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497 lines
21 KiB
C++
497 lines
21 KiB
C++
#include "traffxml/traff_model.hpp"
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#include "base/logging.hpp"
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#include "geometry/mercator.hpp"
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using namespace std;
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namespace traffxml
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{
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const std::map<EventType, traffic::SpeedGroup> kEventSpeedGroupMap{
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// TODO Activity*, Authority*, Carpool* (not in enum yet)
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{EventType::CongestionHeavyTraffic, traffic::SpeedGroup::G4},
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{EventType::CongestionLongQueue, traffic::SpeedGroup::G0},
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{EventType::CongestionNone, traffic::SpeedGroup::G5},
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{EventType::CongestionNormalTraffic, traffic::SpeedGroup::G5},
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{EventType::CongestionQueue, traffic::SpeedGroup::G2},
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{EventType::CongestionQueueLikely, traffic::SpeedGroup::G3},
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{EventType::CongestionSlowTraffic, traffic::SpeedGroup::G3},
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{EventType::CongestionStationaryTraffic, traffic::SpeedGroup::G1},
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{EventType::CongestionStationaryTrafficLikely, traffic::SpeedGroup::G2},
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{EventType::CongestionTrafficBuildingUp, traffic::SpeedGroup::G4},
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{EventType::CongestionTrafficCongestion, traffic::SpeedGroup::G3}, // TODO or G2? Unquantified, below normal
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{EventType::CongestionTrafficFlowingFreely, traffic::SpeedGroup::G5},
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{EventType::CongestionTrafficHeavierThanNormal, traffic::SpeedGroup::G4},
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{EventType::CongestionTrafficLighterThanNormal, traffic::SpeedGroup::G5},
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{EventType::CongestionTrafficMuchHeavierThanNormal, traffic::SpeedGroup::G3},
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{EventType::CongestionTrafficProblem, traffic::SpeedGroup::G3}, // TODO or G2? Unquantified, below normal
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// TODO Construction* (not in enum yet)
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/*
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* Some delay types have a duration which depends on the route. This is better expressed as a
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* speed group, although the mapping may be somewhat arbitrary and may need to be corrected.
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*/
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{EventType::DelayDelay, traffic::SpeedGroup::G2},
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{EventType::DelayDelayPossible, traffic::SpeedGroup::G3},
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{EventType::DelayLongDelay, traffic::SpeedGroup::G1},
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{EventType::DelayVeryLongDelay, traffic::SpeedGroup::G0},
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// TODO Environment*, EquipmentStatus*, Hazard*, Incident* (not in enum yet)
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// TODO complete Restriction* (not in enum yet)
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{EventType::RestrictionBlocked, traffic::SpeedGroup::TempBlock},
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{EventType::RestrictionBlockedAhead, traffic::SpeedGroup::TempBlock},
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//{EventType::RestrictionCarriagewayBlocked, traffic::SpeedGroup::TempBlock}, // TODO FIXME other carriageways may still be open
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//{EventType::RestrictionCarriagewayClosed, traffic::SpeedGroup::TempBlock}, // TODO FIXME other carriageways may still be open
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{EventType::RestrictionClosed, traffic::SpeedGroup::TempBlock},
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{EventType::RestrictionClosedAhead, traffic::SpeedGroup::TempBlock},
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{EventType::RestrictionEntryBlocked, traffic::SpeedGroup::TempBlock},
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{EventType::RestrictionExitBlocked, traffic::SpeedGroup::TempBlock},
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{EventType::RestrictionRampBlocked, traffic::SpeedGroup::TempBlock},
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{EventType::RestrictionRampClosed, traffic::SpeedGroup::TempBlock},
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{EventType::RestrictionSpeedLimit, traffic::SpeedGroup::G4},
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// TODO Security*, Transport*, Weather* (not in enum yet)
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};
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// none of the currently define events imply an explicit maxspeed
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#if 0
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const std::map<EventType, uint8_t> kEventMaxspeedMap{
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// TODO Activity*, Authority*, Carpool* (not in enum yet)
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// TODO Construction* (not in enum yet)
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// TODO Environment*, EquipmentStatus*, Hazard*, Incident* (not in enum yet)
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// TODO complete Restriction* (not in enum yet)
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// TODO Security*, Transport*, Weather* (not in enum yet)
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};
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#endif
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const std::map<EventType, uint16_t> kEventDelayMap{
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// TODO Activity*, Authority*, Carpool* (not in enum yet)
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// TODO Construction* (not in enum yet)
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//{EventType::DelayDelay, }, // mapped to speed group
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//{EventType::DelayDelayPossible, }, // mapped to speed group
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//{EventType::DelayLongDelay, }, // mapped to speed group
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{EventType::DelaySeveralHours, 150}, // assumption: 2.5 hours
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{EventType::DelayUncertainDuration, 60}, // assumption: 1 hour
