Uses of Class
gov.nasa.worldwind.geom.Position

Packages that use Position

gov.nasa.worldwind
gov.nasa.worldwind.animation
gov.nasa.worldwind.awt
gov.nasa.worldwind.event
gov.nasa.worldwind.geom
gov.nasa.worldwind.geom.coords
gov.nasa.worldwind.globes	Provides classes for representing the shape and terrain of a planet.
gov.nasa.worldwind.layers
gov.nasa.worldwind.layers.Earth
gov.nasa.worldwind.layers.placename
gov.nasa.worldwind.ogc.collada	Provides classes for parsing COLLADA files and streams.
gov.nasa.worldwind.ogc.collada.impl	Provides classes for rendering COLLADA documents.
gov.nasa.worldwind.ogc.kml	Provides classes for parsing KML and KMZ files and streams.
gov.nasa.worldwind.ogc.kml.impl
gov.nasa.worldwind.pick
gov.nasa.worldwind.render
gov.nasa.worldwind.render.airspaces
gov.nasa.worldwind.render.markers
gov.nasa.worldwind.symbology	Provides classes for creating and displaying graphics from standard symbol sets.
gov.nasa.worldwind.symbology.milstd2525	Tactical graphics and symbols defined by the MIL-STD-2525 symbology set.
gov.nasa.worldwind.symbology.milstd2525.graphics
gov.nasa.worldwind.symbology.milstd2525.graphics.areas	MIL-STD-2525 area graphics.
gov.nasa.worldwind.symbology.milstd2525.graphics.lines	MIL-STD-2525 line graphics.
gov.nasa.worldwind.terrain
gov.nasa.worldwind.tracks
gov.nasa.worldwind.util
gov.nasa.worldwind.util.measure
gov.nasa.worldwind.view	The view package contains implementations, and support for implementations of the View interface.
gov.nasa.worldwind.view.firstperson
gov.nasa.worldwind.view.orbit
gov.nasa.worldwindx.applications.antenna
gov.nasa.worldwindx.applications.sar
gov.nasa.worldwindx.applications.sar.render
gov.nasa.worldwindx.applications.sar.segmentplane
gov.nasa.worldwindx.applications.worldwindow.core
gov.nasa.worldwindx.applications.worldwindow.util.measuretool
gov.nasa.worldwindx.examples
gov.nasa.worldwindx.examples.analytics
gov.nasa.worldwindx.examples.kml	Examples of importing and exporting files in the Keyhole Markup Language (KML).
gov.nasa.worldwindx.examples.lineofsight	Examples of how to perform line of sight calculations in WorldWind.
gov.nasa.worldwindx.examples.multiwindow	Examples of how to use multiple WorldWind globes in the same application.
gov.nasa.worldwindx.examples.shapebuilder	The shapebuilder package contains shape building applications for 3D shapes, including the rigid shapes (Ellipsoid, Box, Cylinder, Cone, Pyramid, Wedge) and ExtrudedPolygon.
gov.nasa.worldwindx.examples.symbology	Examples of displaying graphics from common symbology sets in World Wind.
gov.nasa.worldwindx.examples.tutorial
gov.nasa.worldwindx.examples.util
gov.nasa.worldwindx.performance

Uses of Position in gov.nasa.worldwind

Methods in gov.nasa.worldwind that return Position

Position	View.computePositionFromScreenPoint(double x, double y) Computes the intersection of a line originating from the eye point and passing through (x, y) with the Globe.
Position	View.getCurrentEyePosition() Returns the current geographic coordinates of this view's eye position, as determined from this view's current parameters.
Position	WorldWindowImpl.getCurrentPosition()
Position	WorldWindow.getCurrentPosition() Returns the current latitude, longitude and altitude of the current cursor position, or null if the cursor is not on the globe.
Position	View.getEyePosition() Returns the current geographic coordinates of this view's eye position, as computed for the most recent model traversal.
Position	Locatable.getPosition()
Position	Movable.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.

Methods in gov.nasa.worldwind with parameters of type Position

void	View.goTo(Position position, double elevation) Animate to the specified position.
void	Movable.move(Position position) Shift the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.
void	Movable.moveTo(Position position) Move the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.
void	View.setEyePosition(Position eyePosition) Sets the geographic position of the eye.
void	View.setOrientation(Position eyePosition, Position centerPosition) Sets the location of the eye, and the center of the screen in geographic coordinates.

Uses of Position in gov.nasa.worldwind.animation

Fields in gov.nasa.worldwind.animation declared as Position

protected Position	PositionAnimator.begin
protected Position	PositionAnimator.end

Methods in gov.nasa.worldwind.animation that return Position

Position	PositionAnimator.getBegin()
Position	PositionAnimator.getEnd()
protected Position	PositionAnimator.nextPosition(double interpolant)
Position	MoveToPositionAnimator.nextPosition(double interpolant)

Methods in gov.nasa.worldwind.animation with parameters of type Position

void	PositionAnimator.setBegin(Position begin)
void	PositionAnimator.setEnd(Position end)

Constructors in gov.nasa.worldwind.animation with parameters of type Position

MoveToPositionAnimator(Position begin, Position end, double smoothing, PropertyAccessor.PositionAccessor propertyAccessor)

PositionAnimator(Interpolator interpolator, Position begin, Position end, PropertyAccessor.PositionAccessor propertyAccessor)

Uses of Position in gov.nasa.worldwind.awt

Fields in gov.nasa.worldwind.awt declared as Position

protected Position

AbstractViewInputHandler.selectedPosition

Methods in gov.nasa.worldwind.awt that return Position

protected Position	AbstractViewInputHandler.computeSelectedPosition()
Position	WorldWindowGLJPanel.getCurrentPosition()
Position	WorldWindowGLCanvas.getCurrentPosition()
protected Position	AbstractViewInputHandler.getSelectedPosition()

Methods in gov.nasa.worldwind.awt with parameters of type Position

void	ViewInputHandler.goTo(Position lookAtPos, double elevation) Animate to the specified position.
void	BasicViewInputHandler.goTo(Position lookAtPos, double elevation)
protected void	BasicViewInputHandler.onMoveTo(Position focalPosition, ViewInputAttributes.ActionAttributes actionAttribs)
protected abstract void	AbstractViewInputHandler.onMoveTo(Position focalPosition, ViewInputAttributes.ActionAttributes actionAttribs)
protected void	BasicViewInputHandler.onMoveTo(Position focalPosition, ViewInputAttributes.DeviceAttributes deviceAttributes, ViewInputAttributes.ActionAttributes actionAttribs)
protected abstract void	AbstractViewInputHandler.onMoveTo(Position focalPosition, ViewInputAttributes.DeviceAttributes deviceAttributes, ViewInputAttributes.ActionAttributes actionAttribs)
protected void	AbstractViewInputHandler.setSelectedPosition(Position position)

Uses of Position in gov.nasa.worldwind.event

Methods in gov.nasa.worldwind.event that return Position

Position	PositionEvent.getPosition()
Position	PositionEvent.getPreviousPosition()

Constructors in gov.nasa.worldwind.event with parameters of type Position

PositionEvent(Object source, Point screenPoint, Position previousPosition, Position position)

Uses of Position in gov.nasa.worldwind.geom

Fields in gov.nasa.worldwind.geom declared as Position

protected Position	Intersection.intersectionPosition
static Position	Position.ZERO

Fields in gov.nasa.worldwind.geom with type parameters of type Position

List<? extends Position>

Position.PositionList.list

Methods in gov.nasa.worldwind.geom that return Position

Position	Position.add(Position that)
static Position	Position.fromDegrees(double latitude, double longitude)
static Position	Position.fromDegrees(double latitude, double longitude, double elevation)
static Position	Position.fromRadians(double latitude, double longitude, double elevation)
Position	Intersection.getIntersectionPosition() Returns the intersection position if one has been set.
static Position	Position.interpolate(double amount, Position value1, Position value2) Returns the linear interpolation of value1 and value2, treating the geographic locations as simple 2D coordinate pairs, and treating the elevation values as 1D scalars.
static Position	Position.interpolateGreatCircle(double amount, Position value1, Position value2) Returns the an interpolated location along the great-arc between value1 and value2.
static Position	Position.interpolateRhumb(double amount, Position value1, Position value2) Returns the an interpolated location along the rhumb line between value1 and value2.
Position	Position.subtract(Position that)

Methods in gov.nasa.worldwind.geom that return types with arguments of type Position

static List<Position>

Position.computeShiftedPositions(Position oldPosition, Position newPosition, Iterable<? extends Position> positions) Computes a new set of positions translated from a specified reference position to a new reference position.

Methods in gov.nasa.worldwind.geom with parameters of type Position

Position	Position.add(Position that)
LatLon	LatLon.add(Position that)
static List<LatLon>	LatLon.computeShiftedLocations(Position oldLocation, Position newLocation, Iterable<? extends LatLon> locations) Computes a new set of locations translated from a specified location to a new location.
static List<Position>	Position.computeShiftedPositions(Position oldPosition, Position newPosition, Iterable<? extends Position> positions) Computes a new set of positions translated from a specified reference position to a new reference position.
static Position	Position.interpolate(double amount, Position value1, Position value2) Returns the linear interpolation of value1 and value2, treating the geographic locations as simple 2D coordinate pairs, and treating the elevation values as 1D scalars.
static Position	Position.interpolateGreatCircle(double amount, Position value1, Position value2) Returns the an interpolated location along the great-arc between value1 and value2.
static Position	Position.interpolateRhumb(double amount, Position value1, Position value2) Returns the an interpolated location along the rhumb line between value1 and value2.
void	Intersection.setIntersectionPosition(Position intersectionPosition) Specifies the intersection position, which should be a position computed from the intersection point.
Position	Position.subtract(Position that)
LatLon	LatLon.subtract(Position that)

Method parameters in gov.nasa.worldwind.geom with type arguments of type Position

static List<Position>	Position.computeShiftedPositions(Position oldPosition, Position newPosition, Iterable<? extends Position> positions) Computes a new set of positions translated from a specified reference position to a new reference position.
static boolean	Position.positionsCrossDateLine(Iterable<? extends Position> positions)

Constructors in gov.nasa.worldwind.geom with parameters of type Position

Intersection(Vec4 intersectionPoint, Position intersectionPosition, boolean isTangent, Object object)

Constructor parameters in gov.nasa.worldwind.geom with type arguments of type Position

Position.PositionList(List<? extends Position> list)

Uses of Position in gov.nasa.worldwind.geom.coords

Methods in gov.nasa.worldwind.geom.coords that return Position

static Position	DatumTransformation.convertNad27toWGS84(Position pos) Shift datum from NAD27 to WGS84
static Position	DatumTransformation.convertWGS84toNad27(Position pos) Shift datum from WGS84 to NAD27

Methods in gov.nasa.worldwind.geom.coords with parameters of type Position

static Position	DatumTransformation.convertNad27toWGS84(Position pos) Shift datum from NAD27 to WGS84
static Position	DatumTransformation.convertWGS84toNad27(Position pos) Shift datum from WGS84 to NAD27

Uses of Position in gov.nasa.worldwind.globes

Methods in gov.nasa.worldwind.globes that return Position

protected Position	FlatGlobe.cartesianToGeodetic(Vec4 cart)
protected Position	EllipsoidalGlobe.cartesianToGeodetic(Vec4 cart) Compute the geographic position to corresponds to a Cartesian point.
Position	Globe.computePositionFromPoint(Vec4 point) Computes the geographic position of a point in cartesian coordinates.
Position	EllipsoidalGlobe.computePositionFromPoint(Vec4 point)
Position	Globe.getIntersectionPosition(Line line) Computes the intersections of this globe and a line.
Position	EllipsoidalGlobe.getIntersectionPosition(Line line)

Methods in gov.nasa.worldwind.globes with parameters of type Position

Matrix	Globe.computeModelCoordinateOriginTransform(Position position)
Matrix	EllipsoidalGlobe.computeModelCoordinateOriginTransform(Position position)
Vec4	Globe.computePointFromPosition(Position position) Computes a cartesian point from a geographic position.
Vec4	EllipsoidalGlobe.computePointFromPosition(Position position)
Matrix	Globe.computeSurfaceOrientationAtPosition(Position position) Returns the cartesian transform Matrix that maps model coordinates to a local coordinate system at (latitude, longitude, metersElevation).
Matrix	FlatGlobe.computeSurfaceOrientationAtPosition(Position position)
Matrix	EllipsoidalGlobe.computeSurfaceOrientationAtPosition(Position position) Returns the cartesian transform Matrix that maps model coordinates to a local coordinate system at (latitude, longitude, metersElevation).

Uses of Position in gov.nasa.worldwind.layers

Fields in gov.nasa.worldwind.layers declared as Position

protected Position	TerrainProfileLayer.objectPosition
protected Position[]	TerrainProfileLayer.positions

Methods in gov.nasa.worldwind.layers that return Position

protected Position	TerrainProfileLayer.computeCursorPosition(DrawContext dc)
protected Position	WorldMapLayer.computeGroundPosition(DrawContext dc, View view) Compute the lat/lon position of the view center
protected Position	WorldMapLayer.computePickPosition(DrawContext dc, Vec4 locationSW, Dimension mapSize) Computes the lat/lon of the pickPoint over the world map
protected Position	TerrainProfileLayer.computePickPosition(DrawContext dc, Vec4 locationSW, Dimension mapSize) Computes the Position of the pickPoint over the graph and updates pickedSample indice
protected Position	TerrainProfileLayer.computeViewCenterPosition(DrawContext dc)
Position	TerrainProfileLayer.getObjectPosition() Get the object position the graph follows when it is set to TerrainProfileLayer.FOLLOW_OBJECT.

Methods in gov.nasa.worldwind.layers with parameters of type Position

protected void	AbstractGraticuleLayer.computeTruncatedSegment(Position p1, Position p2, Sector sector, ArrayList<Position> positions)
void	TerrainProfileLayer.setObjectPosition(Position pos) Set the object position the graph follows when it is set to TerrainProfileLayer.FOLLOW_OBJECT.

Method parameters in gov.nasa.worldwind.layers with type arguments of type Position

protected void

AbstractGraticuleLayer.computeTruncatedSegment(Position p1, Position p2, Sector sector, ArrayList<Position> positions)

Uses of Position in gov.nasa.worldwind.layers.Earth

Methods in gov.nasa.worldwind.layers.Earth that return Position

protected Position	UTMBaseGraticuleLayer.computePosition(int zone, String hemisphere, double easting, double northing)
protected Position	UTMBaseGraticuleLayer.computePositionFromUPS(String hemisphere, double easting, double northing)
protected Position	UTMBaseGraticuleLayer.computePositionFromUTM(int zone, String hemisphere, double easting, double northing)

Uses of Position in gov.nasa.worldwind.layers.placename

Methods in gov.nasa.worldwind.layers.placename that return Position

protected Position

PlaceNameLayer.PlaceNameChunk.getPosition(int index)

Methods in gov.nasa.worldwind.layers.placename with parameters of type Position

protected static boolean

PlaceNameLayer.isNameVisible(DrawContext dc, PlaceNameService service, Position namePosition)

Uses of Position in gov.nasa.worldwind.ogc.collada

Fields in gov.nasa.worldwind.ogc.collada declared as Position

protected Position

ColladaRoot.position This shape's geographic location.

