libs/map/routing_mark.cpp - master - renath/organicmaps

libs/map/routing_mark.cpp
695 строк20 KB
David Martinez
[styles] Convert PNG road warning icons to SVG
20 авг 2025, 08:37
20 авг 2025, 08:37e23b9da
#include "map/routing_mark.hpp"

#include "drape_frontend/color_constants.hpp"
#include "drape_frontend/visual_params.hpp"

#include "platform/localization.hpp"

#include <algorithm>

namespace
{
static std::string const kRouteMarkPrimaryText = "RouteMarkPrimaryText";
static std::string const kRouteMarkPrimaryTextOutline = "RouteMarkPrimaryTextOutline";
static std::string const kRouteMarkSecondaryText = "RouteMarkSecondaryText";
static std::string const kRouteMarkSecondaryTextOutline = "RouteMarkSecondaryTextOutline";

static std::string const kTransitMarkPrimaryText = "TransitMarkPrimaryText";
static std::string const kTransitMarkPrimaryTextOutline = "TransitMarkPrimaryTextOutline";
static std::string const kTransitMarkSecondaryText = "TransitMarkSecondaryText";
static std::string const kTransitMarkSecondaryTextOutline = "TransitMarkSecondaryTextOutline";

float const kRouteMarkPrimaryTextSize = 10.5f;
float const kRouteMarkSecondaryTextSize = 10.0f;
float const kRouteMarkSecondaryOffsetY = 2.0f;
float const kTransitMarkTextSize = 12.0f;

static std::string const kSpeedCameraMarkText = "SpeedCameraMarkText";
static std::string const kSpeedCameraMarkBg = "SpeedCameraMarkBg";
static std::string const kSpeedCameraMarkOutline = "SpeedCameraMarkOutline";

float constexpr kSpeedCameraMarkTextSize = 11.0f;
float constexpr kSpeedCameraMarkTextMargin = 1.5f;
float constexpr kSpeedCameraRadius = 3.5f;
float constexpr kSpeedCameraOutlineWidth = 2.0f;

int constexpr kMinSpeedCameraZoom = 13;
int constexpr kMinSpeedCameraTitleZoom = 13;
}  // namespace

RouteMarkPoint::RouteMarkPoint(m2::PointD const & ptOrg) : UserMark(ptOrg, Type::ROUTING)
{
  m_titleDecl.m_anchor = dp::Top;
  m_titleDecl.m_primaryTextFont.m_color = df::GetColorConstant(kRouteMarkPrimaryText);
  m_titleDecl.m_primaryTextFont.m_outlineColor = df::GetColorConstant(kRouteMarkPrimaryTextOutline);
  m_titleDecl.m_primaryTextFont.m_size = kRouteMarkPrimaryTextSize;
  m_titleDecl.m_secondaryTextFont.m_color = df::GetColorConstant(kRouteMarkSecondaryText);
  m_titleDecl.m_secondaryTextFont.m_outlineColor = df::GetColorConstant(kRouteMarkSecondaryTextOutline);
  m_titleDecl.m_secondaryTextFont.m_size = kRouteMarkSecondaryTextSize;
  m_titleDecl.m_secondaryOffset = m2::PointF(0, kRouteMarkSecondaryOffsetY);

  m_markData.m_position = ptOrg;
}

dp::Anchor RouteMarkPoint::GetAnchor() const
{
  if (m_markData.m_pointType == RouteMarkType::Finish)
    return dp::Bottom;
  return dp::Center;
}

df::DepthLayer RouteMarkPoint::GetDepthLayer() const
{
  return df::DepthLayer::RoutingMarkLayer;
}

void RouteMarkPoint::SetIsVisible(bool isVisible)
{
  SetDirty();
  m_markData.m_isVisible = isVisible;
}

void RouteMarkPoint::SetRoutePointType(RouteMarkType type)
{
  SetDirty();
  m_markData.m_pointType = type;
}

void RouteMarkPoint::SetIntermediateIndex(size_t index)
{
  SetDirty();
  m_markData.m_intermediateIndex = index;
}

void RouteMarkPoint::SetRoutePointFullType(RouteMarkType type, size_t intermediateIndex)
{
  SetRoutePointType(type);
  SetIntermediateIndex(intermediateIndex);
}

