : 1;
snake.position = new Vector2(toPlace, snake.position.PosY);
}
direction = Dir.none;
}