Methods in gov.nasa.worldwind.ogc.collada that return Position

Position

ColladaRoot.getPosition() Indicates this shape's geographic position.

Methods in gov.nasa.worldwind.ogc.collada with parameters of type Position

void	ColladaRoot.setPosition(Position position) Specifies this shape's geographic position.

Uses of Position in gov.nasa.worldwind.ogc.collada.impl

Methods in gov.nasa.worldwind.ogc.collada.impl with parameters of type Position

void	ColladaMeshShape.setModelPosition(Position modelPosition) Specifies this shape's geographic position.

Uses of Position in gov.nasa.worldwind.ogc.kml

Fields in gov.nasa.worldwind.ogc.kml declared as Position

protected Position

KMLPoint.coordinates

Methods in gov.nasa.worldwind.ogc.kml that return Position

Position	KMLPoint.getCoordinates()
Position	KMLLocation.getPosition() Retrieves this location as a Position.
protected Position	KMLCoordinateTokenizer.makePosition()
Position	KMLCoordinateTokenizer.nextPosition() Read the next Position from the coordinate string.

Uses of Position in gov.nasa.worldwind.ogc.kml.impl

Methods in gov.nasa.worldwind.ogc.kml.impl that return Position

static Position	KMLUtil.computeAltitude(Globe globe, Position position, String altitudeMode) Create a Position, taking into account an altitude mode.
Position	KMLGlobeBalloonImpl.getPosition() Get the position of the balloon.

Methods in gov.nasa.worldwind.ogc.kml.impl that return types with arguments of type Position

static List<Position>

KMLUtil.computeAltitude(Globe globe, List<? extends Position> positions, String altitudeMode) Compute the altitude of each position in a list, based on altitude mode.

Methods in gov.nasa.worldwind.ogc.kml.impl with parameters of type Position

static Position	KMLUtil.computeAltitude(Globe globe, Position position, String altitudeMode) Create a Position, taking into account an altitude mode.
void	KMLGlobeBalloonImpl.setPosition(Position position) Set the balloon to a position on the globe.

Method parameters in gov.nasa.worldwind.ogc.kml.impl with type arguments of type Position

static List<Position>	KMLUtil.computeAltitude(Globe globe, List<? extends Position> positions, String altitudeMode) Compute the altitude of each position in a list, based on altitude mode.
static void	KMLUtil.getPositions(Globe globe, KMLAbstractGeometry geometry, List<Position> positions) Get all of the positions that make up a KMLAbstractGeometry.

Uses of Position in gov.nasa.worldwind.pick

Methods in gov.nasa.worldwind.pick that return Position

Position

PickedObject.getPosition()

Methods in gov.nasa.worldwind.pick with parameters of type Position

void	PickSupport.addPickableObject(int colorCode, Object o, Position position)
void	PickSupport.addPickableObject(int colorCode, Object o, Position position, boolean isTerrain)
void	PickedObject.setPosition(Position position)

Constructors in gov.nasa.worldwind.pick with parameters of type Position

PickedObject(int colorCode, Object userObject, Position position, boolean isTerrain)

Uses of Position in gov.nasa.worldwind.render

Fields in gov.nasa.worldwind.render declared as Position

protected Position	RigidShape.centerPosition
protected Position	SurfaceText.location Location at which to draw the text.
protected Position	AbstractGeneralShape.modelPosition This shape's geographic location.
protected Position	MultiLineTextRenderer.pickPosition
protected Position	PointPlacemark.position
protected Position	GlobeBrowserBalloon.position Indicates this balloon's geographic position.
protected Position	GlobeAnnotationBalloon.position
protected Position	GlobeAnnotation.position
protected Position	AbstractShape.referencePosition
protected Position	DrawContextImpl.viewportCenterPosition

Fields in gov.nasa.worldwind.render with type parameters of type Position

protected List<List<? extends Position>>	Polygon.boundaries The location of each vertex in this shape's boundaries.
protected ArrayList<Position>	Polyline.positions
protected List<? extends Position>	Polygon.BoundaryInfo.positions The shape's boundary positions.
protected Iterable<? extends Position>	Path.positions
protected ArrayList<Position>	Path.PathData.tessellatedPositions The positions formed from applying path type and terrain conformance.

Methods in gov.nasa.worldwind.render that return Position

Position	RigidShape.getCenterPosition() Indicates this shape's center position.
Position	AbstractGeneralShape.getModelPosition() Indicates this shape's geographic position.
Position	WWIcon.getPosition() Returns the icon's geographic position.
Position	UserFacingText.getPosition()
Position	UserFacingIcon.getPosition()
Position	SurfaceText.getPosition() Indicates the geographic position of the text.
Position	PointPlacemark.getPosition() Returns the placemark's position.
Position	IconRenderer.OrderedIcon.getPosition()
Position	GlobeBrowserBalloon.getPosition() Get the position of the balloon.
Position	GlobeBalloon.getPosition() Get the position of the balloon.
Position	GlobeAnnotationBalloon.getPosition() Get the position of the balloon.
Position	GlobeAnnotation.getPosition()
Position	GeographicText.getPosition() Indicates the geographic position of the text.
protected Position	Path.getPosition(int positionIndex) Returns the Path position corresponding index.
Position	UserFacingIcon.getReferencePosition()
Position	SurfaceText.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	SurfaceSector.getReferencePosition()
Position	SurfaceQuad.getReferencePosition()
Position	SurfacePolylines.getReferencePosition()
Position	SurfacePolyline.getReferencePosition()
Position	SurfacePolygon.getReferencePosition()
Position	SurfaceImage.getReferencePosition()
Position	SurfaceIcon.getReferencePosition()
Position	SurfaceEllipse.getReferencePosition()
Position	RigidShape.getReferencePosition() Returns the shape's referencePosition, which is its centerPosition
Position	Quadrilateral.getReferencePosition()
Position	Polyline.getReferencePosition()
Position	Polygon.getReferencePosition()
Position	PointPlacemark.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	Path.getReferencePosition() Computes the path's reference position.
Position	GlobeAnnotation.getReferencePosition()
Position	ExtrudedPolygon.getReferencePosition() Indicates the position used as a reference position for this extruded polygon's computed geometry.
abstract Position	AbstractSurfaceShape.getReferencePosition()
Position	AbstractGeneralShape.getReferencePosition()
Position	DrawContextImpl.getViewportCenterPosition()
Position	DrawContext.getViewportCenterPosition() Indicates the geographic coordinates of the point on the terrain at the current viewport's center.

Methods in gov.nasa.worldwind.render that return types with arguments of type Position

protected List<? extends Position>	Polygon.fillBoundary(Iterable<? extends Position> corners) Copies a boundary's positions to this shape's internal boundary list.
List<List<? extends Position>>	Polygon.getBoundaries() Returns this shape's boundaries.
Iterable<Position>	Polyline.getPositions()
Iterable<? extends Position>	Path.getPositions() Returns this path's positions.
List<Position>	Path.PathData.getTessellatedPositions() The positions resulting from tessellating this path.
protected List<? extends Position>	Polygon.outerBoundary() Returns a reference to the outer boundary of this polygon.

Methods in gov.nasa.worldwind.render with parameters of type Position

protected void	Path.addTessellatedPosition(Position pos, Color color, Integer ordinal, Path.PathData pathData) Adds a position to this path's tessellatedPositions list.
protected void	MultiResolutionPath.addTessellatedPosition(Position pos, Color color, Integer ordinal, Path.PathData pathData) Adds a position to this path's tessellatedPositions list.
protected void	Path.appendTerrainPoint(DrawContext dc, Position position, float[] color, FloatBuffer path, Path.PathData pathData) Computes a point on a path and adds it to the renderable geometry.
protected void	AbstractAnnotation.bindPickableObject(DrawContext dc, Position position)
protected Vec4	Polyline.computePoint(DrawContext dc, Position pos, boolean applyOffset)
protected Vec4	AbstractShape.computePoint(Terrain terrain, Position position) Computes a model-coordinate point from a position, applying this shape's altitude mode.
Vec4	DrawContextImpl.computePointFromPosition(Position position, int altitudeMode)
Vec4	DrawContext.computePointFromPosition(Position position, int altitudeMode) Computes a Cartesian point from a specified geographic position, applying a specified altitude mode.
protected double	Polyline.computeSegmentLength(DrawContext dc, Position posA, Position posB)
protected double	Path.computeSegmentLength(DrawContext dc, Position posA, Position posB) Computes the approximate model-coordinate, path length between two positions.
protected void	AbstractAnnotation.doDraw(DrawContext dc, int width, int height, double opacity, Position pickPosition) Draws an annotation with the given dimensions and opacity.
protected void	AbstractAnnotation.doDrawBackgroundTexture(DrawContext dc, int width, int height, double opacity, Position pickPosition, WWTexture texture)
protected void	AbstractAnnotation.doDrawChildren(DrawContext dc, Rectangle bounds, double opacity, Position pickPosition)
protected void	SurfaceSector.doMoveTo(Position oldReferencePosition, Position newReferencePosition)
protected void	SurfaceQuad.doMoveTo(Position oldReferencePosition, Position newReferencePosition)
protected void	SurfacePolylines.doMoveTo(Position oldReferencePosition, Position newReferencePosition)
protected void	SurfacePolyline.doMoveTo(Position oldReferencePosition, Position newReferencePosition)
protected void	SurfacePolygon.doMoveTo(Position oldReferencePosition, Position newReferencePosition)
protected void	SurfaceEllipse.doMoveTo(Position oldReferencePosition, Position newReferencePosition)
protected abstract void	AbstractSurfaceShape.doMoveTo(Position oldReferencePosition, Position newReferencePosition)
void	Annotation.draw(DrawContext dc, int width, int height, double opacity, Position pickPosition) Draws the annotation without transforming to its screen position, or applying any scaling.
void	AbstractAnnotation.draw(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	AbstractAnnotationLayout.drawAnnotation(DrawContext dc, Annotation annotation, int width, int height, double opacity, Position pickPosition)
void	AnnotationNullLayout.drawAnnotations(DrawContext dc, Rectangle bounds, Iterable<? extends Annotation> annotations, double opacity, Position pickPosition)
void	AnnotationLayoutManager.drawAnnotations(DrawContext dc, Rectangle bounds, Iterable<? extends Annotation> annotations, double opacity, Position pickPosition)
void	AnnotationFlowLayout.drawAnnotations(DrawContext dc, Rectangle bounds, Iterable<? extends Annotation> annotations, double opacity, Position pickPosition)
protected void	AbstractAnnotation.drawBackground(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	AbstractAnnotation.drawBackgroundImage(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	AbstractAnnotation.drawBorder(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	AbstractAnnotation.drawChildren(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	AbstractAnnotation.drawContent(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	AnnotationFlowLayout.drawHorizontal(DrawContext dc, Rectangle bounds, Iterable<? extends Annotation> annotations, double opacity, Position pickPosition)
protected void	AbstractAnnotation.drawHTML(DrawContext dc, int x, int y, int lineHeight, double opacity, Object pickObject, Position pickPosition, String text)
protected void	MultiLineTextRenderer.drawLineWithUniqueColors(String text, int x, int y, DrawContext dc, PickSupport pickSupport, Object refObject, Position refPosition)
protected void	AbstractAnnotation.drawPlainText(DrawContext dc, int x, int y, int lineHeight, double opacity, Object pickObject, Position pickPosition, String text)
protected void	AbstractAnnotation.drawText(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	AbstractAnnotation.drawText(DrawContext dc, int x, int y, int lineHeight, double opacity, Object pickObject, Position pickPosition, String text)
protected void	AbstractAnnotation.drawTopLevelAnnotation(DrawContext dc, int x, int y, int width, int height, double scale, double opacity, Position pickPosition)
protected void	AnnotationFlowLayout.drawVertical(DrawContext dc, Rectangle bounds, Iterable<? extends Annotation> annotations, double opacity, Position pickPosition)
Color	Path.PositionColors.getColor(Position position, int ordinal) Returns an RGBA color corresponding to the specified position and ordinal.
protected Color	Path.getColor(Position pos, Integer ordinal) Returns an RGBA color corresponding to the specified position from the original position list and its corresponding ordinal number by delegating the call to this path's positionColors.
protected boolean	Polyline.isSegmentVisible(DrawContext dc, Position posA, Position posB, Vec4 ptA, Vec4 ptB)
protected boolean	Path.isSegmentVisible(DrawContext dc, Position posA, Position posB, Vec4 ptA, Vec4 ptB) Determines whether the segment between two path positions is visible.
protected ArrayList<Vec4>	Polyline.makeSegment(DrawContext dc, Position posA, Position posB, Vec4 ptA, Vec4 ptB)
protected void	Path.makeSegment(DrawContext dc, Position posA, Position posB, Vec4 ptA, Vec4 ptB, Color colorA, Color colorB, int ordinalA, int ordinalB, Path.PathData pathData) Creates the interior segment positions to adhere to the current path type and terrain-following settings.
void	UserFacingIcon.move(Position position)
void	SurfaceText.move(Position position) Shift the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.
void	SurfaceImage.move(Position delta)
void	SurfaceIcon.move(Position delta)
void	Quadrilateral.move(Position delta)
void	Polyline.move(Position delta)
void	PointPlacemark.move(Position delta) Shift the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.
void	Path.move(Position delta)
void	GlobeAnnotation.move(Position position)
void	AbstractSurfaceShape.move(Position position)
void	AbstractShape.move(Position delta)
void	UserFacingIcon.moveTo(Position position)
void	SurfaceText.moveTo(Position position) Move the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.
void	SurfaceImage.moveTo(Position position)
void	SurfaceIcon.moveTo(Position position)
void	RigidShape.moveTo(Position position) Move the Rigid Shape to the specified destination.
void	Quadrilateral.moveTo(Position position)
void	Polyline.moveTo(Position position)
void	Polygon.moveTo(Position position) Move the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.
void	PointPlacemark.moveTo(Position position) Move the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.
void	Path.moveTo(Position position)
void	GlobeAnnotation.moveTo(Position position)
void	ExtrudedPolygon.moveTo(Position position) Move the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.
void	AbstractSurfaceShape.moveTo(Position position)
void	AbstractGeneralShape.moveTo(Position position)
void	MultiLineTextRenderer.pick(String text, int x, int y, int textLineHeight, DrawContext dc, PickSupport pickSupport, Object refObject, Position refPosition) Draw text with unique colors word bounding rectangles and add each as a pickable object to the provided PickSupport instance.
void	MultiLineTextRenderer.pickHTML(String text, int x, int y, TextRendererCache renderers, DrawContext dc, PickSupport pickSupport, Object refObject, Position refPosition) Draw text with unique colors word bounding rectangles and add each as a pickable object to the provided PickSupport instance.
protected void	MultiLineTextRenderer.pickWord(String word, String hyperlink, double drawX, double drawY, Rectangle2D wordBounds, DrawContext dc, PickSupport pickSupport, Object refObject, Position refPosition)
void	RigidShape.setCenterPosition(Position centerPosition) Specifies this shape's center position.
void	AbstractGeneralShape.setModelPosition(Position modelPosition) Specifies this shape's geographic position.
void	WWIcon.setPosition(Position iconPosition) Sets the icon's geographic position.
void	UserFacingText.setPosition(Position position)
void	UserFacingIcon.setPosition(Position iconPosition)
void	SurfaceText.setPosition(Position position) Specifies the geographic position of the text.
void	PointPlacemark.setPosition(Position position) Sets the placemark's position.
void	GlobeBrowserBalloon.setPosition(Position position) Set the balloon to a position on the globe.
void	GlobeBalloon.setPosition(Position position) Set the balloon to a position on the globe.
void	GlobeAnnotationBalloon.setPosition(Position position) Set the balloon to a position on the globe.
void	GlobeAnnotation.setPosition(Position position)
void	GeographicText.setPosition(Position position) Specifies the geographic position of the text.
protected void	SurfaceImage.setReferencePosition(Position referencePosition)
void	AbstractShape.setReferencePosition(Position referencePosition) Specifies the position to use as a reference position for computed geometry.
void	DrawContextImpl.setViewportCenterPosition(Position viewportCenterPosition)
void	DrawContext.setViewportCenterPosition(Position viewportCenterPosition) Specifies the geographic coordinates of the point on the terrain at the current viewport's center.