bool RouteMarkPoint::IsEqualFullType(RouteMarkType type, size_t intermediateIndex) const
{
  if (type == RouteMarkType::Intermediate)
    return m_markData.m_pointType == type && m_markData.m_intermediateIndex == intermediateIndex;
  return m_markData.m_pointType == type;
}

void RouteMarkPoint::SetIsMyPosition(bool isMyPosition)
{
  SetDirty();
  m_markData.m_isMyPosition = isMyPosition;
}

void RouteMarkPoint::SetPassed(bool isPassed)
{
  SetDirty();
  m_markData.m_isPassed = isPassed;
}

uint16_t RouteMarkPoint::GetPriority() const
{
  switch (m_markData.m_pointType)
  {
  case RouteMarkType::Start: return static_cast<uint16_t>(Priority::RouteStart);
  case RouteMarkType::Finish: return static_cast<uint16_t>(Priority::RouteFinish);
  case RouteMarkType::Intermediate:
  {
    switch (m_markData.m_intermediateIndex)
    {
    case 0: return static_cast<uint16_t>(Priority::RouteIntermediateA);
    case 1: return static_cast<uint16_t>(Priority::RouteIntermediateB);
    default: return static_cast<uint16_t>(Priority::RouteIntermediateC);
    }
  }
  }
  UNREACHABLE();
}

uint32_t RouteMarkPoint::GetIndex() const
{
  switch (m_markData.m_pointType)
  {
  case RouteMarkType::Start: return 0;
  case RouteMarkType::Finish: return 1;
  case RouteMarkType::Intermediate: return static_cast<uint32_t>(m_markData.m_intermediateIndex + 2);
  }
  UNREACHABLE();
}

void RouteMarkPoint::SetMarkData(RouteMarkData && data)
{
  SetDirty();
  m_markData = std::move(data);
  m_titleDecl.m_primaryText = m_markData.m_title;
  if (!m_titleDecl.m_primaryText.empty())
  {
    m_titleDecl.m_secondaryText = m_markData.m_subTitle;
    m_titleDecl.m_secondaryOptional = true;
  }
  else
    m_titleDecl.m_secondaryText.clear();
}

drape_ptr<df::UserPointMark::TitlesInfo> RouteMarkPoint::GetTitleDecl() const
{
  if (m_followingMode)
    return nullptr;

  auto titles = make_unique_dp<TitlesInfo>();
  titles->push_back(m_titleDecl);
  return titles;
}

drape_ptr<df::UserPointMark::ColoredSymbolZoomInfo> RouteMarkPoint::GetColoredSymbols() const
{
  auto coloredSymbol = make_unique_dp<ColoredSymbolZoomInfo>();
  coloredSymbol->m_isSymbolStub = true;
  return coloredSymbol;
}

void RouteMarkPoint::SetFollowingMode(bool enabled)
{
  if (m_followingMode == enabled)
    return;

  SetDirty();
  m_followingMode = enabled;
}

drape_ptr<df::UserPointMark::SymbolNameZoomInfo> RouteMarkPoint::GetSymbolNames() const
{
  std::string name;
  switch (m_markData.m_pointType)
  {
  case RouteMarkType::Start: name = "route-point-start"; break;
  case RouteMarkType::Finish: name = "route-point-finish"; break;
  case RouteMarkType::Intermediate:
  {
    /// @todo Draw RouteMarkPoint icons dynamically like SpeedCameraMark.
    if (m_markData.m_intermediateIndex < 19)
      name = "route-point-" + std::to_string(m_markData.m_intermediateIndex + 1);
    else
      name = "route-point-20";
  }
  }
  auto symbol = make_unique_dp<SymbolNameZoomInfo>();
  symbol->insert(std::make_pair(1 /* zoomLevel */, name));
  return symbol;
}

// This should be tested if the routing algorithm can handle this
size_t const RoutePointsLayout::kMaxIntermediatePointsCount = 100;

RoutePointsLayout::RoutePointsLayout(BookmarkManager & manager)
  : m_manager(manager)
  , m_editSession(manager.GetEditSession())
{}

void RoutePointsLayout::AddRoutePoint(RouteMarkData && data)
{
  auto const count = m_manager.GetUserMarkIds(UserMark::Type::ROUTING).size();
  if (count == kMaxIntermediatePointsCount + 2)
    return;

