Uses of Interface
com.luciad.shape.ILcdPoint

Packages that use ILcdPoint

Package	Description
com.luciad.ais.geodesy	Provides utility classes for geodesic calculations.
com.luciad.ais.model.aerodrome	Provides classes and interfaces for all aerodrome related aspects.
com.luciad.ais.model.airspace	Provides classes and interfaces for all airspace related aspects (like airspaces, airspace associations and airspace segments).
com.luciad.ais.model.navaid	Provides classes and interfaces for all navigation aid related aspects.
com.luciad.ais.model.obstacle	Provides classes and interfaces for all obstacle related aspects.
com.luciad.ais.model.parachutejumparea	Provides classes and interfaces for all parachute jump area related aspects.
com.luciad.ais.model.procedure	Provides classes and interfaces for all procedure related aspects.
com.luciad.ais.model.refuelingtrack	Provides classes and interfaces for all air refueling related aspects (like tracks, airspace, ...
com.luciad.ais.model.route	Provides classes and interfaces for all route or airway related aspects.
com.luciad.ais.model.service	Provides classes and interfaces for all service related aspects.
com.luciad.ais.model.vfr	Provides classes and interfaces for all arrival / departure routes in Visual Flight Rules related aspects.
com.luciad.ais.shape	Everything related to representing three-dimensional shapes that are domain independent.
com.luciad.earth.tileset.datatype	Defines classes for use as the class of a TLcdEarthTileFormat.
com.luciad.earth.tileset.terrain	Provides classes for ILcdEarthTileSets with terrain data.
com.luciad.earth.util	Contains various utility classes used in the Luciad Earth framework.
com.luciad.earth.view.vertical	Provides a terrain profile model that can be used to display terrain.
com.luciad.format.aixm51.model.abstractfeature	This package provides the classes that correspond to AIXM 5.1 data types.
com.luciad.format.aixm51.model.features.airspace	This package provides the classes that correspond to AIXM 5.1 airspace types.
com.luciad.format.aixm51.model.features.geometry	This package provides the classes that correspond to AIXM 5.1 geometry types.
com.luciad.format.aixm51.model.features.obstacle	This package provides the classes that correspond to AIXM 5.1 obstacle types.
com.luciad.format.asdi	Provides classes and interfaces for decoding and displaying ASDI data, version 5.4.
com.luciad.format.asterix	Provides classes and interfaces for decoding and displaying ASTERIX data.
com.luciad.format.bingmaps	This package contains functionality related to the decoding of Bing Maps models.
com.luciad.format.database	Provides classes to read and write geometries and features from generic spatial databases.
com.luciad.format.dgn	Handles the dgn format.
com.luciad.format.dwg	Handles the dwg format.
com.luciad.format.gdf	Handles the GDF format.
com.luciad.format.gml2.model	Provides domain model classes and utility classes for modeling GML 2 data.
com.luciad.format.gml31.model	Provides domain model classes and utility classes for modeling GML 3.1 data.
com.luciad.format.gml32.model	Provides domain model classes and utility classes for modeling GML 3.2 data.
com.luciad.format.informix.spatial.shp	Provides specialized Informix shapes.
com.luciad.format.kml22.model.feature	This package contains all feature classes of KML.
com.luciad.format.kml22.model.geometry	This package contains all geometry classes of KML.
com.luciad.format.magneticnorth	Contains all classes to create a chart of the magnetic north declination and to perform magnetic north calculations.
com.luciad.format.metadata.model.extent	The datatype in this package is an aggregate of the metadata elements that describe the spatial and temporal extent of the referring entity.
com.luciad.format.mif	Handles MapInfo formats: the binary map format and the ASCII mif format.
com.luciad.format.nvg.nvg15.model	This package contains a domain model to represent an NVG 1.4/1.5 data source.
com.luciad.format.nvg.nvg20.model	This package contains a domain model to represent an NVG 2.0 data source.
com.luciad.format.raster	Provides representations, decoders, and encoders for rasters.
com.luciad.format.raster.reference	Provides classes for referencing and rectifying rasters.
com.luciad.format.s57	Handles the S-57 format.
com.luciad.format.shp	Handles the shp format.
com.luciad.format.svg	Handles the svg format.
com.luciad.fusion.client.view.gxy	Provides support for visualizing vector data from a LuciadFusion Tile Store in a 2D view.
com.luciad.geodesy	Specifies ellipsoids and geodetic datums.
com.luciad.geometry	Utility classes for topology and geometry calculations.
com.luciad.geometry.cartesian	Topology and geometry calculations in cartesian space.
com.luciad.geometry.ellipsoidal	Topology and geometry calculations on an ellipse.
com.luciad.geometry.spherical	Topology and geometry calculations on a sphere.
com.luciad.imaging.operator	Defines image processing operators that can be applied to an ALcdImage.
com.luciad.meshup	Provides a builder for optimizing, simplifying, multi-leveling and slicing 3D mesh data.
com.luciad.model	Model interfaces
com.luciad.network.algorithm.routing	Contains interfaces and algorithms for routing (shortest route, tracing).
com.luciad.network.function	Provides functions associating values with edges, used by the routing algorithms to determine the length of a route.
com.luciad.panorama.model	This package contains the base classes that describe a panorama.
com.luciad.projection	All projection related aspects.
com.luciad.reference	Everything related to model references and view references.
com.luciad.shape	Everything related to representing three-dimensional shapes.
com.luciad.shape.shape2D	Three-dimensional shapes that can be changed in two dimensions.
com.luciad.shape.shape3D	Three-dimensional shapes that can be changed in all three dimensions.
com.luciad.symbology.app6a.model	Contains the domain model to represent military symbols from the APP-6A standard, or optionally also from the TTA-106 V4 standard.
com.luciad.symbology.milstd2525b.model	Military units (including modifiers) that can be represented by the MIL-STD 2525 military symbology standard.
com.luciad.tea	Contains all classes for terrain elevation analysis.
com.luciad.tea.hypsometry	The hypsometry package provides support for computing and rendering slopes, orientations, azimuths, and other parameters derived from elevations.
com.luciad.tea.lightspeed.los	Provides support for real-time line of sight calculation on elevation models using hardware acceleration to perform calculations.
com.luciad.tea.viewshed	The viewshed package provides support for computing and rendering visbility for 3D scenes consisting of any meshes, extruded shapes or terrain.
com.luciad.text	Provides classes and interfaces for handling text, dates, numbers, and messages.
com.luciad.transformation	Handles all transformations between model coordinates and world coordinates.
com.luciad.util	Basic utilities.
com.luciad.util.expression	This package provides a builder to construct expressions.
com.luciad.util.height	General interfaces and implementations to retrieve heights from data, for instance, elevation rasters.
com.luciad.util.measure	This package contains classes used for working with generic measurement values.
com.luciad.view.gxy	Provides two-dimensional views and components supporting the visualization of the former's representation.
com.luciad.view.gxy.controller	Controllers for 2D views.
com.luciad.view.gxy.controller.touch	Touch controllers for the 2D view.
com.luciad.view.gxy.measure	This package contains classes for working with measurement values in a GXY context.
com.luciad.view.gxy.painter	Painter and editor classes for rendering and visually editing objects in an ILcdGXYView.
com.luciad.view.lightspeed.camera	Contains view world transformations.
com.luciad.view.lightspeed.camera.tracking	Contains tracking constraints for TLspViewXYZWorldTransformation3D and TLspViewXYZWorldTransformation2D that automatically adapt the viewing parameters for example by tracking an object.
com.luciad.view.lightspeed.controller.ruler	This package provides support for measuring distances in a view.
com.luciad.view.lightspeed.controller.touch	Provides controller implementations that work with touch input instead of mouse input.
com.luciad.view.lightspeed.controller.visualinspection	Provides functionality for visually inspecting layers.
com.luciad.view.lightspeed.editor	Provides support for interactive editing of domain objects in a model.
com.luciad.view.lightspeed.editor.handle	Defines the concept of edit handles and provides a number of implementations that can be used by editors.
com.luciad.view.lightspeed.editor.operation	Classes that describe edit handle results and edit operations.
com.luciad.view.lightspeed.editor.snapping	Defines a mechanism for snapping between objects that are being edited.
com.luciad.view.lightspeed.geometry	Provides utilities for performing geometric operations, such as visibility culling and intersection tests.
com.luciad.view.lightspeed.geometry.discretization	Provides support for the discretization of vector shapes.
com.luciad.view.lightspeed.label.algorithm	Handles labeling algorithms.
com.luciad.view.lightspeed.layer	Provides layering support for ILspView.
com.luciad.view.lightspeed.layer.imageprojection	Provides support for rendering images which are projected onto the 3D terrain of an ILspView, as if by a slide projector.
com.luciad.view.lightspeed.layer.raster	Provides layering support for raster layers.
com.luciad.view.lightspeed.measure	This package contains classes for working with measurement values in a lightspeed view context.
com.luciad.view.lightspeed.painter.grid	Provides support for the painting of grids.
com.luciad.view.lightspeed.query	Provides support for querying the objects of a layer.
com.luciad.view.lightspeed.services.effects	Support for various global graphics effects in an ILspView.
com.luciad.view.lightspeed.services.terrain	Provides tools needed for working with draped data and the terrain the data is visualized on.
com.luciad.view.lightspeed.services.vertexarray	This package provides vertex arrays and the vertex array renderer.
com.luciad.view.lightspeed.util	Contains utility classes related to Lightspeed views.
com.luciad.view.lightspeed.util.opengl.texturefont	Contains a utility class for drawing text to a ILcdGLDrawable using a "texture font".
com.luciad.view.map	Utilities for making maps.
com.luciad.view.map.multilevelgrid	Classes to work with rectangular axis aligned grids consisting of multiple uniform levels, called multilevel grids.
com.luciad.view.swing	This package provides Swing components which are related to a view or allow interaction with a view.
com.luciad.view.vertical	Visualisation of the third dimension of a list of points.

Uses of ILcdPoint in com.luciad.ais.geodesy

Methods in com.luciad.ais.geodesy with parameters of type ILcdPoint

Modifier and Type	Method and Description
double	TLcdEllipsoidDistanceUtil.distanceAlongArcSegment(ILcdPoint aCenter, double aA, double aB, double aRotAngle, double aStartAngle, double aArcAngle, ILcdEllipsoid aEllipsoid) Returns the distance along the elliptical arc segment (in meters).
static double	TLcdEllipsoidCircleUtil.findCenter(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aResult) Calculates the center point and the radius of a circle passing through 3 given points on an ellipsoid.
void	TLcdEllipsoidRoundUtil.findCenterPoint(ILcdPoint aStartPoint, double aAzimuth, boolean aTurnLeft, ILcdPoint aCircleCenterPoint, double aCircleRadius, double aRadius, ILcdEllipsoid aEllipsoid, double aAbsoluteTolerance, boolean aFindCenterOutsideCircle, double aMaxDistance, ILcd2DEditablePoint aCenterPointSFCT) Searches the center point of a circle with a given radius touching a line segment and circle.
void	TLcdEllipsoidRoundUtil.findCenterPoint(ILcdPoint aStartPoint, double aAzimuth, boolean aTurnLeft, ILcdPoint aCircleCenterPoint, double aCircleRadius, double aRadius, ILcdEllipsoid aEllipsoid, double aAbsoluteTolerance, boolean aFindCenterOutsideCircle, ILcd2DEditablePoint aCenterPointSFCT) Searches the center point of a circle with a given radius touching a line segment and circle.
void	TLcdEllipsoidRoundUtil.findCenterPoint(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, double aRadius, ILcdEllipsoid aEllipsoid, double aAbsoluteTolerance, ILcd2DEditablePoint aCircleCenterSFCT) Searches the center point of a circle with a given radius touching the two line segments aP1-aP2 and aP2-aP3.
double	TLcdEllipsoidRoundUtil.findCenterPointOfTouchingCircle(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, boolean aMaximalRadius, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aCircleCenterSFCT) Searches the center point of a circle touching the line segment aP1-aP2 , touching the line segment aP2-aP3 , containing at least one of aP1 or aP2 , and with maximal possible radius if aMaximalRadius is true, with minimal possible radius if aMaximalRadius is false.
void	TLcdEllipsoidRoundUtil.findTangentialThroughPoint(ILcdPoint aPoint, ILcdPoint aCenter, double aRadius, boolean aClockwise, ILcdEllipsoid aEllipsoid, double aAbsoluteTolerance, ILcd2DEditablePoint aTangentialPointSFCT) Find the point where a line through the given point aPoint is tangential to the given circle.
double	TLcdEllipsoidIntersectionUtil.getClosestPointOnArcSegment(ILcdEllipsoid aEllipsoid, ILcdPoint aP1, double aAzimuth, ILcdPoint aCenter, double aRadius, double aStartAngle, double aArcAngle, ILcd2DEditablePoint aResultSFCT) Returns the forward azimuth direction of the shortest distance path between a point and an elliptical arc segment.
int	TLcdEllipsoidIntersectionUtil.intersection2DGeodesicLineWithArcSegment(ILcdPoint aP1, ILcdPoint aP2, ILcdArc aArc, ILcdEllipsoid aEllipsoid, double aRelativeTolerance, double aAbsoluteTolerance, ILcd2DEditablePoint aResultSFCT1, ILcd2DEditablePoint aResultSFCT2) Returns the number of intersection points between an elliptical arc and a geodesic line defined by its start point and a direction.
int	TLcdEllipsoidIntersectionUtil.intersection2DGeodesicLineWithArcSegment(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aCenter, double aA, double aB, double aRotAngle, double aStartAngle, double aArcAngle, ILcdEllipsoid aEllipsoid, double aRelativeTolerance, double aAbsoluteTolerance, ILcd2DEditablePoint aResultSFCT1, ILcd2DEditablePoint aResultSFCT2) Returns the number of intersection points between an elliptical arc and a geodesic line defined by its start point and a direction.

Uses of ILcdPoint in com.luciad.ais.model.aerodrome

Subinterfaces of ILcdPoint in com.luciad.ais.model.aerodrome

Modifier and Type	Interface and Description
interface	ILcdAerodrome This interface describes the geometry and the relationships of an aerodrome.
interface	ILcdArrestingGear An arresting gear is a safety device consisting of two major components: engaging or catching devices energy absorption devices for the purpose of arresting both tail hook and non-tail hook equipped aircraft.
interface	ILcdEditableAerodrome This interface defines operations to edit the attributes and relationships of an ILcdAerodrome.
interface	ILcdEditableArrestingGear This interface is an extension of the ILcdArrestingGear interface that allows to change the attributes and relationships of an arresting gear.
interface	ILcdEditableRunwayClinePoint This interface defines operations to edit the attributes and relationships of an ILcdRunwayClinePoint.
interface	ILcdRunwayClinePoint This interface describes the geometry and the relationships of a runway cline point.

Classes in com.luciad.ais.model.aerodrome that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdAerodrome The default implementation of an aerodrome without additional properties.
class	TLcdArrestingGear This class represents an arresting gear with only default properties.
class	TLcdFeaturedAerodrome The default implementation of an aerodrome with properties.
class	TLcdFeaturedArrestingGear The default implementation of an arresting gear with properties.
class	TLcdFeaturedRunwayClinePoint The default implementation of a runway cline point with features.
class	TLcdRunwayClinePoint The default implementation of a runway cline point with default properties.

Methods in com.luciad.ais.model.aerodrome that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdRunwayDirection.getDisplacedThresholdPoint()
ILcdPoint	ILcdRunwayDirection.getDisplacedThresholdPoint() Returns the threshold point of this runway direction.
ILcdPoint	TLcdHelipad.getFocusPoint()
ILcdPoint	TLcdHelipad.getPoint(int aIndex)

Methods in com.luciad.ais.model.aerodrome with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdHelipad.contains2D(ILcdPoint aPoint)
boolean	TLcdHelipad.contains3D(ILcdPoint aPoint)
void	TLcdRunwayDirection.setDisplacedThresholdPoint(ILcdPoint aThresholdPoint)
void	ILcdEditableRunwayDirection.setDisplacedThresholdPoint(ILcdPoint aThresholdPoint) Specifies the threshold point of this runway direction.

Uses of ILcdPoint in com.luciad.ais.model.airspace

Subinterfaces of ILcdPoint in com.luciad.ais.model.airspace

Modifier and Type	Interface and Description
interface	ILcdAirspaceSegment This interface describes the geometry and the relationships of an airspace segment.
interface	ILcdEditableAirspaceSegment This interface defines operations to edit the attributes and relationships of an ILcdAirspaceSegment.

Classes in com.luciad.ais.model.airspace that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdAirspaceSegment The default implementation of an airspace segment without features.
class	TLcdSubPointlistAirspaceSegment An implementation of an airspace segment that uses a ILcdGeoPathLeg.SUB_POINT_LIST as geopath leg type together with a shared subpointlist as dataset.

Methods in com.luciad.ais.model.airspace that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdAirspaceCorridor.getFocusPoint()
ILcdPoint	TLcdAirspace.getFocusPoint()
ILcdPoint	TLcdAirspaceCorridor.getPoint(int i)
ILcdPoint	TLcdAirspace.getPoint(int i)
ILcdPoint	ILcdAirspaceCorridor.getPoint(int aIndex) Returns the point of the axis at the given index.

Methods in com.luciad.ais.model.airspace with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdAssociationBasedAirspace.contains2D(ILcdPoint aPoint)
boolean	TLcdAirspaceCorridor.contains2D(ILcdPoint aPoint)
boolean	TLcdAirspace.contains2D(ILcdPoint aPoint)
boolean	TLcdAssociationBasedAirspace.contains3D(ILcdPoint aPoint)
boolean	TLcdAirspaceCorridor.contains3D(ILcdPoint aPoint)
boolean	TLcdAirspace.contains3D(ILcdPoint aPoint)

Uses of ILcdPoint in com.luciad.ais.model.navaid

Subinterfaces of ILcdPoint in com.luciad.ais.model.navaid

Modifier and Type	Interface and Description
interface	ILcdDME This interface describes the geometry and the relationships of a DME (Distance Measuring Equipment).
interface	ILcdEditableDME This interface defines operations to edit the attributes and relationships of an ILcdDME.
interface	ILcdEditableGlidePath This interface defines operations to edit the attributes and relationships of an ILcdGlidePath.
interface	ILcdEditableLocalizer This interface defines operations to edit the attributes and relationships of an ILcdLocalizer.
interface	ILcdEditableMarker This interface defines operations to edit the attributes and relationships of an ILcdMarker.
interface	ILcdEditableNavaid This interface defines operations to edit the attributes and relationships of an ILcdNavaid.
interface	ILcdEditableNDB This interface defines operations to edit the attributes and relationships of an ILcdNDB.
interface	ILcdEditableTACAN This interface defines operations to edit the attributes and relationships of an ILcdTACAN.
interface	ILcdEditableVOR This interface defines operations to edit the attributes and relationships of an ILcdVOR.
interface	ILcdEditableWayPoint This interface defines operations to edit the attributes and relationships of an ILcdWayPoint.
interface	ILcdGlidePath This interface describes the geometry and the relationships of a glide path transmitter.
interface	ILcdLocalizer This interface describes the geometry and the relationships of a localizer.
interface	ILcdMarker This interface describes the geometry and the relationships of a marker beacon.
interface	ILcdNavaid This interface describes the geometry and the relationships of a navaid.
interface	ILcdNDB This interface describes the geometry and the relationships of a Non-Directional Beacon (NDB).
interface	ILcdTACAN This interface describes the geometry and the relationships of a Tactical Air Navigation (TACAN).
interface	ILcdVOR This interface describes the geometry and the relationships of a VHF Omnidirectional Radio range (VOR).
interface	ILcdWayPoint This interface describes the geometry and the relationships of a waypoint.

