private void AI_Move()
{
((CGraphiqueSolo)(this.Parent)).majlabel("Computer Turn!");
CAnalyse analyse = new CAnalyse(_WhiteTurn, _AI_White, _KingBlackMoved, _GameState);
analyse.King_Evaluation(m);
if (!AI_White)
{
if (m.King_Piece() != null && _KingBlackMoved == false)
{
m.Update_position(1, m.King_Piece().x, m.King_Piece().y, analyse.Kingdx, analyse.Kingdy);
((CGraphiqueSolo)(this.Parent)).debug_label1(analyse.Kingdx.ToString() + " " + analyse.Kingdy.ToString() + " ");
_KingBlackMoved = true;
_KingWhiteMoved = false;
}
if (analyse.Pawn_Evaluation(m) != null && _WhiteTurn == false)
{
CPiece get_ans = new CPiece();
get_ans = analyse.Pawn_Evaluation(m);
int dx = get_ans.x;
int dy = get_ans.y;
m.Update_position(2, m.Pawn_Piece(get_ans.Piece_ID).x, m.Pawn_Piece(get_ans.Piece_ID).y, get_ans.x, get_ans.y);
((CGraphiqueSolo)(this.Parent)).debug_label2(get_ans.Piece_ID.ToString() + " " + get_ans.x.ToString() + " " + get_ans.y.ToString() + " ");
_WhiteTurn = true;
((CGraphiqueSolo)(this.Parent)).majlabel("Player Turn!");
}
}
else
{
if (m.King_Piece() != null && _KingWhiteMoved == false)
{
m.Update_position(1, m.King_Piece().x, m.King_Piece().y, analyse.Kingdx, analyse.Kingdy);
((CGraphiqueSolo)(this.Parent)).debug_label1(analyse.Kingdx.ToString() + " " + analyse.Kingdy.ToString() + " ");
_KingBlackMoved = false;
_KingWhiteMoved = true;
}
if (analyse.Pawn_Evaluation(m) != null && _WhiteTurn == true)
{
CPiece get_ans = new CPiece();
get_ans = analyse.Pawn_Evaluation(m);
int dx = get_ans.x;
int dy = get_ans.y;
m.Update_position(3, m.Pawn_Piece(get_ans.Piece_ID).x, m.Pawn_Piece(get_ans.Piece_ID).y, get_ans.x, get_ans.y);
((CGraphiqueSolo)(this.Parent)).debug_label2(get_ans.Piece_ID.ToString() + " " + get_ans.x.ToString() + " " + get_ans.y.ToString() + " ");
_WhiteTurn = false;
((CGraphiqueSolo)(this.Parent)).majlabel("Player Turn!");
}
}
}
public void King_Evaluation(CCartographie cartographie)
{
bool[,] table_mouvement_possible = new bool[5, 5];
bool Need_Random = true;
table_mouvement_possible = cartographie.Position_Mouvement(1, cartographie.King_Piece().x, cartographie.King_Piece().y);
_KingdX = cartographie.King_Piece().x;
_KingdY = cartographie.King_Piece().y;
for (int j = 0; j < 5; j++)
{
if (table_mouvement_possible[j, 0] == true && _AI_White == false && _WhiteTurn == false && _KingMoved == false)
{
_KingdX = j;
_KingdY = 0;
Need_Random = false;
}
if (table_mouvement_possible[j, 4] == true && _AI_White == true && _WhiteTurn == true && _KingMoved == false)
{
_KingdX = j;
_KingdY = 4;
Need_Random = false;
}
}
while (Need_Random)
{
int[,] table = new int[5, 5];
int compt = 0;
for (int i = 0; i < 5; i++)
{
for (int j = 0; j < 5; j++)
{
if (table_mouvement_possible[i, j])
{
table[i, j] = compt;
compt++;
}
}
}
Random rnd = new Random();
int rnd_number = rnd.Next(0, compt);
for (int i = 0; i < 5; i++)
{
for (int j = 0; j < 5; j++)
{
if (rnd_number == table[i, j] && table_mouvement_possible[i, j])
{
if (!_AI_White && j != 4)
{
_KingdX = i;
_KingdY = j;
Need_Random = false;
}
if (_AI_White && j != 0)
{
_KingdX = i;
_KingdY = j;
Need_Random = false;
}
}
}
}
}
}