  RouteMarkPoint * sameTypePoint = GetRoutePointForEdit(data.m_pointType, data.m_intermediateIndex);
  if (sameTypePoint != nullptr)
  {
    if (data.m_pointType == RouteMarkType::Finish)
    {
      if (count > 1)
      {
        size_t const intermediatePointsCount = count - 2;
        sameTypePoint->SetRoutePointFullType(RouteMarkType::Intermediate, intermediatePointsCount);
      }
      else
      {
        sameTypePoint->SetRoutePointFullType(RouteMarkType::Start, 0);
      }
    }
    else
    {
      size_t const offsetIndex = data.m_pointType == RouteMarkType::Start ? 0 : data.m_intermediateIndex;

      ForEachIntermediatePoint([offsetIndex](RouteMarkPoint * mark)
      {
        if (mark->GetIntermediateIndex() >= offsetIndex)
          mark->SetIntermediateIndex(mark->GetIntermediateIndex() + 1);
      });

      if (data.m_pointType == RouteMarkType::Start)
      {
        if (count > 1)
          sameTypePoint->SetRoutePointFullType(RouteMarkType::Intermediate, 0);
        else
          sameTypePoint->SetRoutePointFullType(RouteMarkType::Finish, 0);
      }
    }
  }
  auto * newPoint = m_editSession.CreateUserMark<RouteMarkPoint>(data.m_position);
  newPoint->SetMarkData(std::move(data));
}

bool RoutePointsLayout::RemoveRoutePoint(RouteMarkType type, size_t intermediateIndex)
{
  RouteMarkPoint const * point = nullptr;
  for (auto markId : m_manager.GetUserMarkIds(UserMark::Type::ROUTING))
  {
    auto const * mark = m_manager.GetMark<RouteMarkPoint>(markId);
    if (mark->IsEqualFullType(type, intermediateIndex))
    {
      point = mark;
      break;
    }
  }

  if (point == nullptr)
    return false;

  if (type == RouteMarkType::Finish)
  {
    RouteMarkPoint * lastIntermediate = nullptr;
    size_t maxIntermediateIndex = 0;
    ForEachIntermediatePoint([&lastIntermediate, &maxIntermediateIndex](RouteMarkPoint * mark)
    {
      if (lastIntermediate == nullptr || mark->GetIntermediateIndex() > maxIntermediateIndex)
      {
        lastIntermediate = mark;
        maxIntermediateIndex = mark->GetIntermediateIndex();
      }
    });

    if (lastIntermediate != nullptr)
      lastIntermediate->SetRoutePointFullType(RouteMarkType::Finish, 0);
  }
  else if (type == RouteMarkType::Start)
  {
    ForEachIntermediatePoint([](RouteMarkPoint * mark)
    {
      if (mark->GetIntermediateIndex() == 0)
        mark->SetRoutePointFullType(RouteMarkType::Start, 0);
      else
        mark->SetIntermediateIndex(mark->GetIntermediateIndex() - 1);
    });
  }
  else
  {
    ForEachIntermediatePoint([point](RouteMarkPoint * mark)
    {
      if (mark->GetIntermediateIndex() > point->GetIntermediateIndex())
        mark->SetIntermediateIndex(mark->GetIntermediateIndex() - 1);
    });
  }

  m_editSession.DeleteUserMark(point->GetId());
  return true;
}

void RoutePointsLayout::RemoveRoutePoints()
{
  m_editSession.ClearGroup(UserMark::Type::ROUTING);
}

void RoutePointsLayout::RemoveIntermediateRoutePoints()
{
  m_editSession.DeleteUserMarks<RouteMarkPoint>(UserMark::Type::ROUTING, [](RouteMarkPoint const * mark)
  { return mark->GetRoutePointType() == RouteMarkType::Intermediate; });
}

bool RoutePointsLayout::MoveRoutePoint(RouteMarkType currentType, size_t currentIntermediateIndex,
                                       RouteMarkType destType, size_t destIntermediateIndex)
{
  RouteMarkPoint const * point = GetRoutePoint(currentType, currentIntermediateIndex);
  if (point == nullptr)
    return false;

  RouteMarkData data = point->GetMarkData();
  data.m_pointType = destType;
  data.m_intermediateIndex = destIntermediateIndex;

  RemoveRoutePoint(currentType, currentIntermediateIndex);