Classes in com.luciad.ais.model.navaid that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdDME The default implementation of a DME with default properties.
class	TLcdFeaturedDME The default implementation of a DME with features.
class	TLcdFeaturedGlidePath The default implementation of a glide path with features.
class	TLcdFeaturedLocalizer The default implementation of a DME with features.
class	TLcdFeaturedMarker The default implementation of a marker with features.
class	TLcdFeaturedNDB The default implementation of a NDB with features.
class	TLcdFeaturedTACAN The default implementation of a TACAN with features.
class	TLcdFeaturedVOR The default implementation of a VOR with features.
class	TLcdFeaturedWayPoint The default implementation of a waypoint with features.
class	TLcdGlidePath The default implementation of a glide path without features.
class	TLcdLocalizer The default implementation of a localizer with default properties.
class	TLcdMarker The default implementation of a marker with default properties.
class	TLcdNDB The default implementation of a NDB with default properties.
class	TLcdTACAN The default implementation of a TACAN with default properties.
class	TLcdVOR The default implementation of a VOR with default properties.
class	TLcdWayPoint The default implementation of a waypoint with default properties.

Uses of ILcdPoint in com.luciad.ais.model.obstacle

Subinterfaces of ILcdPoint in com.luciad.ais.model.obstacle

Modifier and Type	Interface and Description
interface	ILcdEditableObstacle This extension of the ILcdEditableObstacle interface allows users to change the geodetic datum of an obstacle.
interface	ILcdObstacle This interface describes the geometry and the relationships of an obstacle.

Classes in com.luciad.ais.model.obstacle that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdFeaturedObstacle This extension of TLcdFeaturedObstacle has all facilities to store obstacle related aspects.
class	TLcdObstacle This class defines an obstacle.

Uses of ILcdPoint in com.luciad.ais.model.parachutejumparea

Subinterfaces of ILcdPoint in com.luciad.ais.model.parachutejumparea

Modifier and Type	Interface and Description
interface	ILcdEditableParachuteJumpAreaSegment This interface defines operations to edit the attributes and relationships of an ILcdParachuteJumpAreaSegment.
interface	ILcdParachuteJumpAreaSegment This interface describes the geometry and the relationships of an parachute jump area segment.

Classes in com.luciad.ais.model.parachutejumparea that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdParachuteJumpAreaSegment The default implementation of a parachute jump area segment without features.

Methods in com.luciad.ais.model.parachutejumparea that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdParachuteJumpArea.getFocusPoint()
ILcdPoint	TLcdParachuteJumpArea.getPoint(int i)

Methods in com.luciad.ais.model.parachutejumparea with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdParachuteJumpArea.contains2D(ILcdPoint aPoint)
boolean	TLcdParachuteJumpArea.contains3D(ILcdPoint aPoint)

Uses of ILcdPoint in com.luciad.ais.model.procedure

Methods in com.luciad.ais.model.procedure that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdProcedureLeg.getArcCentreFix()
ILcdPoint	ILcdProcedureLeg.getArcCentreFix() For RF legs only, returns the center of the turn arc.
ILcdPoint	TLcdAircraftState.getCurrentPosition() Returns the current position of the aircraft.
ILcdPoint	TLcdProcedureLeg.getFix()
ILcdPoint	ILcdProcedureLeg.getFix()
ILcdPoint	TLcdProcedureTrajectory.getFocusPoint()
ILcdPoint	TLcdProcedureTrajectory.getPoint(int aIndex) Returns the trajectory point at the given index.
ILcdPoint	TLcdProcedureLeg.getRecommendedNavaid()
ILcdPoint	ILcdProcedureLeg.getRecommendedNavaid() An auxiliary navaid for AF, CD, CR legs.
ILcdPoint	TLcdHolding.getSignificantPoint()
ILcdPoint	ILcdHolding.getSignificantPoint() Return the significant point (waypoint) of this holding.

Methods in com.luciad.ais.model.procedure with parameters of type ILcdPoint

Modifier and Type	Method and Description
void	ILcdProcedureGeometryHandler.beginAngleArc(ILcdPoint aCenter, double aRadius, double aStartAngle, double aArcAngle, double aBeginHeight, double aEndHeight, TLcdProcedureGeometryType aType) Marks the start of an arc.
boolean	TLcdProcedureTrajectory.contains2D(ILcdPoint aPoint) Returns false.
boolean	TLcdProcedureTrajectory.contains3D(ILcdPoint aPoint) Returns false.
protected void	TLcdProcedureGeometryCalculator.flyByOntoArc(TLcdAircraftState aStateSFCT, ILcdPoint aTerminator, ILcdPoint aCenter, double aRadius, boolean aClockwise, ILcdProcedureGeometryHandler aHandler) Executes a flyby onto the given arc.
protected void	TLcdProcedureGeometryCalculator.flyByOntoLine(TLcdAircraftState aStateSFCT, ILcdPoint aP1, ILcdPoint aP2, ILcdProcedureGeometryHandler aHandler) Executes a flyby onto the given line segment.
protected void	TLcdProcedureGeometryCalculator.flyOverOntoArc(TLcdAircraftState aStateSFCT, ILcdPoint aTerminator, ILcdPoint aCenter, double aRadius, boolean aClockwise, ILcdProcedureGeometryHandler aHandler) Executes a flyover onto the specified arc.
protected void	TLcdProcedureGeometryCalculator.flyOverOntoLine(TLcdAircraftState aStateSFCT, ILcdPoint aTargetFix, TLcdProcedureLegTurnDirectionType aTurnDirection, ILcdProcedureGeometryHandler aHandler) Executes a flyover onto the line segment specified by the current aircraft position and aTargetFix.
protected void	TLcdProcedureGeometryCalculator.handleAngleArc(ILcdPoint aCentre, double aRadius, double aStartAngle, double aArcAngle, double aStartHeight, double aEndHeight, TLcdProcedureGeometryType aType, TLcdAircraftState aState, ILcdProcedureGeometryHandler aHandler) This method may be used by derived classes to output geometry.
void	ILcdProcedureGeometryHandler.handleArcSegment(ILcdPoint aP1, ILcdPoint aP2, int aIndex, int aNumSegments, TLcdProcedureGeometryType aType) Handle a single segment of a discretized arc.
void	ILcdProcedureGeometryHandler.handleLine(ILcdPoint aStartPoint, ILcdPoint aEndPoint, TLcdProcedureGeometryType aType) Handle a line segment defined by two points.
protected void	TLcdProcedureGeometryCalculator.handleLine(ILcdPoint aStartPoint, ILcdPoint aEndPoint, TLcdProcedureGeometryType aType, TLcdAircraftState aState, ILcdProcedureGeometryHandler aHandler) This method may be used by derived classes to output geometry.
void	ILcdProcedureGeometryHandler.handlePoint(ILcdPoint aPoint, TLcdProcedureGeometryType aType) Handle the given point.
protected void	TLcdProcedureGeometryCalculator.handlePoint(ILcdPoint aPoint, TLcdProcedureGeometryType aType, TLcdAircraftState aState, ILcdProcedureGeometryHandler aHandler) This method may be used by derived classes to output geometry.
void	TLcdProcedureLeg.setArcCentreFix(ILcdPoint aArcCentreFix)
void	ILcdEditableProcedureLeg.setArcCentreFix(ILcdPoint aArcCentreFix) For RF legs, sets the center point of the turn arc.
void	TLcdAircraftState.setCurrentPosition(ILcdPoint aPos) Moves the current position to the specified location.
void	TLcdProcedureLeg.setFix(ILcdPoint aFix)
void	ILcdEditableProcedureLeg.setFix(ILcdPoint aFix) Sets the fix associated with this leg.
void	TLcdProcedureLeg.setRecommendedNavaid(ILcdPoint aRecommendedNavaid)
void	ILcdEditableProcedureLeg.setRecommendedNavaid(ILcdPoint aRecommendedNavaid) Sets the secondary navaid for AF, CD, CR legs.
void	TLcdHolding.setSignificantPoint(ILcdPoint aSignificantPoint)
void	ILcdEditableHolding.setSignificantPoint(ILcdPoint aSignificantPoint) Specify the significant point (waypoint) of this holding.

Uses of ILcdPoint in com.luciad.ais.model.refuelingtrack

Subinterfaces of ILcdPoint in com.luciad.ais.model.refuelingtrack

Modifier and Type	Interface and Description
interface	ILcdEditableRefuelingTrackPoint An editable extension of ILcdRefuelingTrackPoint.
interface	ILcdRefuelingTrackPoint This interface describes the geometry and the relationships of a refueling track point.

Classes in com.luciad.ais.model.refuelingtrack that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdFeaturedRefuelingTrackPoint This extension of TLcdRefuelingTrackPoint has all facilities to store refueling route point related aspects.
class	TLcdRefuelingTrackPoint This class represents a refueling route point.

Uses of ILcdPoint in com.luciad.ais.model.route

Subinterfaces of ILcdPoint in com.luciad.ais.model.route

Modifier and Type	Interface and Description
interface	ILcdEditableMilitaryTrainingRoutePoint This interface is an extension of the ILcdMilitaryTrainingRoutePoint interface that allows to change the attributes and relationships of a military training route point.
interface	ILcdEditableRoutePoint This interface is an extension of the ILcdRoutePoint interface that allows to change the attributes and relationships of a route point.
interface	ILcdMilitaryTrainingRoutePoint This interface describes the geometry and the relationships of a military training route point.
interface	ILcdRoutePoint This interface describes the geometry and the relationships of a route point.

Classes in com.luciad.ais.model.route that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdFeaturedMilitaryTrainingRoutePoint A featured extension of TLcdMilitaryTrainingRoutePoint.
class	TLcdMilitaryTrainingRoutePoint An implementation of ILcdMilitaryTrainingRoutePoint.

Methods in com.luciad.ais.model.route that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdRouteSegment.getBeginPoint()
ILcdPoint	ILcdRouteSegment.getBeginPoint() Returns the first point of this route segment.
ILcdPoint	TLcdRouteSegment.getEndPoint()
ILcdPoint	ILcdRouteSegment.getEndPoint() Returns the second point of this route segment.
ILcdPoint	TLcdRouteSegment.getPoint(int i)

Methods in com.luciad.ais.model.route with parameters of type ILcdPoint

Modifier and Type	Method and Description
void	TLcdRouteSegment.setBeginPoint(ILcdPoint aBeginPoint)
void	ILcdEditableRouteSegment.setBeginPoint(ILcdPoint aBeginPoint) Specifies the begin point of this route segment.
void	TLcdRouteSegment.setEndPoint(ILcdPoint aEndPoint)
void	ILcdEditableRouteSegment.setEndPoint(ILcdPoint aEndPoint) Specifies the end point for this route segment.

Uses of ILcdPoint in com.luciad.ais.model.service

Subinterfaces of ILcdPoint in com.luciad.ais.model.service

Modifier and Type	Interface and Description
interface	ILcdEditableLocationBasedService This interface defines operations to edit the attributes and relationships of an ILcdLocationBasedService.
interface	ILcdLocationBasedService This interface describes the geometry and the relationships of a location-based service object.

Classes in com.luciad.ais.model.service that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdFeaturedLocationBasedService The default implementation of a location-based service object with additional properties.
class	TLcdLocationBasedService The default implementation of a location-based service object with default properties.

Uses of ILcdPoint in com.luciad.ais.model.vfr

Subinterfaces of ILcdPoint in com.luciad.ais.model.vfr

Modifier and Type	Interface and Description
interface	ILcdEditableVFRRoutePoint This interface defines operations to edit the attributes and relationships of an ILcdVFRRoutePoint.
interface	ILcdVFRRoutePoint This interface describes the geometry and the relationships of a VFR route point.

Classes in com.luciad.ais.model.vfr that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdFeaturedVFRRoutePoint The default implementation of a VFR route point with addtional properties.
class	TLcdVFRRoutePoint The default implementation of a VFR route point without features.

Methods in com.luciad.ais.model.vfr that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdVFRRoute.getPoint(int aIndex)

Uses of ILcdPoint in com.luciad.ais.shape

Subinterfaces of ILcdPoint in com.luciad.ais.shape

Modifier and Type	Interface and Description
interface	ILcdEditableGeoPathLeg An editable extension of ILcdGeoPathLeg.
interface	ILcdGeoPathLeg An ILcdGeoPathLeg is a geometric shape defined by a point and, depending on the type of the leg, a number of other parameters.

Classes in com.luciad.ais.shape that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdAISPoint An generic point class that delegates to another ILcd3DEditablePoint instance.
class	TLcdGeoPathLeg An implementation of the ILcdGeoPathLeg interface.

Methods in com.luciad.ais.shape that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdDiscretizedLonLatGeoPath.getFocusPoint()
ILcdPoint	TLcdAISPolyline.getFocusPoint()
ILcdPoint	TLcdAISPolygon.getFocusPoint()
ILcdPoint	TLcdAISPoint.getFocusPoint()
ILcdPoint	TLcdDiscretizedLonLatGeoPath.getPoint(int aIndex)
ILcdPoint	TLcdAISPolyline.getPoint(int i)
ILcdPoint	TLcdAISPolygon.getPoint(int i)

Methods in com.luciad.ais.shape with parameters of type ILcdPoint

Modifier and Type	Method and Description
protected boolean	TLcdDiscretizedLonLatGeoPath.acceptCorrection(ILcdGeoPathLeg aLeg, int aType, ILcdPoint aOriginalPoint, ILcdPoint aNewPoint) Checks whether the proposed data correction is accepted or not, to prevent self-intersections in the discretized pointlists.
boolean	TLcdDiscretizedLonLatGeoPath.contains2D(ILcdPoint aPoint)
boolean	TLcdAISPolyline.contains2D(ILcdPoint aPoint)
boolean	TLcdAISPolygon.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdAISPoint.contains2D(ILcdPoint aPoint)
boolean	TLcdDiscretizedLonLatGeoPath.contains3D(ILcdPoint aPoint)
boolean	TLcdAISPolyline.contains3D(ILcdPoint aPoint)
boolean	TLcdAISPolygon.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdAISPoint.contains3D(ILcdPoint aPoint)
void	TLcdAISPolyline.move2D(ILcdPoint aPoint)
void	TLcdAISPolygon.move2D(ILcdPoint aILcdPoint)
void	TLcdAISPoint.move2D(ILcdPoint aPoint)
void	TLcdAISPolyline.move3D(ILcdPoint aPoint)
void	TLcdAISPolygon.move3D(ILcdPoint aILcdPoint)
void	TLcdAISPoint.move3D(ILcdPoint aPoint)

Uses of ILcdPoint in com.luciad.earth.tileset.datatype

Methods in com.luciad.earth.tileset.datatype that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdEarthVertexArray.getCoordinateOrigin()

Methods in com.luciad.earth.tileset.datatype with parameters of type ILcdPoint

Modifier and Type	Method and Description
void	TLcdEarthVertexArray.setCoordinateOrigin(ILcdPoint aCoordinateOrigin)

Uses of ILcdPoint in com.luciad.earth.tileset.terrain

Methods in com.luciad.earth.tileset.terrain with parameters of type ILcdPoint

Modifier and Type	Method and Description
double	TLcdEarthTileSetElevationProvider.retrieveElevationAt(ILcdPoint aPoint, ILcdGeoReference aGeoReference)
double	TLcdEarthTileSetElevationProvider.retrieveElevationAt(ILcdPoint aPoint, ILcdGeoReference aGeoReference, double aDesiredResolution)
double	TLcdEarthTileSetElevationProviderAdapter.retrieveHeightAt(ILcdPoint aPoint)

Uses of ILcdPoint in com.luciad.earth.util

Methods in com.luciad.earth.util with parameters of type ILcdPoint

Modifier and Type	Method and Description
double	TLcdEarthTerrainElevationProvider.retrieveElevationAt(ILcdPoint aPoint, ILcdGeoReference aGeoReference)
abstract double	ALcdEarthTerrainElevationProvider.retrieveElevationAt(ILcdPoint aPoint, ILcdGeoReference aPointReference) Returns the elevation for a given location, defined in meters above mean sea level.
double	TLcdEarthTerrainElevationProvider.retrieveElevationAt(ILcdPoint aPoint, ILcdGeoReference aPointReference, double aDesiredResolution)
double	ALcdEarthTerrainElevationProvider.retrieveElevationAt(ILcdPoint aPoint, ILcdGeoReference aPointReference, double aDesiredResolution) Returns the elevation for a given location, defined in meters above mean sea level.
void	ILcdEarthMultivaluedProvider.retrieveValuesSFCT(ILcdPoint aPoint, double[] aValues) Retrieves all the values at a given point.

Uses of ILcdPoint in com.luciad.earth.view.vertical

Methods in com.luciad.earth.view.vertical that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdVVTerrainModel.getPoint(int aPointIndex)

Methods in com.luciad.earth.view.vertical with parameters of type ILcdPoint

Modifier and Type	Method and Description
protected double	TLcdVVTerrainModel.calculateStepSize(int aSegmentIndex, double aSegmentDistance, ILcdPoint aSegmentPoint1, ILcdPoint aSegmentPoint2, ILcdModelReference aPointReference) This method calculates the step size using which the terrain is sampled.

Uses of ILcdPoint in com.luciad.format.aixm51.model.abstractfeature

Methods in com.luciad.format.aixm51.model.abstractfeature that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdAIXM51AbstractAIXMTimeSlice.getFocusPoint()
ILcdPoint	TLcdAIXM51AbstractAIXMFeature.getFocusPoint()

Methods in com.luciad.format.aixm51.model.abstractfeature with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdAIXM51AbstractAIXMTimeSlice.contains2D(ILcdPoint aPoint)
boolean	TLcdAIXM51AbstractAIXMTimeSlice.contains3D(ILcdPoint aPoint)

Uses of ILcdPoint in com.luciad.format.aixm51.model.features.airspace

Methods in com.luciad.format.aixm51.model.features.airspace that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdAIXM51AirspaceVolume.getFocusPoint()

Methods in com.luciad.format.aixm51.model.features.airspace with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdAIXM51AirspaceVolume.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdAIXM51AirspaceVolume.contains3D(ILcdPoint aPoint)

Uses of ILcdPoint in com.luciad.format.aixm51.model.features.geometry

Classes in com.luciad.format.aixm51.model.features.geometry that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdAIXM51ElevatedPoint A class that represents an AIXM 5.1 elevated point.
class	TLcdAIXM51Point A class that represents an AIXM 5.1 Point.

