void Awake()
{
object O = new object();
lock (O) {
if (ArtificialInteligenceMove.Ret() != null)
{
if (ArtificialInteligenceMove.Ret().t == null)
{
ArtificialInteligenceMove.Ret().t = new RefrigtzChessPortable.RefrigtzChessPortableForm();
ArtificialInteligenceMove.Ret().t.Form1_Load();
RefrigtzChessPortable.AllDraw.UniqueLeafDetection = true;
}
}
else
{
ArtificialInteligenceMove.tta = new ArtificialInteligenceMove();
if (ArtificialInteligenceMove.Ret().t == null)
{
ArtificialInteligenceMove.Ret().t = new RefrigtzChessPortable.RefrigtzChessPortableForm();
ArtificialInteligenceMove.Ret().t.Form1_Load();
RefrigtzChessPortable.AllDraw.UniqueLeafDetection = true;
}
}
}
}
public bool MoveAI()
{
object o = new object();
lock (o){
if (Order == 1)
{
ArtificialInteligenceMove.Ret().t.Play(k, p);
ArtificialInteligenceMove.Ret().t.Play(m, s);
Order = -1;
return(true);
}
else
if (Order == -1)
{
object oo = new object();
lock (oo){ RefrigtzChessPortable.AllDraw.MaxAStarGreedy = RefrigtzChessPortable.AllDraw.PlatformHelperProcessorCount;
RefrigtzChessPortable.AllDraw.MaxAStarGreedy = RefrigtzChessPortable.AllDraw.PlatformHelperProcessorCount;
RefrigtzChessPortable.AllDraw.MaxAStarGreedyHeuristicProgress = RefrigtzChessPortable.AllDraw.PlatformHelperProcessorCount;
RefrigtzChessPortable.AllDraw.AStarGreedyiLevelMax = RefrigtzChessPortable.AllDraw.PlatformHelperProcessorCount; }
object ooo = new object();
lock (oo){
int a = ArtificialInteligenceMove.Ret().t.Play(-1, -1);
if (a == -2)
{
Debug.LogError("Table zero");
}
x = ArtificialInteligenceMove.Ret().t.R.CromosomRowFirst;
y = ArtificialInteligenceMove.Ret().t.R.CromosomColumnFirst;
x1 = ArtificialInteligenceMove.Ret().t.R.CromosomRow;
y1 = ArtificialInteligenceMove.Ret().t.R.CromosomColumn;
}
Order = 1;
return(true);
}
}
return(false);
}
public void ThinkingIdle()
{
object O = new object();
lock (O){
Debug.Log("Idle method Begin");
bool ReadyZero = true;
do
{
if (ArtificialInteligenceMove.Ret().t != null)
{
if (ArtificialInteligenceMove.Ret().t.LoadP || Idle)
{
if (RefrigtzChessPortable.AllDraw.CalIdle == 0 && ReadyZero)
{
Debug.Log("Ready to 0 base.AI");
ReadyZero = false;
}
if (RefrigtzChessPortable.AllDraw.CalIdle == 0 && (!ArtificialInteligenceMove.UpdateIsRunning)
)
{
bool Blit = RefrigtzChessPortable.AllDraw.Blitz;
RefrigtzChessPortable.AllDraw.Blitz = false;
Debug.Log("Idle Begin");
Idle = true;
RefrigtzChessPortable.AllDraw.TimeInitiation = GameManager.a;
RefrigtzChessPortable.AllDraw.MaxAStarGreedy = RefrigtzChessPortable.AllDraw.PlatformHelperProcessorCount * LevelMul;
var arrayA = Task.Factory.StartNew(() => t.Draw.InitiateAStarGreedyt(RefrigtzChessPortable.AllDraw.MaxAStarGreedy, 1, 4, t.Draw.OrderP, CloneATable(t.brd.GetTable()), t.Draw.OrderP, false, false, 0));
//var arrayA =Task.Factory.StartNew(() => t.Play(-1,-1));
arrayA.Wait();
object i = new object();
lock (i)
{
bool LoadTree = false;
(new RefrigtzChessPortable.TakeRoot()).Save(false, false, ArtificialInteligenceMove.Ret().t, ref LoadTree, false, false, false, false, false, false, false, true);
}
RefrigtzChessPortable.AllDraw.Blitz = Blit;
// System.Threading.Thread.Sleep(50);
//LevelMul++;
Debug.Log("Idle Finished");
IdleProgress = false;
ArtificialInteligenceMove.UpdateIsRunning = true;
RefrigtzChessPortable.AllDraw.CalIdle = 1;
}
if (RefrigtzChessPortable.AllDraw.CalIdle == 2)
{
Debug.Log("Ready to 5 base");
RefrigtzChessPortable.AllDraw.CalIdle = 5;
}
// if(RefrigtzChessPortable.AllDraw.CalIdle==2)
// {
// Debug.Log("Ready to 5 base");
//
// RefrigtzChessPortable.AllDraw.CalIdle=5;
// }
// Debug.Log("Ready to 0 base");
if (RefrigtzChessPortable.AllDraw.CalIdle == 5)
{
RefrigtzChessPortable.AllDraw.CalIdle = 1;
// RefrigtzChessPortable.AllDraw.IdleInWork=false;
Debug.Log("Ready to 1 base");
ReadyZero = true;