  AddRoutePoint(std::move(data));
  return true;
}

void RoutePointsLayout::PassRoutePoint(RouteMarkType type, size_t intermediateIndex)
{
  RouteMarkPoint * point = GetRoutePointForEdit(type, intermediateIndex);
  if (point == nullptr)
    return;
  point->SetPassed(true);
  point->SetIsVisible(false);
}

void RoutePointsLayout::SetFollowingMode(bool enabled)
{
  for (auto markId : m_manager.GetUserMarkIds(UserMark::Type::ROUTING))
    m_editSession.GetMarkForEdit<RouteMarkPoint>(markId)->SetFollowingMode(enabled);
}

RouteMarkPoint const * RoutePointsLayout::GetRoutePoint(RouteMarkType type, size_t intermediateIndex) const
{
  for (auto markId : m_manager.GetUserMarkIds(UserMark::Type::ROUTING))
  {
    auto const * mark = m_manager.GetMark<RouteMarkPoint>(markId);
    if (mark->IsEqualFullType(type, intermediateIndex))
      return mark;
  }
  return nullptr;
}

RouteMarkPoint * RoutePointsLayout::GetRoutePointForEdit(RouteMarkType type, size_t intermediateIndex)
{
  auto const * mark = GetRoutePoint(type, intermediateIndex);
  return mark ? m_editSession.GetMarkForEdit<RouteMarkPoint>(mark->GetId()) : nullptr;
}

RouteMarkPoint const * RoutePointsLayout::GetMyPositionPoint() const
{
  for (auto markId : m_manager.GetUserMarkIds(UserMark::Type::ROUTING))
  {
    auto const * mark = m_manager.GetMark<RouteMarkPoint>(markId);
    if (mark->IsMyPosition())
      return mark;
  }
  return nullptr;
}

std::vector<RouteMarkPoint *> RoutePointsLayout::GetRoutePoints()
{
  auto const & markIds = m_manager.GetUserMarkIds(UserMark::Type::ROUTING);
  std::vector<RouteMarkPoint *> points;
  points.reserve(markIds.size());
  RouteMarkPoint * startPoint = nullptr;
  RouteMarkPoint * finishPoint = nullptr;
  for (auto markId : markIds)
  {
    auto * p = m_editSession.GetMarkForEdit<RouteMarkPoint>(markId);
    if (p->GetRoutePointType() == RouteMarkType::Start)
      startPoint = p;
    else if (p->GetRoutePointType() == RouteMarkType::Finish)
      finishPoint = p;
    else
      points.push_back(p);
  }
  std::sort(points.begin(), points.end(), [](RouteMarkPoint const * p1, RouteMarkPoint const * p2)
  { return p1->GetIntermediateIndex() < p2->GetIntermediateIndex(); });
  if (startPoint != nullptr)
    points.insert(points.begin(), startPoint);
  if (finishPoint != nullptr)
    points.push_back(finishPoint);
  return points;
}

size_t RoutePointsLayout::GetRoutePointsCount() const
{
  return m_manager.GetUserMarkIds(UserMark::Type::ROUTING).size();
}

void RoutePointsLayout::ForEachIntermediatePoint(TRoutePointCallback const & fn)
{
  for (auto markId : m_manager.GetUserMarkIds(UserMark::Type::ROUTING))
  {
    auto * mark = m_editSession.GetMarkForEdit<RouteMarkPoint>(markId);
    if (mark->GetRoutePointType() == RouteMarkType::Intermediate)
      fn(mark);
  }
}

TransitMark::TransitMark(m2::PointD const & ptOrg) : UserMark(ptOrg, Type::TRANSIT) {}

void TransitMark::SetFeatureId(FeatureID const & featureId)
{
  SetDirty();
  m_featureId = featureId;
}

void TransitMark::SetIndex(uint32_t index)
{
  SetDirty();
  m_index = index;
}

void TransitMark::SetPriority(Priority priority)
{
  SetDirty();
  m_priority = priority;
}

void TransitMark::SetMinZoom(int minZoom)
{
  SetDirty();
  m_minZoom = minZoom;
}

void TransitMark::SetMinTitleZoom(int minTitleZoom)
{
  SetDirty();
  m_minTitleZoom = minTitleZoom;
}

void TransitMark::AddTitle(dp::TitleDecl const & titleDecl)
{
  SetDirty();
  m_titles.push_back(titleDecl);
}