Methods in com.luciad.format.aixm51.model.features.geometry that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdAIXM51ElevatedSurface.getFocusPoint()
ILcdPoint	TLcdAIXM51ElevatedCurve.getFocusPoint()

Uses of ILcdPoint in com.luciad.format.aixm51.model.features.obstacle

Methods in com.luciad.format.aixm51.model.features.obstacle that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdAIXM51VerticalStructurePart.getFocusPoint()

Methods in com.luciad.format.aixm51.model.features.obstacle with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdAIXM51VerticalStructurePart.contains2D(ILcdPoint aPoint)
boolean	TLcdAIXM51VerticalStructurePart.contains3D(ILcdPoint aPoint)

Uses of ILcdPoint in com.luciad.format.asdi

Classes in com.luciad.format.asdi that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdASDITrack Time-dependent view on a TLcdASDITrajectory.

Methods in com.luciad.format.asdi that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdASDITrajectory.getPoint(int aIndex)
ILcdPoint	TLcdASDIFlightPlanHistory.getPoint(int aPointIndex) Retrieves the position indicated by aPointIndex in the most recent intended path.
ILcdPoint	TLcdASDIFlightPlan.getPoint(int aPointIndex) Retrieves the intended route position indicated by aPointIndex.
ILcdPoint	TLcdASDIFlightPlanHistory.getPoint(int aFlightPlanIndex, int aPointIndex) Retrieves the position indicated by aPointIndex in the intended path of the flight plan at index aFlightPlanIndex.

Uses of ILcdPoint in com.luciad.format.asterix

Classes in com.luciad.format.asterix that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdASTERIXPlot Defines an ASTERIX plot.
class	TLcdASTERIXTrack Time-dependent view on a TLcdASTERIXTrajectory.

Methods in com.luciad.format.asterix that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdASTERIXTrajectory.getFocusPoint()
ILcdPoint	TLcdASTERIXPrecipitationZone.getFocusPoint()
ILcdPoint	TLcdASTERIXTrajectory.getPoint(int aIndex)

Methods in com.luciad.format.asterix with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdASTERIXTrajectory.contains2D(ILcdPoint aPoint)
boolean	TLcdASTERIXPrecipitationZone.contains2D(ILcdPoint aPoint)
boolean	TLcdASTERIXPlot.contains2D(ILcdPoint aPoint)
boolean	TLcdASTERIXTrajectory.contains3D(ILcdPoint aPoint)
boolean	TLcdASTERIXPrecipitationZone.contains3D(ILcdPoint aPoint)
boolean	TLcdASTERIXPlot.contains3D(ILcdPoint aPoint)

Constructors in com.luciad.format.asterix with parameters of type ILcdPoint

Constructor and Description
TLcdASTERIXReferenceProvider(ILcdPoint aRadarPosition) The provider will return an azimuthal equidistant reference with the given origin and no rotation.
TLcdASTERIXReferenceProvider(ILcdPoint aRadarPosition, double aRadarPlatformOrientation) The provider will return an azimuthal equidistant reference with the given origin and rotation.

Uses of ILcdPoint in com.luciad.format.bingmaps

Methods in com.luciad.format.bingmaps that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdBingMapsCoverageArea.getFocusPoint()
ILcdPoint	TLcdBingMapsCoverageArea.getLocation()

Methods in com.luciad.format.bingmaps with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdBingMapsCoverageArea.contains2D(ILcdPoint aPoint)
boolean	TLcdBingMapsCoverageArea.contains3D(ILcdPoint aPoint)

Uses of ILcdPoint in com.luciad.format.database

Methods in com.luciad.format.database that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdFeaturedSingleShapeList.getFocusPoint()
ILcdPoint	TLcdFeaturedMultiShapeList.getFocusPoint()

Methods in com.luciad.format.database with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdFeaturedSingleShapeList.contains2D(ILcdPoint aPoint)
boolean	TLcdFeaturedMultiShapeList.contains2D(ILcdPoint aPoint)
boolean	TLcdFeaturedSingleShapeList.contains3D(ILcdPoint aPoint)
boolean	TLcdFeaturedMultiShapeList.contains3D(ILcdPoint aPoint)

Uses of ILcdPoint in com.luciad.format.dgn

Methods in com.luciad.format.dgn that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdDGNReferenceFile.getMasterOrigin() Returns the master origin.
ILcdPoint	TLcdDGNReferenceFile.getReferenceOrigin() Returns the reference origin.

Constructors in com.luciad.format.dgn with parameters of type ILcdPoint

Constructor and Description
TLcdDGNReferenceFile(java.lang.String aFileSpecification, java.lang.String aLogicalName, java.lang.String aDescription, int aFileNumber, long aLevelMask, TLcdDGNLevelSymbology aLevelSymbology, ILcdPoint aReferenceOrigin, ILcdPoint aMasterOrigin, double aRotationAngle, double aConversionFactor, ILcdPointList aClip)

Uses of ILcdPoint in com.luciad.format.dwg

Classes in com.luciad.format.dwg that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdDWGPoint This class represents a Point from a DWG file.

Constructors in com.luciad.format.dwg with parameters of type ILcdPoint

Constructor and Description
TLcdDWGPoint(TLcdDWGExtendedEntityData aExtendedEntityData, TLcdDWGDisplayInfo aDisplayInfo, ILcdPoint aPoint) Creates a new TLcdDWGPoint with the given DWG properties and coordinates.

Uses of ILcdPoint in com.luciad.format.gdf

Subinterfaces of ILcdPoint in com.luciad.format.gdf

Modifier and Type	Interface and Description
interface	ILcdGDFPointFeature Represents a GDF point feature.

Uses of ILcdPoint in com.luciad.format.gml2.model

Classes in com.luciad.format.gml2.model that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdGML2Point A Point is defined by a single coordinate tuple.

Methods in com.luciad.format.gml2.model that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdGML2LinearRing.getEndPoint()
ILcdPoint	TLcdGML2LineString.getEndPoint()
ILcdPoint	TLcdGML2Polygon.getFocusPoint()
ILcdPoint	TLcdGML2Point.getFocusPoint()
ILcdPoint	TLcdGML2LinearRing.getFocusPoint()
ILcdPoint	TLcdGML2LineString.getFocusPoint()
ILcdPoint	TLcdGML2GeometryCollection.getFocusPoint()
ILcdPoint	TLcdGML2Box.getFocusPoint()
ILcdPoint	TLcdGML2AbstractGeometry.getFocusPoint()
ILcdPoint	TLcdGML2AbstractFeature.getFocusPoint()
ILcdPoint	TLcdGML2Box.getLocation()
ILcdPoint	TLcdGML2Polygon.getPoint(int aIndex)
ILcdPoint	TLcdGML2Coordinates.getPoint(int aIndex) Deprecated.
ILcdPoint	TLcdGML2LinearRing.getStartPoint()
ILcdPoint	TLcdGML2LineString.getStartPoint()

Methods in com.luciad.format.gml2.model with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdGML2Polygon.contains2D(ILcdPoint aPoint)
boolean	TLcdGML2Point.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML2LinearRing.contains2D(ILcdPoint aPoint)
boolean	TLcdGML2LineString.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML2GeometryCollection.contains2D(ILcdPoint aPoint)
boolean	TLcdGML2Box.contains2D(ILcdPoint aPoint)
boolean	TLcdGML2AbstractGeometry.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML2AbstractFeature.contains2D(ILcdPoint aPoint)
boolean	TLcdGML2Polygon.contains3D(ILcdPoint aPoint)
boolean	TLcdGML2Point.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML2LinearRing.contains3D(ILcdPoint aPoint)
boolean	TLcdGML2LineString.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML2GeometryCollection.contains3D(ILcdPoint aPoint)
boolean	TLcdGML2Box.contains3D(ILcdPoint aPoint)
boolean	TLcdGML2AbstractGeometry.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML2AbstractFeature.contains3D(ILcdPoint aPoint)
int	TLcdGML2LinearRing.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML2LineString.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
void	TLcdGML2Point.move2D(ILcdPoint aILcdPoint)
void	TLcdGML2LinearRing.move2D(ILcdPoint aPoint)
void	TLcdGML2LineString.move2D(ILcdPoint aPoint)
void	TLcdGML2Box.move2D(ILcdPoint aPoint)
void	TLcdGML2Point.move3D(ILcdPoint aILcdPoint)
void	TLcdGML2LinearRing.move3D(ILcdPoint aPoint)
void	TLcdGML2LineString.move3D(ILcdPoint aPoint)
void	TLcdGML2Box.move3D(ILcdPoint aPoint)
void	TLcdGML2Box.setToIncludePoint2D(ILcdPoint aPoint)
void	TLcdGML2Box.setToIncludePoint3D(ILcdPoint aPoint)

Uses of ILcdPoint in com.luciad.format.gml31.model

Classes in com.luciad.format.gml31.model that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdGML31DirectPosition Direct position instances hold the coordinates for a position within some coordinate reference system (CRS).
class	TLcdGML31Point A Point is defined by a single coordinate tuple.
class	TLcdGML31Vector Vector instances hold the components for a (usually spatial) vector within some coordinate reference system (CRS).

Methods in com.luciad.format.gml31.model that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdGML31CircleByCenterPoint.getCenter()
ILcdPoint	TLcdGML31Circle.getCenter()
ILcdPoint	TLcdGML31ArcByCenterPoint.getCenter()
ILcdPoint	TLcdGML31ArcByBulge.getCenter()
ILcdPoint	TLcdGML31Arc.getCenter()
ILcdPoint	TLcdGML31Ring.getEndPoint()
ILcdPoint	TLcdGML31OrientableCurve.getEndPoint()
ILcdPoint	TLcdGML31LinearRing.getEndPoint()
ILcdPoint	TLcdGML31LineStringSegment.getEndPoint()
ILcdPoint	TLcdGML31LineString.getEndPoint()
ILcdPoint	TLcdGML31GeodesicString.getEndPoint()
ILcdPoint	TLcdGML31Curve.getEndPoint()
ILcdPoint	TLcdGML31CompositeCurve.getEndPoint()
ILcdPoint	TLcdGML31CircleByCenterPoint.getEndPoint()
ILcdPoint	TLcdGML31Circle.getEndPoint()
ILcdPoint	TLcdGML31ArcStringByBulge.getEndPoint()
ILcdPoint	TLcdGML31ArcString.getEndPoint()
ILcdPoint	TLcdGML31ArcByCenterPoint.getEndPoint()
ILcdPoint	TLcdGML31ArcByBulge.getEndPoint()
ILcdPoint	TLcdGML31Arc.getEndPoint()
ILcdPoint	TLcdGML31AbstractRing.getEndPoint()
ILcdPoint	TLcdGML31AbstractCurveSegment.getEndPoint()
ILcdPoint	TLcdGML31AbstractCurve.getEndPoint()
ILcdPoint	TLcdGML31Circle.getFirstIntermediatePoint()
ILcdPoint	TLcdGML31Vector.getFocusPoint()
ILcdPoint	TLcdGML31Triangle.getFocusPoint()
ILcdPoint	TLcdGML31Surface.getFocusPoint()
ILcdPoint	TLcdGML31Ring.getFocusPoint()
ILcdPoint	TLcdGML31Rectangle.getFocusPoint()
ILcdPoint	TLcdGML31PolygonPatch.getFocusPoint()
ILcdPoint	TLcdGML31Polygon.getFocusPoint()
ILcdPoint	TLcdGML31Point.getFocusPoint()
ILcdPoint	TLcdGML31OrientableSurface.getFocusPoint()
ILcdPoint	TLcdGML31OrientableCurve.getFocusPoint()
ILcdPoint	TLcdGML31MultiSurface.getFocusPoint()
ILcdPoint	TLcdGML31MultiPolygon.getFocusPoint()
ILcdPoint	TLcdGML31MultiPoint.getFocusPoint()
ILcdPoint	TLcdGML31MultiLineString.getFocusPoint()
ILcdPoint	TLcdGML31MultiGeometry.getFocusPoint()
ILcdPoint	TLcdGML31MultiCurve.getFocusPoint()
ILcdPoint	TLcdGML31LinearRing.getFocusPoint()
ILcdPoint	TLcdGML31LineStringSegment.getFocusPoint()
ILcdPoint	TLcdGML31LineString.getFocusPoint()
ILcdPoint	TLcdGML31GeodesicString.getFocusPoint()
ILcdPoint	TLcdGML31Envelope.getFocusPoint()
ILcdPoint	TLcdGML31DirectPosition.getFocusPoint()
ILcdPoint	TLcdGML31Curve.getFocusPoint()
ILcdPoint	TLcdGML31CompositeCurve.getFocusPoint()
ILcdPoint	TLcdGML31CircleByCenterPoint.getFocusPoint()
ILcdPoint	TLcdGML31Circle.getFocusPoint()
ILcdPoint	TLcdGML31ArcStringByBulge.getFocusPoint()
ILcdPoint	TLcdGML31ArcString.getFocusPoint()
ILcdPoint	TLcdGML31ArcByCenterPoint.getFocusPoint()
ILcdPoint	TLcdGML31ArcByBulge.getFocusPoint()
ILcdPoint	TLcdGML31Arc.getFocusPoint()
ILcdPoint	TLcdGML31AbstractSurfacePatch.getFocusPoint()
ILcdPoint	TLcdGML31AbstractRing.getFocusPoint()
ILcdPoint	TLcdGML31AbstractGeometry.getFocusPoint()
ILcdPoint	TLcdGML31AbstractFeature.getFocusPoint()
ILcdPoint	TLcdGML31AbstractCurveSegment.getFocusPoint()
ILcdPoint	TLcdGML31Arc.getIntermediatePoint()
ILcdPoint	TLcdGML31Rectangle.getLocation()
ILcdPoint	TLcdGML31Envelope.getLocation()
ILcdPoint	TLcdGML31Triangle.getPoint(int aIndex)
ILcdPoint	TLcdGML31DirectPositionList.getPoint(int aIndex)
ILcdPoint	TLcdGML31Coordinates.getPoint(int aIndex) Deprecated.
ILcdPoint	TLcdGML31Circle.getSecondIntermediatePoint()
ILcdPoint	TLcdGML31Ring.getStartPoint()
ILcdPoint	TLcdGML31OrientableCurve.getStartPoint()
ILcdPoint	TLcdGML31LinearRing.getStartPoint()
ILcdPoint	TLcdGML31LineStringSegment.getStartPoint()
ILcdPoint	TLcdGML31LineString.getStartPoint()
ILcdPoint	TLcdGML31GeodesicString.getStartPoint()
ILcdPoint	TLcdGML31Curve.getStartPoint()
ILcdPoint	TLcdGML31CompositeCurve.getStartPoint()
ILcdPoint	TLcdGML31CircleByCenterPoint.getStartPoint()
ILcdPoint	TLcdGML31Circle.getStartPoint()
ILcdPoint	TLcdGML31ArcStringByBulge.getStartPoint()
ILcdPoint	TLcdGML31ArcString.getStartPoint()
ILcdPoint	TLcdGML31ArcByCenterPoint.getStartPoint()
ILcdPoint	TLcdGML31ArcByBulge.getStartPoint()
ILcdPoint	TLcdGML31Arc.getStartPoint()
ILcdPoint	TLcdGML31AbstractRing.getStartPoint()
ILcdPoint	TLcdGML31AbstractCurveSegment.getStartPoint()
ILcdPoint	TLcdGML31AbstractCurve.getStartPoint()

Methods in com.luciad.format.gml31.model with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdGML31CircleByCenterPoint.connect(ILcdPoint aStart, ILcdPoint aEnd)
boolean	TLcdGML31ArcByCenterPoint.connect(ILcdPoint aStart, ILcdPoint aEnd) Adapts this arc such that its start point and end point coincide with the given start and end point.
boolean	TLcdGML31Vector.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML31Triangle.contains2D(ILcdPoint aArg0)
boolean	TLcdGML31Surface.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31Ring.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31Rectangle.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31PolygonPatch.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31Polygon.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31Point.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML31OrientableSurface.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML31OrientableCurve.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML31MultiSurface.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31MultiPolygon.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31MultiPoint.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31MultiLineString.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31MultiGeometry.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31MultiCurve.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31LinearRing.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31LineStringSegment.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31LineString.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML31GeodesicString.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31Envelope.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31DirectPosition.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML31Curve.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31CompositeCurve.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31CircleByCenterPoint.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31Circle.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31ArcStringByBulge.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31ArcString.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31ArcByCenterPoint.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31ArcByBulge.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31Arc.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31AbstractSurfacePatch.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML31AbstractRing.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML31AbstractGeometry.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML31AbstractFeature.contains2D(ILcdPoint aPoint)
boolean	TLcdGML31AbstractCurveSegment.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML31Vector.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML31Triangle.contains3D(ILcdPoint aArg0)
boolean	TLcdGML31Surface.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31Ring.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31Rectangle.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31PolygonPatch.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31Polygon.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31Point.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML31OrientableSurface.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML31OrientableCurve.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML31MultiSurface.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31MultiPolygon.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31MultiPoint.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31MultiLineString.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31MultiGeometry.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31MultiCurve.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31LinearRing.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31LineStringSegment.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31LineString.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML31GeodesicString.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31Envelope.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31DirectPosition.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML31Curve.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31CompositeCurve.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31CircleByCenterPoint.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31Circle.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31ArcStringByBulge.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31ArcString.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31ArcByCenterPoint.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31ArcByBulge.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31Arc.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31AbstractSurfacePatch.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML31AbstractRing.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML31AbstractGeometry.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML31AbstractFeature.contains3D(ILcdPoint aPoint)
boolean	TLcdGML31AbstractCurveSegment.contains3D(ILcdPoint aILcdPoint)
int	TLcdGML31Ring.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML31OrientableCurve.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML31LinearRing.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML31LineStringSegment.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML31LineString.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML31GeodesicString.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML31Curve.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML31CompositeCurve.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML31CircleByCenterPoint.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML31Circle.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML31ArcStringByBulge.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML31ArcString.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML31ArcByCenterPoint.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML31ArcByBulge.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML31Arc.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML31AbstractRing.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML31AbstractCurveSegment.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML31AbstractCurve.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
void	TLcdGML31Vector.move2D(ILcdPoint aILcdPoint)
void	TLcdGML31Triangle.move2D(ILcdPoint aArg0)
void	TLcdGML31Rectangle.move2D(ILcdPoint aPoint)
void	TLcdGML31Point.move2D(ILcdPoint aILcdPoint)
void	TLcdGML31LinearRing.move2D(ILcdPoint aPoint)
void	TLcdGML31LineStringSegment.move2D(ILcdPoint aPoint)
void	TLcdGML31LineString.move2D(ILcdPoint aILcdPoint)
void	TLcdGML31GeodesicString.move2D(ILcdPoint aPoint)
void	TLcdGML31Envelope.move2D(ILcdPoint aPoint)
void	TLcdGML31DirectPosition.move2D(ILcdPoint aILcdPoint)
void	TLcdGML31CircleByCenterPoint.move2D(ILcdPoint aPoint)
void	TLcdGML31Circle.move2D(ILcdPoint aPoint)
void	TLcdGML31ArcByCenterPoint.move2D(ILcdPoint aPoint)
void	TLcdGML31ArcByBulge.move2D(ILcdPoint aPoint)
void	TLcdGML31Arc.move2D(ILcdPoint aPoint)
void	TLcdGML31Vector.move3D(ILcdPoint aPoint)
void	TLcdGML31Triangle.move3D(ILcdPoint aPoint)
void	TLcdGML31Rectangle.move3D(ILcdPoint aPoint)
void	TLcdGML31Point.move3D(ILcdPoint aILcdPoint)
void	TLcdGML31LinearRing.move3D(ILcdPoint aPoint)
void	TLcdGML31LineStringSegment.move3D(ILcdPoint aPoint)
void	TLcdGML31LineString.move3D(ILcdPoint aILcdPoint)
void	TLcdGML31GeodesicString.move3D(ILcdPoint aPoint)
void	TLcdGML31Envelope.move3D(ILcdPoint aPoint)
void	TLcdGML31DirectPosition.move3D(ILcdPoint aPoint)
void	TLcdGML31Rectangle.setToIncludePoint2D(ILcdPoint aArg0)
void	TLcdGML31Envelope.setToIncludePoint2D(ILcdPoint aPoint)
void	TLcdGML31Rectangle.setToIncludePoint3D(ILcdPoint aArg0)
void	TLcdGML31Envelope.setToIncludePoint3D(ILcdPoint aPoint)

Uses of ILcdPoint in com.luciad.format.gml32.model

Classes in com.luciad.format.gml32.model that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdGML32DirectPosition Direct position instances hold the coordinates for a position within some coordinate reference system (CRS).
class	TLcdGML32Point A Point is defined by a single coordinate tuple.
class	TLcdGML32Vector For some applications the components of the position may be adjusted to yield a unit vector.