Method parameters in gov.nasa.worldwind.render with type arguments of type Position

void	Polygon.addInnerBoundary(Iterable<? extends Position> corners) Add an inner boundary to this polygon.
protected FloatBuffer	Path.computeAbsolutePoints(DrawContext dc, List<Position> positions, FloatBuffer path, Path.PathData pathData) Computes a model-coordinate path from a list of positions, using the altitudes in the specified positions.
protected static double[]	Polyline.computeElevationExtremes(Iterable<? extends Position> positions)
protected void	Path.computePath(DrawContext dc, List<Position> positions, Path.PathData pathData) Computes the shape's model-coordinate path from a list of positions.
protected FloatBuffer	Path.computePointsRelativeToTerrain(DrawContext dc, List<Position> positions, Double altitude, FloatBuffer path, Path.PathData pathData) Computes a terrain-conforming, model-coordinate path from a list of positions, using either a specified altitude or the altitudes in the specified positions.
protected List<? extends Position>	Polygon.fillBoundary(Iterable<? extends Position> corners) Copies a boundary's positions to this shape's internal boundary list.
void	Polygon.setOuterBoundary(Iterable<? extends Position> corners) Specifies the latitude, longitude and altitude of the outer boundary positions defining this polygon.
void	Polyline.setPositions(Iterable<? extends Position> inPositions) Specifies the path's positions.
void	Path.setPositions(Iterable<? extends Position> positions) Specifies this path's positions, which replace this path's current positions, if any.
void	Path.PathData.setTessellatedPositions(ArrayList<Position> tessellatedPositions)

Constructors in gov.nasa.worldwind.render with parameters of type Position

Box(Position centerPosition, double northSouthRadius, double verticalRadius, double eastWestRadius)
Construct a box from a specified center position and axes lengths.

Box(Position centerPosition, double northSouthRadius, double verticalRadius, double eastWestRadius, Angle heading, Angle tilt, Angle roll)
Construct a Box from a specified center position, axes lengths and rotation angles.

Cone(Position centerPosition, double height, double radius)
Constructs a Cone from a specified center position, height and radius.

Cone(Position centerPosition, double northSouthRadius, double verticalRadius, double eastWestRadius)
Constructs a cone from a specified center position and axes lengths.

Cone(Position centerPosition, double northSouthRadius, double verticalRadius, double eastWestRadius, Angle heading, Angle tilt, Angle roll)
Constructs a cone from a specified center position, axes lengths and rotation angles.

Cylinder(Position centerPosition, double height, double radius)
Constructs a Cylinder from a specified center position, height and radius.

Cylinder(Position centerPosition, double northSouthRadius, double verticalRadius, double eastWestRadius)
Constructs a cylinder from a specified center position and axes lengths.

Cylinder(Position centerPosition, double northSouthRadius, double verticalRadius, double eastWestRadius, Angle heading, Angle tilt, Angle roll)
Constructs a cylinder from a specified center position, axes lengths and rotation angles.

Ellipsoid(Position centerPosition, double northSouthRadius, double verticalRadius, double eastWestRadius)
Construct an ellipsoid from a specified center position and axes lengths.

Ellipsoid(Position centerPosition, double northSouthRadius, double verticalRadius, double eastWestRadius, Angle heading, Angle tilt, Angle roll)
Construct an ellipsoid from a specified center position, axes lengths and rotation angles.

GlobeAnnotation(String text, Position position)
Creates a GlobeAnnotation with the given text, at the given globe Position.

GlobeAnnotation(String text, Position position, AnnotationAttributes defaults)
Creates a GlobeAnnotation with the given text, at the given globe Position.

GlobeAnnotation(String text, Position position, Font font)
Creates a GlobeAnnotation with the given text, at the given globe Position.

GlobeAnnotation(String text, Position position, Font font, Color textColor)
Creates a GlobeAnnotation with the given text, at the given globe Position.

GlobeAnnotationBalloon(String text, Position position)
Create the balloon.

GlobeBrowserBalloon(String text, Position position)
Constructs a new GlobeBrowserBalloon with the specified text content and position.

Path(Position posA, Position posB)
Creates a path between two positions.

Pedestal(String iconPath, Position iconPosition)

PointPlacemark(Position position)
Construct a point placemark.

Pyramid(Position centerPosition, double height, double width)
Construct a Pyramid from a specified center position, height and width.

Pyramid(Position centerPosition, double northSouthRadius, double verticalRadius, double eastWestRadius)
Construct a Pyramid from a specified center position and axes lengths.

Pyramid(Position centerPosition, double northSouthRadius, double verticalRadius, double eastWestRadius, Angle heading, Angle tilt, Angle roll)
Construct a Pyramid from a specified center position, axes lengths and rotation angles.

SurfaceText(String text, Position position)
Create a new surface text object.

SurfaceText(String text, Position position, Font font, Color color)
Create a new surface text object.

UserFacingIcon(Object imageSource, Position iconPosition)

UserFacingIcon(String iconPath, Position iconPosition)

UserFacingText(CharSequence text, Position textPosition)

Wedge(Position centerPosition, Angle angle, double height, double radius)
Constructs a Wedge from a specified center position, height, radius and angle.

Wedge(Position centerPosition, Angle angle, double northSouthRadius, double verticalRadius, double eastWestRadius)
Constructs a wedge from a specified center position and axes lengths.

Wedge(Position centerPosition, Angle angle, double northSouthRadius, double verticalRadius, double eastWestRadius, Angle heading, Angle tilt, Angle roll)
Constructs a wedge from a specified center position, axes lengths and rotation angles.

Constructor parameters in gov.nasa.worldwind.render with type arguments of type Position

ExtrudedPolygon(Iterable<? extends Position> corners)
Constructs an extruded polygon from an outer boundary.

ExtrudedPolygon(Iterable<? extends Position> corners, Iterable<?> imageSources)
Constructs an extruded polygon from an outer boundary and apply specified textures to its outer faces.

MultiResolutionPath(Iterable<? extends Position> positions)
Creates a path with specified positions.

Path(Iterable<? extends Position> positions)
Creates a path with specified positions.

Polygon.BoundaryInfo(List<? extends Position> positions)
Construct an instance for a specified boundary.

Polygon(Iterable<? extends Position> corners)
Construct a polygon for a specified outer boundary.

Polyline(Iterable<? extends Position> positions)

Uses of Position in gov.nasa.worldwind.render.airspaces

Methods in gov.nasa.worldwind.render.airspaces that return Position

protected Position	AbstractAirspace.computeReferencePosition(List<? extends LatLon> locations, double[] altitudes)
Position	TrackAirspace.getReferencePosition()
Position	SphereAirspace.getReferencePosition()
Position	Route.getReferencePosition()
Position	Polygon.getReferencePosition()
Position	Orbit.getReferencePosition()
Position	Curtain.getReferencePosition()
Position	CappedCylinder.getReferencePosition()
Position	Cake.getReferencePosition()
Position	Box.getReferencePosition()

Methods in gov.nasa.worldwind.render.airspaces with parameters of type Position

protected void	TrackAirspace.doMoveTo(Position oldRef, Position newRef)
protected void	SphereAirspace.doMoveTo(Position oldRef, Position newRef)
protected void	Route.doMoveTo(Position oldRef, Position newRef)
protected void	Polygon.doMoveTo(Position oldRef, Position newRef)
protected void	Orbit.doMoveTo(Position oldRef, Position newRef)
protected void	Curtain.doMoveTo(Position oldRef, Position newRef)
protected void	CappedCylinder.doMoveTo(Position oldRef, Position newRef)
protected void	Cake.doMoveTo(Position oldRef, Position newRef)
protected void	Box.doMoveTo(Position oldRef, Position newRef)
protected void	AbstractAirspace.doMoveTo(Position oldRef, Position newRef)
void	AbstractAirspace.move(Position position)
void	AbstractAirspace.moveTo(Position position)

Uses of Position in gov.nasa.worldwind.render.markers

Fields in gov.nasa.worldwind.render.markers declared as Position

protected Position

BasicMarker.position

Methods in gov.nasa.worldwind.render.markers that return Position

Position	Marker.getPosition()
Position	BasicMarker.getPosition()

Methods in gov.nasa.worldwind.render.markers with parameters of type Position

protected Vec4	MarkerRenderer.computeSurfacePoint(DrawContext dc, Position pos)
void	Marker.setPosition(Position position)
void	BasicMarker.setPosition(Position position)

Constructors in gov.nasa.worldwind.render.markers with parameters of type Position

BasicMarker(Position position, MarkerAttributes attrs)

BasicMarker(Position position, MarkerAttributes attrs, Angle heading)

Uses of Position in gov.nasa.worldwind.symbology

Fields in gov.nasa.worldwind.symbology declared as Position

protected Position	TacticalGraphicLabel.orientationPosition The label is drawn along a line from the label position to the orientation position.
protected Position	TacticalGraphicLabel.position The label's geographic position.
protected Position	AbstractTacticalSymbol.position Indicates this symbol's geographic position.

Methods in gov.nasa.worldwind.symbology that return Position

Position	TacticalGraphicLabel.getOrientationPosition() Indicates the orientation position.
Position	TacticalSymbol.getPosition() Indicates this symbol's geographic position.
Position	TacticalPoint.getPosition() Indicates the position of the graphic.
Position	TacticalGraphicLabel.getPosition() Indicates the label's position.
Position	AbstractTacticalSymbol.getPosition() Indicates this symbol's geographic position.
Position	AbstractTacticalSymbol.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.

Methods in gov.nasa.worldwind.symbology that return types with arguments of type Position

static List<Position>	TacticalGraphicUtil.asPositionList(Globe globe, Vec4... points) Convert a list of cartesian points to Positions.
Iterable<? extends Position>	TacticalGraphic.getPositions() Indicates the positions of the control points that place and orient the graphic.

Methods in gov.nasa.worldwind.symbology with parameters of type Position

TacticalCircle	TacticalGraphicFactory.createCircle(String symbolIdentifier, Position center, double radius, AVList modifiers) Create a circular graphic.
TacticalPoint	TacticalGraphicFactory.createPoint(String symbolIdentifier, Position position, AVList modifiers) Create a tactical graphic positioned by a single control point.
void	AbstractTacticalSymbol.move(Position delta) Shift the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.
void	AbstractTacticalGraphic.move(Position delta) Shift the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.
void	AbstractTacticalSymbol.moveTo(Position position) Move the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.
void	AbstractTacticalGraphic.moveTo(Position position) Move the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.
void	TacticalGraphicLabel.setOrientationPosition(Position orientationPosition) Specifies the orientation position.
void	TacticalSymbol.setPosition(Position position) Specifies this symbol's geographic position.
void	TacticalPoint.setPosition(Position position) Specifies the position of the graphic.
void	TacticalGraphicLabel.setPosition(Position position) Indicates the label's geographic position.
void	AbstractTacticalSymbol.setPosition(Position position) Specifies this symbol's geographic position.

Method parameters in gov.nasa.worldwind.symbology with type arguments of type Position

TacticalGraphic	TacticalGraphicFactory.createGraphic(String symbolIdentifier, Iterable<? extends Position> positions, AVList modifiers) Create a tactical graphic positioned by more than one control point.
TacticalQuad	TacticalGraphicFactory.createQuad(String symbolIdentifier, Iterable<? extends Position> positions, AVList modifiers) Create a graphic with four sides.
static void	TacticalGraphicUtil.placeLabelsOnPath(DrawContext dc, Iterable<? extends Position> positions, TacticalGraphicLabel label1, TacticalGraphicLabel label2, double distance) Position one or two labels some distance along the path.
void	TacticalGraphic.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.

Constructors in gov.nasa.worldwind.symbology with parameters of type Position

AbstractTacticalSymbol(Position position)
Constructs a new symbol with the specified position.

Uses of Position in gov.nasa.worldwind.symbology.milstd2525

Methods in gov.nasa.worldwind.symbology.milstd2525 that return Position

Position	MilStd2525PointGraphic.getPosition() Indicates the position of the graphic.
Position	MilStd2525PointGraphic.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.

Methods in gov.nasa.worldwind.symbology.milstd2525 that return types with arguments of type Position

Iterable<? extends Position>

MilStd2525PointGraphic.getPositions() Indicates the positions of the control points that place and orient the graphic.

Methods in gov.nasa.worldwind.symbology.milstd2525 with parameters of type Position

TacticalCircle	MilStd2525GraphicFactory.createCircle(String sidc, Position center, double radius, AVList modifiers) Create a circular graphic.
TacticalPoint	MilStd2525GraphicFactory.createPoint(String sidc, Position position, AVList params) Create a tactical graphic positioned by a single control point.
protected TacticalSymbol	AbstractMilStd2525TacticalGraphic.createSymbol(String sidc, Position position, TacticalSymbolAttributes attrs)
void	MilStd2525PointGraphic.move(Position delta) Shift the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.
void	MilStd2525PointGraphic.moveTo(Position position) Move the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.
void	MilStd2525PointGraphic.setPosition(Position position) Specifies the position of the graphic.

Method parameters in gov.nasa.worldwind.symbology.milstd2525 with type arguments of type Position

MilStd2525TacticalGraphic	MilStd2525GraphicFactory.createGraphic(String sidc, Iterable<? extends Position> positions, AVList modifiers) Create a tactical graphic positioned by more than one control point.
TacticalQuad	MilStd2525GraphicFactory.createQuad(String sidc, Iterable<? extends Position> positions, AVList modifiers) Create a graphic with four sides.
void	MilStd2525PointGraphic.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.

Constructors in gov.nasa.worldwind.symbology.milstd2525 with parameters of type Position

MilStd2525TacticalSymbol(String symbolId, Position position)
Constructs a tactical symbol for the MIL-STD-2525 symbology set with the specified symbol identifier and position.

MilStd2525TacticalSymbol(String symbolId, Position position, AVList modifiers)
Constructs a tactical symbol for the MIL-STD-2525 symbology set with the specified symbol identifier, position, and list of modifiers.