drape_ptr<df::UserPointMark::TitlesInfo> TransitMark::GetTitleDecl() const
{
  auto titles = make_unique_dp<TitlesInfo>(m_titles);
  return titles;
}

void TransitMark::SetSymbolNames(std::map<int, std::string> const & symbolNames)
{
  SetDirty();
  m_symbolNames = symbolNames;
}

void TransitMark::SetColoredSymbols(ColoredSymbolZoomInfo const & symbolParams)
{
  SetDirty();
  m_coloredSymbols = symbolParams;
}

drape_ptr<df::UserPointMark::ColoredSymbolZoomInfo> TransitMark::GetColoredSymbols() const
{
  if (m_coloredSymbols.m_zoomInfo.empty())
    return nullptr;
  return make_unique_dp<ColoredSymbolZoomInfo>(m_coloredSymbols);
}

void TransitMark::SetSymbolSizes(SymbolSizes const & symbolSizes)
{
  m_symbolSizes = symbolSizes;
}

drape_ptr<df::UserPointMark::SymbolSizes> TransitMark::GetSymbolSizes() const
{
  if (m_symbolSizes.empty())
    return nullptr;
  return make_unique_dp<SymbolSizes>(m_symbolSizes);
}

void TransitMark::SetSymbolOffsets(SymbolOffsets const & symbolOffsets)
{
  m_symbolOffsets = symbolOffsets;
}

drape_ptr<df::UserPointMark::SymbolOffsets> TransitMark::GetSymbolOffsets() const
{
  if (m_symbolOffsets.empty())
    return nullptr;
  return make_unique_dp<SymbolOffsets>(m_symbolOffsets);
}

void TransitMark::SetAnchor(dp::Anchor anchor)
{
  m_anchor = anchor;
}

dp::Anchor TransitMark::GetAnchor() const
{
  return m_anchor;
}

drape_ptr<df::UserPointMark::SymbolNameZoomInfo> TransitMark::GetSymbolNames() const
{
  if (m_symbolNames.empty())
    return nullptr;
  return make_unique_dp<SymbolNameZoomInfo>(m_symbolNames);
}

// static
void TransitMark::GetDefaultTransitTitle(dp::TitleDecl & titleDecl)
{
  titleDecl = dp::TitleDecl();
  titleDecl.m_primaryTextFont.m_color = df::GetColorConstant(kTransitMarkPrimaryText);
  titleDecl.m_primaryTextFont.m_outlineColor = df::GetColorConstant(kTransitMarkPrimaryTextOutline);
  titleDecl.m_primaryTextFont.m_size = kTransitMarkTextSize;
  titleDecl.m_secondaryTextFont.m_color = df::GetColorConstant(kTransitMarkSecondaryText);
  titleDecl.m_secondaryTextFont.m_outlineColor = df::GetColorConstant(kTransitMarkSecondaryTextOutline);
  titleDecl.m_secondaryTextFont.m_size = kTransitMarkTextSize;
}

SpeedCameraMark::SpeedCameraMark(m2::PointD const & ptOrg) : UserMark(ptOrg, Type::SPEED_CAM)
{
  auto const vs = static_cast<float>(df::VisualParams::Instance().GetVisualScale());

  m_titleDecl.m_primaryTextFont.m_color = df::GetColorConstant(kSpeedCameraMarkText);
  m_titleDecl.m_primaryTextFont.m_size = kSpeedCameraMarkTextSize;
  m_titleDecl.m_primaryOffset.x = kSpeedCameraOutlineWidth + kSpeedCameraMarkTextMargin;
  m_titleDecl.m_anchor = dp::Left;

  m_symbolNames.insert(std::make_pair(kMinSpeedCameraZoom, "speedcam-alert-l"));

  df::ColoredSymbolViewParams params;
  params.m_color = df::GetColorConstant(kSpeedCameraMarkBg);
  params.m_anchor = dp::Left;
  params.m_shape = df::ColoredSymbolViewParams::Shape::RoundedRectangle;
  params.m_radiusInPixels = kSpeedCameraRadius * vs;
  auto const minSize = 2.0f * (kSpeedCameraOutlineWidth + kSpeedCameraMarkTextMargin);
  params.m_sizeInPixels = m2::PointF(minSize, minSize) * vs;
  params.m_outlineColor = df::GetColorConstant(kSpeedCameraMarkOutline);
  params.m_outlineWidth = kSpeedCameraOutlineWidth;
  m_textBg.m_zoomInfo[kMinSpeedCameraTitleZoom] = params;
  m_textBg.m_addTextSize = true;
}