Methods in com.luciad.format.gml32.model that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdGML32CircleByCenterPoint.getCenter()
ILcdPoint	TLcdGML32Circle.getCenter()
ILcdPoint	TLcdGML32ArcByCenterPoint.getCenter()
ILcdPoint	TLcdGML32ArcByBulge.getCenter()
ILcdPoint	TLcdGML32Arc.getCenter()
ILcdPoint	TLcdGML32Ring.getEndPoint()
ILcdPoint	TLcdGML32OrientableCurve.getEndPoint()
ILcdPoint	TLcdGML32LinearRing.getEndPoint()
ILcdPoint	TLcdGML32LineStringSegment.getEndPoint()
ILcdPoint	TLcdGML32LineString.getEndPoint()
ILcdPoint	TLcdGML32GeodesicString.getEndPoint()
ILcdPoint	TLcdGML32Curve.getEndPoint()
ILcdPoint	TLcdGML32CompositeCurve.getEndPoint()
ILcdPoint	TLcdGML32CircleByCenterPoint.getEndPoint()
ILcdPoint	TLcdGML32Circle.getEndPoint()
ILcdPoint	TLcdGML32ArcStringByBulge.getEndPoint()
ILcdPoint	TLcdGML32ArcString.getEndPoint()
ILcdPoint	TLcdGML32ArcByCenterPoint.getEndPoint()
ILcdPoint	TLcdGML32ArcByBulge.getEndPoint()
ILcdPoint	TLcdGML32Arc.getEndPoint()
ILcdPoint	TLcdGML32AbstractRing.getEndPoint()
ILcdPoint	TLcdGML32AbstractCurveSegment.getEndPoint()
ILcdPoint	TLcdGML32AbstractCurve.getEndPoint()
ILcdPoint	TLcdGML32Circle.getFirstIntermediatePoint()
ILcdPoint	TLcdGML32Triangle.getFocusPoint()
ILcdPoint	TLcdGML32Surface.getFocusPoint()
ILcdPoint	TLcdGML32Ring.getFocusPoint()
ILcdPoint	TLcdGML32Rectangle.getFocusPoint()
ILcdPoint	TLcdGML32PolygonPatch.getFocusPoint()
ILcdPoint	TLcdGML32Polygon.getFocusPoint()
ILcdPoint	TLcdGML32Point.getFocusPoint()
ILcdPoint	TLcdGML32OrientableSurface.getFocusPoint()
ILcdPoint	TLcdGML32OrientableCurve.getFocusPoint()
ILcdPoint	TLcdGML32MultiSurface.getFocusPoint()
ILcdPoint	TLcdGML32MultiPoint.getFocusPoint()
ILcdPoint	TLcdGML32MultiGeometry.getFocusPoint()
ILcdPoint	TLcdGML32MultiCurve.getFocusPoint()
ILcdPoint	TLcdGML32LinearRing.getFocusPoint()
ILcdPoint	TLcdGML32LineStringSegment.getFocusPoint()
ILcdPoint	TLcdGML32LineString.getFocusPoint()
ILcdPoint	TLcdGML32GeodesicString.getFocusPoint()
ILcdPoint	TLcdGML32Envelope.getFocusPoint()
ILcdPoint	TLcdGML32DirectPosition.getFocusPoint()
ILcdPoint	TLcdGML32Curve.getFocusPoint()
ILcdPoint	TLcdGML32CompositeCurve.getFocusPoint()
ILcdPoint	TLcdGML32CircleByCenterPoint.getFocusPoint()
ILcdPoint	TLcdGML32Circle.getFocusPoint()
ILcdPoint	TLcdGML32ArcStringByBulge.getFocusPoint()
ILcdPoint	TLcdGML32ArcString.getFocusPoint()
ILcdPoint	TLcdGML32ArcByCenterPoint.getFocusPoint()
ILcdPoint	TLcdGML32ArcByBulge.getFocusPoint()
ILcdPoint	TLcdGML32Arc.getFocusPoint()
ILcdPoint	TLcdGML32AbstractSurfacePatch.getFocusPoint()
ILcdPoint	TLcdGML32AbstractRing.getFocusPoint()
ILcdPoint	TLcdGML32AbstractGeometry.getFocusPoint()
ILcdPoint	TLcdGML32AbstractFeature.getFocusPoint()
ILcdPoint	TLcdGML32AbstractCurveSegment.getFocusPoint()
ILcdPoint	TLcdGML32Arc.getIntermediatePoint()
ILcdPoint	TLcdGML32Rectangle.getLocation()
ILcdPoint	TLcdGML32Envelope.getLocation()
ILcdPoint	TLcdGML32Triangle.getPoint(int aIndex)
ILcdPoint	TLcdGML32DirectPositionList.getPoint(int aIndex)
ILcdPoint	TLcdGML32Coordinates.getPoint(int aIndex) Deprecated.
ILcdPoint	TLcdGML32Circle.getSecondIntermediatePoint()
ILcdPoint	TLcdGML32Ring.getStartPoint()
ILcdPoint	TLcdGML32OrientableCurve.getStartPoint()
ILcdPoint	TLcdGML32LinearRing.getStartPoint()
ILcdPoint	TLcdGML32LineStringSegment.getStartPoint()
ILcdPoint	TLcdGML32LineString.getStartPoint()
ILcdPoint	TLcdGML32GeodesicString.getStartPoint()
ILcdPoint	TLcdGML32Curve.getStartPoint()
ILcdPoint	TLcdGML32CompositeCurve.getStartPoint()
ILcdPoint	TLcdGML32CircleByCenterPoint.getStartPoint()
ILcdPoint	TLcdGML32Circle.getStartPoint()
ILcdPoint	TLcdGML32ArcStringByBulge.getStartPoint()
ILcdPoint	TLcdGML32ArcString.getStartPoint()
ILcdPoint	TLcdGML32ArcByCenterPoint.getStartPoint()
ILcdPoint	TLcdGML32ArcByBulge.getStartPoint()
ILcdPoint	TLcdGML32Arc.getStartPoint()
ILcdPoint	TLcdGML32AbstractRing.getStartPoint()
ILcdPoint	TLcdGML32AbstractCurveSegment.getStartPoint()
ILcdPoint	TLcdGML32AbstractCurve.getStartPoint()

Methods in com.luciad.format.gml32.model with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdGML32CircleByCenterPoint.connect(ILcdPoint aStart, ILcdPoint aEnd)
boolean	TLcdGML32ArcByCenterPoint.connect(ILcdPoint aStart, ILcdPoint aEnd) Adapts this arc such that its start point and end point coincide with the given start and end point.
boolean	TLcdGML32Triangle.contains2D(ILcdPoint aArg0)
boolean	TLcdGML32Surface.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32Ring.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32Rectangle.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32PolygonPatch.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32Polygon.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32Point.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML32OrientableSurface.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML32OrientableCurve.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML32MultiSurface.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32MultiPoint.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32MultiGeometry.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32MultiCurve.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32LinearRing.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32LineStringSegment.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32LineString.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML32GeodesicString.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32Envelope.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32DirectPosition.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML32Curve.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32CompositeCurve.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32CircleByCenterPoint.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32Circle.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32ArcStringByBulge.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32ArcString.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32ArcByCenterPoint.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32ArcByBulge.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32Arc.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32AbstractSurfacePatch.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML32AbstractRing.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML32AbstractGeometry.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML32AbstractFeature.contains2D(ILcdPoint aPoint)
boolean	TLcdGML32AbstractCurveSegment.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdGML32Triangle.contains3D(ILcdPoint aArg0)
boolean	TLcdGML32Surface.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32Ring.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32Rectangle.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32PolygonPatch.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32Polygon.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32Point.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML32OrientableSurface.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML32OrientableCurve.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML32MultiSurface.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32MultiPoint.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32MultiGeometry.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32MultiCurve.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32LinearRing.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32LineStringSegment.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32LineString.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML32GeodesicString.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32Envelope.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32DirectPosition.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML32Curve.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32CompositeCurve.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32CircleByCenterPoint.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32Circle.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32ArcStringByBulge.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32ArcString.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32ArcByCenterPoint.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32ArcByBulge.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32Arc.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32AbstractSurfacePatch.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML32AbstractRing.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML32AbstractGeometry.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdGML32AbstractFeature.contains3D(ILcdPoint aPoint)
boolean	TLcdGML32AbstractCurveSegment.contains3D(ILcdPoint aILcdPoint)
int	TLcdGML32Ring.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML32OrientableCurve.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML32LinearRing.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML32LineStringSegment.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML32LineString.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML32GeodesicString.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML32Curve.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML32CompositeCurve.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML32CircleByCenterPoint.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML32Circle.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML32ArcStringByBulge.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML32ArcString.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML32ArcByCenterPoint.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML32ArcByBulge.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML32Arc.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML32AbstractRing.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML32AbstractCurveSegment.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdGML32AbstractCurve.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
void	TLcdGML32Triangle.move2D(ILcdPoint aArg0)
void	TLcdGML32Rectangle.move2D(ILcdPoint aPoint)
void	TLcdGML32Point.move2D(ILcdPoint aILcdPoint)
void	TLcdGML32LinearRing.move2D(ILcdPoint aPoint)
void	TLcdGML32LineStringSegment.move2D(ILcdPoint aPoint)
void	TLcdGML32LineString.move2D(ILcdPoint aILcdPoint)
void	TLcdGML32GeodesicString.move2D(ILcdPoint aPoint)
void	TLcdGML32Envelope.move2D(ILcdPoint aPoint)
void	TLcdGML32DirectPosition.move2D(ILcdPoint aILcdPoint)
void	TLcdGML32CircleByCenterPoint.move2D(ILcdPoint aPoint)
void	TLcdGML32Circle.move2D(ILcdPoint aPoint)
void	TLcdGML32ArcByCenterPoint.move2D(ILcdPoint aPoint)
void	TLcdGML32ArcByBulge.move2D(ILcdPoint aPoint)
void	TLcdGML32Arc.move2D(ILcdPoint aPoint)
void	TLcdGML32Triangle.move3D(ILcdPoint aPoint)
void	TLcdGML32Rectangle.move3D(ILcdPoint aPoint)
void	TLcdGML32Point.move3D(ILcdPoint aILcdPoint)
void	TLcdGML32LinearRing.move3D(ILcdPoint aPoint)
void	TLcdGML32LineStringSegment.move3D(ILcdPoint aPoint)
void	TLcdGML32LineString.move3D(ILcdPoint aILcdPoint)
void	TLcdGML32GeodesicString.move3D(ILcdPoint aPoint)
void	TLcdGML32Envelope.move3D(ILcdPoint aPoint)
void	TLcdGML32DirectPosition.move3D(ILcdPoint aPoint)
void	TLcdGML32Rectangle.setToIncludePoint2D(ILcdPoint aArg0)
void	TLcdGML32Envelope.setToIncludePoint2D(ILcdPoint aPoint)
void	TLcdGML32Rectangle.setToIncludePoint3D(ILcdPoint aArg0)
void	TLcdGML32Envelope.setToIncludePoint3D(ILcdPoint aPoint)

Uses of ILcdPoint in com.luciad.format.informix.spatial.shp

Classes in com.luciad.format.informix.spatial.shp that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdMeasureXYPoint This class represents a TLcdXYPoint with a measure value.
class	TLcdMeasureXYZPoint This class represents a TLcdXYZPoint with a measure value.

Constructors in com.luciad.format.informix.spatial.shp with parameters of type ILcdPoint

Constructor and Description
TLcdMeasureXYPoint(ILcdPoint aILcdPoint, double aM)
TLcdMeasureXYZPoint(ILcdPoint aILcdPoint, double aM)
TLcdMeasureXYZPoint(ILcdPoint aILcdPoint, double v, double aM)

Uses of ILcdPoint in com.luciad.format.kml22.model.feature

Methods in com.luciad.format.kml22.model.feature that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdKML22Placemark.getFocusPoint()

Methods in com.luciad.format.kml22.model.feature with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdKML22Placemark.contains2D(ILcdPoint aPoint)
boolean	TLcdKML22Placemark.contains3D(ILcdPoint aPoint)

Uses of ILcdPoint in com.luciad.format.kml22.model.geometry

Classes in com.luciad.format.kml22.model.geometry that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdKML22Location Domain class modeling the KML LocationType type.
class	TLcdKML22Point Domain class modeling the KML PointType type.

Methods in com.luciad.format.kml22.model.geometry that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdKML22LinearRing.getEndPoint()
ILcdPoint	TLcdKML22LineString.getEndPoint()
ILcdPoint	TLcdKML22Polygon.getFocusPoint()
ILcdPoint	TLcdKML22Point.getFocusPoint()
ILcdPoint	TLcdKML22MultiGeometry.getFocusPoint()
ILcdPoint	TLcdKML22Location.getFocusPoint()
ILcdPoint	TLcdKML22LinearRing.getFocusPoint()
ILcdPoint	TLcdKML22LineString.getFocusPoint()
ILcdPoint	TLcdKML22LatLonAltBox.getFocusPoint()
ILcdPoint	TLcdKML22AbstractGeometry.getFocusPoint()
ILcdPoint	TLcdKML223DModel.getFocusPoint()
ILcdPoint	TLcdKML22LatLonAltBox.getLocation()
ILcdPoint	TLcdKML22Coordinates.getPoint(int aIndex)
ILcdPoint	TLcdKML22LinearRing.getStartPoint()
ILcdPoint	TLcdKML22LineString.getStartPoint()

Methods in com.luciad.format.kml22.model.geometry with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdKML22Polygon.contains2D(ILcdPoint aPoint)
boolean	TLcdKML22Point.contains2D(ILcdPoint aPoint)
boolean	TLcdKML22MultiGeometry.contains2D(ILcdPoint aPoint)
boolean	TLcdKML22Location.contains2D(ILcdPoint aPoint)
boolean	TLcdKML22LinearRing.contains2D(ILcdPoint aPoint)
boolean	TLcdKML22LineString.contains2D(ILcdPoint aPoint)
boolean	TLcdKML22LatLonAltBox.contains2D(ILcdPoint aPoint)
boolean	TLcdKML22AbstractGeometry.contains2D(ILcdPoint aPoint)
boolean	TLcdKML22Polygon.contains3D(ILcdPoint aPoint)
boolean	TLcdKML22Point.contains3D(ILcdPoint aPoint)
boolean	TLcdKML22MultiGeometry.contains3D(ILcdPoint aPoint)
boolean	TLcdKML22Location.contains3D(ILcdPoint aPoint)
boolean	TLcdKML22LinearRing.contains3D(ILcdPoint aPoint)
boolean	TLcdKML22LineString.contains3D(ILcdPoint aPoint)
boolean	TLcdKML22LatLonAltBox.contains3D(ILcdPoint aPoint)
boolean	TLcdKML22AbstractGeometry.contains3D(ILcdPoint aPoint)
int	TLcdKML22LinearRing.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdKML22LineString.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
void	TLcdKML22Polygon.move2D(ILcdPoint aPoint)
void	TLcdKML22Point.move2D(ILcdPoint aPoint)
void	TLcdKML22Location.move2D(ILcdPoint a2DEditablePoint)
void	TLcdKML22LinearRing.move2D(ILcdPoint aPoint)
void	TLcdKML22LineString.move2D(ILcdPoint aPoint)
void	TLcdKML22AbstractGeometry.move2D(ILcdPoint aPoint)
void	TLcdKML22Polygon.move3D(ILcdPoint aPoint)
void	TLcdKML22Point.move3D(ILcdPoint aPoint)
void	TLcdKML22Location.move3D(ILcdPoint aPoint)
void	TLcdKML22LinearRing.move3D(ILcdPoint aPoint)
void	TLcdKML22LineString.move3D(ILcdPoint aPoint)
void	TLcdKML22AbstractGeometry.move3D(ILcdPoint aPoint)

Uses of ILcdPoint in com.luciad.format.magneticnorth

Methods in com.luciad.format.magneticnorth with parameters of type ILcdPoint

Modifier and Type	Method and Description
float	TLcdWMMMagneticNorthMap.retrieveDeclinationAt(ILcdPoint aPoint)
float	TLcdIGRFMagneticNorthMap.retrieveDeclinationAt(ILcdPoint aPoint)
float	ILcdMagneticNorthMap.retrieveDeclinationAt(ILcdPoint aPoint) Given a point (and implicitly a time value via setDate()), this method calculates the declination of the magnetic north vector.
float	TLcdWMMMagneticNorthMap.retrieveInclinationAt(ILcdPoint aPoint)
float	TLcdIGRFMagneticNorthMap.retrieveInclinationAt(ILcdPoint aPoint)
float	ILcdMagneticNorthMap.retrieveInclinationAt(ILcdPoint aPoint) Given a point (and implicitly a time value via setDate()), this method calculates the inclination of the magnetic north vector.
float	TLcdWMMMagneticNorthMap.retrieveTotalIntensityAt(ILcdPoint aPoint)
float	TLcdIGRFMagneticNorthMap.retrieveTotalIntensityAt(ILcdPoint aPoint)
float	ILcdMagneticNorthMap.retrieveTotalIntensityAt(ILcdPoint aPoint) Given a point (and implicitly a time value via setDate()), this method calculates the total intensity of the magnetic north vector.

