Field Detail

• coordinates

  Explain this code

  @NonNull
  public GeoCoordinates coordinates

  The geographic coordinates of the map-matched location.

• bearingInDegrees

  Explain this code

  @Nullable
  public java.lang.Double bearingInDegrees

  The bearing orientation points to the direction of travel, and has the same angle as the street where it is matched to. Therefore, it must not necessarily be the same as the bearing of a location source. Starts at 0 in the geographic north and rotates in a clockwise direction around the compass. It means that for going north it's equal to 0, for northeast it's equal to 45, for east it's equal to 90, and so on. If it cannot be determined, the value is null. Otherwise, it is guaranteed to be in the range [0, 360).

• segmentReference

  Explain this code

  @NonNull
  public SegmentReference segmentReference

  Reference to the current segment. The ratio of segmentOffsetInCentimeters to the segment length is between SegmentReference.offsetStart and SegmentReference.offsetEnd.

• segmentOffsetInCentimeters

  Explain this code

  public long segmentOffsetInCentimeters

  Offset from start of segment in centimeters.

• confidence

  public double confidence

  Confidence level (between 0 and 1) of the matched location. A low confidence value means that the map-matched vehicle location is not reliable and it may not be clear which part of the road the vehicle has taken. This can happen when the accuracy or frequency of the provided location updates is poor. If the confidence level is too small then, for example, overspeed warnings may be also inaccurate.

• isDrivingInTheWrongWay

  Explain this code

  public boolean isDrivingInTheWrongWay

  Determines if the travel direction on a one-way street is against the allowed traffic direction. For two-way streets, this value is always false. This feature is supported in tracking mode and when deviating from a route. Note that the travel direction is determined based on the map-matched location.

• horizontalAccuracyInMeters

  Explain this code

  @Nullable
  public java.lang.Double horizontalAccuracyInMeters

  Horizontal accuracy measure of location. Estimated based on accuracy of input location and confidence of this map-matched location. Currently this value is not being provided by the Navigator.

Constructor Detail

• MapMatchedLocation

  Explain this code

  public MapMatchedLocation​(@NonNull
                            GeoCoordinates coordinates,
                            @Nullable
                            java.lang.Double bearingInDegrees)

  Creates a new instance.

  Parameters:

  coordinates -

  The geographic coordinates of the map-matched location.

  bearingInDegrees -

  The bearing orientation points to the direction of travel, and has the same angle as the street where it is matched to. Therefore, it must not necessarily be the same as the bearing of a location source. Starts at 0 in the geographic north and rotates in a clockwise direction around the compass. It means that for going north it's equal to 0, for northeast it's equal to 45, for east it's equal to 90, and so on. If it cannot be determined, the value is null. Otherwise, it is guaranteed to be in the range [0, 360).

Method Detail

• equals

  Explain this code

  public boolean equals​(java.lang.Object obj)

  Overrides:

  equals in class java.lang.Object

• hashCode

  public int hashCode()

  Overrides:

  hashCode in class java.lang.Object