Uses of Class
au.gov.amsa.util.navigation.Position

Packages that use Position

Package	Description
au.gov.amsa.geo
au.gov.amsa.geo.model
au.gov.amsa.geo.projection
au.gov.amsa.util.navigation

Uses of Position in au.gov.amsa.geo

Methods in au.gov.amsa.geo that return Position

Modifier and Type	Method and Description
static Position	Util.toPos(HasPosition a)

Uses of Position in au.gov.amsa.geo.model

Methods in au.gov.amsa.geo.model that return Position

Modifier and Type	Method and Description
Position	GridTraversor.nextPoint(Position a, Position b)
static Position	Util.toPos(HasPosition a)

Methods in au.gov.amsa.geo.model with parameters of type Position

Modifier and Type	Method and Description
Position	GridTraversor.nextPoint(Position a, Position b)

Uses of Position in au.gov.amsa.geo.projection

Methods in au.gov.amsa.geo.projection that return Position

Modifier and Type	Method and Description
Position	Projector.toPosition(double targetX, double targetY)

Uses of Position in au.gov.amsa.util.navigation

Methods in au.gov.amsa.util.navigation that return Position

Modifier and Type	Method and Description
static Position	Position.create(double lat, double lon)
static Position	Position.create(double lat, double lon, double alt)
Position	Position.ensureContinuous(Position lastPosition) normalize the lat lon values of this to ensure that no large longitude jumps are made from lastPosition (e.g.
Position	Position.getClosestIntersectionWithSegment(Position p1, Position p2)
Position[]	Position.getEarthLimb(int radials) Return an array of Positions representing the earths limb (aka: horizon) as viewed from this Position in space.
Position	Position.getPositionAlongPath(Position position, double proportion) Returns a position along a path according to the proportion value
Position	Position.normalizeLongitude()
Position	Position.predict(double distanceKm, double courseDegrees) Predicts position travelling along a great circle arc based on the Haversine formula.
Position	Position.to360()

Methods in au.gov.amsa.util.navigation that return types with arguments of type Position

Modifier and Type	Method and Description
List<Position>	Position.getPositionsAlongPath(Position position, double maxSegmentLengthKm)

Methods in au.gov.amsa.util.navigation with parameters of type Position

Modifier and Type	Method and Description
Position	Position.ensureContinuous(Position lastPosition) normalize the lat lon values of this to ensure that no large longitude jumps are made from lastPosition (e.g.
double	Position.getBearingDegrees(Position position) Returns a great circle bearing in degrees in the range 0 to 360.
Position	Position.getClosestIntersectionWithSegment(Position p1, Position p2)
double	Position.getDistanceKmToPath(Position p1, Position p2) calculates the distance of a point to the great circle path between p1 and p2.
double	Position.getDistanceToKm(Position position) returns distance between two WGS84 positions according to Vincenty's formula from Wikipedia
double	Position.getDistanceToSegmentKm(Position p1, Position p2)
Double	Position.getLatitudeOnGreatCircle(Position position, double longitudeDegrees) From http://williams.best.vwh.net/avform.htm (Latitude of point on GC).
Position.LongitudePair	Position.getLongitudeOnGreatCircle(Position position, double latitudeDegrees) Returns null if no crossing of latitude otherwise return two longitude candidates.
Position	Position.getPositionAlongPath(Position position, double proportion) Returns a position along a path according to the proportion value
List<Position>	Position.getPositionsAlongPath(Position position, double maxSegmentLengthKm)

Method parameters in au.gov.amsa.util.navigation with type arguments of type Position

Modifier and Type	Method and Description
double	Position.getDistanceToPathKm(List<Position> positions)
boolean	Position.isOutside(List<Position> path, double minDistanceKm)
boolean	Position.isWithin(List<Position> positions)