Constructor Detail

• LatLongPosition

  LatLongPosition(double lat, double lon)

  Parameters:

  lat - latitude

  lon - longitude

• LatLongPosition

  LatLongPosition(double lat, double lon, LatLongPosition.DistanceFormula distanceFormula)

  Parameters:

  lat - latitude

  lon - longitude

  distanceFormula - the formula to use to compute distances

• LatLongPosition

  LatLongPosition(double lat, double lon, int distanceFormula)

  Parameters:

  lat - latitude

  lon - longitude

  distanceFormula - the index of the formula to use to compute distances

• LatLongPosition

  LatLongPosition(Number lat, Number lon)

  Parameters:

  lat - latitude

  lon - longitude

Method Detail

• boundingBox

  @Nonnull() List<GeoPosition> boundingBox(double range)

• distance

   static double distance(LatLng point1, LatLng point2, LatLongPosition.DistanceFormula df)

  Distance between two points.

  Parameters:

  point1 - the first point.

  point2 - the second point.

  df - the formula to use to compute distances

  Returns:

  the distance in the chosen unit of measure.

• distance

   static double distance(LatLng point1, LatLng point2, LengthUnit unit, LatLongPosition.DistanceFormula df)

  Distance between two points with arbitrary LengthUnit.

  Parameters:

  point1 - the first point.

  point2 - the second point.

  unit - the unit of measure in which to receive the result.

  df - the formula to use to compute distances

  Returns:

  the distance in the chosen unit of measure.

• distanceTo

   double distanceTo(@Nonnull() GeoPosition other)

• equals

   boolean equals(Object obj)

• getCoordinates

  @Nonnull() Array<double> getCoordinates()

• getCoordinate

   double getCoordinate(int dimension)

• getDimensions

   int getDimensions()

• getLatitude

   double getLatitude()

  Returns:

  the latitude

• getLongitude

   double getLongitude()

  Returns:

  the longitude

• getX

   double getX()

• getY

   double getY()

• hashCode

   int hashCode()

• minus

   GeoPosition minus(@Nonnull() GeoPosition other)

• minus

  @Nonnull() GeoPosition minus(@Nonnull() Array<double> other)

• plus

  @Nonnull() GeoPosition plus(@Nonnull() Array<double> other)

• plus

   GeoPosition plus(@Nonnull() GeoPosition other)

• toString

   String toString()

• distanceInRadians

   static double distanceInRadians(LatLng point1, LatLng point2, LatLongPosition.DistanceFormula precision)

  This "distance" function is mostly for internal use. Most users will simply rely upon distance

  Yields the internal angle for an arc between two points on the surface of a sphere in radians. This angle is in the plane of the great circle connecting the two points measured from an axis through one of the points and the center of the Earth. Multiply this value by the sphere's radius to get the length of the arc.

  Parameters:

  point1 - the first point

  point2 - the second point

  precision - the formula to use

  Returns:

  the internal angle for the arc connecting the two points in radians.