Method SubmitFakeLocationPoint

qt/draw_widget.cpp:515–552

}

void DrawWidget::SubmitFakeLocationPoint(m2::PointD const & pt)
{
  m_emulatingLocation = true;

  m2::PointD const point = GetCoordsFromSettingsIfExists(true /* start */, pt, false /* pointIsMercator */);

  m_framework.OnLocationUpdate(qt::common::MakeGpsInfo(point));

  auto & routingManager = m_framework.GetRoutingManager();
  if (routingManager.IsRoutingActive())
  {
    /// Immediate update of the position in Route to get updated FollowingInfo state for visual debugging.
    /// m_framework.OnLocationUpdate calls RoutingSession::OnLocationPositionChanged
    /// with delay several times according to interpolation.
    /// @todo Write log when the final point will be reached and
    /// RoutingSession::OnLocationPositionChanged will be called the last time.
    routingManager.RoutingSession().OnLocationPositionChanged(qt::common::MakeGpsInfo(point));

    routing::FollowingInfo loc;
    routingManager.GetRouteFollowingInfo(loc);
    if (routingManager.GetCurrentRouterType() == routing::RouterType::Pedestrian)
    {
      LOG(LDEBUG, ("Distance:", loc.m_distToTarget, "Time:", loc.m_time, DebugPrint(loc.m_pedestrianTurn), "in",
                   loc.m_distToTurn.ToString(), loc.m_nextStreetName.empty() ? "" : "to " + loc.m_nextStreetName));
    }
    else
    {
      std::string speed;
      if (loc.m_speedLimitMps > 0)
        speed = "SpeedLimit: " +
                measurement_utils::FormatSpeedNumeric(loc.m_speedLimitMps, measurement_utils::Units::Metric);

      LOG(LDEBUG, ("Distance:", loc.m_distToTarget, "Time:", loc.m_time, speed, GetTurnString(loc.m_turn),
                   (loc.m_exitNum != 0 ? ":" + std::to_string(loc.m_exitNum) : ""), "in", loc.m_distToTurn.ToString(),
                   loc.m_nextStreetName.empty() ? "" : "to " + loc.m_nextStreetName));
    }
  }
}

void DrawWidget::SubmitRulerPoint(m2::PointD const & pt)
{