Uses of Position in gov.nasa.worldwind.symbology.milstd2525.graphics

Fields in gov.nasa.worldwind.symbology.milstd2525.graphics declared as Position

protected Position	TriangleWavePositionIterator.firstPosition First position along the line.
protected Position	TriangleWavePositionIterator.nextControlPosition Position of the next control point.
protected Position	EchelonSymbol.orientationPosition The label is drawn along a line from the label position to the orientation position.
protected Position	TriangleWavePositionIterator.thisPosition Current position.
protected Position	TriangleWavePositionIterator.waveEndPosition End position for the current wave.

Fields in gov.nasa.worldwind.symbology.milstd2525.graphics with type parameters of type Position

protected Iterator<? extends Position>

TriangleWavePositionIterator.positions Control positions.

Methods in gov.nasa.worldwind.symbology.milstd2525.graphics that return Position

protected Position	TriangleWavePositionIterator.computeNext() Compute the next position along the line, and transition the state machine to the next state (if appropriate).
Position	EchelonSymbol.getOrientationPosition() Indicates the orientation position.
Position	TriangleWavePositionIterator.next()

Methods in gov.nasa.worldwind.symbology.milstd2525.graphics with parameters of type Position

void	EchelonSymbol.setOrientationPosition(Position orientationPosition) Specifies the orientation position.

Constructors in gov.nasa.worldwind.symbology.milstd2525.graphics with parameters of type Position

TacticalGraphicSymbol(String sidc, Position position)
Constructs a new symbol with the specified position.

Constructor parameters in gov.nasa.worldwind.symbology.milstd2525.graphics with type arguments of type Position

TriangleWavePositionIterator(Iterable<? extends Position> positions, double waveLength, double amplitude, Globe globe)
Create a new iterator to compute the positions of a triangle wave.

Uses of Position in gov.nasa.worldwind.symbology.milstd2525.graphics.areas

Fields in gov.nasa.worldwind.symbology.milstd2525.graphics.areas declared as Position

protected Position	LimitedAccessArea.attachmentPosition
protected Position	SectorRangeFan.position Position of the center of the range fan.
protected Position	CircularRangeFan.position Position of the center of the range fan.
protected Position	SearchArea.position1 First control point.
protected Position	AttackByFirePosition.position1 First control point.
protected Position	Ambush.position1 First control point.
protected Position	SearchArea.position2 Second control point.
protected Position	AttackByFirePosition.position2 Second control point.
protected Position	Ambush.position2 Second control point.
protected Position	SearchArea.position3 Third control point.
protected Position	AttackByFirePosition.position3 Third control point.
protected Position	Ambush.position3 Third control point.
protected Position	SupportByFirePosition.position4 Fourth control point.
protected Position	LimitedAccessArea.symbolPosition

Fields in gov.nasa.worldwind.symbology.milstd2525.graphics.areas with type parameters of type Position

protected List<Position>	FortifiedArea.computedPositions Positions computed from the original positions.
protected List<Position>	Encirclement.computedPositions Positions computed from the original positions.
protected Iterable<? extends Position>	MinimumSafeDistanceZones.positions Position of the center of the range fan.
protected Iterable<? extends Position>	FortifiedArea.positions Original positions specified by the application.
protected Iterable<? extends Position>	Encirclement.positions Original positions specified by the application.
protected Iterable<? extends Position>	AbstractRectangularGraphic.positions

Methods in gov.nasa.worldwind.symbology.milstd2525.graphics.areas that return Position

protected Position	IrregularFireSupportArea.computeTimeLabelPosition(DrawContext dc) Determine the position of the time range label.
protected Position	GroupOfTargets.determineMainLabelPosition(DrawContext dc) Compute the position for the area's main label.
protected Position	BasicArea.determineMainLabelPosition(DrawContext dc) Compute the position for the area's main label.
protected Position	Airhead.determineMainLabelPosition(DrawContext dc) Compute the position for the area's main label.
protected Position	SectorRangeFan.determineRangeLabelPosition(Position center, Angle centerAzimuth, Angle leftAzimuth, Angle rightAzimuth, double radiusRadians) Determine the position of a range label for a ring in the range fan.
Position	SectorRangeFan.getPosition() Indicates the center position of the range ran.
Position	MinimumSafeDistanceZones.getPosition() Indicates the center position of the range ran.
Position	CircularRangeFan.getPosition() Indicates the center position of the range ran.
Position	AbstractCircularGraphic.getPosition() Indicates the position of the graphic.
Position	SectorRangeFan.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	SearchArea.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	MinimumSafeDistanceZones.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	LimitedAccessArea.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	Dummy.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	CircularRangeFan.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	BasicArea.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	AttackByFirePosition.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	Ambush.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	AbstractRectangularGraphic.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	AbstractCircularGraphic.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.

Methods in gov.nasa.worldwind.symbology.milstd2525.graphics.areas that return types with arguments of type Position

protected List<Position>	Ambush.computeArcPositions(DrawContext dc, Ambush.ArcData arcData) Compute positions required to draw the arc.
protected List<Position>	Ambush.computeArrowheadPositions(DrawContext dc, Position tip, Ambush.ArcData arcData) Determine the positions that make up the arrowhead.
protected List<Position>	SearchArea.computeArrowheadPositions(DrawContext dc, Position startPosition, Position endPosition) Determine the positions that make up the arrowhead.
protected List<Position>	AttackByFirePosition.computeArrowheadPositions(DrawContext dc, Position base, Position tip) Determine the positions that make up the arrowhead.
protected List<Position>	SectorRangeFan.computeArrowheadPositions(DrawContext dc, Position base, Position tip, double arrowLength, Angle arrowAngle) Compute the positions of the arrow head for the sector center line.
protected List<Position>	SearchArea.computeArrowheadPositions(DrawContext dc, Position base, Position tip, double arrowLength, Angle arrowAngle) Compute the positions of the arrow head of the graphic's legs.
protected List<Position>	AttackByFirePosition.computeBasePositions(DrawContext dc, Position position1, Position position2, Position orientationPos) Determine the positions that make up the base of the graphic (a trapezoid missing one side).
protected List<Position>	SearchArea.computePathPositions(Position startPosition, Position endPosition, Angle delta)
Iterable<? extends Position>	SupportByFirePosition.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	SectorRangeFan.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	SearchArea.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	RectangularTarget.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	MinimumSafeDistanceZones.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	LimitedAccessArea.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	FortifiedArea.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	Encirclement.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	Dummy.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	CircularRangeFan.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	BasicArea.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	AttackByFirePosition.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	Ambush.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	AbstractRectangularGraphic.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	AbstractCircularGraphic.getPositions() Indicates the positions of the control points that place and orient the graphic.

Methods in gov.nasa.worldwind.symbology.milstd2525.graphics.areas with parameters of type Position

protected List<Position>	Ambush.computeArrowheadPositions(DrawContext dc, Position tip, Ambush.ArcData arcData) Determine the positions that make up the arrowhead.
protected List<Position>	SearchArea.computeArrowheadPositions(DrawContext dc, Position startPosition, Position endPosition) Determine the positions that make up the arrowhead.
protected List<Position>	AttackByFirePosition.computeArrowheadPositions(DrawContext dc, Position base, Position tip) Determine the positions that make up the arrowhead.
protected List<Position>	SectorRangeFan.computeArrowheadPositions(DrawContext dc, Position base, Position tip, double arrowLength, Angle arrowAngle) Compute the positions of the arrow head for the sector center line.
protected List<Position>	SearchArea.computeArrowheadPositions(DrawContext dc, Position base, Position tip, double arrowLength, Angle arrowAngle) Compute the positions of the arrow head of the graphic's legs.
protected List<Position>	AttackByFirePosition.computeBasePositions(DrawContext dc, Position position1, Position position2, Position orientationPos) Determine the positions that make up the base of the graphic (a trapezoid missing one side).
protected List<Position>	SearchArea.computePathPositions(Position startPosition, Position endPosition, Angle delta)
protected Position	SectorRangeFan.determineRangeLabelPosition(Position center, Angle centerAzimuth, Angle leftAzimuth, Angle rightAzimuth, double radiusRadians) Determine the position of a range label for a ring in the range fan.
void	FortifiedArea.moveTo(Position position) Move the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.
void	Encirclement.moveTo(Position position) Move the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.
void	SectorRangeFan.setPosition(Position position) Specifies the center position of the range ran.
void	MinimumSafeDistanceZones.setPosition(Position position) Specifies the center position of the range ran.
void	CircularRangeFan.setPosition(Position position) Specifies the center position of the range ran.
void	AbstractCircularGraphic.setPosition(Position position) Specifies the position of the graphic.

Method parameters in gov.nasa.worldwind.symbology.milstd2525.graphics.areas with type arguments of type Position

protected void	SectorRangeFan.createArc(DrawContext dc, double radius, Angle leftAzimuth, Angle rightAzimuth, List<Position> positions) Create positions to draw an arc around the graphic's center position.
protected Path	SectorRangeFan.createPath(List<Position> positions) Create and configure the Path used to render this graphic.
protected Path	SearchArea.createPath(List<Position> positions) Create and configure the Path used to render this graphic.
protected Path	AttackByFirePosition.createPath(List<Position> positions) Create and configure the Path used to render this graphic.
protected Path	Ambush.createPath(List<Position> positions) Create and configure the Path used to render this graphic.
protected void	FortifiedArea.generateIntermediatePositions(DrawContext dc, Iterable<? extends Position> positions) Generate the positions required to draw the polygon with a square wave boundary.
protected void	Encirclement.generateIntermediatePositions(DrawContext dc, Iterable<? extends Position> positions) Generate the positions required to draw the polygon with a triangle wave boundary.
void	SupportByFirePosition.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	SectorRangeFan.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	SearchArea.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	RectangularTarget.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	MinimumSafeDistanceZones.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	LimitedAccessArea.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	FortifiedArea.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	Encirclement.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	Dummy.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	CircularRangeFan.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	BasicArea.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	AttackByFirePosition.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	Ambush.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	AirfieldZone.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	AbstractRectangularGraphic.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	AbstractCircularGraphic.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.

Constructors in gov.nasa.worldwind.symbology.milstd2525.graphics.areas with parameters of type Position

LimitedAccessSymbol(String sidc, Position position)

Uses of Position in gov.nasa.worldwind.symbology.milstd2525.graphics.lines

Fields in gov.nasa.worldwind.symbology.milstd2525.graphics.lines declared as Position

protected Position	LinearTarget.endPosition Second control point.
protected Position	DirectionOfAttack.endPosition Second control point.
protected Position	DirectionOfAttackForFeint.labelOrientationPosition Orientation position for the label.
protected Position	DirectionOfAttackForFeint.labelPosition Position of the label along the curve.
protected Position	ForwardLineOfOwnTroops.PositionIterator.nextControlPosition Position of the next control point.
protected Position	PrincipleDirectionOfFire.position1 First control point.
protected Position	InfiltrationLane.position1 First control point.
protected Position	HoldingLine.position1 First control point, defines the start of the line.
protected Position	PrincipleDirectionOfFire.position2 Second control point.
protected Position	InfiltrationLane.position2 Second control point.
protected Position	HoldingLine.position2 Second control point, defines the end of the line.
protected Position	PrincipleDirectionOfFire.position3 Third control point.
protected Position	InfiltrationLane.position3 Third control point.
protected Position	HoldingLine.position3 Third control point, defines the top of the arc.
protected Position	LinearTarget.startPosition First control point.
protected Position	DirectionOfAttack.startPosition First control point.
protected Position	ForwardLineOfOwnTroops.PositionIterator.thisPosition Current position.

Fields in gov.nasa.worldwind.symbology.milstd2525.graphics.lines with type parameters of type Position

protected List<? extends Position>	AbstractAxisArrow.arrowPositions Positions computed from the control points, used to draw the arrow path.
protected List<Position>	ForwardLineOfOwnTroops.computedPositions Positions computed from the original positions.
protected Iterable<? extends Position>	Route.positions Control points that define the shape.
protected Iterable<? extends Position>	ForwardLineOfOwnTroops.positions Original positions specified by the application.
protected Iterator<? extends Position>	ForwardLineOfOwnTroops.PositionIterator.positions Control positions.
protected Iterable<? extends Position>	AbstractAxisArrow.positions Control points that define the shape.

Methods in gov.nasa.worldwind.symbology.milstd2525.graphics.lines that return Position

protected Position	Route.computeMainLabelPosition(DrawContext dc, TacticalGraphicLabel label, Position midpoint, Position posB) Compute the position of the graphic's main label.
protected Position	Airborne.computeSymbolPosition() Compute the position of the symbol drawn between the first two control points.
protected Position	DoseRateContourLine.determineMainLabelPosition(DrawContext dc) Compute the position for the area's main label.
Position	Route.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	PrincipleDirectionOfFire.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	PhaseLine.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	LinearTarget.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	InfiltrationLane.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	HoldingLine.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	ForwardEdgeOfBattleArea.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	FireSupportLine.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	DirectionOfAttack.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	AbstractAxisArrow.getReferencePosition() A position associated with the object that indicates its aggregate geographic position.
Position	ForwardLineOfOwnTroops.PositionIterator.next()

Methods in gov.nasa.worldwind.symbology.milstd2525.graphics.lines that return types with arguments of type Position

protected List<Position>	PullUpPoint.asPositionList(LatLon... locations) Convert a list of LatLon to a list of Positions at zero elevation.
protected List<Position>	PrincipleDirectionOfFire.computeArrowheadPositions(DrawContext dc, Position startPosition, Position endPosition) Determine the positions that make up the arrowhead.
protected List<Position>	DirectionOfAttack.computeArrowheadPositions(DrawContext dc, Vec4 tip, Vec4 dir, double length) Determine the positions that make up the arrowhead.
protected List<Position>	LinearTarget.computeVerticalSegmentPositions(Globe globe, Vec4 basePoint, Vec4 segment, double verticalLength) Compute positions for one of the vertical segments in the graphic.
protected List<Position>	DirectionOfAttackAviation.createBowTie(DrawContext dc, Position pos1, Position pos2) Create positions required to to draw the bow tie part of the graphic.
protected List<Position>	ForwardLineOfOwnTroops.generateWavePositions(Iterator<? extends Position> iterator, double radius, boolean reverse)
Iterable<? extends Position>	Route.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	PrincipleDirectionOfFire.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	PhaseLine.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	LinearTarget.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	InfiltrationLane.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	HoldingLine.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	ForwardLineOfOwnTroops.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	ForwardEdgeOfBattleArea.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	FireSupportLine.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	DirectionOfAttack.getPositions() Indicates the positions of the control points that place and orient the graphic.
Iterable<? extends Position>	AbstractAxisArrow.getPositions() Indicates the positions of the control points that place and orient the graphic.

Methods in gov.nasa.worldwind.symbology.milstd2525.graphics.lines with parameters of type Position

protected void	HoldingLine.computeArc(Globe globe, List<Position> positions, Position center, Angle startAzimuth, Angle endAzimuth, double radius, int intervals) Compute the positions required to draw an arc.
protected List<Position>	PrincipleDirectionOfFire.computeArrowheadPositions(DrawContext dc, Position startPosition, Position endPosition) Determine the positions that make up the arrowhead.
protected Position	Route.computeMainLabelPosition(DrawContext dc, TacticalGraphicLabel label, Position midpoint, Position posB) Compute the position of the graphic's main label.
protected List<Position>	DirectionOfAttackAviation.createBowTie(DrawContext dc, Position pos1, Position pos2) Create positions required to to draw the bow tie part of the graphic.
protected Path	Route.createPath(Position start, Position end) Create between two points and configure the Path.
void	LineOfContact.moveTo(Position position) Move the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.
void	ForwardLineOfOwnTroops.moveTo(Position position) Move the shape over the globe's surface while maintaining its original azimuth, its orientation relative to North.

