Uses of Interface
org.da.protoframework.uaappli.helper.projection.MapPosition

Packages that use MapPosition

Package	Description
org.da.protoframework.uaappli.helper.projection	This package contains utility classes for projections.

Uses of MapPosition in org.da.protoframework.uaappli.helper.projection

Classes in org.da.protoframework.uaappli.helper.projection that implement MapPosition

Modifier and Type	Class and Description
static class	MapPosition.Double A position in double precision.
static class	MapPosition.Float A position in simple precision.
static class	MapPosition.Int A position defined in int precision.

Methods in org.da.protoframework.uaappli.helper.projection that return MapPosition

Modifier and Type	Method and Description
default MapPosition	MapPosition.convertTo(short unit) Convert this map position to another unit.
MapPosition	ProjectionHelper.getEastNorthPosition(double lat, double lon) Compute the projection from (latitude, longitude) coordinates to (east, north) using the Lambert approximation formulas.
MapPosition	ProjectionHelper.getEastNorthPosition(double lat, double lon, short unit) Compute the projection from (latitude, longitude) coordinates to (east, north) using the Lambert approximation formulas.
MapPosition	ProjectionHelper.getEastNorthPosition(MapPosition latlongPosition) Compute the projection from (latitude, longitude) coordinates to (east, north) using the Lambert approximation formulas.
MapPosition	ProjectionHelper.getEastNorthPosition(MapPosition latlongPosition, short unit) Compute the projection from (latitude, longitude) coordinates to (east, north) using the Lambert approximation formulas.
MapPosition	ProjectionHelper.getLatLongPosition(double eastNM, double northNM) Compute the reverse projection from (east, north) coordinates to (Latitude, Longitude) using the Lambert approximation formulas.
MapPosition	ProjectionHelper.getLatLongPosition(double latDEG, double longDEG, float eastNM, float northNM) Return the (latitude, longitude) position of a point which is at a (east, north) position relative to a reference point.
MapPosition	ProjectionHelper.getLatLongPosition(double eastNM, double northNM, short unit) Compute the reverse projection from (east, north) coordinates to (Latitude, Longitude) using the Lambert approximation formulas.
MapPosition	ProjectionHelper.getLatLongPosition(MapPosition eastNorthPosition) Compute the reverse projection from (east, north) coordinates to (Latitude, Longitude) using the Lambert approximation formulas.
MapPosition	ProjectionHelper.getLatLongPosition(MapPosition refPoint, double distanceMM, double bearing) Return the (latitude, longitude) position of a point which is at a (east, north) position relative to a reference point.
MapPosition	ProjectionHelper.getLatLongPosition(MapPosition refPoint, double distanceMM, double bearing, short unit) Return the (latitude, longitude) position of a point which is at a (east, north) position relative to a reference point.
MapPosition	ProjectionHelper.getLatLongPosition(MapPosition refPoint, MapPosition relativePosition) Return the (latitude, longitude) position of a point which is at a (east, north) position relative to a reference point.
MapPosition	ProjectionHelper.getLatLongPositionFromMM(double latDEG, double longDEG, long xMM, long yMM) Return the (latitude, longitude) position of a point which is at a (east, north) position relative to a reference point.
MapPosition	ProjectionHelper.getLatLongPositionFromMM(long xMM, long yMM) Compute the reverse projection from (x, y) coordinates from the reference of the MapHorz (the PRP) to (Latitude, Longitude) using the Lambert approximation formulas.
MapPosition	ProjectionHelper.getLatLongPositionFromMM(MapPosition refpoint, double distanceMM, double bearing) Return the (latitude, longitude) position of a point which is at a (east, north) position relative to a reference point.
MapPosition	ProjectionHelper.getLatLongPositionFromMM(MapPosition refpoint, double distanceMM, double bearing, short unit) Return the (latitude, longitude) position of a point which is at a (east, north) position relative to a reference point.
MapPosition	ProjectionHelper.getLatLongPositionFromMM(MapPosition refpoint, MapPosition mmPosition) Return the (latitude, longitude) position of a point which is at a (east, north) position relative to a reference point.
MapPosition	ProjectionHelper.getLatLongPositionFromMM(MapPosition refpoint, MapPosition mmPosition, short unit) Return the (latitude, longitude) position of a point which is at a (east, north) position relative to a reference point.
MapPosition	ProjectionHelper.getVector(double latDEG1, double longDEG1, double latDEG2, double longDEG2) Compute the projection from (latitude, longitude) coordinates to (east, north) using the Lambert approximation formulas.
MapPosition	ProjectionHelper.getVector(MapPosition point1, MapPosition point2) Compute the projection from (latitude, longitude) coordinates to (east, north) using the Lambert approximation formulas.