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//{EventType::DelayVeryLongDelay, }, // mapped to speed group
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// TODO Environment*, EquipmentStatus*, Hazard*, Incident* (not in enum yet)
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// TODO complete Restriction* (not in enum yet)
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// TODO Security*, Transport*, Weather* (not in enum yet)
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};
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openlr::LocationReferencePoint Point::ToLrp()
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{
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openlr::LocationReferencePoint result;
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result.m_latLon = ms::LatLon(this->m_coordinates.m_lat, this->m_coordinates.m_lon);
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return result;
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}
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openlr::LinearLocationReference TraffLocation::ToLinearLocationReference(bool backwards)
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{
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openlr::LinearLocationReference locationReference;
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locationReference.m_points.clear();
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std::vector<Point> points;
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if (m_from)
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points.push_back(m_from.value());
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if (m_at)
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points.push_back(m_at.value());
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else if (m_via)
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points.push_back(m_via.value());
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if (m_to)
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points.push_back(m_to.value());
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if (backwards)
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std::reverse(points.begin(), points.end());
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// m_notVia is ignored as OpenLR does not support this functionality.
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// TODO do we ensure a minimum of two reference points (from/to/at) when building the location?
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CHECK_GREATER(points.size(), 1, ("At least two reference points must be given"));
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for (auto point : points)
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{
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openlr::LocationReferencePoint lrp = point.ToLrp();
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lrp.m_functionalRoadClass = GetFrc();
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if (!locationReference.m_points.empty())
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{
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locationReference.m_points.back().m_distanceToNextPoint
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= GuessDnp(locationReference.m_points.back(), lrp);
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}
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locationReference.m_points.push_back(lrp);
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}
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return locationReference;
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}
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// TODO make segment ID in OpenLR a string value, and store messageId
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std::vector<openlr::LinearSegment> TraffLocation::ToOpenLrSegments(std::string & messageId)
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{
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// Convert the location to a format understood by the OpenLR decoder.
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std::vector<openlr::LinearSegment> segments;
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int dirs = (m_directionality == Directionality::BothDirections) ? 2 : 1;
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for (int dir = 0; dir < dirs; dir++)
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{
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openlr::LinearSegment segment;
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// TODO make this a reference to the TraFF message ID
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segment.m_segmentId = 42;
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/*
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* Segments generated from coordinates can have any number of points. Each point, except for
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* the last point, must indicate the distance to the next point. Line properties (functional
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* road class (FRC), form of way, bearing) or path properties other than distance to next point
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* (lowest FRC to next point, againstDrivingDirection) are ignored.
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* Segment length is never evaluated.
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* TODO update OpenLR decoder to make all line and path properties optional.
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*/
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segment.m_source = openlr::LinearSegmentSource::FromCoordinatesTag;
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segment.m_locationReference = this->ToLinearLocationReference(dir == 0 ? false : true);
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segments.push_back(segment);
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}
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return segments;
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}
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openlr::FunctionalRoadClass TraffLocation::GetFrc()
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{
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if (!m_roadClass)
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return openlr::FunctionalRoadClass::NotAValue;
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switch (m_roadClass.value())
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{
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case RoadClass::Motorway: return openlr::FunctionalRoadClass::FRC0;
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case RoadClass::Trunk: return openlr::FunctionalRoadClass::FRC0;
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case RoadClass::Primary: return openlr::FunctionalRoadClass::FRC1;
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case RoadClass::Secondary: return openlr::FunctionalRoadClass::FRC2;
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case RoadClass::Tertiary: return openlr::FunctionalRoadClass::FRC3;
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/*
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* TODO Revisit FRC for Other.