Method parameters in gov.nasa.worldwind.symbology.milstd2525.graphics.lines with type arguments of type Position

protected void	HoldingLine.computeArc(Globe globe, List<Position> positions, Position center, Angle startAzimuth, Angle endAzimuth, double radius, int intervals) Compute the positions required to draw an arc.
protected double	ForwardLineOfOwnTroops.computeDefaultWavelength(Iterable<? extends Position> positions, Globe globe)
protected Angle	ForwardLineOfOwnTroops.computeGreatCirclePathLength(Iterable<? extends Position> positions)
protected void	HoldingLine.computeRoundCorner(Globe globe, List<Position> positions, Vec4 ptLeg1, Vec4 ptVertex, Vec4 ptLeg2, double distance, int intervals) Compute positions to draw a rounded corner between three points.
protected double	MainAttack.createArrowHeadPositions(List<Position> leftPositions, List<Position> rightPositions, List<Position> arrowHeadPositions, Globe globe)
protected double	MainAttack.createArrowHeadPositions(List<Position> leftPositions, List<Position> rightPositions, List<Position> arrowHeadPositions, Globe globe)
protected double	MainAttack.createArrowHeadPositions(List<Position> leftPositions, List<Position> rightPositions, List<Position> arrowHeadPositions, Globe globe)
protected double	Aviation.createArrowHeadPositions(List<Position> leftPositions, List<Position> rightPositions, List<Position> arrowHeadPositions, Globe globe) Create positions that make up the arrow head.
protected double	Aviation.createArrowHeadPositions(List<Position> leftPositions, List<Position> rightPositions, List<Position> arrowHeadPositions, Globe globe) Create positions that make up the arrow head.
protected double	Aviation.createArrowHeadPositions(List<Position> leftPositions, List<Position> rightPositions, List<Position> arrowHeadPositions, Globe globe) Create positions that make up the arrow head.
protected double	AdvanceForFeint.createArrowHeadPositions(List<Position> leftPositions, List<Position> rightPositions, List<Position> arrowHeadPositions, Globe globe) Create positions that make up the arrow head.
protected double	AdvanceForFeint.createArrowHeadPositions(List<Position> leftPositions, List<Position> rightPositions, List<Position> arrowHeadPositions, Globe globe) Create positions that make up the arrow head.
protected double	AdvanceForFeint.createArrowHeadPositions(List<Position> leftPositions, List<Position> rightPositions, List<Position> arrowHeadPositions, Globe globe) Create positions that make up the arrow head.
protected double	AbstractAxisArrow.createArrowHeadPositions(List<Position> leftPositions, List<Position> rightPositions, List<Position> arrowHeadPositions, Globe globe) Create positions that make up the arrow head.
protected double	AbstractAxisArrow.createArrowHeadPositions(List<Position> leftPositions, List<Position> rightPositions, List<Position> arrowHeadPositions, Globe globe) Create positions that make up the arrow head.
protected double	AbstractAxisArrow.createArrowHeadPositions(List<Position> leftPositions, List<Position> rightPositions, List<Position> arrowHeadPositions, Globe globe) Create positions that make up the arrow head.
protected void	AttackRotaryWing.createLinePositions(List<Position> leftPositions, List<Position> rightPositions, double halfWidth, Globe globe)
protected void	AttackRotaryWing.createLinePositions(List<Position> leftPositions, List<Position> rightPositions, double halfWidth, Globe globe)
protected void	AbstractAxisArrow.createLinePositions(List<Position> leftPositions, List<Position> rightPositions, double halfWidth, Globe globe) Create positions that make up the left and right arrow lines.
protected void	AbstractAxisArrow.createLinePositions(List<Position> leftPositions, List<Position> rightPositions, double halfWidth, Globe globe) Create positions that make up the left and right arrow lines.
protected Path	PrincipleDirectionOfFire.createPath(List<Position> positions) Create and configure the Path used to render this graphic.
protected Path	LinearTarget.createPath(List<Position> positions) Create and configure the Path used to render this graphic.
protected Path	InfiltrationLane.createPath(List<Position> positions) Create and configure the Path used to render this graphic.
protected Path	DirectionOfAttack.createPath(List<Position> positions) Create and configure the Path used to render this graphic.
protected void	LineOfContact.generateIntermediatePositions(DrawContext dc, Iterable<? extends Position> positions) Generate the positions required to draw the line.
protected void	ForwardLineOfOwnTroops.generateIntermediatePositions(DrawContext dc, Iterable<? extends Position> positions) Generate the positions required to draw the polygon with a triangle wave boundary.
void	LineOfContact.generateParallelLines(Iterator<? extends Position> iterator, List<Position> leftPositions, List<Position> rightPositions, double halfWidth, Globe globe) Create positions that describe lines parallel to a control line.
void	LineOfContact.generateParallelLines(Iterator<? extends Position> iterator, List<Position> leftPositions, List<Position> rightPositions, double halfWidth, Globe globe) Create positions that describe lines parallel to a control line.
void	LineOfContact.generateParallelLines(Iterator<? extends Position> iterator, List<Position> leftPositions, List<Position> rightPositions, double halfWidth, Globe globe) Create positions that describe lines parallel to a control line.
protected void	LineOfContact.generateParallelPoints(Vec4 point, Vec4 prev, Vec4 next, List<Position> leftPositions, List<Position> rightPositions, double halfWidth, Globe globe) Compute points on either side of a line segment.
protected void	LineOfContact.generateParallelPoints(Vec4 point, Vec4 prev, Vec4 next, List<Position> leftPositions, List<Position> rightPositions, double halfWidth, Globe globe) Compute points on either side of a line segment.
protected List<Position>	ForwardLineOfOwnTroops.generateWavePositions(Iterator<? extends Position> iterator, double radius, boolean reverse)
void	Route.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	PrincipleDirectionOfFire.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	PhaseLine.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	LinearTarget.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	InfiltrationLane.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	HoldingLine.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	ForwardLineOfOwnTroops.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	ForwardEdgeOfBattleArea.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	FireSupportLine.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	DirectionOfAttack.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	Airborne.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.
void	AbstractAxisArrow.setPositions(Iterable<? extends Position> positions) Specifies the positions of the control points that place and orient the graphic.

Constructor parameters in gov.nasa.worldwind.symbology.milstd2525.graphics.lines with type arguments of type Position

ForwardLineOfOwnTroops.PositionIterator(Iterable<? extends Position> positions, double interval, Globe globe)
Create a new iterator to compute the positions of a triangle wave.

Uses of Position in gov.nasa.worldwind.terrain

Fields in gov.nasa.worldwind.terrain declared as Position

protected Position	HighResolutionTerrain.RenderInfo.maxElevation
protected Position	HighResolutionTerrain.RenderInfo.minElevation

Methods in gov.nasa.worldwind.terrain that return Position

Position[]	HighResolutionTerrain.getExtremeElevations(LatLon center, double width, double height) Determines the minimum and maximum elevations and their locations within a specified geographic quadrilateral.
Position[]	HighResolutionTerrain.getExtremeElevations(Sector sector) Determines the minimum and maximum elevations and their locations within a specified Sector.

Methods in gov.nasa.worldwind.terrain with parameters of type Position

void	HighResolutionTerrain.cacheIntersectingTiles(Position pA, Position pB) Cause the tiles used by subsequent intersection calculations to be cached so that they are available immediately to those subsequent calculations.
protected Intersection[]	HighResolutionTerrain.doIntersect(Position pA, Position pB) Computes intersections of a line with the terrain.
List<Sector>	HighResolutionTerrain.getIntersectionTiles(Position pA, Position pB)
Vec4	Terrain.getSurfacePoint(Position position) Computes the Cartesian, model-coordinate point of a position on the terrain.
Vec4	SectorGeometryList.getSurfacePoint(Position position) Computes a Cartesian point at a specified latitude, longitude and altitude above the terrain.
Vec4	HighResolutionTerrain.getSurfacePoint(Position position) Computes the Cartesian, model-coordinate point of a position on the terrain.
Intersection[]	Terrain.intersect(Position pA, Position pB) Computes the intersections of a line with the terrain.
Intersection[]	HighResolutionTerrain.intersect(Position pA, Position pB) Computes the intersections of a line with the terrain.
Intersection[]	Terrain.intersect(Position pA, Position pB, int altitudeMode) Computes the intersections of a line with the terrain.
Intersection[]	HighResolutionTerrain.intersect(Position pA, Position pB, int altitudeMode) Computes the intersections of a line with the terrain.
void	HighResolutionTerrain.IntersectionCallback.intersection(Position pA, Position pB, Intersection[] intersections) Called with the computed intersections for a line.
void	HighResolutionTerrain.intersectTriangle(Vec4[] triangleCoordinates, Position[] trianglePositions, List<Position[]> intersectPositionsOut) Intersects a specified triangle with the terrain.

Method parameters in gov.nasa.worldwind.terrain with type arguments of type Position

void	HighResolutionTerrain.intersect(List<Position> positions, HighResolutionTerrain.IntersectionCallback callback) Intersects a specified list of geographic two-position lines with the terrain.

Constructors in gov.nasa.worldwind.terrain with parameters of type Position

HighResolutionTerrain.RenderInfo(int density, float[] vertices, Vec4 refCenter, Position minElev, Position maxElev)

Uses of Position in gov.nasa.worldwind.tracks

Methods in gov.nasa.worldwind.tracks that return Position

Position	TrackPointImpl.getPosition()
Position	TrackPoint.getPosition()

Methods in gov.nasa.worldwind.tracks with parameters of type Position

void	TrackPointImpl.setPosition(Position position)
void	TrackPoint.setPosition(Position position)

Constructors in gov.nasa.worldwind.tracks with parameters of type Position

TrackPointImpl(Position position)

TrackPointImpl(Position position, String time)

Uses of Position in gov.nasa.worldwind.util

Methods in gov.nasa.worldwind.util that return Position

Position	VecBuffer.PositionAccessor.getElement(int position)
Position	PropertyAccessor.PositionAccessor.getPosition()
Position	VecBuffer.getPosition(int position) Returns the vector element at the specified position, as a geographic Position.
Position	RestorableSupport.getStateObjectAsPosition(RestorableSupport.StateObject stateObject) Returns the value of the StateObject as a Position.
Position	RestorableSupport.getStateValueAsPosition(RestorableSupport.StateObject context, String name)
Position	RestorableSupport.getStateValueAsPosition(String name)
static Position	RayCastingSupport.intersectRayWithTerrain(Globe globe, Vec4 origin, Vec4 direction) Compute the intersection Position of the globe terrain with the ray starting at origin in the given direction.
static Position	RayCastingSupport.intersectRayWithTerrain(Globe globe, Vec4 origin, Vec4 direction, double sampleLength, double precision) Compute the intersection Position of the globe terrain with the ray starting at origin in the given direction.

Methods in gov.nasa.worldwind.util that return types with arguments of type Position

Iterable<Position>	VecBuffer.getPositions() Returns an iterator over this buffer's logical vectors, as geographic Positions.
Iterable<? extends Position>	CompoundVecBuffer.getPositions() Returns an iterator over this buffer's logical vectors, as geographic Positions.
Iterable<Position>	VecBuffer.getReversePositions() Returns a reverse iterator over this buffer's logical vectors, as geographic Positions.
Iterable<? extends Position>	CompoundVecBuffer.getReversePositions() Returns a reverse iterator over this buffer's logical vectors, as geographic Positions.
Iterator<Position>	CompoundVecBuffer.PositionIterable.iterator(int index)
Iterator<Position>	CompoundVecBuffer.PositionIterable.reverseIterator(int index)

Methods in gov.nasa.worldwind.util with parameters of type Position

void	RestorableSupport.addStateValueAsPosition(RestorableSupport.StateObject context, String name, Position position)
void	RestorableSupport.addStateValueAsPosition(String name, Position position)
void	VecBuffer.putPosition(int position, Position p) Sets the vector element at the specified position, as a geographic Position.
boolean	PropertyAccessor.PositionAccessor.setPosition(Position value)

Method parameters in gov.nasa.worldwind.util with type arguments of type Position

static void	WWMath.generateParallelLines(List<Position> controlPositions, List<Position> leftPositions, List<Position> rightPositions, double distance, Globe globe) Create positions that describe lines parallel to a control line.
static void	WWMath.generateParallelLines(List<Position> controlPositions, List<Position> leftPositions, List<Position> rightPositions, double distance, Globe globe) Create positions that describe lines parallel to a control line.
static void	WWMath.generateParallelLines(List<Position> controlPositions, List<Position> leftPositions, List<Position> rightPositions, double distance, Globe globe) Create positions that describe lines parallel to a control line.
static Vec4	WWMath.generateParallelPoints(Vec4 point, Vec4 prev, Vec4 next, List<Position> leftPositions, List<Position> rightPositions, double distance, double elevation, Globe globe, Vec4 previousOffset) Compute points on either side of a line segment.
static Vec4	WWMath.generateParallelPoints(Vec4 point, Vec4 prev, Vec4 next, List<Position> leftPositions, List<Position> rightPositions, double distance, double elevation, Globe globe, Vec4 previousOffset) Compute points on either side of a line segment.
void	VecBuffer.putPositions(int position, Iterable<? extends Position> iterable) Sets a subsequence of this buffer with the contents of the specified Iterable.

Uses of Position in gov.nasa.worldwind.util.measure

Fields in gov.nasa.worldwind.util.measure declared as Position

protected Position

MeasureTool.shapeCenterPosition

Fields in gov.nasa.worldwind.util.measure with type parameters of type Position

protected ArrayList<Position>

MeasureTool.positions

Methods in gov.nasa.worldwind.util.measure that return Position

protected Position	MeasureTool.computeSurfacePosition(LatLon latLon)
Position	MeasureTool.getCenterPosition()

Methods in gov.nasa.worldwind.util.measure that return types with arguments of type Position

ArrayList<? extends Position>	MeasureTool.getPositions() Get the list of positions that define the current measure shape.
ArrayList<? extends Position>	LengthMeasurer.getPositions()
protected static ArrayList<? extends Position>	LengthMeasurer.subdividePositions(Globe globe, ArrayList<? extends Position> positions, double maxLength, boolean followTerrain, int pathType) Subdivide a list of positions so that no segment is longer then the provided maxLength.
protected static ArrayList<? extends Position>	LengthMeasurer.subdividePositions(Globe globe, ArrayList<? extends Position> positions, double maxLength, boolean followTerrain, int pathType, int start, int count) Subdivide a list of positions so that no segment is longer then the provided maxLength.

