public static void track()
{
bool stay_in_loop = true;
bool restart = true;
double tol_pos_x = 100;
double tol_pos_y = 300;
int X_1 = -1;
int X_2 = -1;
int X_3 = -1;
int X_4 = -1;
int X_5 = -1;
int X_6 = -1;
int Y_1 = -1;
int Y_2 = -1;
int Y_3 = -1;
int Y_4 = -1;
int Y_5 = -1;
int Y_6 = -1;
while (stay_in_loop)
{
X_1 = X_2;
Y_1 = Y_2;
X_2 = X_3;
Y_2 = Y_3;
X_3 = X_4;
Y_3 = Y_4;
X_4 = X_5;
Y_4 = Y_5;
X_5 = X_6;
Y_5 = Y_6;
X_6 = Cursor.Position.X;
Y_6 = Cursor.Position.Y;
if (X_1 == -1 || X_2 == -1 || X_3 == -1 || X_4 == -1 || X_5 == -1 || X_6 == -1 || Y_1 == -1 || Y_2 == -2 || Y_3 == -1 || Y_4 == -1 || Y_5 == -1 || Y_6 == -1)
{
restart = true;
}
else
{
restart = false;
}
//FIXATION PATTERN
if (!restart &&
(((Math.Abs(X_2 - X_1) < tol_pos_x) && (Math.Abs(X_3 - X_1) < tol_pos_x) && (Math.Abs(X_4 - X_1) < tol_pos_x) && (Math.Abs(X_5 - X_1) < tol_pos_x) && (Math.Abs(X_6 - X_1) < tol_pos_x) &&
(Math.Abs(X_3 - X_2) < tol_pos_x) && (Math.Abs(X_4 - X_2) < tol_pos_x) && (Math.Abs(X_5 - X_2) < tol_pos_x) && (Math.Abs(X_6 - X_2) < tol_pos_x) &&
(Math.Abs(X_4 - X_3) < tol_pos_x) && (Math.Abs(X_5 - X_3) < tol_pos_x) && (Math.Abs(X_6 - X_3) < tol_pos_x) &&
(Math.Abs(X_5 - X_4) < tol_pos_x) && (Math.Abs(X_6 - X_4) < tol_pos_x) &&
(Math.Abs(X_6 - X_5) < tol_pos_x)
// EN Y
&& (Math.Abs(Y_2 - Y_1) < tol_pos_y) && (Math.Abs(Y_3 - Y_1) < tol_pos_y) && (Math.Abs(Y_4 - Y_1) < tol_pos_y) && (Math.Abs(Y_5 - Y_1) < tol_pos_y) && (Math.Abs(Y_6 - Y_1) < tol_pos_y) &&
(Math.Abs(Y_3 - Y_2) < tol_pos_y) && (Math.Abs(Y_4 - Y_2) < tol_pos_y) && (Math.Abs(Y_5 - Y_2) < tol_pos_y) && (Math.Abs(Y_6 - Y_2) < tol_pos_y) &&
(Math.Abs(Y_4 - Y_3) < tol_pos_y) && (Math.Abs(Y_5 - Y_3) < tol_pos_y) && (Math.Abs(Y_6 - Y_3) < tol_pos_y) &&
(Math.Abs(Y_5 - Y_4) < tol_pos_y) && (Math.Abs(Y_6 - Y_4) < tol_pos_y) &&
(Math.Abs(Y_6 - Y_5) < tol_pos_y))
||
((Math.Abs(X_2 - X_1) < tol_pos_x) && (Math.Abs(X_3 - X_1) < tol_pos_x) && (Math.Abs(X_4 - X_1) < tol_pos_x) && (Math.Abs(X_5 - X_1) < tol_pos_x) && (Math.Abs(X_6 - X_1) < tol_pos_x) &&
(Math.Abs(X_3 - X_2) < tol_pos_x) && (Math.Abs(X_4 - X_2) < tol_pos_x) && (Math.Abs(X_5 - X_2) < tol_pos_x) && (Math.Abs(X_6 - X_2) < tol_pos_x) &&
(Math.Abs(X_4 - X_3) < tol_pos_x) && (Math.Abs(X_5 - X_3) < tol_pos_x) && (Math.Abs(X_6 - X_3) < tol_pos_x) &&
(Math.Abs(X_5 - X_4) < tol_pos_x) && (Math.Abs(X_6 - X_4) < tol_pos_x) &&
(Math.Abs(X_6 - X_5) < tol_pos_x) &&
(Math.Abs(Y_2 - Y_1) < tol_pos_y) && (Math.Abs(Y_3 - Y_2) < tol_pos_y) && (Math.Abs(Y_4 - Y_3) < tol_pos_y) && (Math.Abs(Y_5 - Y_4) < tol_pos_y) && (Math.Abs(Y_6 - Y_5) < tol_pos_y)))
)
{
MouseActions.DoMouseClick((X_1 + X_2 + X_3 + X_4 + X_5 + X_6) / 6, (Y_1 + Y_2 + Y_3 + Y_4 + Y_5 + Y_6) / 6);
System.Threading.Thread.Sleep(1000);
X_1 = -1;
Y_1 = -1;
X_2 = -1;
Y_2 = -1;
X_3 = -1;
Y_3 = -1;
X_4 = -1;
Y_4 = -1;
X_5 = -1;
Y_5 = -1;
X_6 = -1;
Y_6 = -1;
}
System.Threading.Thread.Sleep(200);
}
}