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* Other corresponds to FRC4–7.
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* FRC4 matches secondary/tertiary (zero score) and anything below (full score).
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* FRC5–7 match anything below tertiary (full score); secondary/tertiary never match.
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* Primary and above never matches any of these FRCs.
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*/
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case RoadClass::Other: return openlr::FunctionalRoadClass::FRC4;
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}
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UNREACHABLE();
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}
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std::optional<TrafficImpact> TraffMessage::GetTrafficImpact()
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{
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// no events, no impact
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if (m_events.empty())
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return std::nullopt;
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// examine events
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std::vector<TrafficImpact> impacts;
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for (auto event : m_events)
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{
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TrafficImpact impact;
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if (auto it = kEventSpeedGroupMap.find(event.m_type); it != kEventSpeedGroupMap.end())
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impact.m_speedGroup = it->second;
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if (event.m_speed)
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impact.m_maxspeed = event.m_speed.value();
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// TODO if no explicit speed given, look up in kEventMaxspeedMap (once we have entries)
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// TODO if event is in delay class and has an explicit duration quantifier, use that and skip the map lookup.
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if (auto it = kEventDelayMap.find(event.m_type); it != kEventDelayMap.end())
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impact.m_delayMins = it->second;
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// TempBlock overrules everything else, return immediately
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if (impact.m_speedGroup == traffic::SpeedGroup::TempBlock)
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return impact;
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// if there is no actual impact, discard
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if ((impact.m_maxspeed < kMaxspeedNone)
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|| (impact.m_delayMins > 0)
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|| (impact.m_speedGroup != traffic::SpeedGroup::Unknown))
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impacts.push_back(impact);
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}
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if (impacts.empty())
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return std::nullopt;
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TrafficImpact result;
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for (auto impact : impacts)
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{
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ASSERT(impact.m_speedGroup != traffic::SpeedGroup::TempBlock, ("Got SpeedGroup::TempBlock, which should not happen at this stage"));
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if (result.m_speedGroup == traffic::SpeedGroup::Unknown)
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result.m_speedGroup = impact.m_speedGroup;
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// TempBlock cannot occur here, so we can do just a simple comparison
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else if ((impact.m_speedGroup != traffic::SpeedGroup::Unknown) && (impact.m_speedGroup < result.m_speedGroup))
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result.m_speedGroup = impact.m_speedGroup;
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if (impact.m_maxspeed < result.m_maxspeed)
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result.m_maxspeed = impact.m_maxspeed;
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if (impact.m_delayMins > result.m_delayMins)
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result.m_delayMins = impact.m_delayMins;
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}
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if ((result.m_maxspeed < kMaxspeedNone)
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|| (result.m_delayMins > 0)
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|| (result.m_speedGroup != traffic::SpeedGroup::Unknown))
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return result;
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else
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// should never happen, unless we have a bug somewhere
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return std::nullopt;
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}
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uint32_t GuessDnp(openlr::LocationReferencePoint & p1, openlr::LocationReferencePoint & p2)
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{
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double doe = mercator::DistanceOnEarth(mercator::FromLatLon(p1.m_latLon),
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mercator::FromLatLon(p2.m_latLon));
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/*
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* The tolerance factor is currently 1/0.6, or ~1.67, so that direct distance is just at the
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* lower boundary for `openlr::LinearSegmentSource::FromLocationReferenceTag`. Since we use
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* `openlr::LinearSegmentSource::FromCoordinatesTag`, different tolerance values apply,
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* so direct distance is well within the lower boundary, where the upper boundary is ~6.67 times
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* the direct distance. This should work even in mountain areas, where the shortest route from
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* one valley to the next, using long-distance roads, can be up to ~3 times the direct distance.