Methods in gov.nasa.worldwind.util.measure with parameters of type Position

protected void	MeasureTool.addControlPoint(Position position, String key, Object value)
protected void	MeasureTool.addControlPointWithLeader(Position position, String controlKey, Object control, String leaderKey, Object leader)
protected Vec4	MeasureTool.computeAnnotationPosition(Position pos)
protected String	MeasureTool.computeCornerControl(Position position)
protected String	MeasureTool.formatCircleMeasurements(Position pos)
protected String	MeasureTool.formatEllipseMeasurements(Position pos)
protected String	MeasureTool.formatLineMeasurements(Position pos)
protected String	MeasureTool.formatPolygonMeasurements(Position pos)
protected String	MeasureTool.formatQuadMeasurements(Position pos)
protected String	MeasureTool.formatSquareMeasurements(Position pos)
protected String	MeasureTool.getDisplayString(Position pos)
String	MeasureTool.getShapeInitialControl(Position position)
protected void	MeasureToolController.moveToPosition(Position oldPosition, Position newPosition) Move the shape to the specified new position
void	MeasureTool.setMeasureShapeType(String shapeType, Position centerPosition, double radius) Set and initialize the measure shape to one of the regular shapes MeasureTool.SHAPE_CIRCLE, MeasureTool.SHAPE_ELLIPSE, MeasureTool.SHAPE_SQUARE or MeasureTool.SHAPE_QUAD.
void	MeasureTool.setMeasureShapeType(String shapeType, Position centerPosition, double width, double height, Angle orientation) Set and initialize the measure shape to one of the regular shapes MeasureTool.SHAPE_CIRCLE, MeasureTool.SHAPE_ELLIPSE, MeasureTool.SHAPE_SQUARE or MeasureTool.SHAPE_QUAD.
protected void	MeasureTool.swapCornerControls(String control, Position position)
protected void	MeasureTool.swapEdgeControls(String control, Position position)
void	MeasureTool.updateAnnotation(Position pos)
protected void	MeasureTool.updateShapeCenter(String control, Position newPosition)
protected void	MeasureTool.updateShapeOrientation(String control, Position newPosition)
protected void	MeasureTool.updateShapeProperties(String control, Position newPosition, String mode)
protected void	MeasureTool.updateShapeSize(String control, Position newPosition)

Method parameters in gov.nasa.worldwind.util.measure with type arguments of type Position

protected String	MeasureTool.getPathType(List<? extends Position> positions)
void	MeasureTool.setPositions(ArrayList<? extends Position> newPositions) Set the measure shape to an arbitrary list of positions.
void	LengthMeasurer.setPositions(ArrayList<? extends Position> positions)
void	AreaMeasurer.setPositions(ArrayList<? extends Position> positions)
protected static ArrayList<? extends Position>	LengthMeasurer.subdividePositions(Globe globe, ArrayList<? extends Position> positions, double maxLength, boolean followTerrain, int pathType) Subdivide a list of positions so that no segment is longer then the provided maxLength.
protected static ArrayList<? extends Position>	LengthMeasurer.subdividePositions(Globe globe, ArrayList<? extends Position> positions, double maxLength, boolean followTerrain, int pathType, int start, int count) Subdivide a list of positions so that no segment is longer then the provided maxLength.

Constructors in gov.nasa.worldwind.util.measure with parameters of type Position

MeasureTool.ControlPoint(Position position, AnnotationAttributes attributes, MeasureTool parent)

MeasureTool.ControlPointWithLeader(Position position, AnnotationAttributes controlPointAttributes, ShapeAttributes leaderAttributes, MeasureTool parent)

Constructor parameters in gov.nasa.worldwind.util.measure with type arguments of type Position

AreaMeasurer(ArrayList<? extends Position> positions)

LengthMeasurer(ArrayList<? extends Position> positions)

Uses of Position in gov.nasa.worldwind.view

Fields in gov.nasa.worldwind.view declared as Position

protected Position	BasicView.eyePosition
protected Position	BasicView.lastEyePosition
protected Position	ViewUtil.ViewState.position

Methods in gov.nasa.worldwind.view that return Position

protected Position	BasicView.computeEyePositionFromModelview()
static Position	ViewUtil.computePosition(Globe globe, Matrix transform)
Position	BasicView.computePositionFromScreenPoint(double x, double y)
Position	BasicView.getCenterPosition()
Position	BasicView.getCurrentEyePosition()
Position	BasicView.getEyePosition()
Position	ViewUtil.ViewState.getPosition()
Position	ViewPropertyAccessor.EyePositionAccessor.getPosition()
static Position	ViewUtil.normalizedEyePosition(Position unnormalizedPosition)

Methods in gov.nasa.worldwind.view with parameters of type Position

static double	ViewUtil.computeElevationAboveSurface(DrawContext dc, Position position)
protected double	BasicView.computeFarDistance(Position eyePosition)
protected double	BasicView.computeHorizonDistance(Position eyePosition)
protected double	BasicView.computeNearDistance(Position eyePosition)
static Matrix	ViewUtil.computePositionTransform(Globe globe, Position center)
static Matrix	ViewUtil.computeTransformMatrix(Globe globe, Position position, Angle heading, Angle pitch, Angle roll)
static PositionAnimator	ViewUtil.createEyePositionAnimator(View view, long timeToMove, Position begin, Position end)
void	BasicView.goTo(Position position, double distance)
static Position	ViewUtil.normalizedEyePosition(Position unnormalizedPosition)
void	BasicView.setEyePosition(Position eyePosition)
void	BasicView.setOrientation(Position eyePosition, Position centerPosition)
void	ViewUtil.ViewState.setPosition(Position position)
boolean	ViewPropertyAccessor.EyePositionAccessor.setPosition(Position value)

Constructors in gov.nasa.worldwind.view with parameters of type Position

ViewUtil.ViewState(Position position, Angle heading, Angle pitch, Angle roll)

Uses of Position in gov.nasa.worldwind.view.firstperson

Methods in gov.nasa.worldwind.view.firstperson that return Position

protected Position

FlyToFlyViewAnimator.OnSurfacePositionAnimator.nextPosition(double interpolant)

Methods in gov.nasa.worldwind.view.firstperson with parameters of type Position

static FlyToFlyViewAnimator	FlyToFlyViewAnimator.createFlyToFlyViewAnimator(BasicFlyView view, Position beginCenterPos, Position endCenterPos, Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch, Angle beginRoll, Angle endRoll, double beginElevation, double endElevation, long timeToMove, int altitudeMode)
static FlyToFlyViewAnimator	FlyToFlyViewAnimator.createFlyToFlyViewAnimator(BasicFlyView view, Position beginCenterPos, Position endCenterPos, Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch, double beginElevation, double endElevation, long timeToMove, int altitudeMode)
Matrix	BasicFlyView.getModelViewMatrix(Position eyePosition, Position centerPosition)
ViewUtil.ViewState	BasicFlyView.getViewState(Position eyePosition, Position centerPosition)
void	FlyViewInputHandler.goTo(Position lookAtPos, double distance)
double	FlyViewLimits.limitEyeElevation(Position position, Globe globe)
void	FlyViewInputHandler.lookAt(Position lookAtPos, long timeToMove)
protected void	FlyViewInputHandler.onMoveTo(Position focalPosition, ViewInputAttributes.ActionAttributes actionAttribs)
protected void	FlyViewInputHandler.onMoveTo(Position focalPosition, ViewInputAttributes.DeviceAttributes deviceAttributes, ViewInputAttributes.ActionAttributes actionAttribs)
protected void	FlyViewInputHandler.setEyePosition(AnimationController animControl, View view, Position position, ViewInputAttributes.ActionAttributes attrib)
void	BasicFlyView.setEyePosition(Position eyePosition)

Constructors in gov.nasa.worldwind.view.firstperson with parameters of type Position

FlyToFlyViewAnimator.OnSurfacePositionAnimator(Globe globe, Interpolator interpolator, Position begin, Position end, PropertyAccessor.PositionAccessor propertyAccessor, int altitudeMode)

Uses of Position in gov.nasa.worldwind.view.orbit

Fields in gov.nasa.worldwind.view.orbit declared as Position

protected Position

BasicOrbitView.center

Methods in gov.nasa.worldwind.view.orbit that return Position

Position	OrbitViewCollisionSupport.computeCenterPositionToResolveCollision(BasicOrbitView orbitView, double nearDistance, DrawContext dc)
protected static Position	OrbitViewInputHandler.computeNewPosition(Position position, OrbitViewLimits limits)
Position	OrbitViewInputSupport.OrbitViewState.getCenterPosition()
Position	OrbitView.getCenterPosition() Get the center position of the OrbitView.
Position	BasicOrbitView.getCenterPosition()
Position	BasicOrbitView.getCurrentEyePosition()
static Position	BasicOrbitViewLimits.limitCenterPosition(Position position, OrbitViewLimits viewLimits)
Position	OrbitViewCenterAnimator.nextPosition(double interpolant)
protected Position	FlyToOrbitViewAnimator.OnSurfacePositionAnimator.nextPosition(double interpolant)
static Position	BasicOrbitView.normalizedCenterPosition(Position unnormalizedPosition)

Methods in gov.nasa.worldwind.view.orbit with parameters of type Position

void	OrbitViewInputHandler.addCenterAnimator(Position begin, Position end, boolean smoothed)
void	BasicOrbitView.addCenterAnimator(Position begin, Position end, boolean smoothed)
void	OrbitViewInputHandler.addCenterAnimator(Position begin, Position end, long lengthMillis, boolean smoothed)
void	BasicOrbitView.addCenterAnimator(Position begin, Position end, long lengthMillis, boolean smoothed)
void	OrbitViewInputHandler.addEyePositionAnimator(long timeToIterate, Position beginPosition, Position endPosition)
void	BasicOrbitView.addEyePositionAnimator(long timeToIterate, Position beginPosition, Position endPosition)
void	OrbitViewInputHandler.addPanToAnimator(Position centerPos, Angle heading, Angle pitch, double zoom)
void	BasicOrbitView.addPanToAnimator(Position centerPos, Angle heading, Angle pitch, double zoom)
void	OrbitViewInputHandler.addPanToAnimator(Position centerPos, Angle heading, Angle pitch, double zoom, boolean endCenterOnSurface)
void	BasicOrbitView.addPanToAnimator(Position centerPos, Angle heading, Angle pitch, double zoom, boolean endCenterOnSurface)
void	OrbitViewInputHandler.addPanToAnimator(Position centerPos, Angle heading, Angle pitch, double zoom, long timeToMove, boolean endCenterOnSurface)
void	BasicOrbitView.addPanToAnimator(Position centerPos, Angle heading, Angle pitch, double zoom, long timeToMove, boolean endCenterOnSurface)
void	OrbitViewInputHandler.addPanToAnimator(Position beginCenterPos, Position endCenterPos, Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch, double beginZoom, double endZoom, boolean endCenterOnSurface)
void	BasicOrbitView.addPanToAnimator(Position beginCenterPos, Position endCenterPos, Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch, double beginZoom, double endZoom, boolean endCenterOnSurface)
void	OrbitViewInputHandler.addPanToAnimator(Position beginCenterPos, Position endCenterPos, Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch, double beginZoom, double endZoom, long timeToMove, boolean endCenterOnSurface)
void	BasicOrbitView.addPanToAnimator(Position beginCenterPos, Position endCenterPos, Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch, double beginZoom, double endZoom, long timeToMove, boolean endCenterOnSurface)
protected static Matrix	OrbitViewInputSupport.computeCenterTransform(Globe globe, Position center)
protected static Position	OrbitViewInputHandler.computeNewPosition(Position position, OrbitViewLimits limits)
static Matrix	OrbitViewInputSupport.computeTransformMatrix(Globe globe, Position center, Angle heading, Angle pitch, Angle roll, double zoom)
static FlyToOrbitViewAnimator	FlyToOrbitViewAnimator.createFlyToOrbitViewAnimator(OrbitView orbitView, Position beginCenterPos, Position endCenterPos, Angle beginHeading, Angle endHeading, Angle beginPitch, Angle endPitch, double beginZoom, double endZoom, long timeToMove, int altitudeMode)
static OrbitViewInputSupport.OrbitViewState	OrbitViewInputSupport.getSurfaceIntersection(Globe globe, SectorGeometryList terrain, Position centerPosition, Angle heading, Angle pitch, double zoom)
void	OrbitViewInputHandler.goTo(Position lookAtPos, double distance)
static Position	BasicOrbitViewLimits.limitCenterPosition(Position position, OrbitViewLimits viewLimits)
static Position	BasicOrbitView.normalizedCenterPosition(Position unnormalizedPosition)
protected void	OrbitViewInputHandler.onMoveTo(Position focalPosition, ViewInputAttributes.ActionAttributes actionAttribs)
protected void	OrbitViewInputHandler.onMoveTo(Position focalPosition, ViewInputAttributes.DeviceAttributes deviceAttributes, ViewInputAttributes.ActionAttributes actionAttribs)
protected void	OrbitViewInputHandler.setCenterPosition(BasicOrbitView view, AnimationController animControl, Position position, ViewInputAttributes.ActionAttributes attrib)
void	OrbitView.setCenterPosition(Position center) Sets the center position of the OrbitView.
void	BasicOrbitView.setCenterPosition(Position center)
void	BasicOrbitView.setEyePosition(Position eyePosition)
void	BasicOrbitView.setOrientation(Position eyePosition, Position centerPosition)

Constructors in gov.nasa.worldwind.view.orbit with parameters of type Position

FlyToOrbitViewAnimator.OnSurfacePositionAnimator(Globe globe, Interpolator interpolator, Position begin, Position end, PropertyAccessor.PositionAccessor propertyAccessor, int altitudeMode)

OrbitViewCenterAnimator(BasicOrbitView orbitView, Position startPosition, Position endPosition, double smoothing, PropertyAccessor.PositionAccessor propertyAccessor, boolean endCenterOnSurface)

OrbitViewInputSupport.OrbitViewState(Position center, Angle heading, Angle pitch, double zoom)

Uses of Position in gov.nasa.worldwindx.applications.antenna

Fields in gov.nasa.worldwindx.applications.antenna declared as Position

protected static Position	AntennaViewer.ANTENNA_POSITION
protected Position	AntennaModel.position
protected Position	AntennaAxes.position

Methods in gov.nasa.worldwindx.applications.antenna that return Position

Position	AntennaModel.getPosition()
Position	AntennaAxes.getPosition()
Position	AntennaModel.getReferencePosition()
Position	AntennaAxes.getReferencePosition()

Methods in gov.nasa.worldwindx.applications.antenna with parameters of type Position

void	AntennaModel.moveTo(Position position)
void	AntennaAxes.moveTo(Position position)
void	AntennaModel.setPosition(Position position) Specifies the position of this model's center.
void	AntennaAxes.setPosition(Position position) Specifies the position of the axes' origin.

