/// <summary>
/// Controls Ghosts trough Input and manages it's own list.
/// </summary>
public Player()
{
for (int i = 0; i < 3; i++)
{
myGhosts[0][i] = new RedGhost(this);
myGhosts[1][i] = new BlueGhost(this);
myGhosts[2][i] = new YellowGhost(this);
}
}
// Constructor
public Game()
{
//Implementing the 4 type of ghost
myGhosts[0] = new OrangeGhost();
myGhosts[1] = new BlueGhost();
myGhosts[2] = new RedGhost();
myGhosts[3] = new PinkGhost();
//Implementing the player
myPlayer = new Player();
//Implementing the level
myLevel = new Level(1);
}
public int[] door; // coordinates of the door to ghosts' home
public GamePlan(string pathToMap, int dotPoints, int ghostPoints, int[] redStart, int[] redHome, int[] pinkStart, int[] pinkHome,
int[] blueStart, int[] blueHome, int[] yellowStart, int[] yellowHome)
{
// reads map from file and creates 4 ghosts according to initial data
// redStart - coordinates of the red ghost starting tile
// redHome - coordinates of the red ghost home - tile where it goes in Scatter mode
ReadMapFromFile(pathToMap);
this.dotPoints = dotPoints;
this.ghostPoints = ghostPoints;
this.curPoints = 0;
dotsEaten = 0;
livesLeft = Global.MAXLIVES;
RedGhost red = new RedGhost(redStart[0], redStart[1], this, GhostMode.Chase, redHome[0], redHome[1]);
PinkGhost pink = new PinkGhost(pinkStart[0], pinkStart[1], this, GhostMode.Wait, pinkHome[0], pinkHome[1]);
BlueGhost blue = new BlueGhost(blueStart[0], blueStart[1], this, GhostMode.Wait, blueHome[0], blueHome[1]);
YellowGhost yellow = new YellowGhost(yellowStart[0], yellowStart[1], this, GhostMode.Wait, yellowHome[0], yellowHome[1]);
ghosts = new Ghost[] { red, pink, blue, yellow };
}
private void CreateGhosts(int Green, int Blue, int Red)
{
try
{
var dir = Directory.GetParent(Directory.GetCurrentDirectory()).Parent.Parent.FullName + "\\Plugins\\";
if (Directory.Exists(dir))
{
foreach (string fileName in Directory.GetFiles(dir))
{
if (fileName.Contains(".dll"))
{
if (fileName.Contains("Core") || fileName.Contains("Prism") || fileName.Contains("Logs") || fileName.Contains("ValueTuple"))
{
continue;
}
Type[] file = Assembly.LoadFrom(fileName).GetTypes();
var AIfromConfiguration = ConfigurationManager.AppSettings["AI_behavior"];
int AI_index = 0;
Int32.TryParse(AIfromConfiguration.Substring(0, 1), out AI_index);
dynamic sAI = Activator.CreateInstance(file[AI_index], _field);
for (int i = 0; i < Blue; i++)
{
var tmpGhost = new BlueGhost(sAI, ImageCreator.CreateImage($@"Materials\Ghosts\BlueGhost.png"));
tmpGhost.FieldPointNow = sAI.RandomPoint();
tmpGhost.FieldPointTarget = sAI.RandomPoint();
tmpGhost.Path = new PathCreator(_field).GetWay(tmpGhost.FieldPointNow, tmpGhost.FieldPointTarget);
tmpGhost.Speed = _blueGhostSpeed;
DrawGhost(MyModel.Field, tmpGhost);
_ghostAnimation.Add(new PointAnimationHelper());
_ghostAnimation[tmpGhost.Index].PointAnimationHelperNotify += GhostMoving;
_ghostAnimation[tmpGhost.Index].PacmanPosition += PacmanCatchUp;
_ghostAnimation[tmpGhost.Index].MoveGost(tmpGhost, tmpGhost.Speed);
}
for (int i = 0; i < Red; i++)
{
var tmpGhost = new RedGhost(sAI, ImageCreator.CreateImage($@"Materials\Ghosts\RedGhost.png"));
tmpGhost.FieldPointNow = sAI.RandomPoint();
tmpGhost.FieldPointTarget = sAI.RandomPoint();
tmpGhost.Path = new PathCreator(_field).GetWay(tmpGhost.FieldPointNow, tmpGhost.FieldPointTarget);
tmpGhost.Speed = _redGhostSpeed;
DrawGhost(MyModel.Field, tmpGhost);
_ghostAnimation.Add(new PointAnimationHelper());
_ghostAnimation[tmpGhost.Index].PointAnimationHelperNotify += GhostMoving;
_ghostAnimation[tmpGhost.Index].PacmanPosition += PacmanCatchUp;
_ghostAnimation[tmpGhost.Index].MoveGost(tmpGhost, tmpGhost.Speed);
}
for (int i = 0; i < Green; i++)
{
var tmpGhost = new GreenGhost(sAI, ImageCreator.CreateImage($@"Materials\Ghosts\GreenGhost.png"));
tmpGhost.FieldPointNow = sAI.RandomPoint();
tmpGhost.FieldPointTarget = sAI.RandomPoint();
tmpGhost.Path = new PathCreator(_field).GetWay(tmpGhost.FieldPointNow, tmpGhost.FieldPointTarget);
tmpGhost.Speed = _greenGhostSpeed;
DrawGhost(MyModel.Field, tmpGhost);
_ghostAnimation.Add(new PointAnimationHelper());
_ghostAnimation[tmpGhost.Index].PointAnimationHelperNotify += GhostMoving;
_ghostAnimation[tmpGhost.Index].PacmanPosition += PacmanCatchUp;
_ghostAnimation[tmpGhost.Index].MoveGost(tmpGhost, tmpGhost.Speed);
}
}
}
}
else
{
MessageBox.Show("Plugins folder not found", "Worning", MessageBoxButton.OK);
}
}
catch (Exception ex)
{
Logger.Add(new Log(this.GetType().Name, MethodBase.GetCurrentMethod().Name, $"Error", ex));
}
}
private static Ghost AddGhost(ushort x, ushort y, string command = "")
{
if (FieldElementsArray[x, y] != null) return null;
Ghost tempGhost;
try
{
switch (command)
{
case "yellow":
tempGhost = new YellowGhost
{
Width = Squaresize,
Height = Squaresize
};
break;
case "red":
tempGhost = new RedGhost
{
Width = Squaresize,
Height = Squaresize
};
break;
default:
tempGhost = new Ghost
{
Width = Squaresize,
Height = Squaresize
};
break;
}
}
catch (AlreadyInstatiated)
{
return null;
}
MainWindow.Wm.Battlfield.Children.Add(tempGhost);
Canvas.SetLeft(tempGhost, Squaresize * x);
Canvas.SetTop(tempGhost, Squaresize * y);
FieldElementsArray[x, y] = tempGhost;
GhostsList.Add(tempGhost);
return tempGhost;
}
