for (std::vector<gwc::GestureEvent>::iterator gesture_it = gesture_events.begin(); gesture_it != gesture_events.end(); gesture_it++) {
    if (gesture_it->target == "logo1") {
        if (gesture_it->gesture_id == "n-drag") {
            float dx = gesture_it->values.at("drag_dx");
            float dy = gesture_it->values.at("drag_dy");
            if (!use_pixels)
            {
                dx = dx * screen_width;
                dy = dy * screen_height;
            }

            float new_x = logo1_dimensions.x + dx;
            float new_y = logo1_dimensions.y + dy;
            logo1_dimensions.x = new_x;
            logo1_dimensions.y = new_y;
        }
        else if (gesture_it->gesture_id == "n-rotate") {
            //Rotation is about a specific point, so we need to do a coordinate transform and adjust
            //not only the object's rotation, but it's x and y values as well
            float rotation_angle = degreesToRads(gesture_it->values.at("rotate_dtheta"));

            //If we have points down, move the box; if there are no points, this is from gesture inertia and there is no
            //center about which to rotate
            if (gesture_it->n != 0) {
                float temp_x = rotateAboutCenterX(logo1_dimensions.x, logo1_dimensions.y, gesture_it->x, gesture_it->y, rotation_angle);
                float temp_y = rotateAboutCenterY(logo1_dimensions.x, logo1_dimensions.y, gesture_it->x, gesture_it->y, rotation_angle);
            }

            logo1_dimensions.rotation = logo1_dimensions.rotation + rotation_angle;
        }
        else if (gesture_it->gesture_id == "n-scale") {
            float dsx = gesture_it->values.at("scale_dsx");
            if (!use_pixels)
            {
                dsx = dsx * screen_width;
            }
            logo1_dimensions.scale = logo1_dimensions.scale + dsx;
        }

    }