Uses of Position in gov.nasa.worldwindx.applications.sar

Subclasses of Position in gov.nasa.worldwindx.applications.sar

class

SARPosition

Fields in gov.nasa.worldwindx.applications.sar declared as Position

protected Position

SARTrackExtensionTool.potentialNextPosition

Methods in gov.nasa.worldwindx.applications.sar that return Position

Position	AnalysisPanel.getCurrentSegmentEndPosition()
Position	AnalysisPanel.getCurrentSegmentStartPosition()
Position	SARSegmentPlane.getIntersectionPosition(Line line)
Position	AnalysisPanel.getPositionAlongSegment()
Position	AnalysisPanel.getSegmentEndPosition(int startPositionNumber)
Position[]	SARSegmentPlane.getSegmentPositions()
Position	AnalysisPanel.getSegmentStartPosition(int startPositionNumber)
protected Position	SARTrackExtensionTool.trackPositionToPosition(Position position)

Methods in gov.nasa.worldwindx.applications.sar that return types with arguments of type Position

Iterator<Position>

SARTrack.iterator()

Methods in gov.nasa.worldwindx.applications.sar with parameters of type Position

protected static Angle	SARSegmentPlane.computeInitialHorizontalGap(WorldWindow wwd, SegmentPlane segmentPlane, Position position1, Position position2)
LatLon[]	SARSegmentPlane.computeLocationsToFitPositions(Position position1, Position position2)
protected static LatLon[]	SARSegmentPlane.computeLocationsToFitPositions(WorldWindow wwd, SegmentPlane segmentPlane, Position position1, Position position2, boolean recallUserDefinedHGap)
String	SARSegmentPlane.ControlPointLabelAttributes.getText(SegmentPlane segmentPlane, Position position, AVList values)
String	SARSegmentPlane.AltitudeLabelAttributes.getText(SegmentPlane segmentPlane, Position position, AVList values)
String	SARSegmentPlane.AxisLabelAttributes.getText(SegmentPlane segmentPlane, Position position, AVList values)
String	SARSegmentPlane.MessageLabelAttributes.getText(SegmentPlane segmentPlane, Position position, AVList values)
protected SARPosition	SARTrackExtensionTool.positionToTrackPosition(Position position)
protected void	SARTrackExtensionTool.setNextPosition(Position position)
protected void	SARTrackExtensionTool.setPotentialNextPosition(Position position)
void	SARSegmentPlane.setSegmentPositions(Position position1, Position position2)
protected Position	SARTrackExtensionTool.trackPositionToPosition(Position position)
void	TerrainProfilePanel.updatePosition(Position position, Angle heading)
void	TrackViewPanel.updateReadout(Position pos)

Method parameters in gov.nasa.worldwindx.applications.sar with type arguments of type Position

double[]	SARSegmentPlane.computeAltitudesToFitPositions(Iterable<? extends Position> positions)
protected static double[]	SARSegmentPlane.computeAltitudesToFitPositions(WorldWindow wwd, SegmentPlane segmentPlane, Iterable<? extends Position> positions, boolean recallUserDefinedVGap)
protected static double	SARSegmentPlane.computeInitialVerticalGap(WorldWindow wwd, SegmentPlane segmentPlane, Iterable<? extends Position> positions)

Constructors in gov.nasa.worldwindx.applications.sar with parameters of type Position

SARAnnotation(String text, Position position)

SARPosition(Position pos)

Uses of Position in gov.nasa.worldwindx.applications.sar.render

Fields in gov.nasa.worldwindx.applications.sar.render declared as Position

protected Position

TrackSegmentInfo.segmentPosition

Methods in gov.nasa.worldwindx.applications.sar.render that return Position

Position	PlaneModel.getPosition()
Position	TrackSegmentInfo.getSegmentPosition()

Methods in gov.nasa.worldwindx.applications.sar.render with parameters of type Position

protected void	TrackSegmentInfo.drawHeadingAltitudeLabel(DrawContext dc, int x, int y, Font font, Color color, Angle heading, Position pos)
protected void	TrackSegmentInfo.drawLatLonLabel(DrawContext dc, int x, int y, Font font, Color color, Position pos)
protected void	TrackSegmentInfo.drawSegmentPositionLabel(DrawContext dc, SARTrack track, int index, Position pos)
protected Vec4	TrackSegmentInfo.getScreenPoint(DrawContext dc, Position position)
void	PlaneModel.setPosition(Position pos)
void	TrackSegmentInfo.setSegmentPosition(Position pos)

Uses of Position in gov.nasa.worldwindx.applications.sar.segmentplane

Fields in gov.nasa.worldwindx.applications.sar.segmentplane declared as Position

protected Position	SegmentPlaneRenderer.ControlPointInfo.position
protected Position	SegmentPlaneRenderer.OrderedText.position

Methods in gov.nasa.worldwindx.applications.sar.segmentplane that return Position

Position	SegmentPlaneRenderer.computeControlPointPosition(SectorGeometryList sgl, Globe globe, SegmentPlane segmentPlane, SegmentPlane.ControlPoint controlPoint)
protected Position	SegmentPlaneEditor.computeNewPositionFromPlaneGeometry(WorldWindow wwd)
protected Position	SegmentPlaneEditor.computeNewPositionFromPlaneIntersection(WorldWindow wwd, Point mousePoint)
protected Position	SegmentPlaneEditor.computePositionOnOrAboveSurface(WorldWindow wwd, Position position)
protected Position	SegmentPlaneRenderer.computePositionOnPlane(SectorGeometryList sgl, Globe globe, SegmentPlane segmentPlane, double u, double v, boolean relativeToSurface)
Position[]	SegmentPlane.getSegmentPositions()
protected Position	SegmentPlaneEditor.moveSegmentAltitudeWithPlane(Position position, double[] minAndMaxElevation)
protected Position	SegmentPlaneEditor.resizeSegmentPlaneToFitPosition(WorldWindow wwd, Position position)

Methods in gov.nasa.worldwindx.applications.sar.segmentplane with parameters of type Position

protected Position	SegmentPlaneEditor.computePositionOnOrAboveSurface(WorldWindow wwd, Position position)
protected SegmentPlaneRenderer.OrderedText	SegmentPlaneRenderer.createLabel(DrawContext dc, SegmentPlane segmentPlane, Position position, AVList values, Object key)
protected void	SegmentPlaneRenderer.drawControlPoint(DrawContext dc, SegmentPlane segmentPlane, SegmentPlane.ControlPoint controlPoint, Position position, MarkerShape shape)
protected void	SegmentPlaneRenderer.drawControlPointLabel(DrawContext dc, SegmentPlane segmentPlane, SegmentPlane.ControlPoint controlPoint, Position position)
protected void	SegmentPlaneRenderer.drawLabel(DrawContext dc, SegmentPlane segmentPlane, Position position, AVList values, Object key)
protected Vec4	SegmentPlaneRenderer.OrderedText.getScreenPoint(DrawContext dc, Position position)
String	SegmentPlaneAttributes.LabelAttributes.getText(SegmentPlane segmentPlane, Position position, AVList values)
protected Position	SegmentPlaneEditor.moveSegmentAltitudeWithPlane(Position position, double[] minAndMaxElevation)
protected Position	SegmentPlaneEditor.resizeSegmentPlaneToFitPosition(WorldWindow wwd, Position position)
void	SegmentPlane.setSegmentBeginPosition(Position position)
void	SegmentPlane.setSegmentEndPosition(Position position)
void	SegmentPlane.setSegmentPositions(Position position1, Position position2)

Constructors in gov.nasa.worldwindx.applications.sar.segmentplane with parameters of type Position

SegmentPlaneRenderer.ControlPointInfo(SegmentPlane.ControlPoint controlPoint, Position position, MarkerShape shape)

SegmentPlaneRenderer.OrderedText(SegmentPlane segmentPlane, Position position, double distanceFromEye, AVList values, SegmentPlaneAttributes.LabelAttributes attributes, MultiLineTextRenderer textRenderer)

Uses of Position in gov.nasa.worldwindx.applications.worldwindow.core

Methods in gov.nasa.worldwindx.applications.worldwindow.core with parameters of type Position

void	Controller.moveToLocation(Position position)

Uses of Position in gov.nasa.worldwindx.applications.worldwindow.util.measuretool

Fields in gov.nasa.worldwindx.applications.worldwindow.util.measuretool declared as Position

protected Position

WWOMeasureTool.shapeCenterPosition

Fields in gov.nasa.worldwindx.applications.worldwindow.util.measuretool with type parameters of type Position

protected ArrayList<Position>

WWOMeasureTool.positions

Methods in gov.nasa.worldwindx.applications.worldwindow.util.measuretool that return Position

protected Position	WWOMeasureTool.computeSurfacePosition(LatLon latLon)
Position	WWOMeasureTool.getCenterPosition()
Position	WWOMeasureToolControlPoints.ControlPoint.getPosition()
Position	WWOMeasureTool.ControlPoint.getPosition()

Methods in gov.nasa.worldwindx.applications.worldwindow.util.measuretool that return types with arguments of type Position

ArrayList<? extends Position>

WWOMeasureTool.getPositions()

Methods in gov.nasa.worldwindx.applications.worldwindow.util.measuretool with parameters of type Position

protected void	WWOMeasureTool.addControlPoint(Position position, String key, Object value)
protected Vec4	WWOMeasureDisplay.computeAnnotationPosition(Position pos, WWOMeasureTool mt)
WWOMeasureTool.ControlPoint	WWOMeasureToolControlPoints.createControlPoint(Position position)
protected WWOMeasureTool.ControlPoint	WWOMeasureTool.createControlPoint(Position position)
WWOMeasureTool.ControlPoint	WWOMeasureTool.ControlPointList.createControlPoint(Position position)
protected String	WWOMeasureDisplay.formatCircleMeasurements(Position pos, WWOMeasureTool mt)
protected void	WWOMeasureDisplay.formatControlPoints(Position pos, WWOMeasureTool mt, StringBuilder sb)
protected String	WWOMeasureDisplay.formatEllipseMeasurements(Position pos, WWOMeasureTool mt)
protected String	WWOMeasureDisplay.formatLineMeasurements(Position pos, WWOMeasureTool mt)
protected String	WWOMeasureDisplay.formatPolygonMeasurements(Position pos, WWOMeasureTool mt)
protected String	WWOMeasureDisplay.formatQuadMeasurements(Position pos, WWOMeasureTool mt)
protected String	WWOMeasureDisplay.formatSquareMeasurements(Position pos, WWOMeasureTool mt)
protected String	WWOMeasureDisplay.getDisplayString(Position pos, WWOMeasureTool mt)
protected void	WWOMeasureTool.moveToPosition(Position oldPosition, Position newPosition)
void	WWOMeasureToolControlPoints.ControlPoint.setPosition(Position position)
void	WWOMeasureTool.ControlPoint.setPosition(Position position)
void	WWOMeasureTool.MeasureDisplay.updateMeasureDisplay(Position position)
void	WWOMeasureDisplay.updateMeasureDisplay(Position position)
protected void	WWOMeasureTool.updateShapeProperties(String control, Position newPosition)

Constructors in gov.nasa.worldwindx.applications.worldwindow.util.measuretool with parameters of type Position

WWOMeasureToolControlPoints.ControlPoint(Position position)

Uses of Position in gov.nasa.worldwindx.examples

Fields in gov.nasa.worldwindx.examples declared as Position

protected Position	KeepingObjectsInView.ViewAnimator.centerPosition
protected Position	TerrainIntersections.AppFrame.Intersector.gridPosition
protected static Position[]	MultiResPath.ORIGIN
protected Position	TerrainIntersections.AppFrame.previousCurrentPosition
protected Position	TerrainIntersections.AppFrame.referencePosition

Fields in gov.nasa.worldwindx.examples with type parameters of type Position

protected List<Position>	TerrainIntersections.AppFrame.firstIntersectionPositions
protected List<Position>	TerrainIntersections.AppFrame.grid

Methods in gov.nasa.worldwindx.examples that return Position

Position

KeepingObjectsInView.ViewController.computePositionFromPoint(Vec4 point)

Methods in gov.nasa.worldwindx.examples that return types with arguments of type Position

protected List<Position>	TerrainIntersections.AppFrame.buildGrid(Sector sector, double height, int nLatCells, int nLonCells)
protected static ArrayList<Position>	HighResolutionTerrainTest.computeElevations(ArrayList<Position> locations)
protected static ArrayList<Position>	HighResolutionTerrainTest.generateReferenceLocations(Sector sector, int numLats, int numLons)
protected List<Position>	PathsWithLabels.AppFrame.makePositionList(double[] src)
protected static ArrayList<Position>	HighResolutionTerrainTest.readReferencePositions(String filePath)

Methods in gov.nasa.worldwindx.examples with parameters of type Position

protected void	TerrainIntersections.AppFrame.addIntersectionPosition(Position position)
protected void	MultiResPath.AppFrame.addShape(Position origin)
protected void	TerrainIntersections.AppFrame.addSightLine(Position positionA, Position positionB)
protected void	TerrainIntersections.AppFrame.computeAndShowIntersections(Position curPos)
protected Angle	ViewIteration.AppFrame.computeHeading(Position pa, Position pb)
static AnnotationControls.ContentAnnotation	AnnotationControls.createAudioAnnotation(AnnotationControls.AppFrame appFrame, Position position, String title, Object source)
protected AnnotationControls.ContentAnnotation	AnnotationControls.AppFrame.createContent(Position position, AVList params)
static AnnotationControls.ContentAnnotation	AnnotationControls.createContentAnnotation(AnnotationControls.AppFrame appFrame, Position position, AVList params)
static WWIcon	AnnotationControls.createIcon(Object type, Position position, String title, Object data)
static AnnotationControls.ContentAnnotation	AnnotationControls.createImageAnnotation(AnnotationControls.AppFrame appFrame, Position position, String title, Iterable sources)
protected Renderable	GeoJSONLoader.createPoint(gov.nasa.worldwind.formats.geojson.GeoJSONGeometry owner, Position pos, PointPlacemarkAttributes attrs, AVList properties)
Color	PathPositionColors.ExamplePositionColors.getColor(Position position, int ordinal)
Color	ParallelPaths.AppFrame.ExamplePositionColors.getColor(Position position, int ordinal)
protected void	TerrainIntersections.AppFrame.performIntersection(Position gridPosition) Performs one line of sight calculation between the reference position and a specified grid position.
protected void	TerrainIntersections.AppFrame.performIntersectionTests(Position curPos)
protected void	TerrainIntersections.AppFrame.preCache(List<Position> grid, Position centerPosition)
protected void	TerrainIntersections.AppFrame.showCenterPoint(Position cPos)
protected void	TerrainIntersections.AppFrame.showGrid(List<Position> grid, Position cPos)
protected void	TerrainIntersections.AppFrame.showGridSightLines(List<Position> grid, Position cPos)
protected boolean	KeepingObjectsInView.ViewAnimator.valuesMeetCriteria(Position centerPos, double zoom)

Method parameters in gov.nasa.worldwindx.examples with type arguments of type Position

protected void	ParallelPaths.AppFrame.addPath(RenderableLayer layer, List<Position> positions, String displayName)
protected static ArrayList<Position>	HighResolutionTerrainTest.computeElevations(ArrayList<Position> locations)
protected Renderable	GeoJSONLoader.createPolygon(gov.nasa.worldwind.formats.geojson.GeoJSONGeometry owner, Iterable<? extends Position> outerBoundary, Iterable<? extends Position>[] innerBoundaries, ShapeAttributes attrs, AVList properties)
protected Renderable	GeoJSONLoader.createPolyline(gov.nasa.worldwind.formats.geojson.GeoJSONGeometry owner, Iterable<? extends Position> positions, ShapeAttributes attrs, AVList properties)
protected static boolean	GeoJSONLoader.positionsHaveNonzeroAltitude(Iterable<? extends Position> positions)
protected void	TerrainIntersections.AppFrame.preCache(List<Position> grid, Position centerPosition)
protected void	TerrainIntersections.AppFrame.showGrid(List<Position> grid, Position cPos)
protected void	TerrainIntersections.AppFrame.showGridSightLines(List<Position> grid, Position cPos)
protected void	TerrainIntersections.AppFrame.showIntersections(List<Position> intersections)
protected static void	HighResolutionTerrainTest.testPositions(String name, ArrayList<Position> referencePositions, ArrayList<Position> testPositions)
protected static void	HighResolutionTerrainTest.testPositions(String name, ArrayList<Position> referencePositions, ArrayList<Position> testPositions)
protected static void	HighResolutionTerrainTest.writeReferencePositions(String filePath, ArrayList<Position> positions)

