public void AutoMoving(Dictionary <Point, PictureBox> dic, string direction, PictureBox enemyRed, PictureBox enemyYellow, RandomBox box)
{
var playerX = PlayerPic.Location.X;
var playerY = PlayerPic.Location.Y;
if (PlayerPic.Location == enemyRed.Location)
{
Application.Exit();
}
if (PlayerPic.Location == enemyYellow.Location)
{
Application.Exit();
}
if (PlayerPic.Location == box.boxPic.Location)
{
box.Roulete();
}
switch (direction)
{
case "Right" when playerX + 50 == 750 && playerY == 400:
CoinChanged?.Invoke(dic, playerX, playerY);
PlayerPic.Location = new Point(0, 400);
PlayerChanged?.Invoke("playerRightGIF.gif");
break;
case "Right" when CanMove(dic, playerX + 50, playerY):
CoinChanged?.Invoke(dic, playerX, playerY);
PlayerPic.Left += 50;
break;
case "Left" when playerX - 50 == -50 && playerY == 400:
CoinChanged?.Invoke(dic, playerX, playerY);
PlayerPic.Location = new Point(700, 400);
PlayerChanged?.Invoke("playerLeftGIF.gif");
break;
case "Left" when CanMove(dic, playerX - 50, playerY):
CoinChanged?.Invoke(dic, playerX, playerY);
PlayerPic.Left -= 50;
break;
case "Up" when CanMove(dic, playerX, playerY - 50):
CoinChanged?.Invoke(dic, playerX, playerY);
PlayerPic.Top -= 50;
break;
case "Down" when CanMove(dic, playerX, playerY + 50):
CoinChanged?.Invoke(dic, playerX, playerY);
PlayerPic.Top += 50;
break;
}
}
public void GainCoin()
{
coin++;
CoinChanged?.Invoke(coin);
}