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*/
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return doe / 0.6f + 0.5f;
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}
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/*
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string DebugPrint(LinearSegmentSource source)
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{
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switch (source)
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{
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case LinearSegmentSource::NotValid: return "NotValid";
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case LinearSegmentSource::FromLocationReferenceTag: return "FromLocationReferenceTag";
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case LinearSegmentSource::FromCoordinatesTag: return "FromCoordinatesTag";
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}
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UNREACHABLE();
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}
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*/
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std::string DebugPrint(IsoTime time)
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{
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std::ostringstream os;
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os << std::put_time(&time, "%Y-%m-%d %H:%M:%S %z");
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return os.str();
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}
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std::string DebugPrint(Directionality directionality)
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{
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switch (directionality)
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{
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case Directionality::OneDirection: return "OneDirection";
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case Directionality::BothDirections: return "BothDirections";
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}
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UNREACHABLE();
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}
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std::string DebugPrint(Ramps ramps)
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{
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switch (ramps)
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{
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case Ramps::All: return "All";
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case Ramps::Entry: return "Entry";
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case Ramps::Exit: return "Exit";
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case Ramps::None: return "None";
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}
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UNREACHABLE();
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}
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std::string DebugPrint(RoadClass roadClass)
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{
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switch (roadClass)
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{
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case RoadClass::Motorway: return "Motorway";
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case RoadClass::Trunk: return "Trunk";
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case RoadClass::Primary: return "Primary";
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case RoadClass::Secondary: return "Secondary";
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case RoadClass::Tertiary: return "Tertiary";
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case RoadClass::Other: return "Other";
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}
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UNREACHABLE();
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}
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std::string DebugPrint(EventClass eventClass)
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{
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switch (eventClass)
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{
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case EventClass::Invalid: return "Invalid";
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case EventClass::Activity: return "Activity";
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case EventClass::Authority: return "Authority";
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case EventClass::Carpool: return "Carpool";
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case EventClass::Congestion: return "Congestion";
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case EventClass::Construction: return "Construction";
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case EventClass::Delay: return "Delay";
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case EventClass::Environment: return "Environment";
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case EventClass::EquipmentStatus: return "EquipmentStatus";
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case EventClass::Hazard: return "Hazard";
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case EventClass::Incident: return "Incident";
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case EventClass::Restriction: return "Restriction";
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case EventClass::Security: return "Security";
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case EventClass::Transport: return "Transport";
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case EventClass::Weather: return "Weather";
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}
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UNREACHABLE();
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}
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std::string DebugPrint(EventType eventType)
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{
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switch (eventType)
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{
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case EventType::Invalid: return "Invalid";