Methods in org.da.protoframework.uaappli.helper.projection with parameters of type MapPosition

Modifier and Type	Method and Description
double	ProjectionHelper.getBearing(MapPosition vector) Compute the angle between two points given their relative position in meters.
double	ProjectionHelper.getBearing(MapPosition point1, MapPosition point2) Compute the bearing between two points given their positions.
double	ProjectionHelper.getBearing(MapPosition vector, short unit) Compute the angle between two points given their relative position in meters.
double	ProjectionHelper.getBearingFromLatLong(MapPosition point1, MapPosition point2) Compute the bearing between two points given their position in latitude / longitude.
double	ProjectionHelper.getBearingFromLatLong(MapPosition point1, MapPosition point2, short unit) Compute the bearing between two points given their position in latitude / longitude.
double	ProjectionHelper.getBearingFromNorthEast(MapPosition point1, MapPosition point2) Compute the bearing between two points given their position in meter.
double	ProjectionHelper.getBearingFromNorthEast(MapPosition point1, MapPosition point2, short unit) Compute the bearing between two points given their position in meter.
double	ProjectionHelper.getDistance(MapPosition vector) Compute the distance between two points given their relative position.
double	ProjectionHelper.getDistanceTo(MapPosition point1, MapPosition point2) Compute the distance between two points from (latitude, longitude).
MapPosition	ProjectionHelper.getEastNorthPosition(MapPosition latlongPosition) Compute the projection from (latitude, longitude) coordinates to (east, north) using the Lambert approximation formulas.
MapPosition	ProjectionHelper.getEastNorthPosition(MapPosition latlongPosition, short unit) Compute the projection from (latitude, longitude) coordinates to (east, north) using the Lambert approximation formulas.
MapPosition	ProjectionHelper.getLatLongPosition(MapPosition eastNorthPosition) Compute the reverse projection from (east, north) coordinates to (Latitude, Longitude) using the Lambert approximation formulas.
MapPosition	ProjectionHelper.getLatLongPosition(MapPosition refPoint, double distanceMM, double bearing) Return the (latitude, longitude) position of a point which is at a (east, north) position relative to a reference point.
MapPosition	ProjectionHelper.getLatLongPosition(MapPosition refPoint, double distanceMM, double bearing, short unit) Return the (latitude, longitude) position of a point which is at a (east, north) position relative to a reference point.
MapPosition	ProjectionHelper.getLatLongPosition(MapPosition refPoint, MapPosition relativePosition) Return the (latitude, longitude) position of a point which is at a (east, north) position relative to a reference point.
MapPosition	ProjectionHelper.getLatLongPositionFromMM(MapPosition refpoint, double distanceMM, double bearing) Return the (latitude, longitude) position of a point which is at a (east, north) position relative to a reference point.
MapPosition	ProjectionHelper.getLatLongPositionFromMM(MapPosition refpoint, double distanceMM, double bearing, short unit) Return the (latitude, longitude) position of a point which is at a (east, north) position relative to a reference point.
MapPosition	ProjectionHelper.getLatLongPositionFromMM(MapPosition refpoint, MapPosition mmPosition) Return the (latitude, longitude) position of a point which is at a (east, north) position relative to a reference point.
MapPosition	ProjectionHelper.getLatLongPositionFromMM(MapPosition refpoint, MapPosition mmPosition, short unit) Return the (latitude, longitude) position of a point which is at a (east, north) position relative to a reference point.
MapPosition	ProjectionHelper.getVector(MapPosition point1, MapPosition point2) Compute the projection from (latitude, longitude) coordinates to (east, north) using the Lambert approximation formulas.

Constructors in org.da.protoframework.uaappli.helper.projection with parameters of type MapPosition

Constructor and Description
Double(MapPosition p)
Float(MapPosition p)
Int(MapPosition p)