private void GenerateTasks(int level, int[][] ResM) {
Point AbleForGo[] = new Point[4 * sizeBoard];
int cntAbleForGo = board.getAbleForGo(idAuto, AbleForGo);
// PrintWriter out = new PrintWriter(new OutputStreamWriter(System.out));
// out.print("Point: size:"); out.println(cntAbleForGo);
for (int i = 0; i < cntAbleForGo; ++i) {
// out.print("x:"); out.print(AbleForGo[i].x);
// out.print(" y:"); out.println(AbleForGo[i].y);
mt.addTask(new Task(level, board, idAuto, idUser, AbleForGo[i], ResM));
}
// out.flush();
}
private int SearchForAll(int level, int id1, int id2) {
Board board = boards[level];
Board newBoard = boards[level - 1];
int res = Integer.MIN_VALUE;
Point AbleForGo[] = new Point[4 * size];
int cntAbleForGo = board.getAbleForGo(id1, AbleForGo);
int cntOldForID1 = board.getCount(id1);
for (int i = 0; i < cntAbleForGo; ++i) {
Point newPos = AbleForGo[i];
newBoard.setAs(board);
newBoard.go(id1, newPos);
int cntNewForID1 = newBoard.getCount(id1);
int newRes = cntNewForID1 - cntOldForID1;
if (level > 1) newRes -= this.SearchForAll(level - 1, id2, id1);
if (newRes > res) res = newRes;
}
return res;
}
public Vector<Point> getAbleForUser() {
return board.getAbleForGo(playerGamer.getId());
}