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// TODO Activity*, Authority*, Carpool* (not in enum yet)
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case EventType::CongestionCleared: return "CongestionCleared";
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case EventType::CongestionForecastWithdrawn: return "CongestionForecastWithdrawn";
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case EventType::CongestionHeavyTraffic: return "CongestionHeavyTraffic";
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case EventType::CongestionLongQueue: return "CongestionLongQueue";
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case EventType::CongestionNone: return "CongestionNone";
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case EventType::CongestionNormalTraffic: return "CongestionNormalTraffic";
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case EventType::CongestionQueue: return "CongestionQueue";
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case EventType::CongestionQueueLikely: return "CongestionQueueLikely";
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case EventType::CongestionSlowTraffic: return "CongestionSlowTraffic";
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case EventType::CongestionStationaryTraffic: return "CongestionStationaryTraffic";
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case EventType::CongestionStationaryTrafficLikely: return "CongestionStationaryTrafficLikely";
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case EventType::CongestionTrafficBuildingUp: return "CongestionTrafficBuildingUp";
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case EventType::CongestionTrafficCongestion: return "CongestionTrafficCongestion";
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case EventType::CongestionTrafficEasing: return "CongestionTrafficEasing";
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case EventType::CongestionTrafficFlowingFreely: return "CongestionTrafficFlowingFreely";
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case EventType::CongestionTrafficHeavierThanNormal: return "CongestionTrafficHeavierThanNormal";
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case EventType::CongestionTrafficLighterThanNormal: return "CongestionTrafficLighterThanNormal";
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case EventType::CongestionTrafficMuchHeavierThanNormal: return "CongestionTrafficMuchHeavierThanNormal";
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case EventType::CongestionTrafficProblem: return "CongestionTrafficProblem";
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// TODO Construction* (not in enum yet)
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case EventType::DelayClearance: return "DelayClearance";
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case EventType::DelayDelay: return "DelayDelay";
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case EventType::DelayDelayPossible: return "DelayDelayPossible";
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case EventType::DelayForecastWithdrawn: return "DelayForecastWithdrawn";
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case EventType::DelayLongDelay: return "DelayLongDelay";
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case EventType::DelaySeveralHours: return "DelaySeveralHours";
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case EventType::DelayUncertainDuration: return "DelayUncertainDuration";
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case EventType::DelayVeryLongDelay: return "DelayVeryLongDelay";
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// TODO Environment*, EquipmentStatus*, Hazard*, Incident* (not in enum yet)
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// TODO complete Restriction* (not in enum yet)
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case EventType::RestrictionBlocked: return "RestrictionBlocked";
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case EventType::RestrictionBlockedAhead: return "RestrictionBlockedAhead";
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case EventType::RestrictionCarriagewayBlocked: return "RestrictionCarriagewayBlocked";
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case EventType::RestrictionCarriagewayClosed: return "RestrictionCarriagewayClosed";
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case EventType::RestrictionClosed: return "RestrictionClosed";
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case EventType::RestrictionClosedAhead: return "RestrictionClosedAhead";
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case EventType::RestrictionEntryBlocked: return "RestrictionEntryBlocked";
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case EventType::RestrictionEntryReopened: return "RestrictionEntryReopened";
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case EventType::RestrictionExitBlocked: return "RestrictionExitBlocked";
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case EventType::RestrictionExitReopened: return "RestrictionExitReopened";
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case EventType::RestrictionOpen: return "RestrictionOpen";
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case EventType::RestrictionRampBlocked: return "RestrictionRampBlocked";
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case EventType::RestrictionRampClosed: return "RestrictionRampClosed";
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case EventType::RestrictionRampReopened: return "RestrictionRampReopened";
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case EventType::RestrictionReopened: return "RestrictionReopened";
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case EventType::RestrictionSpeedLimit: return "RestrictionSpeedLimit";
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case EventType::RestrictionSpeedLimitLifted: return "RestrictionSpeedLimitLifted";
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// TODO Security*, Transport*, Weather* (not in enum yet)
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}
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UNREACHABLE();
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}
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std::string DebugPrint(TrafficImpact impact)
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{