Uses of ILcdPoint in com.luciad.format.metadata.model.extent

Methods in com.luciad.format.metadata.model.extent that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdISO19115GeographicBoundingBox.getFocusPoint()
ILcdPoint	TLcdISO19115GeographicBoundingBox.getLocation()

Methods in com.luciad.format.metadata.model.extent with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdISO19115GeographicBoundingBox.contains2D(ILcdPoint aPoint)
boolean	TLcdISO19115GeographicBoundingBox.contains3D(ILcdPoint aPoint)

Uses of ILcdPoint in com.luciad.format.mif

Classes in com.luciad.format.mif that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdMIFPoint This ILcdMIFShape represents a MIF point.

Methods in com.luciad.format.mif that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdMIFPoint.getPoint() Returns the position of this point.

Methods in com.luciad.format.mif with parameters of type ILcdPoint

Modifier and Type	Method and Description
protected void	TLcdMIFModelEncoder.write2DPoint(ILcdPoint aPoint, java.io.BufferedWriter aBufferedWriter) Writes the given ILcdPoint as a point (Point) and adds a symbol clause.

Uses of ILcdPoint in com.luciad.format.nvg.nvg15.model

Classes in com.luciad.format.nvg.nvg15.model that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdNVG15Point Implementation of ILcd2DEditablePoint that represents an NVG 1.5 Point.
class	TLcdNVG15Text Represents textual information at a certain location.

Methods in com.luciad.format.nvg.nvg15.model that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdNVG15Ellipse.getCenter()
ILcdPoint	TLcdNVG15Circle.getCenter() Returns the center of this ILcdCircle.
ILcdPoint	TLcdNVG15ArcBand.getCenter() Returns the center point of this ILcdArcBand.
ILcdPoint	TLcdNVG15Arc.getCenter() Returns the center of this ILcdEllipse.
ILcdPoint	TLcdNVG15Polyline.getEndPoint()
ILcdPoint	TLcdNVG15Polygon.getEndPoint()
ILcdPoint	TLcdNVG15Ellipse.getEndPoint()
ILcdPoint	TLcdNVG15Circle.getEndPoint()
ILcdPoint	TLcdNVG15ArcBand.getEndPoint()
ILcdPoint	TLcdNVG15Text.getFocusPoint() Returns the focus point of this ILcdShape.
ILcdPoint	TLcdNVG15Polyline.getFocusPoint()
ILcdPoint	TLcdNVG15Polygon.getFocusPoint()
ILcdPoint	TLcdNVG15Point.getFocusPoint() Returns the focus point of this ILcdShape.
ILcdPoint	TLcdNVG15Multipoint.getFocusPoint()
ILcdPoint	TLcdNVG15Group.getFocusPoint() Returns the focus point of this ILcdShape.
ILcdPoint	TLcdNVG15Ellipse.getFocusPoint()
ILcdPoint	TLcdNVG15Corridor.getFocusPoint()
ILcdPoint	TLcdNVG15Composite.getFocusPoint() Returns the focus point of this ILcdShape.
ILcdPoint	TLcdNVG15Circle.getFocusPoint() Returns the focus point of this ILcdShape.
ILcdPoint	TLcdNVG15Arrow.getFocusPoint()
ILcdPoint	TLcdNVG15ArcBand.getFocusPoint() Returns the focus point of this ILcdShape.
ILcdPoint	TLcdNVG15Arc.getFocusPoint() Returns the focus point of this ILcdShape.
ILcdPoint	TLcdNVG15Anchor.getFocusPoint() Returns the focus point of this ILcdShape.
ILcdPoint	TLcdNVG15Polyline.getPoint(int aIndex)
ILcdPoint	TLcdNVG15Polygon.getPoint(int aIndex)
ILcdPoint	TLcdNVG15Multipoint.getPoint(int aIndex)
ILcdPoint	TLcdNVG15Polyline.getStartPoint()
ILcdPoint	TLcdNVG15Polygon.getStartPoint()
ILcdPoint	TLcdNVG15Ellipse.getStartPoint()
ILcdPoint	TLcdNVG15Circle.getStartPoint()
ILcdPoint	TLcdNVG15ArcBand.getStartPoint()

Methods in com.luciad.format.nvg.nvg15.model with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdNVG15Text.contains2D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 2D space.
boolean	TLcdNVG15Polyline.contains2D(ILcdPoint aPoint)
boolean	TLcdNVG15Polygon.contains2D(ILcdPoint aPoint)
boolean	TLcdNVG15Point.contains2D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 2D space.
boolean	TLcdNVG15Multipoint.contains2D(ILcdPoint aPoint)
boolean	TLcdNVG15Group.contains2D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 2D space.
boolean	TLcdNVG15Ellipse.contains2D(ILcdPoint aLLP)
boolean	TLcdNVG15Corridor.contains2D(ILcdPoint aPoint)
boolean	TLcdNVG15Composite.contains2D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 2D space.
boolean	TLcdNVG15Circle.contains2D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 2D space.
boolean	TLcdNVG15Arrow.contains2D(ILcdPoint aPoint)
boolean	TLcdNVG15ArcBand.contains2D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 2D space.
boolean	TLcdNVG15Arc.contains2D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 2D space.
boolean	TLcdNVG15Anchor.contains2D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 2D space.
boolean	TLcdNVG15Text.contains3D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 3D space.
boolean	TLcdNVG15Polyline.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG15Polygon.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG15Point.contains3D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 3D space.
boolean	TLcdNVG15Multipoint.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG15Group.contains3D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 3D space.
boolean	TLcdNVG15Ellipse.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG15Corridor.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG15Composite.contains3D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 3D space.
boolean	TLcdNVG15Circle.contains3D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 3D space.
boolean	TLcdNVG15Arrow.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG15ArcBand.contains3D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 3D space.
boolean	TLcdNVG15Arc.contains3D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 3D space.
boolean	TLcdNVG15Anchor.contains3D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 3D space.
int	TLcdNVG15Polyline.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdNVG15Polygon.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdNVG15Ellipse.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdNVG15Circle.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdNVG15ArcBand.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
void	TLcdNVG15Text.move2D(ILcdPoint aILcdPoint) Moves this ILcd2DEditableShape to the given point in the 2D space.
void	TLcdNVG15Polyline.move2D(ILcdPoint aPoint)
void	TLcdNVG15Polygon.move2D(ILcdPoint aPoint)
void	TLcdNVG15Point.move2D(ILcdPoint aILcdPoint) Moves this ILcd2DEditableShape to the given point in the 2D space.
void	TLcdNVG15Multipoint.move2D(ILcdPoint aPoint)
void	TLcdNVG15Ellipse.move2D(ILcdPoint aPoint)
void	TLcdNVG15Corridor.move2D(ILcdPoint aPoint)
void	TLcdNVG15Circle.move2D(ILcdPoint aILcdPoint) Moves this ILcd2DEditableShape to the given point in the 2D space.
void	TLcdNVG15Arrow.move2D(ILcdPoint aPoint)
void	TLcdNVG15ArcBand.move2D(ILcdPoint aILcdPoint) Moves this ILcd2DEditableShape to the given point in the 2D space.
void	TLcdNVG15Arc.move2D(ILcdPoint aPoint)
void	TLcdNVG15Multipoint.move3D(ILcdPoint aPoint)
void	TLcdNVG15Ellipse.updateForCornerPoint2D(int aCorner, ILcdPoint aPoint)
void	TLcdNVG15Arc.updateForCornerPoint2D(int aIndex, ILcdPoint aILcdPoint) Updates the ellipse for the specified corner point location.

Uses of ILcdPoint in com.luciad.format.nvg.nvg20.model

Classes in com.luciad.format.nvg.nvg20.model that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdNVG20Point Implementation of ILcd2DEditablePoint that represents an NVG 2.0 Point.
class	TLcdNVG20Text Represents textual information at a certain location.

Methods in com.luciad.format.nvg.nvg20.model that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdNVG20EllipticRing.getCenter()
ILcdPoint	TLcdNVG20CircularRing.getCenter() Returns the center of this ILcdCircle.
ILcdPoint	TLcdNVG20Circle.getCenter()
ILcdPoint	TLcdNVG20ArcBandRing.getCenter()
ILcdPoint	TLcdNVG20Arc.getCenter() Returns the center of this ILcdArc.
ILcdPoint	TLcdNVG20RectangularRing.getEndPoint()
ILcdPoint	TLcdNVG20Polyline.getEndPoint()
ILcdPoint	TLcdNVG20LinearRing.getEndPoint()
ILcdPoint	TLcdNVG20EllipticRing.getEndPoint()
ILcdPoint	TLcdNVG20CircularRing.getEndPoint()
ILcdPoint	TLcdNVG20ArcBandRing.getEndPoint()
ILcdPoint	TLcdNVG20Text.getFocusPoint() Returns the focus point of this ILcdShape.
ILcdPoint	TLcdNVG20RectangularRing.getFocusPoint()
ILcdPoint	TLcdNVG20Rectangle.getFocusPoint()
ILcdPoint	TLcdNVG20Polyline.getFocusPoint()
ILcdPoint	TLcdNVG20Polygon.getFocusPoint()
ILcdPoint	TLcdNVG20Point.getFocusPoint() Returns the focus point of this ILcdShape.
ILcdPoint	TLcdNVG20Orbit.getFocusPoint()
ILcdPoint	TLcdNVG20MultiPoint.getFocusPoint()
ILcdPoint	TLcdNVG20LinearRing.getFocusPoint()
ILcdPoint	TLcdNVG20Group.getFocusPoint() Returns the focus point of this ILcdShape.
ILcdPoint	TLcdNVG20EllipticRing.getFocusPoint()
ILcdPoint	TLcdNVG20Ellipse.getFocusPoint()
ILcdPoint	TLcdNVG20Corridor.getFocusPoint()
ILcdPoint	TLcdNVG20Composite.getFocusPoint() Returns the focus point of this ILcdShape.
ILcdPoint	TLcdNVG20CircularRing.getFocusPoint() Returns the focus point of this ILcdShape.
ILcdPoint	TLcdNVG20Circle.getFocusPoint()
ILcdPoint	TLcdNVG20Arrow.getFocusPoint()
ILcdPoint	TLcdNVG20ArcBandRing.getFocusPoint()
ILcdPoint	TLcdNVG20ArcBand.getFocusPoint()
ILcdPoint	TLcdNVG20Arc.getFocusPoint() Returns the focus point of this ILcdShape.
ILcdPoint	TLcdNVG20Polyline.getPoint(int aIndex)
ILcdPoint	TLcdNVG20Orbit.getPoint(int aIndex)
ILcdPoint	TLcdNVG20MultiPoint.getPoint(int aIndex)
ILcdPoint	TLcdNVG20LinearRing.getPoint(int aIndex)
ILcdPoint	TLcdNVG20Corridor.getPoint(int aIndex)
ILcdPoint	TLcdNVG20Arrow.getPoint(int aIndex)
ILcdPoint	TLcdNVG20RectangularRing.getStartPoint()
ILcdPoint	TLcdNVG20Polyline.getStartPoint()
ILcdPoint	TLcdNVG20LinearRing.getStartPoint()
ILcdPoint	TLcdNVG20EllipticRing.getStartPoint()
ILcdPoint	TLcdNVG20CircularRing.getStartPoint()
ILcdPoint	TLcdNVG20ArcBandRing.getStartPoint()

Methods in com.luciad.format.nvg.nvg20.model with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdNVG20Text.contains2D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 2D space.
boolean	TLcdNVG20RectangularRing.contains2D(ILcdPoint aPoint)
boolean	TLcdNVG20Rectangle.contains2D(ILcdPoint aPoint)
boolean	TLcdNVG20Polyline.contains2D(ILcdPoint aPoint)
boolean	TLcdNVG20Polygon.contains2D(ILcdPoint aPoint)
boolean	TLcdNVG20Point.contains2D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 2D space.
boolean	TLcdNVG20Orbit.contains2D(ILcdPoint aPoint)
boolean	TLcdNVG20MultiPoint.contains2D(ILcdPoint aPoint)
boolean	TLcdNVG20LinearRing.contains2D(ILcdPoint aPoint)
boolean	TLcdNVG20Group.contains2D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 2D space.
boolean	TLcdNVG20EllipticRing.contains2D(ILcdPoint aLLP)
boolean	TLcdNVG20Ellipse.contains2D(ILcdPoint aLLP)
boolean	TLcdNVG20Corridor.contains2D(ILcdPoint aPoint)
boolean	TLcdNVG20Composite.contains2D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 2D space.
boolean	TLcdNVG20CircularRing.contains2D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 2D space.
boolean	TLcdNVG20Circle.contains2D(ILcdPoint aILcdPoint)
boolean	TLcdNVG20Arrow.contains2D(ILcdPoint aPoint)
boolean	TLcdNVG20ArcBandRing.contains2D(ILcdPoint aPoint)
boolean	TLcdNVG20ArcBand.contains2D(ILcdPoint aPoint)
boolean	TLcdNVG20Arc.contains2D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 2D space.
boolean	TLcdNVG20Text.contains3D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 3D space.
boolean	TLcdNVG20RectangularRing.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG20Rectangle.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG20Polyline.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG20Polygon.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG20Point.contains3D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 3D space.
boolean	TLcdNVG20Orbit.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG20MultiPoint.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG20LinearRing.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG20Group.contains3D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 3D space.
boolean	TLcdNVG20EllipticRing.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG20Ellipse.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG20Corridor.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG20Composite.contains3D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 3D space.
boolean	TLcdNVG20CircularRing.contains3D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 3D space.
boolean	TLcdNVG20Circle.contains3D(ILcdPoint aILcdPoint)
boolean	TLcdNVG20Arrow.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG20ArcBandRing.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG20ArcBand.contains3D(ILcdPoint aPoint)
boolean	TLcdNVG20Arc.contains3D(ILcdPoint aILcdPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 3D space.
int	TLcdNVG20RectangularRing.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdNVG20Polyline.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdNVG20LinearRing.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdNVG20EllipticRing.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdNVG20CircularRing.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdNVG20ArcBandRing.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
void	TLcdNVG20Text.move2D(ILcdPoint aILcdPoint) Moves this ILcd2DEditableShape to the given point in the 2D space.
void	TLcdNVG20RectangularRing.move2D(ILcdPoint aPoint)
void	TLcdNVG20Polyline.move2D(ILcdPoint aPoint)
void	TLcdNVG20Point.move2D(ILcdPoint aILcdPoint) Moves this ILcd2DEditableShape to the given point in the 2D space.
void	TLcdNVG20Orbit.move2D(ILcdPoint aPoint)
void	TLcdNVG20MultiPoint.move2D(ILcdPoint aPoint)
void	TLcdNVG20LinearRing.move2D(ILcdPoint aPoint)
void	TLcdNVG20EllipticRing.move2D(ILcdPoint aPoint)
void	TLcdNVG20Corridor.move2D(ILcdPoint aPoint)
void	TLcdNVG20CircularRing.move2D(ILcdPoint aILcdPoint) Moves this ILcd2DEditableShape to the given point in the 2D space.
void	TLcdNVG20Circle.move2D(ILcdPoint aILcdPoint)
void	TLcdNVG20Arrow.move2D(ILcdPoint aPoint)
void	TLcdNVG20ArcBandRing.move2D(ILcdPoint aPoint)
void	TLcdNVG20Arc.move2D(ILcdPoint aPoint)
void	TLcdNVG20MultiPoint.move3D(ILcdPoint aPoint)
void	TLcdNVG20EllipticRing.updateForCornerPoint2D(int aCorner, ILcdPoint aPoint)
void	TLcdNVG20Arc.updateForCornerPoint2D(int aIndex, ILcdPoint aILcdPoint) Updates the arc for the specified corner point location.

Uses of ILcdPoint in com.luciad.format.raster

Methods in com.luciad.format.raster that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdShadedRasterPainter.getSunPosition() Returns the direction of the sun.
ILcdPoint	TLcdShadedMultilevelRasterPainter.getSunPosition() Returns the direction of the sun.

Methods in com.luciad.format.raster with parameters of type ILcdPoint

Modifier and Type	Method and Description
ILcdBounds	TLcdRasterReferencingUtil.createAxisAlignedBounds(ILcdModelReference aModelReference, ILcdPoint[] aImageTiePoints, ILcdPoint[] aModelTiePoints, double aMaximumResidualTiePointError) Computes the model bounds for a raster with the given size, and given tie points, in a given model reference.
ILcdBounds	TLcdRasterReferencingUtil.createAxisAlignedBounds(ILcdModelReference aModelReference, ILcdPoint[] aImageTiePoints, ILcdPoint[] aModelTiePoints, double aMaximumResidualTiePointError) Computes the model bounds for a raster with the given size, and given tie points, in a given model reference.
ILcdBounds	TLcdRasterReferencingUtil.createAxisAlignedBounds(ILcdModelReference aModelReference, ILcdPoint[] aImageTiePoints, ILcdPoint[] aModelTiePoints, double aScaleX, double aScaleY, double aMaximumResidualTiePointError) Returns the model bounds for a raster with the tie points and (optional) scale, in the given model reference.
ILcdBounds	TLcdRasterReferencingUtil.createAxisAlignedBounds(ILcdModelReference aModelReference, ILcdPoint[] aImageTiePoints, ILcdPoint[] aModelTiePoints, double aScaleX, double aScaleY, double aMaximumResidualTiePointError) Returns the model bounds for a raster with the tie points and (optional) scale, in the given model reference.
ILcdModelReference	TLcdRasterReferencingUtil.createRotatedModelReference(ILcdModelReference aModelReference, ILcdPoint[] aImageTiePoints, ILcdPoint[] aModelTiePointsSFCT, boolean aAllowOrthographicReferencing) Computes a suitably rotated model reference for the given tie points.
ILcdModelReference	TLcdRasterReferencingUtil.createRotatedModelReference(ILcdModelReference aModelReference, ILcdPoint[] aImageTiePoints, ILcdPoint[] aModelTiePointsSFCT, boolean aAllowOrthographicReferencing) Computes a suitably rotated model reference for the given tie points.
void	TLcdRasterOffsetModelXYZWorldTransformation.modelPoint2worldSFCT(ILcdPoint aILcdPoint, ILcd3DEditablePoint aILcd3DEditablePoint)
double	TLcdRasterOffsetZTransformation.modelZ2worldZ(ILcdPoint aModelPoint) Takes into account the value of a raster beneath the model point.
void	TLcdShadedRasterPainter.setSunPosition(ILcdPoint aPoint) Sets the direction of the sun.
void	TLcdShadedMultilevelRasterPainter.setSunPosition(ILcdPoint aPoint) Sets the direction of the sun.
void	TLcdRasterOffsetModelXYZWorldTransformation.worldPoint2modelSFCT(ILcdPoint aILcdPoint, ILcd3DEditablePoint aILcd3DEditablePoint)
double	TLcdRasterOffsetZTransformation.worldZ2ModelZ(ILcdPoint aWorldPoint)

Uses of ILcdPoint in com.luciad.format.raster.reference

Methods in com.luciad.format.raster.reference with parameters of type ILcdPoint

Modifier and Type	Method and Description
ILcdRasterReference	TLcdWrapAroundRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdWrapAroundRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdWrapAroundRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdTranslatedRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdTranslatedRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdTranslatedRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdTiePointCheckingRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdTiePointCheckingRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdTiePointCheckingRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdRotatedRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdRotatedRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdRotatedRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdResidualErrorCheckingRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdResidualErrorCheckingRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdResidualErrorCheckingRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdRationalRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdRationalRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdRationalRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdProjectiveRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdProjectiveRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdProjectiveRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdPolynomialRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdPolynomialRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdPolynomialRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdOrthographicRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdOrthographicRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdOrthographicRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdCompositeRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdCompositeRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdCompositeRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdAxisAlignedRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdAxisAlignedRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	TLcdAxisAlignedRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT)
ILcdRasterReference	ILcdRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT) Creates a raster reference for an image of a given size, based on pairs of tie points.
ILcdRasterReference	ILcdRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT) Creates a raster reference for an image of a given size, based on pairs of tie points.
ILcdRasterReference	ILcdRasterReferencer.createRasterReference(int aImageWidth, int aImageHeight, ILcdPoint[] aImageTiePoints, ILcdModelReference aModelReference, ILcdPoint[] aModelTiePoints, ILcdPoint[] aMappedModelTiePointsSFCT) Creates a raster reference for an image of a given size, based on pairs of tie points.