}
while (RefrigtzChessPortable.AllDraw.CalIdle == 1)
{
System.Threading.Thread.Sleep(1);
}
while (ArtificialInteligenceMove.UpdateIsRunning)
{
System.Threading.Thread.Sleep(1);
}
RefrigtzChessPortable.AllDraw.IdleInWork = true;
RefrigtzChessPortable.AllDraw.CalIdle = 0;
IdleProgress = true;
//
}
}
} while(RefrigtzChessPortable.AllDraw.CalIdle != 3);
}
}
void Update()
{
object pp = new object();
lock (pp) {
bool aa = false;
aa = ArtificialInteligenceMove.Ret() != null;
aa = aa &&
ArtificialInteligenceMove.Ret().t != null;
if (aa)
{
if (ArtificialInteligenceMove.Ret().t.LoadP)
{
Ray ray = Camera.main.ScreenPointToRay(Input.mousePosition);
RaycastHit hit;
if (Physics.Raycast(ray, out hit))
{
Vector3 point = hit.point;
Vector2Int gridPoint = Geometry.GridFromPoint(point);
tileHighlight.SetActive(true);
tileHighlight.transform.position = Geometry.PointFromGrid(gridPoint);
if (Input.GetMouseButtonDown(0))
{
// Reference Point 2: check for valid move location
if (!Exist(moveLocations, gridPoint))
{
return;
}
if (GameManager.instance.PieceAtGrid(gridPoint) == null)
{
GameManager.instance.Move(movingPiece, gridPoint);
}
else
{
GameManager.instance.CapturePieceAt(gridPoint);
GameManager.instance.Move(movingPiece, gridPoint);
}
// Reference Point 3: capture enemy piece here later
ExitState();
if (Order == 1)
{
object OO = new object();
lock (OO) {
k = TileSelector.x;
p = 7 - TileSelector.y;
m = gridPoint.x;
s = 7 - gridPoint.y;
ff = System.Threading.Tasks.Task.Factory.StartNew(() => xc = MoveAI());
ff.Wait();
}
}
UnityThread.executeInUpdate(() =>
{
var output = Task.Factory.StartNew(() => {
object OOO = new object();
lock (OOO) {
if (Order == -1)
{
OrB = 1;
f = System.Threading.Tasks.Task.Factory.StartNew(() => xx = MoveAI());
f.Wait();
if (x != -1 && y != -1 && x1 != -1 && y1 != -1)
{
Debug.Log("Thinking Finished.");
Vector2Int gridPointN = new Vector2Int(x, 7 - y);
selectobject = GameManager.instance.PieceAtGrid(gridPointN);
if (GameManager.instance.DoesPieceBelongToCurrentPlayer(selectobject))
{
GameManager.instance.SelectPiece(selectobject);
TileSelector.instance.ExitState(selectobject);
}
string A = "x:'" + x.ToString() + "';y:'" + y.ToString() + "';x1:'" + x1.ToString() + "';y1:'" + y1.ToString() + "'\r\n";
A += "================================================================================================\r\n";
System.IO.File.AppendAllText("A.txt"
, A); // movingPiece=selectobject;
// EnterState(selectobject);
Vector2Int gridPointNN = new Vector2Int(x1, 7 - y1);
MoveSelector.Instance.tileHighlight.SetActive(true);
MoveSelector.Instance.tileHighlight.transform.position = Geometry.PointFromGrid(gridPointNN);
if (MoveSelector.Instance.moveLocations.Count == 0)
{
Debug.Log("enter state not valid.");
}
if (!Exist(MoveSelector.Instance.moveLocations, gridPointNN))
{
return;
}
//
if (GameManager.instance.PieceAtGrid(gridPointNN) == null)
{
GameManager.instance.Move(MoveSelector.Instance.movingPiece, gridPointNN);
}
else
{
GameManager.instance.CapturePieceAt(gridPointNN);
GameManager.instance.Move(MoveSelector.Instance.movingPiece, gridPointNN);
}
ExitState();
Debug.Log("Move Occured.");
OrB = 1;
xx = false;
object OOOOO = new object();
lock (OOOOO) {
tileHighlight.SetActive(false);
x = ArtificialInteligenceMove.Ret().t.R.CromosomRowFirst = -1;
y = ArtificialInteligenceMove.Ret().t.R.CromosomColumnFirst = -1;
x1 = ArtificialInteligenceMove.Ret().t.R.CromosomRow = -1;
y1 = ArtificialInteligenceMove.Ret().t.R.CromosomColumn = -1;
RefrigtzChessPortable.AllDraw.CalIdle = 0;
RefrigtzChessPortable.AllDraw.IdleInWork = true;
}
// }
}
else
{
Debug.LogError("Thinking Failed.");
}
}
}
});
output.Wait();
output.Dispose();
ArtificialInteligenceMove.UpdateIsRunning = false;
});
}
}
else
{
tileHighlight.SetActive(false);
}
}
}
}
}