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std::ostringstream os;
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os << "TrafficImpact { ";
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os << "speedGroup: " << DebugPrint(impact.m_speedGroup) << ", ";
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os << "maxspeed: " << (impact.m_maxspeed == kMaxspeedNone ? "none" : std::to_string(impact.m_maxspeed)) << ", ";
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os << "delayMins: " << impact.m_delayMins;
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os << " }";
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return os.str();
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}
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std::string DebugPrint(Point point)
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{
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std::ostringstream os;
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os << "Point { ";
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os << "coordinates: " << DebugPrint(point.m_coordinates) << ", ";
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// TODO optional float m_distance; (not in struct yet)
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os << "junctionName: " << point.m_junctionName.value_or("nullopt") << ", ";
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os << "junctionRef: " << point.m_junctionRef.value_or("nullopt");
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os << " }";
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return os.str();
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}
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std::string DebugPrint(TraffLocation location)
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{
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std::ostringstream os;
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os << "TraffLocation { ";
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os << "from: " << (location.m_from ? DebugPrint(location.m_from.value()) : "nullopt") << ", ";
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os << "at: " << (location.m_at ? DebugPrint(location.m_at.value()) : "nullopt") << ", ";
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os << "via: " << (location.m_via ? DebugPrint(location.m_via.value()) : "nullopt") << ", ";
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os << "to: " << (location.m_to ? DebugPrint(location.m_to.value()) : "nullopt") << ", ";
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os << "notVia: " << (location.m_notVia ? DebugPrint(location.m_notVia.value()) : "nullopt") << ", ";
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// TODO fuzziness (not yet implemented in struct)
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os << "country: " << location.m_country.value_or("nullopt") << ", ";
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os << "territory: " << location.m_territory.value_or("nullopt") << ", ";
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os << "town: " << location.m_town.value_or("nullopt") << ", ";
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os << "roadClass: " << (location.m_roadClass ? DebugPrint(location.m_roadClass.value()) : "nullopt") << ", ";
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os << "roadRef: " << location.m_roadRef.value_or("nullopt") << ", ";
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os << "roadName: " << location.m_roadName.value_or("nullopt") << ", ";
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os << "origin: " << location.m_origin.value_or("nullopt") << ", ";
|
||
os << "destination: " << location.m_destination.value_or("nullopt") << ", ";
|
||
os << "direction: " << location.m_direction.value_or("nullopt") << ", ";
|
||
os << "directionality: " << DebugPrint(location.m_directionality) << ", ";
|
||
os << "ramps: " << (location.m_ramps ? DebugPrint(location.m_ramps.value()) : "nullopt");
|
||
os << " }";
|
||
return os.str();
|
||
}
|
||
|
||
std::string DebugPrint(TraffEvent event)
|
||
{
|
||
std::ostringstream os;
|
||
os << "TraffEvent { ";
|
||
os << "class: " << DebugPrint(event.m_class) << ", ";
|
||
os << "type: " << DebugPrint(event.m_type) << ", ";
|
||
os << "length: " << (event.m_length ? std::to_string(event.m_length.value()) : "nullopt") << ", ";
|
||
os << "probability: " << (event.m_probability ? std::to_string(event.m_probability.value()) : "nullopt") << ", ";
|
||
// TODO optional quantifier
|
||
os << "speed: " << (event.m_speed ? std::to_string(event.m_speed.value()) : "nullopt");
|
||
// TODO supplementary information
|
||
os << " }";
|
||
return os.str();
|
||
}
|
||
|
||
std::string DebugPrint(TraffMessage message)
|
||
{
|
||
std::string sep;
|
||
std::ostringstream os;
|
||
os << "TraffMessage { ";
|
||
os << "id: " << message.m_id << ", ";
|
||
|
||
os << "replaces: [";
|
||
sep = " ";
|
||
for (auto const & replacedId : message.m_replaces)
|
||
{
|
||
os << sep << replacedId;
|
||
sep = ", ";
|
||
}
|
||
os << " ], ";
|
||
|
||
os << "receiveTime: " << DebugPrint(message.m_receiveTime) << ", ";
|
||
os << "updateTime: " << DebugPrint(message.m_updateTime) << ", ";
|
||
os << "expirationTime: " << DebugPrint(message.m_expirationTime) << ", ";
|
||
os << "startTime: " << (message.m_startTime ? DebugPrint(message.m_startTime.value()) : "nullopt") << ", ";
|
||
os << "endTime: " << (message.m_endTime ? DebugPrint(message.m_endTime.value()) : "nullopt") << ", ";
|
||
os << "cancellation: " << message.m_cancellation << ", ";
|
||
os << "forecast: " << message.m_forecast << ", ";
|
||
// TODO std::optional<Urgency> m_urgency; (not in struct yet)
|
||
os << "location: " << (message.m_location ? DebugPrint(message.m_location.value()) : "nullopt") << ", ";
|
||
|
||
os << "events: [";
|
||
sep = " ";
|
||
for (auto const & event : message.m_events)
|
||
{
|
||
os << sep << DebugPrint(event);
|
||
sep = ", ";
|
||
}
|
||
os << " ]";
|
||
|
||
os << " }";
|
||
return os.str();
|
||
}
|
||
|
||
std::string DebugPrint(TraffFeed feed)
|
||
{
|
||
std::string sep;
|
||
std::ostringstream os;
|
||
os << "[ ";
|
||
sep = "";
|
||
for (auto const & message : feed)
|
||
{
|
||
os << sep << DebugPrint(message);
|
||
sep = ", ";
|
||
}
|
||
os << " ]";
|
||
return os.str();
|
||
}
|
||
} // namespace traffxml
|