Constructors in gov.nasa.worldwindx.examples with parameters of type Position

MarkersOrder.AppFrame.TimedMarker(Position position, MarkerAttributes attributes, long time)

TerrainIntersections.AppFrame.Intersector(Position gridPosition)

Uses of Position in gov.nasa.worldwindx.examples.analytics

Fields in gov.nasa.worldwindx.examples.analytics declared as Position

protected Position

AnalyticSurface.referencePos

Uses of Position in gov.nasa.worldwindx.examples.kml

Fields in gov.nasa.worldwindx.examples.kml declared as Position

protected Position	KMLOrbitViewController.EyePositionAnimator.endEyePosition
protected Position	KMLFlyViewController.FlyToLookAtAnimator.lookAtPosition

Methods in gov.nasa.worldwindx.examples.kml that return Position

protected Position	KMLOrbitViewController.computeCenterPosition(Position eyePosition, Vec4 forward, Angle pitch, int altitudeMode) Compute a center position from an eye position and an orientation.
protected Position	KMLOrbitViewController.EyePositionAnimator.nextPosition(double interpolant)

Methods in gov.nasa.worldwindx.examples.kml with parameters of type Position

protected Position	KMLOrbitViewController.computeCenterPosition(Position eyePosition, Vec4 forward, Angle pitch, int altitudeMode) Compute a center position from an eye position and an orientation.
protected FlyToFlyViewAnimator	KMLFlyViewController.createFlyToLookAtAnimator(BasicFlyView view, Position lookAtPosition, Angle heading, Angle pitch, double range, long timeToMove, int altitudeMode) Create an animator to fly to a LookAt position.
protected FlyToOrbitViewAnimator	KMLOrbitViewController.createFlyToOrbitViewAnimator(OrbitView orbitView, Position eyePosition, Angle heading, Angle pitch, Angle roll, long timeToMove, int altitudeMode) Create an animator to animate an orbit view to an eye position and orientation.

Method parameters in gov.nasa.worldwindx.examples.kml with type arguments of type Position

protected double	KMLViewController.findMaxAltitude(List<? extends Position> positions) Get the maximum altitude in a list of positions.
protected void	KMLViewController.goToDefaultView(List<? extends Position> positions) Go to a view of a list of positions.

Constructors in gov.nasa.worldwindx.examples.kml with parameters of type Position

KMLFlyViewController.FlyToLookAtAnimator(Interpolator interpolator, OrbitView targetView, Position lookAtPosition, int altitudeMode, PositionAnimator eyePositionAnimator, DoubleAnimator elevationAnimator, AngleAnimator headingAnimator, AngleAnimator pitchAnimator, AngleAnimator rollAnimator)
Create an animator to animate the view to look at a position.

KMLOrbitViewController.EyePositionAnimator(Interpolator interpolator, Position beginCenter, Position endCenter, Position endEyePosition, Vec4 forward, Angle pitch, PropertyAccessor.PositionAccessor propertyAccessor, int altitudeMode)
Create a new animator.

Uses of Position in gov.nasa.worldwindx.examples.lineofsight

Fields in gov.nasa.worldwindx.examples.lineofsight declared as Position

protected Position	GridOfPoints.PositionIterator.ne
protected Position	GridOfPoints.PositionIterator.nw
protected Position	LineIntersector.InternalIntersector.position
protected Position	LinesOfSight.AppFrame.previousCurrentPosition
protected Position	LinesOfSight.AppFrame.referencePosition
protected Position	LineIntersector.referencePosition
protected Position	GridOfPoints.PositionIterator.se
protected Position	GridOfPoints.PositionIterator.sw

Fields in gov.nasa.worldwindx.examples.lineofsight with type parameters of type Position

protected Map<Position,List<Intersection>>	LineIntersector.allIntersections
protected List<Position>	PointGrid.corners
protected List<Position>	GridOfPoints.PositionIterator.corners
protected List<Position>	LinesOfSight.AppFrame.grid
protected HashMap<Position,Object>	GridOfPoints.AppFrame.positionInfo
protected Iterable<? extends Position>	PointGrid.positions
protected Iterable<Position>	LineIntersector.positions

Methods in gov.nasa.worldwindx.examples.lineofsight that return Position

protected Position	GridOfPoints.PositionIterator.computeNextPosition()
Position	LineIntersector.getReferencePosition()
Position	GridOfPoints.PositionIterator.next()

Methods in gov.nasa.worldwindx.examples.lineofsight that return types with arguments of type Position

protected List<Position>	LinesOfSight.AppFrame.buildGrid(Sector sector, double height, int nRows, int nCols)
Map<Position,List<Intersection>>	LineIntersector.getAllIntersections()
List<Position>	PointGrid.getCorners()
Iterable<? extends Position>	PointGrid.getPositions()
Iterable<Position>	LineIntersector.getPositions()

Methods in gov.nasa.worldwindx.examples.lineofsight with parameters of type Position

protected void	LinesOfSight.AppFrame.computeAndShow(Position curPos)
protected Sector	LinesOfSight.AppFrame.computeGridSector(Position curPos, double gridRadius)
protected Vec4	PointGrid.computePoint(DrawContext dc, Position pos)
protected void	TerrainLineIntersector.doPerformIntersection(Position position)
protected void	ShapeLineIntersector.doPerformIntersection(Position position)
protected abstract void	LineIntersector.doPerformIntersection(Position position) Called to execute an intersection test for one position.
protected void	PolygonIntersection.AppFrame.drawLine(Position pA, Position pB)
protected void	ExtrudedPolygonIntersection.AppFrame.drawLine(Position pA, Position pB)
protected void	AbstractShapeIntersection.AppFrame.drawLine(Position pA, Position pB)
List<Intersection>	LineIntersector.getIntersections(Position position)
protected void	LineIntersector.performIntersection(Position position)
protected void	ExtrudedPolygonIntersection.AppFrame.performIntersection(Position pA, Position pB)
protected void	AbstractShapeIntersection.AppFrame.performIntersection(Position pA, Position pB)
protected void	LinesOfSight.AppFrame.performIntersectionTests(Position curPos)
void	LineIntersector.setReferencePosition(Position referencePosition) Sets the origin of the lines to intersect.
protected void	LinesOfSight.AppFrame.showCenterPoint(Position cPos)
protected void	LinesOfSight.AppFrame.showGrid(List<Position> grid, Position cPos)
protected void	LinesOfSight.AppFrame.showIntersectionsForPosition(Position position)
protected void	LinesOfSight.AppFrame.showNonIntersection(Position position)
protected void	LinesOfSight.AppFrame.showSightLine(Position position)

Method parameters in gov.nasa.worldwindx.examples.lineofsight with type arguments of type Position

void	PointGrid.setCorners(List<Position> corners)
void	PointGrid.setPositions(Iterable<? extends Position> positions, Integer numPositions)
void	LineIntersector.setPositions(Iterable<Position> positions) Specifies the end positions of all lines to intersect.
protected void	LinesOfSight.AppFrame.showGrid(List<Position> grid, Position cPos)
protected void	LinesOfSight.AppFrame.showNonIntersections(Collection<Position> positions)

Constructors in gov.nasa.worldwindx.examples.lineofsight with parameters of type Position

LineIntersector.InternalIntersector(Position position)

Constructor parameters in gov.nasa.worldwindx.examples.lineofsight with type arguments of type Position

GridOfPoints.PositionIterator(List<Position> corners, int numPointsWide, int numPointsHigh)

PointGrid(List<Position> corners, Iterable<? extends Position> positions, Integer numPositions)

PointGrid(List<Position> corners, Iterable<? extends Position> positions, Integer numPositions)

Uses of Position in gov.nasa.worldwindx.examples.multiwindow

Methods in gov.nasa.worldwindx.examples.multiwindow that return Position

Position

ViewVolumeViewer.SectorGeometryLayer.getCurrentPosition(DrawContext dc)

Methods in gov.nasa.worldwindx.examples.multiwindow with parameters of type Position

protected Path	FlatAndRoundGlobes.makePath(Position startPosition, Angle heading, Angle length, int numPositions)
protected void	FlatAndRoundGlobes.makePaths(RenderableLayer layer, Position origin, int numPaths, Angle length, int numPositions)

Uses of Position in gov.nasa.worldwindx.examples.shapebuilder

Methods in gov.nasa.worldwindx.examples.shapebuilder with parameters of type Position

protected boolean	AbstractShapeEditor.arePositionsRedundant(Position posA, Position posB)
protected Vec4	RigidShapeEditor.computeAnnotationPosition(Position pos)
protected Vec4	ExtrudedPolygonEditor.computeAnnotationPosition(Position pos)
protected String	RigidShapeEditor.formatMeasurements(Position pos)
protected String	ExtrudedPolygonEditor.formatMeasurements(Position pos)
protected String	RigidShapeEditor.getDisplayString(Position pos)
protected String	ExtrudedPolygonEditor.getDisplayString(Position pos)
void	RigidShapeEditor.updateAnnotation(Position pos)
void	ExtrudedPolygonEditor.updateAnnotation(Position pos)
abstract void	AbstractShapeEditor.updateAnnotation(Position pos)

Constructors in gov.nasa.worldwindx.examples.shapebuilder with parameters of type Position

ExtrudedPolygonEditor.ControlPointMarker(String type, Position position, Vec4 point, MarkerAttributes attrs, int index)

RigidShapeEditor.ControlPointMarker(String type, Position position, Vec4 point, MarkerAttributes attrs, int index)

Uses of Position in gov.nasa.worldwindx.examples.symbology

Method parameters in gov.nasa.worldwindx.examples.symbology with type arguments of type Position

protected void

Symbology.AppFrame.addControlPoints(Iterable<Position> positions, RenderableLayer layer) Add placemarks to a layer to mark the position of tactical graphic control points.

Uses of Position in gov.nasa.worldwindx.examples.tutorial

Fields in gov.nasa.worldwindx.examples.tutorial declared as Position

protected Position

Cube.position Geographic position of the cube.

Constructors in gov.nasa.worldwindx.examples.tutorial with parameters of type Position

Cube(Position position, double sizeInMeters)

Uses of Position in gov.nasa.worldwindx.examples.util

Fields in gov.nasa.worldwindx.examples.util declared as Position

protected Position	StatusLayer.previousPos
protected Position	SurfaceImageEditor.previousPosition

Methods in gov.nasa.worldwindx.examples.util that return Position

protected Position	BalloonController.computeIntersection(AbstractShape shape, Point screenPoint) Compute the intersection of a line through a screen point and a shape.
protected Position	BalloonController.getBalloonPosition(KMLAbstractFeature feature) Get the position of the balloon for a KML feature attached to the globe.
protected Position	BalloonController.getBalloonPosition(List<? extends Position> positions) Get the position of the balloon for a list of positions that bound a feature.
protected Position	BalloonController.getBalloonPosition(Object topObject, Point pickPoint) Get the position of the balloon for a picked object with an attached balloon.
protected Position	BalloonController.getBalloonPositionForGroundOverlay(KMLGroundOverlay overlay) Get the position of the balloon for a KML GroundOverlay.
protected Position	BalloonController.getBalloonPositionForPlacemark(KMLPlacemark placemark) Get the position of the balloon for a KML placemark.
protected Position	SectorSelector.RegionShape.getEndPosition()
static Position	ShapeUtils.getNewShapePosition(WorldWindow wwd)
protected Position	SectorSelector.getPreviousPosition()
protected Position	SectorSelector.RegionShape.getStartPosition()

Methods in gov.nasa.worldwindx.examples.util that return types with arguments of type Position

static List<Position>

ShapeUtils.createPositionSquareInViewport(WorldWindow wwd, Position position, Angle heading, double sizeInMeters)

Methods in gov.nasa.worldwindx.examples.util with parameters of type Position

static List<Position>	ShapeUtils.createPositionSquareInViewport(WorldWindow wwd, Position position, Angle heading, double sizeInMeters)
static List<LatLon>	ShapeUtils.createSquareInViewport(WorldWindow wwd, Position position, Angle heading, double sizeInMeters)
protected void	ProgressAnnotation.doDraw(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	ButtonAnnotation.doDrawPressedMask(DrawContext dc, int width, int height, double opacity, Position pickPosition)
void	ImageAnnotation.drawContent(DrawContext dc, int width, int height, double opacity, Position pickPosition)
void	DialogAnnotation.BusyImage.drawContent(DrawContext dc, int width, int height, double opacity, Position pickPosition)
void	ButtonAnnotation.drawContent(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	ButtonAnnotation.drawPressedMask(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	ProgressAnnotation.drawProgress(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	ProgressAnnotation.drawProgressBar(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	ProgressAnnotation.drawProgressContainer(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	SectorSelector.RegionShape.setEndPosition(Position endPosition)
protected void	SectorSelector.setPreviousPosition(Position previousPosition)
protected void	SectorSelector.RegionShape.setStartPosition(Position startPosition)
protected void	BalloonController.showBalloon(Balloon balloon, Position position) Show a balloon at a globe position.

Method parameters in gov.nasa.worldwindx.examples.util with type arguments of type Position

protected void	DirectedPath.computePath(DrawContext dc, List<Position> positions, Path.PathData pathData) Computes the shape's model-coordinate path from a list of positions.
protected double	BalloonController.findMaxAltitude(List<? extends Position> positions) Get the maximum altitude in a list of positions.
protected Position	BalloonController.getBalloonPosition(List<? extends Position> positions) Get the position of the balloon for a list of positions that bound a feature.

Constructors in gov.nasa.worldwindx.examples.util with parameters of type Position

AudioPlayerAnnotation(Position position)

DialogAnnotation(Position position)

DirectedPath(Position posA, Position posB)
Creates a path between two positions.

OpenStreetMapShapefileLoader.Label(String text, Position position)

SlideShowAnnotation(Position position)

SurfaceImageEditor.ControlPointMarker(Position position, MarkerAttributes attrs, int index)

Constructor parameters in gov.nasa.worldwindx.examples.util with type arguments of type Position

DirectedPath(Iterable<? extends Position> positions)
Creates a path with specified positions.

Uses of Position in gov.nasa.worldwindx.performance

Methods in gov.nasa.worldwindx.performance with parameters of type Position

protected Path	VeryManyPaths.AppFrame.makePath(Position startPosition, Angle heading, Angle length, int numPositions)
protected void	VeryManyPaths.AppFrame.makePaths(RenderableLayer layer, Position origin, int numPaths, Angle length, int numPositions)