public static void LoadLevel(LevelType level)
{
Data.CurrentLevel = level;
Pool.Reset();
switch (level)
{
case LevelType.Level1:
Level_1.Load();
break;
}
}
/// <summary>
/// Constructeur astar
/// </summary>
/// <param name="Level"></param>
/// <param name="width"></param>
/// <param name="height"></param>
public astar(Level_1 Level, int width, int height, string GhostName)
{
this.Level = Level;
this.width = width;
this.height = height;
IsPathFound = false;
this.GhostName = GhostName;
openList = new List <Node>();
closedList = new List <Node>();
ListPath = new List <Vector2>();
}
public static void LoadLevel(uint index)
{
Pool.Reset();
switch (index)
{
case 0:
Level_0.Load();
break;
case 1:
Level_1.Load();
break;
case 2:
Level_2.Load();
break;
}
Data.CurrentLevel = index;
PutCameraOnPlayer();
}
private void Start()
{
timeDelegate = new TimeDelegate(StartTime);
time = timeTxt.GetComponent <Text>();
levels[0] = new Level_0();
levels[1] = new Level_1();
levels[2] = GetComponent <Level_2>();
levels[3] = GetComponent <Level_3>();
levels[4] = GetComponent <Level_4>();
newLevel.InstMemory("void", 6, 1);
newLevel[1, 0] = (p) =>
{
if (MessageSystemGameBlock.GameTime >= timeToNewLevel[0])
{
nextLevel.SetActive(true);
time.text = "0";
level = 5;
OpenNewLevel();
}
};
newLevel[2, 0] = (p) =>
{
if (MessageSystemGameBlock.GameTime >= timeToNewLevel[1])
{
nextLevel.SetActive(true);
time.text = "0";
level = 5;
OpenNewLevel();
}
};
newLevel[3, 0] = (p) =>
{
if (MessageSystemGameBlock.GameTime >= timeToNewLevel[2])
{
nextLevel.SetActive(true);
time.text = "0";
level = 5;
OpenNewLevel();
}
};
newLevel[0, 0] = (p) => { };
newLevel[4, 0] = (p) => { };
newLevel[5, 0] = (p) =>
{
if (NextLevel.IsPressed)
{
NextLevel.IsPressed = false;
MessageSystemGameBlock.LEVEL++;
MessageSystemGameBlock.GameTime = 0;
level = MessageSystemGameBlock.LEVEL;
TapToLevel.SetNumberLevel();
}
};
printTime.InstMemory("void", 6, 1);
printTime[0, 0] = (p) => time.text = Cut(MessageSystemGameBlock.GameTime).ToString();
printTime[1, 0] = (p) => time.text = Cut((timeToNewLevel[0] - MessageSystemGameBlock.GameTime)).ToString();
printTime[2, 0] = (p) => time.text = Cut((timeToNewLevel[1] - MessageSystemGameBlock.GameTime)).ToString();
printTime[3, 0] = (p) => time.text = Cut((timeToNewLevel[2] - MessageSystemGameBlock.GameTime)).ToString();
printTime[4, 0] = (p) => time.text = Cut(MessageSystemGameBlock.GameTime).ToString();
printTime[5, 0] = (p) => { };
}
/// <summary>
/// Méthode GoToCible
/// Permet d'atteindre le Goal de la recherche
/// </summary>
/// <param name="Level"></param>
/// <param name="HashDirSprite"></param>
/// <returns></returns>
public int GoToCible(Level_1 _Level, List <Vector2> listNextNodesSprite)
{
int HashDirSprite = 0;
for (int col = 0; col < width; col++)
{
for (int row = 0; row < height; row++)
{
Vector2 nodeNextUp = new Vector2(listNextNodesSprite[0].X, listNextNodesSprite[0].Y);
Vector2 nodeNextDown = new Vector2(listNextNodesSprite[2].X, listNextNodesSprite[2].Y);