Uses of ILcdPoint in com.luciad.format.s57

Classes in com.luciad.format.s57 that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdS57Node Represents a node in the S-57 domain model.
class	TLcdS57Point Represents a Point feature in the S-57 domain model.
class	TLcdS57SoundingPoint Represents a Sounding Point feature in the S-57 domain model.

Methods in com.luciad.format.s57 that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdS57Face.getEndPoint()
ILcdPoint	TLcdS57Edge.getEndPoint()
ILcdPoint	TLcdS57Face.getFocusPoint()
ILcdPoint	TLcdS57Edge.getFocusPoint()
ILcdPoint	TLcdS57Face.getPoint(int aIndex)
ILcdPoint	TLcdS57Edge.getPoint(int aIndex)
ILcdPoint	TLcdS57Area.getPoint(int aIndex)
ILcdPoint	TLcdS57Face.getStartPoint()
ILcdPoint	TLcdS57Edge.getStartPoint()

Methods in com.luciad.format.s57 with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdS57Face.contains2D(ILcdPoint aPoint)
boolean	TLcdS57Edge.contains2D(ILcdPoint aPoint)
boolean	TLcdS57Face.contains3D(ILcdPoint aPoint)
boolean	TLcdS57Edge.contains3D(ILcdPoint aPoint)
int	TLcdS57Face.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	TLcdS57Edge.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
void	TLcdS57Face.move2D(ILcdPoint aPoint)
void	TLcdS57Edge.move2D(ILcdPoint aPoint)

Uses of ILcdPoint in com.luciad.format.shp

Classes in com.luciad.format.shp that implement ILcdPoint

Modifier and Type	Class and Description
class	TLcdSHPPointM A TLcdSHPPointM is a point on the surface having a measure value.
class	TLcdSHPPointZ A TLcdSHPPointZ is a point having a height and a measure value.

Methods in com.luciad.format.shp that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdSHPPolygonZ.getEndPoint()
ILcdPoint	TLcdSHPPolylineZ.getFocusPoint()
ILcdPoint	TLcdSHPPolygonZ.getFocusPoint()
ILcdPoint	TLcdSHPPointZ.getFocusPoint()
ILcdPoint	TLcdSHPPointM.getFocusPoint()
ILcdPoint	TLcdSHPMultiPointZ.getFocusPoint()
ILcdPoint	TLcdSHPPolylineZ.getPoint(int aIndex)
ILcdPoint	TLcdSHPPolygonZ.getPoint(int aIndex)
ILcdPoint	TLcdSHPMultiPointZ.getPoint(int aIndex)
ILcdPoint	TLcdSHPPolygonZ.getStartPoint()

Methods in com.luciad.format.shp with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdSHPPolylineZ.contains2D(ILcdPoint aPoint)
boolean	TLcdSHPPolygonZ.contains2D(ILcdPoint aPoint)
boolean	TLcdSHPPointZ.contains2D(ILcdPoint aPoint)
boolean	TLcdSHPPointM.contains2D(ILcdPoint aPoint)
boolean	TLcdSHPMultiPointZ.contains2D(ILcdPoint aPoint)
boolean	TLcdSHPPolylineZ.contains3D(ILcdPoint aPoint)
boolean	TLcdSHPPolygonZ.contains3D(ILcdPoint aPoint)
boolean	TLcdSHPPointZ.contains3D(ILcdPoint aPoint)
boolean	TLcdSHPPointM.contains3D(ILcdPoint aPoint)
boolean	TLcdSHPMultiPointZ.contains3D(ILcdPoint aPoint)
int	TLcdSHPPolygonZ.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
void	TLcdSHPPointZ.move2D(ILcdPoint aPoint)
void	TLcdSHPPointM.move2D(ILcdPoint aPoint)
void	TLcdSHPPointZ.move3D(ILcdPoint aPoint)
protected void	TLcdSHPModelEncoder.write2DPoint(ILcdPoint aPoint, TLcdDataOutputStream aDOS) Encodes a ILcdPoint as a Point to the output stream following the ESRI SHP file technical specification.

Uses of ILcdPoint in com.luciad.format.svg

Methods in com.luciad.format.svg that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	ILcdSVGShapeFactory.createPoint(org.xml.sax.Attributes aAttributes) Creates a ILcdPoint form given Attributes.

Methods in com.luciad.format.svg with parameters of type ILcdPoint

Modifier and Type	Method and Description
protected void	TLcdSVGUnStyledShapeWriter.writePoint(ILcdPoint aPoint, java.io.Writer aTarget)
protected abstract void	ALcdSVGShapeWriter.writePoint(ILcdPoint aPoint, java.io.Writer aTarget) Appends an ILcdPoint to a StringBuffer.
protected void	TLcdSVGUnStyledShapeWriter.writePointProperties(ILcdPoint aPoint, java.io.Writer aTarget) Writes properties specific to a point object: the position (x,y) .

Uses of ILcdPoint in com.luciad.fusion.client.view.gxy

Methods in com.luciad.fusion.client.view.gxy with parameters of type ILcdPoint

Modifier and Type	Method and Description
ILcdIcon	TLfnVectorGXYStyleProvider.getIcon(ILcdDataObject aDataObject, ILcdPoint aPoint) Deprecated.
abstract ILcdIcon	ALfnVectorGXYStyleProvider.getIcon(ILcdDataObject aDataObject, ILcdPoint aPoint) Deprecated. Gets the icon to represent a given point with.
ILcdIcon	TLfnVectorGXYStyleProvider.getSelectionIcon(ILcdDataObject aDataObject, ILcdPoint aPoint) Deprecated.
abstract ILcdIcon	ALfnVectorGXYStyleProvider.getSelectionIcon(ILcdDataObject aDataObject, ILcdPoint aPoint) Deprecated. Gets the icon to represent a given selected point with.