void SpeedCameraMark::SetTitle(std::string const & title)
{
  SetDirty();
  m_titleDecl.m_primaryText = title;
}

std::string const & SpeedCameraMark::GetTitle() const
{
  return m_titleDecl.m_primaryText;
}

void SpeedCameraMark::SetIndex(uint32_t index)
{
  SetDirty();
  m_index = index;
}

drape_ptr<df::UserPointMark::SymbolNameZoomInfo> SpeedCameraMark::GetSymbolNames() const
{
  return make_unique_dp<SymbolNameZoomInfo>(m_symbolNames);
}

drape_ptr<df::UserPointMark::TitlesInfo> SpeedCameraMark::GetTitleDecl() const
{
  if (m_titleDecl.m_primaryText.empty())
    return nullptr;
  auto titleInfo = make_unique_dp<TitlesInfo>();
  titleInfo->push_back(m_titleDecl);
  return titleInfo;
}

drape_ptr<df::UserPointMark::ColoredSymbolZoomInfo> SpeedCameraMark::GetColoredSymbols() const
{
  if (m_titleDecl.m_primaryText.empty())
    return nullptr;
  return make_unique_dp<ColoredSymbolZoomInfo>(m_textBg);
}

int SpeedCameraMark::GetMinZoom() const
{
  return kMinSpeedCameraZoom;
}

int SpeedCameraMark::GetMinTitleZoom() const
{
  return kMinSpeedCameraTitleZoom;
}

dp::Anchor SpeedCameraMark::GetAnchor() const
{
  return dp::Center;
}

RoadWarningMark::RoadWarningMark(m2::PointD const & ptOrg) : UserMark(ptOrg, Type::ROAD_WARNING) {}

uint16_t RoadWarningMark::GetPriority() const
{
  if (m_index == 0)
  {
    switch (m_type)
    {
      using enum RoadWarningMarkType;
    case Toll: return static_cast<uint16_t>(Priority::RoadWarningFirstToll);
    case Ferry: return static_cast<uint16_t>(Priority::RoadWarningFirstFerry);
    case Dirty: return static_cast<uint16_t>(Priority::RoadWarningFirstDirty);
    case Count: CHECK(false, ()); break;
    }
  }
  return static_cast<uint16_t>(Priority::RoadWarning);
}

void RoadWarningMark::SetIndex(uint32_t index)
{
  SetDirty();
  m_index = index;
}

void RoadWarningMark::SetRoadWarningType(RoadWarningMarkType type)
{
  SetDirty();
  m_type = type;
}

void RoadWarningMark::SetFeatureId(FeatureID const & featureId)
{
  SetDirty();
  m_featureId = featureId;
}

void RoadWarningMark::SetDistance(std::string const & distance)
{
  SetDirty();
  m_distance = distance;
}

drape_ptr<df::UserPointMark::SymbolNameZoomInfo> RoadWarningMark::GetSymbolNames() const
{
  std::string_view symbolName;
  switch (m_type)
  {
    using enum RoadWarningMarkType;
  case Toll: symbolName = "warning-paid_road"; break;
  case Ferry: symbolName = "warning-ferry"; break;
  case Dirty: symbolName = "warning-unpaved_road"; break;
  case Count: CHECK(false, ()); break;
  }
  auto symbol = make_unique_dp<SymbolNameZoomInfo>();
  symbol->emplace(1 /* zoomLevel */, symbolName);
  return symbol;
}

// static
std::string RoadWarningMark::GetLocalizedRoadWarningType(RoadWarningMarkType type)
{
  switch (type)
  {
    using enum RoadWarningMarkType;
  case Toll: return platform::GetLocalizedString("toll_road");
  case Ferry: return platform::GetLocalizedString("ferry_crossing");
  case Dirty: return platform::GetLocalizedString("unpaved_road");
  case Count: CHECK(false, ("Invalid road warning mark type", type)); break;
  }
  return {};
}

std::string DebugPrint(RoadWarningMarkType type)
{
  switch (type)
  {
    using enum RoadWarningMarkType;
  case Toll: return "Toll";
  case Ferry: return "Ferry";
  case Dirty: return "Dirty";
  case Count: return "Count";
  }
  UNREACHABLE();
}