Vector2 nodeNextLeft = new Vector2(listNextNodesSprite[3].X, listNextNodesSprite[3].Y);
Vector2 nodeNextRight = new Vector2(listNextNodesSprite[1].X, listNextNodesSprite[1].Y);
switch (GhostName)
{
case "Inky":
if (_Level.Maze2D[col, row].Position == nodeNextUp && _Level.Maze2D[col, row].IsPathInky)
{
HashDirSprite = 64;
_Level.Maze2D[col, row].IsPathInky = false;
}
else if (_Level.Maze2D[col, row].Position == nodeNextRight && _Level.Maze2D[col, row].IsPathInky)
{
HashDirSprite = 128;
_Level.Maze2D[col, row].IsPathInky = false;
}
else if (_Level.Maze2D[col, row].Position == nodeNextDown && _Level.Maze2D[col, row].IsPathInky)
{
HashDirSprite = 256;
_Level.Maze2D[col, row].IsPathInky = false;
}
else if (_Level.Maze2D[col, row].Position == nodeNextLeft && _Level.Maze2D[col, row].IsPathInky)
{
HashDirSprite = 32;
_Level.Maze2D[col, row].IsPathInky = false;
}
break;
case "Pinky":
if (_Level.Maze2D[col, row].Position == nodeNextUp && _Level.Maze2D[col, row].IsPathPinky)
{
HashDirSprite = 64;
_Level.Maze2D[col, row].IsPathPinky = false;
}
else if (_Level.Maze2D[col, row].Position == nodeNextRight && _Level.Maze2D[col, row].IsPathPinky)
{
HashDirSprite = 128;
_Level.Maze2D[col, row].IsPathPinky = false;
}
else if (_Level.Maze2D[col, row].Position == nodeNextDown && _Level.Maze2D[col, row].IsPathPinky)
{
HashDirSprite = 256;
_Level.Maze2D[col, row].IsPathPinky = false;
}
else if (_Level.Maze2D[col, row].Position == nodeNextLeft && _Level.Maze2D[col, row].IsPathPinky)
{
HashDirSprite = 32;
_Level.Maze2D[col, row].IsPathPinky = false;
}
break;
case "Blinky":
if (_Level.Maze2D[col, row].Position == nodeNextUp && _Level.Maze2D[col, row].IsPathBlinky)
{
HashDirSprite = 64;
_Level.Maze2D[col, row].IsPathBlinky = false;
}
else if (_Level.Maze2D[col, row].Position == nodeNextRight && _Level.Maze2D[col, row].IsPathBlinky)
{
HashDirSprite = 128;
_Level.Maze2D[col, row].IsPathBlinky = false;
}
else if (_Level.Maze2D[col, row].Position == nodeNextDown && _Level.Maze2D[col, row].IsPathBlinky)
{
HashDirSprite = 256;
_Level.Maze2D[col, row].IsPathBlinky = false;
}
else if (_Level.Maze2D[col, row].Position == nodeNextLeft && _Level.Maze2D[col, row].IsPathBlinky)
{
HashDirSprite = 32;
_Level.Maze2D[col, row].IsPathBlinky = false;
}
break;
case "Klyde":
if (_Level.Maze2D[col, row].Position == nodeNextUp && _Level.Maze2D[col, row].IsPathKlyde)
{
HashDirSprite = 64;
_Level.Maze2D[col, row].IsPathKlyde = false;
}
else if (_Level.Maze2D[col, row].Position == nodeNextRight && _Level.Maze2D[col, row].IsPathKlyde)
{
HashDirSprite = 128;
_Level.Maze2D[col, row].IsPathKlyde = false;
}
else if (_Level.Maze2D[col, row].Position == nodeNextDown && _Level.Maze2D[col, row].IsPathKlyde)
{
HashDirSprite = 256;
_Level.Maze2D[col, row].IsPathKlyde = false;
}
else if (_Level.Maze2D[col, row].Position == nodeNextLeft && _Level.Maze2D[col, row].IsPathKlyde)
{
HashDirSprite = 32;
_Level.Maze2D[col, row].IsPathKlyde = false;
}
break;
}
}
}
return(HashDirSprite);
}