Uses of ILcdPoint in com.luciad.geodesy

Methods in com.luciad.geodesy with parameters of type ILcdPoint

Modifier and Type	Method and Description
static boolean	TLcdSphereUtil.arcContains2D(ILcdArc aArc, double aSphereRadius, ILcdPoint aLLPoint) Checks whether the point aLLPoint lies on the elliptical arc segment.
static boolean	TLcdSphereUtil.arcContains2D(ILcdPoint aCenter, double aMajorAxe, double aMinorAxe, double aRotAngle, double aStartAngle, double aArcAngle, double aSphereRadius, ILcdPoint aLLPoint) Checks whether the point aLLPoint lies on the elliptical arc segment.
static void	TLcdSphereUtil.bufferContour2DOfSegmentSFCT(ILcdPoint aStartPoint, ILcdPoint aEndPoint, double aWidth, ILcd2DEditablePoint[] a2DEditablePointArraySFCT) Calculates the contour of the rectangle defined by aStartPoint, aEndPoint, and aWidth, as an array of 4 ILcd2DEditablePoint objects.
void	TLcdEllipsoid.bufferContour2DOfSegmentSFCT(ILcdPoint aStartPoint, ILcdPoint aEndPoint, double aWidth, ILcd2DEditablePoint[] a2DEditablePointArraySFCT) Calculates the contour of the rectangle defined by aStartPoint, aEndPoint, and aWidth, as an array of 4 ILcd2DEditablePoint objects.
void	ILcdEllipsoid.bufferContour2DOfSegmentSFCT(ILcdPoint aStartPoint, ILcdPoint aEndPoint, double aWidth, ILcd2DEditablePoint[] a2DEditablePointArraySFCT) Calculates the contour of the rectangle defined by aStartPoint, aEndPoint, and aWidth, as an array of 4 ILcd2DEditablePoint objects.
static void	TLcdEllipsoidUtil.calculateCircleTangentLine(ILcdPoint aPoint, ILcdPoint aCenter, double aRadius, boolean aClockwise, ILcdEllipsoid aEllipsoid, double aAbsoluteTolerance, ILcd2DEditablePoint aTangentialPointSFCT) Find the point where a line through the given point aPoint is tangential to the given circle.
static boolean	TLcdSphereUtil.circleContains2D(ILcdPoint aCenter, double aCircleRadius, double aSphereRadius, ILcdPoint aPoint) Checks whether the point aPoint lies within the circle (aCenter,aCircleRadius) on the sphere with radius aSphereRadius.
static double	TLcdSphereUtil.closestDistanceToGeodesic(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, boolean aClipToLineSegment) Calculates the shortest distance between the geodetic line (segment) aP1-aP2 and point aP3.
static double	TLcdSphereUtil.closestPointOnGeodesic(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, boolean aClipToLineSegment, ILcd2DEditablePoint aPSFCT) Calculates the shortest distance between the geodesic through aP1-aP2 and the point aP3, and also the point on the geodesic aP1-aP2 that is the closest to point aP3.
static double	TLcdSphereUtil.closestPointOnGeodesic(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcd2DEditablePoint aPSFCT) Calculates the shortest distance between the geodesic line segment aP1-aP2 and point aP3, and also the point on the geodesic aP1-aP2 that is the closest to point aP3.
static double	TLcdEllipsoidUtil.closestPointOnGeodesic(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdEllipsoid aEllipsoid, double aRelativeTolerance, double aAbsoluteTolerance, ILcd2DEditablePoint aResultSFCT) Finds the shortest distance from point aP3 to the geodesic line segment aP1-aP2 to within an accuracy of max( aAbsoluteTolerance, aRelativeTolerance * distance(aP1,aP2) ).
static double	TLcdSphereRhumblineUtil.closestPointOnRhumbline(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, double aRadius, double aRelativeTolerance, double aAbsoluteTolerance, ILcd2DEditablePoint aResultSFCT) Finds the shortest rhumb distance from point aP3 to the rhumbline segment aP1-aP2 to within an accuracy of max( aAbsoluteTolerance, aRelativeTolerance * rhumblineDistance(aP1,aP2) ).
static double	TLcdEllipsoidRhumblineUtil.closestPointOnRhumbline(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdEllipsoid aEllipsoid, double aRelativeTolerance, double aAbsoluteTolerance, ILcd2DEditablePoint aResultSFCT) Finds the shortest rhumb distance from point aP3 to the rhumbline segment aP1-aP2 within an accuracy of max( aAbsoluteTolerance, aRelativeTolerance * rhumblineDistance(aP1,aP2) ).
static double	TLcdSphereRhumblineUtil.closestPointOnRhumblineGeodesic(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, double aRadius, double aRelativeTolerance, double aAbsoluteTolerance, ILcd2DEditablePoint aResultSFCT) Finds the shortest geodesic distance from point aP3 to the rhumbline segment aP1-aP2 to within an accuracy of max( aAbsoluteTolerance, aRelativeTolerance * rhumblineDistance(aP1,aP2) ).
static double	TLcdEllipsoidRhumblineUtil.closestPointOnRhumblineGeodesic(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdEllipsoid aEllipsoid, double aRelativeTolerance, double aAbsoluteTolerance, ILcd2DEditablePoint aResultSFCT) Finds the shortest geodesic distance from point aP3 to the rhumbline segment aP1-aP2 within an accuracy of max( aAbsoluteTolerance, aRelativeTolerance * rhumblineDistance(aP1,aP2) ).
static double	TLcdSphereUtil.closestPointOnShape(ILcdPoint aPoint, ILcdShape aShape, ILcd2DEditablePoint aResultSFCT) Finds the shortest distance from the given point to the given shape.
static double	TLcdSphereRhumblineUtil.closestPointOnShape(ILcdPoint aPoint, ILcdShape aShape, ILcd2DEditablePoint aResultSFCT) Finds the shortest rhumb distance from the given point to the given shape.
static double	TLcdEllipsoidUtil.closestPointOnShape(ILcdPoint aPoint, ILcdShape aShape, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aResultSFCT) Finds the shortest distance from the given point to the given shape.
static double	TLcdEllipsoidRhumblineUtil.closestPointOnShape(ILcdPoint aPoint, ILcdShape aShape, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aResultSFCT) Finds the shortest rhumb distance from the given point to the given shape.
void	TLcdEllipsoid.conformalSphericalLonLatPointSFCT(ILcdPoint aLLP, ILcd2DEditablePoint aLLPSFCT)
void	ILcdEllipsoid.conformalSphericalLonLatPointSFCT(ILcdPoint aLLP, ILcd2DEditablePoint aLLPSFCT) The conformal spherical longitude/latitude for a given geodetic longitude/latitude.
static boolean	TLcdEllipsoidUtil.contains2D(ILcdEllipsoid aEllipsoid, ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aPoint) Checks if the point aPoint lies on the geodesic between aP1 and aP2.
static boolean	TLcdEllipsoidRhumblineUtil.contains2D(ILcdEllipsoid aEllipsoid, ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aPoint) Checks if the point aPoint lies on the rhumb line between aP1 and aP2.
static boolean	TLcdSphereUtil.contains2D(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aPoint) Checks whether the point aPoint lies on the line segment aP1-aP2.
static boolean	TLcdSphereRhumblineUtil.contains2D(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aPoint) Checks if the point aPoint lies on the rhumb line between aP1 and aP2.
static boolean	TLcdEllipsoidUtil.contains2DLS(ILcdEllipsoid aEllipsoid, ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4) Checks if the geodesic aP1-aP2 contains the geodesic aP3-aP4.
static boolean	TLcdEllipsoidRhumblineUtil.contains2DLS(ILcdEllipsoid aEllipsoid, ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4) Checks if the rhumb line between aP1 and aP2 contains the rhumb line between aP3 and aP4.
static boolean	TLcdSphereUtil.contains2DLS(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4) Checks if the line segment aP1-aP2 contains the line segment aP3-aP4.
static boolean	TLcdSphereRhumblineUtil.contains2DLS(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4) Checks if the rhumb line between aP1 and aP2 contains the rhumb line between aP3 and aP4.
void	TLcdGeodeticDatum.datum2refGeocSFCT(ILcdPoint aXYZPoint, ILcd3DEditablePoint aXYZOut) Conversion of geocentric datum coordinate to geocentric reference datum coordinate.
void	ILcdGeodeticDatum.datum2refGeocSFCT(ILcdPoint aXYZPoint, ILcd3DEditablePoint aXYZOutSFCT) Conversion of geocentric coordinates from the geodetic datum into geocentric coordinates for the reference geodetic datum.
void	TLcdGeodeticDatum.datum2refLLHSFCT(ILcdPoint aLLHPoint, ILcd3DEditablePoint aLLHOut) Conversion of geodetic datum coordinate to geodetic reference datum coordinate.
void	ILcdGeodeticDatum.datum2refLLHSFCT(ILcdPoint aLLHPoint, ILcd3DEditablePoint aLLHOut) Conversion of geodetic coordinates from this geodetic datum into reference geodetic datum.
static double	TLcdSphereUtil.distanceToGeodesic(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, double aAngle) Calculates the distance between the geodesic line determined by aP1-aP2 and the point aP3, at a certain angle aAngle.
double	TLcdEllipsoid.distanceToGeodesic(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, double aAngle) Calculates the distance between the geodesic aP1-aP2 and the point aP3, at a certain angle aAngle.
double	ILcdEllipsoid.distanceToGeodesic(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, double aAngle) Calculates the distance between the geodesic aP1-aP2 and the point aP3, at a certain angle aAngle.
static double	TLcdSphereUtil.forwardAzimuth2D(ILcdPoint aP1, ILcdPoint aP2) Forward azimuth from aP1 to aP2 in RADIANS! The resulting value lies between [0.0, 2.0*Math.PI].
double	TLcdEllipsoid.forwardAzimuth2D(ILcdPoint aP1, ILcdPoint aP2) Calculates the forward azimuth of the geodesic line from aP1 to aP2 in radians ! Only the (x,y) coordinates (longitude and latitude) of the ILcdPoint objects are taken into account.
double	ILcdEllipsoid.forwardAzimuth2D(ILcdPoint aP1, ILcdPoint aP2) Calculates the forward azimuth of the geodesic line from aP1 to aP2 in radians ! Only the (x,y) coordinates (longitude and latitude) of the ILcdPoint objects are taken into account.
double	TLcdEllipsoid.geoc2height(ILcdPoint aXYZGeocPoint)
default double	ILcdEllipsoid.geoc2height(ILcdPoint aXYZGeocPoint) Calculates the height above the ellipsoid for a point defined in an Earth Centered, Earth Fixed XYZ Cartesian coordinate system.
static void	TLcdSphereUtil.geoc2llhSFCT(ILcdPoint aXYZPoint, double aRadius, ILcd3DEditablePoint aLLHOut) Coordinate conversion from earth centered, earth fixed cartesian coordinates (X,Y,Z) to geodetic coordinate (l, j ,h ), with h the height above the sphere.
void	TLcdGeodeticDatum.geoc2llhSFCT(ILcdPoint aXYZGeocPoint, ILcd3DEditablePoint aLLHPointSFCT)
void	TLcdEllipsoid.geoc2llhSFCT(ILcdPoint aXYZPoint, ILcd3DEditablePoint aLLHPointSFCT) Coordinate conversion between Earth Centered, Earth Fixed XYZ Cartesian coordinate system and latitude-longitude-ellipsoidal height for the ellipsoid.
void	ILcdGeodeticDatum.geoc2llhSFCT(ILcdPoint aXYZGeocPoint, ILcd3DEditablePoint aLLHPointSFCT) Coordinate conversion between Earth Centered, Earth Fixed XYZ Cartesian coordinate system and latitude-longitude-height for this geodetic datum.
void	ILcdEllipsoid.geoc2llhSFCT(ILcdPoint aXYZGeocPoint, ILcd3DEditablePoint aLLHPointSFCT) Coordinate conversion between Earth Centered, Earth Fixed XYZ Cartesian coordinate system and latitude-longitude-ellipsoidal height for the ellipsoid.
static double	TLcdSphereUtil.geodesicArea(ILcdPoint[] aPts, int aN) Geodesic surface area of a polygon on the sphere.
double	TLcdEllipsoid.geodesicArea(ILcdPoint[] aPts, int aN) Calculates the geodesic surface area of a polygon given as an array of ILcdPoint objects.
double	ILcdEllipsoid.geodesicArea(ILcdPoint[] aPts, int aN) Calculates the geodesic surface area of a polygon given as an array of ILcdPoint objects.
static double	TLcdEllipsoidUtil.geodesicArea(ILcdPoint[] aPts, int aN, ILcdEllipsoid aEllipsoid) Geodesic surface area of a polygon on the ellipsoid.
double	TLcdEllipsoid.geodesicDistance(ILcdPoint aP1, ILcdPoint aP2)
double	ILcdEllipsoid.geodesicDistance(ILcdPoint aP1, ILcdPoint aP2) Calculates the shortest distance between two arbitrary ILcdPoint objects aP1 and aP2 on the ellipsoid in meters.
static void	TLcdEllipsoidUtil.geodesicDistanceAndForwardAzimuth(ILcdPoint aLonLatPoint1, ILcdPoint aLonLatPoint2, ILcdEllipsoid aEllipsoid, double[] aResultSFCT) Calculates the geodesic distance between the two points and the forward azimuth (in radians).
void	TLcdEllipsoid.geodesicPointSFCT(ILcdPoint aPoint, double aDistance, double aAzimuth, ILcd2DEditablePoint aGeodesicPointSFCT) Determines the ILcdPoint aGeodesicPoint on the geodesic through (aP1.getX(), aP1.getY()) located at a distance aDistance and forward azimuth aAzimuth.
void	ILcdEllipsoid.geodesicPointSFCT(ILcdPoint aPoint, double aDistance, double aAzimuth, ILcd2DEditablePoint aGeodesicPointSFCT) Determines the ILcdPoint aGeodesicPoint on the geodesic through (aP1.getX(), aP1.getY()) located at a distance aDistance and forward azimuth aAzimuth.
void	TLcdEllipsoid.geodesicPointSFCT(ILcdPoint aP1, ILcdPoint aP2, double aK, ILcd2DEditablePoint aGeodesicPointSFCT) Sets aGeodesicPointSFCT to an ILcdPoint on the geodesic line through the point aP1 and the point aP2, located at a fraction aK of the (shortest) distance between aP1 and aP2.
void	ILcdEllipsoid.geodesicPointSFCT(ILcdPoint aP1, ILcdPoint aP2, double aK, ILcd2DEditablePoint aGeodesicPointSFCT) Sets aGeodesicPointSFCT to an ILcdPoint on the geodesic line through the point aP1 and the point aP2, located at a fraction aK of the (shortest) distance between aP1 and aP2.
static double	TLcdSphereUtil.greatCircleDistance(ILcdPoint aP1, ILcdPoint aP2) Calculates the shortest distance between aP1 and aP2.
static double	TLcdSphereUtil.greatCircleDistanceEast2West(ILcdPoint aP1, ILcdPoint aP2) Calculates the distance between aP1 and aP2, tracing the sphere from east to west.
static double	TLcdSphereUtil.greatCircleDistanceWest2East(ILcdPoint aP1, ILcdPoint aP2) Calculates the distance between aP1 and aP2, tracing the sphere from west to east.
static void	TLcdSphereUtil.greatCirclePointSFCT(ILcdPoint aP1, double aDistance, double aAzimuth, ILcd2DEditablePoint aGreatCirclePoint) Calculates aGreatCirclePoint to be a point on the great circle through aP1, located at a distance aD and forward azimuth aAzimuth.
static void	TLcdSphereUtil.greatCirclePointSFCT(ILcdPoint aP1, ILcdPoint aP2, double aK, ILcd2DEditablePoint aGreatCirclePoint) Calculates aGreatCirclePoint to be a point on the great circle through aP1 and aP2, located at a fraction aK of the shortest distance between the two point aP1 and aP2.
static int	TLcdSphereUtil.intersection2DLineSegments(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4, ILcd2DEditablePoint aLLResultSFCT1, ILcd2DEditablePoint aLLResultSFCT2) Intersection of two line segments on a sphere.
static int	TLcdSphereRhumblineUtil.intersection2DLineSegments(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4, ILcd2DEditablePoint aResult1SFCT, ILcd2DEditablePoint aResult2SFCT) Computes the intersection of two rhumb lines.
static int	TLcdEllipsoidUtil.intersection2DLineSegments(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4, ILcdEllipsoid aEllipsoid, double aAbsoluteTolerance, ILcd2DEditablePoint aResult1SFCT, ILcd2DEditablePoint aResult2SFCT) Calculates the intersection of two line segments defined by the given points.
static int	TLcdEllipsoidRhumblineUtil.intersection2DLineSegments(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aResult1SFCT, ILcd2DEditablePoint aResult2SFCT) Computes the intersection of two rhumb lines.
static void	TLcdSphereUtil.intersection2DLSSFCT(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4, ILcd2DEditablePoint aLLResultSFCT) Calculates the intersection point of two great circle lines defined by the pairs aP1-aP2 and aP3-aP4 that intersect each other.
void	TLcdEllipsoid.intersection2DLSSFCT(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4, ILcd2DEditablePoint aLLPSFCT) Calculates the intersection of two geodesic lines going containing the given coordinates.
void	ILcdEllipsoid.intersection2DLSSFCT(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4, ILcd2DEditablePoint aLLPSFCT) Calculates the intersection of two geodesic lines going containing the given coordinates.
static int	TLcdSphereUtil.intersection2DLSSFCT(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4, ILcd2DEditablePoint aLLResultSFCT1, ILcd2DEditablePoint aLLResultSFCT2) Calculates the intersection point of two great circle lines defined by the pairs through aP1-aP2 and aP3-aP4 that intersect each other.
static void	TLcdEllipsoidUtil.intersection2DLSSFCT(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLResultSFCT) Calculates the intersection point of two great circle lines (geodesics) defined by the given points.
static int	TLcdEllipsoidUtil.intersectionCircleCircle(ILcdPoint aC1, double aRadius1, ILcdPoint aC2, double aRadius2, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aResult1SFCT, ILcd2DEditablePoint aResult2SFCT) Calculates the intersection points between 2 circles which are defined on a given ellipsoid.
static int	TLcdSphereRhumblineUtil.intersectionGeodesicRhumblineSFCT(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4, ILcd2DEditablePoint[] aPointsSFCT) Computes the intersection points of a geodesic and a rhumb line.
static int	TLcdEllipsoidRhumblineUtil.intersectionGeodesicRhumblineSFCT(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint[] aPointsSFCT) Computes the intersection points of a geodesic and a rhumb line.
static boolean	TLcdSphereUtil.intersects2DCircleLineSegment(ILcdPoint aCenter, double aRadius, ILcdPoint aP1, ILcdPoint aP2) Checks whether a circle and a line segment intersect each other.
static boolean	TLcdSphereUtil.intersects2DCircularArcCircularArc(ILcdPoint aCenter1, double aRadius1, double aStartAngle1, double aArcAngle1, ILcdPoint aCenter2, double aRadius2, double aStartAngle2, double aArcAngle2) Checks whether two circular arcs intersect each other.
static boolean	TLcdSphereUtil.intersects2DLineSegmentCircularArc(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aCenter, double aRadius, double aStartAngle, double aArcAngle) Checks whether a line segment and a circular arc segment intersect each other.
static boolean	TLcdSphereUtil.intersects2DLineSegments(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4) Checks whether two line segments defined by the pairs aP1-aP2 and aP3-aP4 intersect each other.
static boolean	TLcdEllipsoidUtil.intersects2DLS(ILcdEllipsoid aEllipsoid, ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4) Checks whether two geodesic line segments intersect.
static boolean	TLcdEllipsoidRhumblineUtil.intersects2DLS(ILcdEllipsoid aEllipsoid, ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4) Checks if two rhumb lines intersect.
static boolean	TLcdSphereUtil.intersects2DLS(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4) Checks whether two great circle lines defined by the pairs aP1-aP2 and aP3-aP4 intersect each other.
static boolean	TLcdSphereRhumblineUtil.intersects2DLS(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4) Checks if two rhumb lines intersect.
boolean	TLcdEllipsoid.intersects2DLS(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4) Checks whether two geodesic line segments intersect.
boolean	ILcdEllipsoid.intersects2DLS(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4) Checks whether two geodesic line segments intersect.
static boolean	TLcdEllipsoidRhumblineUtil.intersectsGeodesicRhumbline(ILcdEllipsoid aEllipsoid, ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4) Checks if a geodesic and a rhumb line intersect.
static boolean	TLcdSphereRhumblineUtil.intersectsGeodesicRhumbline(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4) Checks if a geodesic and a rhumb line intersect.
void	TLcdEllipsoid.inverseConformalSphericalLonLatPointSFCT(ILcdPoint aLLP, ILcd2DEditablePoint aLLPSFCT)
void	ILcdEllipsoid.inverseConformalSphericalLonLatPointSFCT(ILcdPoint aLLP, ILcd2DEditablePoint aLLPSFCT) The inverse transformation of the conformal spherical longitude/latitude.
static void	TLcdSphereUtil.llh2geocSFCT(ILcdPoint aLLHPoint, double aRadius, ILcd3DEditablePoint aXYZOut) Coordinate conversion from geodetic coordinate (l, j ,h ) to earth centered, earth fixed Cartesian coordinates (X,Y,Z) .
void	TLcdGeodeticDatum.llh2geocSFCT(ILcdPoint aLLHPoint, ILcd3DEditablePoint aXYZGeocPointSFCT)
void	TLcdEllipsoid.llh2geocSFCT(ILcdPoint aLLHPoint, ILcd3DEditablePoint aXYZGeocentricPointSFCT) Coordinate conversion between latitude-longitude-ellipsoidal height for the ellipsoid and Earth Centered, Earth Fixed XYZ Cartesian coordinate system.
void	ILcdGeodeticDatum.llh2geocSFCT(ILcdPoint aLLHPoint, ILcd3DEditablePoint aXYZGeocPointSFCT) Coordinate conversion between latitude-longitude-height for this geodetic datum and Earth Centered, Earth Fixed XYZ Cartesian coordinate system.
void	ILcdEllipsoid.llh2geocSFCT(ILcdPoint aLLHPoint, ILcd3DEditablePoint aXYZGeocentricPointSFCT) Coordinate conversion between latitude-longitude-ellipsoidal height for the ellipsoid and Earth Centered, Earth Fixed XYZ Cartesian coordinate system.
static int	TLcdSphereUtil.orientation2D(ILcdPoint[] aPoints, int aNumberOfPoints) Calculates the orientation of an array of points on a sphere.
static int	TLcdEllipsoidUtil.orientation2D(ILcdPoint[] aPoints, int aNumberOfPoints, ILcdEllipsoid aEllipsoid) Calculates the orientation of an array of points on an ellipsoid.
static boolean	TLcdSphereUtil.polygonContains2D(ILcdPolygon aPolygon, ILcdPoint aPoint) Checks if a point lies inside a polygon.
void	TLcdGeodeticDatum.ref2datumGeocSFCT(ILcdPoint aXYZPoint, ILcd3DEditablePoint aXYZOut) Conversion of geocentric reference datum coordinate to geocentric datum coordinate.
void	ILcdGeodeticDatum.ref2datumGeocSFCT(ILcdPoint aXYZPoint, ILcd3DEditablePoint aXYZOutSFCT) Conversion of a geocentric coordinate (reference geodetic datum) into a geocentric coordinate of this geodetic datum.
void	TLcdGeodeticDatum.ref2datumLLHSFCT(ILcdPoint aLLHPoint, ILcd3DEditablePoint aLLHOut) Conversion of geodetic reference datum coordinate to geodetic datum coordinate.
void	ILcdGeodeticDatum.ref2datumLLHSFCT(ILcdPoint aLLHPoint, ILcd3DEditablePoint aLLHOut) Conversion of geodetic coordinates from reference geodetic datum into this geodetic datum.
static double	TLcdSphereRhumblineUtil.rhumblineAzimuth2D(ILcdPoint aP1, ILcdPoint aP2) Returns the azimuth of the rhumbline path from aP1 to aP2 in DEGREES.
double	TLcdEllipsoid.rhumblineAzimuth2D(ILcdPoint aP1, ILcdPoint aP2)
double	ILcdEllipsoid.rhumblineAzimuth2D(ILcdPoint aP1, ILcdPoint aP2) Calculates the azimuth of the rhumbline from aP1 to aP2 in degrees! Only the (x,y) coordinates (longitude and latitude) of the ILcdPoint objects are taken into account.
double	TLcdEllipsoid.rhumblineDistance(ILcdPoint aP1, ILcdPoint aP2)
double	ILcdEllipsoid.rhumblineDistance(ILcdPoint aP1, ILcdPoint aP2) Calculates the distance between two arbitrary ILcdPoint objects aP1 and aP2 on the ellipsoid in meters following a path with constant azimuth.
static double	TLcdSphereRhumblineUtil.rhumblineDistance(ILcdPoint aP1, ILcdPoint aP2, double aRadius) Returns the distance of the rhumbline path from aP1 to aP2 in meters.
static void	TLcdEllipsoidRhumblineUtil.rhumblinePointSFCT(ILcdEllipsoid aEllipsoid, ILcdPoint aP1, ILcdPoint aP2, double aK, ILcd2DEditablePoint aRhumblinePoint) Calculates the rhumbline point at a fraction aK of the rhumbline distance between two points aP1 and aP2.
static void	TLcdSphereRhumblineUtil.rhumblinePointSFCT(ILcdPoint aPoint, double aDistance, double aAzimuth, double aRadius, ILcd2DEditablePoint aRhumblinePointSFCT) Determines the ILcdPoint aRhumblinePointSFCT on the rhumbline through (aP1.getX(), aP1.getY()) located at a distance aDistance and forward azimuth aAzimuth.
void	TLcdEllipsoid.rhumblinePointSFCT(ILcdPoint aPoint, double aDistance, double aAzimuth, ILcd2DEditablePoint aRhumblinePointSFCT)
void	ILcdEllipsoid.rhumblinePointSFCT(ILcdPoint aPoint, double aDistance, double aAzimuth, ILcd2DEditablePoint aRhumblinePointSFCT) Determines the ILcdPoint aRhumblinePointSFCT on the rhumbline (a path with a constant bearing) through (aP1.getX(), aP1.getY()) located at a distance aDistance and forward azimuth aAzimuth.
static void	TLcdSphereRhumblineUtil.rhumblinePointSFCT(ILcdPoint aP1, ILcdPoint aP2, double aK, ILcd2DEditablePoint aRhumblinePoint) Calculates the rhumbline point at a fraction aK of the rhumbline distance between two points aP1 and aP2.

Uses of ILcdPoint in com.luciad.geometry

Methods in com.luciad.geometry that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint[]	ILcd2DLineIntersectionTopology.lineIntersection(ILcdShape aS1, ILcdShape aS2) Calculates the intersection points in 2D between the outlines of the given shapes.

Methods in com.luciad.geometry with parameters of type ILcdPoint

Modifier and Type	Method and Description
void	ILcdSegmentScanner.scanSegment(double aDistanceDelta, ILcdPoint aStartPoint, ILcdPoint aEndPoint, ILcdOnPointFunction aFunction) Scan a given line segment.

Uses of ILcdPoint in com.luciad.geometry.cartesian

Methods in com.luciad.geometry.cartesian that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint[]	TLcdCartesianBasicBinaryTopology.lineIntersection(ILcdShape aS1, ILcdShape aS2)

Methods in com.luciad.geometry.cartesian with parameters of type ILcdPoint

Modifier and Type	Method and Description
static double	TLcdCartesian.area(ILcdPoint[] aPts, int aN) Surface area of a polygon given with cartesian coordinates.
static void	TLcdCartesian.bufferContour2DOfSegmentSFCT(ILcdPoint aStartPoint, ILcdPoint aEndPoint, double aWidth, ILcd2DEditablePoint[] a2DEditablePointArraySFCT) Calculates the contour of the rectangle defined by aStartPoint, aEndPoint, and aWidth, as an array of ILcd2DEditablePoint objects.
static void	TLcdCartesian.cartesianPointSFCT(ILcdPoint aPoint, double aDistance, double aAzimuth, ILcd2DEditablePoint aPointSFCT) Determines the point on the cartesian line through (aP1.getX(), aP1.getY()) located at a distance aDistance and forward azimuth aAzimuth.
static void	TLcdCartesian.cartesianPointSFCT(ILcdPoint aP1, ILcdPoint aP2, double aFraction, ILcd3DEditablePoint aPointSFCT) Interpolates linearly between the two given points.
static double	TLcdCartesian.closestPointOnLineSegment(ILcdPoint aP0, ILcdPoint aP1, ILcdPoint aP2, ILcd2DEditablePoint aClosestPointSFCT) Calculates the closest point on a line segment aP0-aP1 from a point aP2.
static double	TLcdCartesian.closestPointOnShape(ILcdPoint aPoint, ILcdShape aShape, ILcd2DEditablePoint aResultSFCT) Finds the shortest cartesian distance from the given point to the given shape.
static double	TLcdCartesian.distance2D(ILcdPoint aP1, ILcdPoint aP2) Calculates the distance between two ILcdPoint objects aP1 and aP2.
static double	TLcdCartesian.distance3D(ILcdPoint aP1, ILcdPoint aP2) Calculates the distance between two ILcdPoint objects aP1 and aP2.
static double	TLcdCartesian.forwardAngle2D(ILcdPoint aP1, ILcdPoint aP2) Forward angle from aP1 to aP2 in RADIANS! The resulting value lies between [-Math.PI, Math.PI].
static double	TLcdCartesian.forwardAzimuth2D(ILcdPoint aP1, ILcdPoint aP2) Forward azimuth from aP1 to aP2 in RADIANS! The resulting value lies between [0.0, 2.0*Math.PI].
static void	TLcdCartesian.intersection2DLSSFCT(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4, ILcd2DEditablePoint a2DEditablePoint) Calculates the intersection point between the lines corresponding to the two line segments aP1-aP2 and aP3-aP4.
static boolean	TLcdCartesian.intersects2DLS(ILcdPoint aP1, ILcdPoint aP2, ILcdPoint aP3, ILcdPoint aP4) Check whether line segment aP1-aP2 and line segment aP3-aP4 intersect each other.
void	TLcdXYZRotation.inverseRotateSFCT(ILcdPoint aXYZPoint, ILcd3DEditablePoint aXYZPointOut)
void	ILcdXYZRotation.inverseRotateSFCT(ILcdPoint aXYZPoint, ILcd3DEditablePoint aXYZPointOut) Application of the 3D inverse rotation to aXYZPoint results in the ILcd3DEditablePoint aXYZPointOut.
static int	TLcdCartesian.orientation2D(ILcdPoint[] aPts, int aN) Calculate the orientation of a polygon of points.
void	TLcdXYZRotation.rotateSFCT(ILcdPoint aXYZPoint, ILcd3DEditablePoint aXYZPointOut)
void	ILcdXYZRotation.rotateSFCT(ILcdPoint aXYZPoint, ILcd3DEditablePoint aXYZPointOut) Apply the three rotations a, b, and g to the cartesian ILcdPoint aXYZPoint.
void	TLcdGridSegmentScanner.scanSegment(double aDistanceDelta, ILcdPoint aStartPoint, ILcdPoint aEndPoint, ILcdOnPointFunction aFunction)
static double	TLcdCartesian.squaredDistance2D(ILcdPoint aP1, ILcdPoint aP2) Calculates the squared distance between two ILcdPoint objects aP1 and aP2.
static double	TLcdCartesian.squaredDistance3D(ILcdPoint aP1, ILcdPoint aP2) Calculates the squared distance between two ILcdPoint objects aP1 and aP2.

