public GameForm(StartForm fm1, GameStartConfig gs)
{
InitializeComponent();
MapButton = new Dictionary<int, Button>();
for (int i = 1; i <= 9; i++)
MapButton.Add(i, Controls.Find("button_" + i, false).Single() as Button);
game = new Game(gs, statusLabel, MapButton, this);
fm = fm1;
log = gs.Log;
tlog();
}
public override async void Move(Game game)
{
foreach (var btn in game.btnMap)
btn.Value.Enabled = false;
await Task.Delay(new Random().Next(150, 500));
switch (currentDifficulty)
{
//Movement Heuristics 100%
case Difficulty.Impossible:
game.WriteLog("[AI] Checking for Checkmate possibility.");
List<int> CheckMateIndexImpossible = AIAttackAndDefenseLogic(game.pCur.Value, game.btnMap).ToList();
if (CheckMateIndexImpossible.Count > 0)
{
game.WriteLog("[AI] Checkmate movement found! Ignore other heuristics because this is prioritized.");
game.form.ProcessInput(game.btnMap[CheckMateIndexImpossible[new Random().Next(0, CheckMateIndexImpossible.Count)]]);
return;
}
game.WriteLog("[AI] Checking for prevent Checkmated possibility.");
List<int> DefenseIndexImpossible = AIAttackAndDefenseLogic(game.pCur.Next != null ? game.pCur.Next.Value : game.Players.First.Value, game.btnMap).ToList();
if (DefenseIndexImpossible.Count > 0)
{
game.WriteLog("[AI] Checkmated movement found! Ignore other heuristics because this is prioritized.");
game.form.ProcessInput(game.btnMap[DefenseIndexImpossible[new Random().Next(0, DefenseIndexImpossible.Count)]]);
return;
}
game.WriteLog("[AI] Checking best movement!");
List<int> MovementHeuristicImpossible = AIMovementLogic(game.pCur.Value, game.pCur.Next != null ? game.pCur.Next.Value : game.Players.First.Value, game.btnMap, 1).ToList();
if (MovementHeuristicImpossible.Count > 0)
{
game.WriteLog("[AI] Best movement found! " + string.Join(", ", MovementHeuristicImpossible));
game.form.ProcessInput(game.btnMap[MovementHeuristicImpossible[new Random().Next(0, MovementHeuristicImpossible.Count)]]);
return;
}
game.WriteLog("[AI] No priority heuristics. Continued to next functions.");
goto case Difficulty.Easy;
//Checkmate Heuristics 100%
case Difficulty.Hard:
List<int> CheckMateIndex = AIAttackAndDefenseLogic(game.pCur.Value, game.btnMap).ToList();
if (CheckMateIndex.Count > 0)
{
game.form.ProcessInput(game.btnMap[CheckMateIndex[new Random().Next(0, CheckMateIndex.Count)]]);
return;
}
else goto case Difficulty.Normal;
//Defense Heuristics && Checkmate Heuristics 20%
case Difficulty.Normal:
if (new Random().Next(0, 10) <= 2 && currentDifficulty == Difficulty.Normal)
{
List<int> CheckmateIndex = AIAttackAndDefenseLogic(game.pCur.Value, game.btnMap).ToList();
if (CheckmateIndex.Count > 0)
{
game.form.ProcessInput(game.btnMap[CheckmateIndex[new Random().Next(0, CheckmateIndex.Count)]]);
return;
}
}
List<int> DefenseIndex = AIAttackAndDefenseLogic(game.pCur.Next != null ? game.pCur.Next.Value : game.Players.First.Value, game.btnMap).ToList();
if (DefenseIndex.Count > 0)
{
game.form.ProcessInput(game.btnMap[DefenseIndex[new Random().Next(0, DefenseIndex.Count)]]);
return;
}
else goto case Difficulty.Easy;
//Random Move
case Difficulty.Easy:
int RandomMovement = await Task.Run(() =>
{
int RM;
do RM = new Random().Next(1, 10);
while (!string.IsNullOrWhiteSpace(game.btnMap[RM].Text));
return RM;
});
game.form.ProcessInput(game.btnMap[RandomMovement]);
break;
default:
break;
}
}
public override void Move(Game game)
{
foreach (var btn in game.btnMap)
if (string.IsNullOrWhiteSpace(btn.Value.Text))
btn.Value.Enabled = true;
}
public virtual void Move(Game game) { throw new NotImplementedException(); }