public override void MoveToAndClick(int x, int y, Button ButtonToClick, double speed = SpeedDefault)
{
Point destination = new Point(x, y);
Point current_location = new Point();
bool clicked = false;
// break out of loop if it clicked regardless of location because
// the cursor may have moved during the click
while ((current_location = Location) != destination && !clicked)
{
int dx = x - current_location.X;
int dy = y - current_location.Y;
SerializableCursorPath PathToUse = null;
try
{
PathToUse = Paths.GetRandomSuitablePath(dx, dy);
}
catch
{
BackupMethod.MoveToAndClick(x, y, ButtonToClick, speed);
return;
}
clicked = MoveCursorUsingPath(PathToUse, dx, dy, speed, ButtonToClick,
new Rectangle(x, y, 1, 1));
}
}
bool MoveCursorUsingPath(SerializableCursorPath path, int dx, int dy, double speed = SpeedDefault, Button ButtonToClick = null,
Rectangle?OnlyClickWithin = null)
{
// if currently on same axis as destination, then use 1.0 for the scale
// this may move your cursor off of the axis, but the next move should put you
// in the correct spot
double scale_x = (dx == 0 || path.Destination.X == 0 ? 1.0 : (double)dx / path.Destination.X);
double scale_y = (dy == 0 || path.Destination.Y == 0 ? 1.0 : (double)dy / path.Destination.Y);
/*double path_displacement_magnitude = Math.Sqrt(path.Destination.X * path.Destination.X +
* path.Destination.Y * path.Destination.Y);
* double path_speed = (path_displacement_magnitude / path.MouseDownTime) * 1000;
* double scale_speed = speed / path_speed;*/
double scale_speed = speed / SpeedDefault;
return(FollowPath(path.Path, scale_x, scale_y, scale_speed,
path.MouseDownTime, ButtonToClick));
}
public void Add(SerializableCursorPath item)
{
Paths.Add(item);
}