Uses of ILcdPoint in com.luciad.geometry.ellipsoidal

Methods in com.luciad.geometry.ellipsoidal that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint[]	TLcdEllipsoidalBasicBinaryTopology.lineIntersection(ILcdShape aS1, ILcdShape aS2)

Methods in com.luciad.geometry.ellipsoidal with parameters of type ILcdPoint

Modifier and Type	Method and Description
void	TLcdRhumblineSegmentScanner.scanSegment(double aDistanceDelta, ILcdPoint aStartPoint, ILcdPoint aEndPoint, ILcdOnPointFunction aFunction)
void	TLcdGeodeticSegmentScanner.scanSegment(double aDistanceDelta, ILcdPoint aStartPoint, ILcdPoint aEndPoint, ILcdOnPointFunction aFunction)

Uses of ILcdPoint in com.luciad.geometry.spherical

Methods in com.luciad.geometry.spherical that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint[]	TLcdSphericalBasicBinaryTopology.lineIntersection(ILcdShape aS1, ILcdShape aS2)

Uses of ILcdPoint in com.luciad.imaging.operator

Methods in com.luciad.imaging.operator with parameters of type ILcdPoint

Modifier and Type	Method and Description
static ALcdImage	TLcdCurvesOp.curves(ALcdImage aInputImage, ILcdPoint[][] aCurves, TLcdCurvesOp.CurveType aCurveType) Creates a curves operator for a given input image.
ALcdImageOperatorChain.Builder	ALcdImageOperatorChain.Builder.curves(ILcdPoint[][] aCurves, TLcdCurvesOp.CurveType aCurveType) Corresponds to TLcdCurvesOp.curves(com.luciad.imaging.ALcdImage, com.luciad.shape.ILcdPoint[][], com.luciad.imaging.operator.TLcdCurvesOp.CurveType), but the input image is passed in via the operator chain.

Uses of ILcdPoint in com.luciad.meshup

Methods in com.luciad.meshup with parameters of type ILcdPoint

Modifier and Type	Method and Description
TLcd3DTilesProcessorBuilder	TLcd3DTilesProcessorBuilder.globalShift(ILcdPoint aGlobalShift) Set a global shift to be used for every mesh.

Method parameters in com.luciad.meshup with type arguments of type ILcdPoint

Modifier and Type	Method and Description
TLcd3DTilesProcessorBuilder	TLcd3DTilesProcessorBuilder.globalShiftFactory(java.util.function.Function<java.lang.String,ILcdPoint> aGlobalShiftFactory) Set a global shift factory that returns a point for a given file.

Uses of ILcdPoint in com.luciad.model

Methods in com.luciad.model that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	ILcdModelReference.makeModelPoint() Creates a model point that is compatible with this model reference.

Uses of ILcdPoint in com.luciad.network.algorithm.routing

Methods in com.luciad.network.algorithm.routing that return types with arguments of type ILcdPoint

Modifier and Type	Method and Description
ILcdRoute<ILcdPoint,ILcdPolyline>	TLcdCrossCountryShortestRouteAlgorithm.getShortestRoute(ILcdPoint aStartPoint, ILcdPoint aEndPoint, ILcdCrossCountryDistanceFunction aDistanceFunction, ILcdCrossCountryDistanceFunction aHeuristicDistanceFunction, double aMaxSearchDistance) Returns an ILcdRoute describing the shortest route between the start and end point.

Methods in com.luciad.network.algorithm.routing with parameters of type ILcdPoint

Modifier and Type	Method and Description
ILcdRoute<ILcdPoint,ILcdPolyline>	TLcdCrossCountryShortestRouteAlgorithm.getShortestRoute(ILcdPoint aStartPoint, ILcdPoint aEndPoint, ILcdCrossCountryDistanceFunction aDistanceFunction, ILcdCrossCountryDistanceFunction aHeuristicDistanceFunction, double aMaxSearchDistance) Returns an ILcdRoute describing the shortest route between the start and end point.

Uses of ILcdPoint in com.luciad.network.function

Methods in com.luciad.network.function with parameters of type ILcdPoint

Modifier and Type	Method and Description
protected abstract double	ALcdCrossCountryRasterDistanceFunction.computeDistance(ILcdPoint aStartPoint, double aStartValue, ILcdPoint aEndPoint, double aEndValue) Computes the distance between 2 points.
protected abstract double	ALcdCrossCountryHeightProviderDistanceFunction.computeDistance(ILcdPoint aStartPoint, double aStartValue, ILcdPoint aEndPoint, double aEndValue) Computes the distance between 2 points.
double	ILcdCrossCountryDistanceFunction.computeDistance(ILcdPoint aStartPoint, ILcdPoint aEndPoint) Returns the distance between 2 points.
double	ALcdCrossCountryRasterDistanceFunction.computeDistance(ILcdPoint aStartPoint, ILcdPoint aEndPoint) This method will call the ALcdCrossCountryRasterDistanceFunction.computeDistance(com.luciad.shape.ILcdPoint, double, com.luciad.shape.ILcdPoint, double) method a number of times, depending on the computation mode, to compute the distance between the specified points.
double	ALcdCrossCountryHeightProviderDistanceFunction.computeDistance(ILcdPoint aStartPoint, ILcdPoint aEndPoint) This method will call the ALcdCrossCountryHeightProviderDistanceFunction.computeDistance(com.luciad.shape.ILcdPoint, double, com.luciad.shape.ILcdPoint, double) method a number of times, depending on the computation mode, to compute the distance between the specified points.

Uses of ILcdPoint in com.luciad.panorama.model

Methods in com.luciad.panorama.model that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdPanorama.getFocusPoint()
ILcdPoint	ILcdPanorama.getFocusPoint() Get the focus point of this panorama.

Methods in com.luciad.panorama.model with parameters of type ILcdPoint

Modifier and Type	Method and Description
TLcdPanorama.Builder	TLcdPanorama.Builder.location(ILcdPoint aLocation) Set the location.

Constructors in com.luciad.panorama.model with parameters of type ILcdPoint

Constructor and Description
TLcdPanorama(TLcdDataType aDataType, ILcdPoint aPoint, java.util.Collection<java.util.function.Supplier<ILcdPanoramicImage>> aImages) Create a new TLcdPanorama.

Uses of ILcdPoint in com.luciad.projection

Methods in com.luciad.projection that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdRPCProjection.getOrigin()
ILcdPoint	TLcdPolyconic.getOrigin() Returns the origin of projection.
ILcdPoint	TLcdPolarStereographic.getOrigin()
ILcdPoint	TLcdPerspectiveProjection.getOrigin() Returns the geodetic coordinates of the camera, relative to the WGS84 ellipsoid.
ILcdPoint	TLcdOrthorectifiedProjection.getOrigin()
ILcdPoint	TLcdKrovak.getOrigin()
ILcdPoint	TLcdGeodetic.getOrigin()
ILcdPoint	ILcdProjection.getOrigin() Origin of the projection is the ILcd2DEditablePoint that corresponds with origin (0, 0) of the cartesian coordinate system of the projection.
ILcdPoint	ALcdTransverseCylindrical.getOrigin()
ILcdPoint	ALcdPerspective.getOrigin()
ILcdPoint	ALcdObliqueCylindrical.getOrigin()
ILcdPoint	ALcdGeneralPerspective.getOrigin()
ILcdPoint	ALcdCylindrical.getOrigin()
ILcdPoint	ALcdConic.getOrigin()
ILcdPoint	ALcdAzimuthal.getOrigin()
ILcdPoint	TLcdPerspectiveProjection.getPerspectiveCenter() Returns the geocentric location of the camera.
ILcdPoint	TLcdPerspectiveProjection.getPrincipalPoint() Returns the 3D geocentric point the camera is looking at, the same as the 2D origin of the projection plane.
ILcdPoint	TLcdPerspectiveProjection.getRightVector() Returns the normalized "right" direction of the camera, expressed in geocentric coordinates.
ILcdPoint	ILcdRectifiedProjection.getSourcePoint(int aIndex) Returns the specified tie point in the unrectified source coordinate system.
ILcdPoint	ILcdRectifiedProjection.getTargetPoint(int aIndex) Returns the specified tie point in the rectified target coordinate system.
ILcdPoint	TLcdPerspectiveProjection.getUpVector() Returns the normalized "up" direction of the camera, expressed in geocentric coordinates.

Methods in com.luciad.projection with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	TLcdVerticalPerspective.inLonLatBounds(ILcdPoint aLLP)
boolean	TLcdUTM.inLonLatBounds(ILcdPoint aLLP) Deprecated. Checks if an ILcdPoint is inside the valid area of the composite projection.
boolean	TLcdTransverseMercatorSPCS.inLonLatBounds(ILcdPoint aLLP) Deprecated.
boolean	TLcdTransverseMercator.inLonLatBounds(ILcdPoint aLLP)
boolean	TLcdSwissObliqueMercator.inLonLatBounds(ILcdPoint aLLHP)
boolean	TLcdStereographic.inLonLatBounds(ILcdPoint aLLHP)
boolean	TLcdSimpleRectangular.inLonLatBounds(ILcdPoint aLLP) Deprecated.
boolean	TLcdRPCProjection.inLonLatBounds(ILcdPoint aLLHP)
boolean	TLcdPolyconic.inLonLatBounds(ILcdPoint aLLHP)
boolean	TLcdPolarStereographic.inLonLatBounds(ILcdPoint aLLP)
boolean	TLcdPerspectiveProjection.inLonLatBounds(ILcdPoint aLLHP)
boolean	TLcdOrthorectifiedProjection.inLonLatBounds(ILcdPoint aLLHP)
boolean	TLcdOrthographic.inLonLatBounds(ILcdPoint aLLP)
boolean	TLcdObliqueMercator.inLonLatBounds(ILcdPoint aLLP)
boolean	TLcdMollweide.inLonLatBounds(ILcdPoint aLLHP)
boolean	TLcdMillerCylindrical.inLonLatBounds(ILcdPoint aLLHP)
boolean	TLcdMercator.inLonLatBounds(ILcdPoint aLLP)
boolean	TLcdLambertConformal.inLonLatBounds(ILcdPoint aLLP)
boolean	TLcdLambertAzimuthalEqualArea.inLonLatBounds(ILcdPoint aLLHP)
boolean	TLcdKrovak.inLonLatBounds(ILcdPoint aLLP)
boolean	TLcdGnomonic.inLonLatBounds(ILcdPoint aLLP)
boolean	TLcdGeodetic.inLonLatBounds(ILcdPoint aLLP) Checks if an ILcd2DEditablePoint is inside the valid area of the transformation of the projection.
boolean	TLcdGeneralPerspective.inLonLatBounds(ILcdPoint aLLP)
boolean	TLcdEquidistantCylindrical.inLonLatBounds(ILcdPoint aLLP)
boolean	TLcdEllipsoidalEquidistantCylindrical.inLonLatBounds(ILcdPoint aLLHP)
boolean	TLcdEckertVI.inLonLatBounds(ILcdPoint aLLHP)
boolean	TLcdEckertIV.inLonLatBounds(ILcdPoint aLLHP)
boolean	TLcdDutchStereographic.inLonLatBounds(ILcdPoint llp)
boolean	TLcdCassiniSoldner.inLonLatBounds(ILcdPoint aLLP)
boolean	TLcdCassini.inLonLatBounds(ILcdPoint aLLP)
boolean	TLcdAzimuthalEquidistant.inLonLatBounds(ILcdPoint aLLHP) Checks if an ILcd2DEditablePoint is inside the valid area of the transformation of the projection.
boolean	TLcdAlbersEqualAreaConic.inLonLatBounds(ILcdPoint aLLP)
boolean	ILcdProjection.inLonLatBounds(ILcdPoint aLLHP) Checks if an ILcdPoint is inside the valid area of geodetic coordinates of the projection.
boolean	ILcdCompositeProjection.inLonLatBounds(ILcdPoint aLLP) Deprecated. Checks if an ILcdPoint is inside the valid area of the composite projection.
boolean	TLcdTransverseMercator.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid)
boolean	TLcdStereographic.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid)
boolean	TLcdPseudoMercator.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid)
boolean	TLcdPolyconic.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid)
boolean	TLcdPolarStereographic.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid)
boolean	TLcdPerspectiveProjection.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid)
boolean	TLcdOrthorectifiedProjection.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid)
boolean	TLcdOrthographic.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid)
boolean	TLcdObliqueMercator.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid)
boolean	TLcdMercator.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid)
boolean	TLcdLambertConformal.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid)
boolean	TLcdKrovak.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid)
boolean	TLcdEllipsoidalEquidistantCylindrical.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid)
boolean	TLcdDutchStereographic.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid)
boolean	TLcdCassiniSoldner.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid)
boolean	TLcdAlbersEqualAreaConic.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid)
boolean	ILcdProjection.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid) Checks if a ILcdPoint is inside the valid cartesian area of the projection.
boolean	ALcdProjection.inWorldBoundsOnEllipsoid(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid) Default implementation calls inWorldBoundsOnSphere with aEllipsoid.getAuxRadius() as sphere radius.
boolean	TLcdVerticalPerspective.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdTransverseMercatorSPCS.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius) Deprecated.
boolean	TLcdTransverseMercator.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdSwissObliqueMercator.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdStereographic.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdSimpleRectangular.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius) Deprecated.
boolean	TLcdRPCProjection.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdPolyconic.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdPolarStereographic.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdPerspectiveProjection.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdOrthorectifiedProjection.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdOrthographic.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdObliqueMercator.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdMollweide.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdMillerCylindrical.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdMercator.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdLambertConformal.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdLambertAzimuthalEqualArea.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdKrovak.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdGnomonic.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdGeodetic.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdGeneralPerspective.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdEquidistantCylindrical.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdEllipsoidalEquidistantCylindrical.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdEckertVI.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdEckertIV.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdDutchStereographic.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdCassini.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdAzimuthalEquidistant.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	TLcdAlbersEqualAreaConic.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius)
boolean	ILcdProjection.inWorldBoundsOnSphere(ILcdPoint aXYPoint, double aRadius) Checks if a ILcdPoint is inside the valid cartesian area of the projection.
void	TLcdVerticalPerspective.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aWorldPoint)
void	TLcdTransverseMercatorSPCS.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aXYPointSFCT) Deprecated.
void	TLcdTransverseMercator.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aXYPointSFCT) The Gauss-Krüger projection is determined by three conditions: conformality, symmetrical around central meridian, and preservation of linear scale along the central meridian.
void	TLcdSwissObliqueMercator.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdStereographic.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aWorldPoint)
void	TLcdPseudoMercator.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdPolyconic.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdPolarStereographic.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aWorldPoint)
void	TLcdPerspectiveProjection.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdOrthorectifiedProjection.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdOrthographic.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdObliqueMercator.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdMercator.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdLambertConformal.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdKrovak.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aWorldPoint)
void	TLcdGeneralPerspective.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aWorldPoint)
void	TLcdEllipsoidalEquidistantCylindrical.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdDutchStereographic.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aWorldPoint)
void	TLcdCassiniSoldner.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdAzimuthalEquidistant.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aWorldPoint)
void	TLcdAlbersEqualAreaConic.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aXYPointSFCT)
void	ILcdProjection.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aXYPointSFCT) Transforms an ILcdPoint on an ILcdEllipsoid into the cartesian coordinate system of the projection.
void	ALcdProjection.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aXYPointSFCT) Default implementation calls lonlatheight2worldOnEllipsoidSFCT with aEllipsoid.getAuxRadius() as sphere radius.
void	TLcdUTM.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditableZonalPoint aZonalPointSFCT) Deprecated.
void	ILcdCompositeProjection.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, ILcdEllipsoid aEllipsoid, ILcd2DEditableZonalPoint aZonalPointSFCT) Deprecated. Transforms an ILcd2DEditablePoint into a zonal cartesian coordinate of the projection.
void	TLcdUTM.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, int aZone, ILcdEllipsoid aEllipsoid, ILcd2DEditableZonalPoint aZonalPointSFCT) Deprecated.
void	ILcdCompositeProjection.lonlatheight2worldOnEllipsoidSFCT(ILcdPoint aLLHP, int aZone, ILcdEllipsoid aEllipsoid, ILcd2DEditableZonalPoint aZonalPointSFCT) Deprecated. Transforms an ILcd2DEditablePoint into a zonal cartesian coordinate of the projection.
void	TLcdVerticalPerspective.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aWorldPoint)
void	TLcdTransverseMercatorSPCS.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT) Deprecated. For the spherical case the transverse mercator projection is a simple Gauss-Lambert projection.
void	TLcdTransverseMercator.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT) For the spherical case the transverse mercator projection is a simple Gauss-Lambert projection.
void	TLcdSwissObliqueMercator.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdStereographic.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aWorldPoint)
void	TLcdSimpleRectangular.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLP, double aRadius, ILcd2DEditablePoint aXYPointSFCT) Deprecated.
void	TLcdRPCProjection.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdPolyconic.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdPolarStereographic.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aWorldPoint)
void	TLcdPerspectiveProjection.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdOrthorectifiedProjection.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdOrthographic.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdObliqueMercator.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdMollweide.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdMillerCylindrical.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdMercator.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdLambertConformal.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdLambertAzimuthalEqualArea.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aWorldPoint)
void	TLcdKrovak.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aWorldPoint)
void	TLcdGnomonic.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdGeodetic.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdGeneralPerspective.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aWorldPoint)
void	TLcdEquidistantCylindrical.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdEllipsoidalEquidistantCylindrical.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdEckertVI.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdEckertIV.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdDutchStereographic.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aWorldPoint)
void	TLcdCassini.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	TLcdAzimuthalEquidistant.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aWorldPoint)
void	TLcdAlbersEqualAreaConic.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT)
void	ILcdProjection.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditablePoint aXYPointSFCT) Transforms an ILcd2DEditablePoint on a sphere into the cartesian coordinate system of the projection.
void	TLcdUTM.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditableZonalPoint aZonalPointSFCT) Deprecated.
void	ILcdCompositeProjection.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, double aRadius, ILcd2DEditableZonalPoint aZonalPointSFCT) Deprecated. Transforms an ILcd2DEditablePoint into a zonal cartesian coordinate of the projection.
void	TLcdUTM.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, int aZone, double aRadius, ILcd2DEditableZonalPoint aZonalPointSFCT) Deprecated.
void	ILcdCompositeProjection.lonlatheight2worldOnSphereSFCT(ILcdPoint aLLHP, int aZone, double aRadius, ILcd2DEditableZonalPoint aZonalPointSFCT) Deprecated. Transforms a ILcd2DEditablePoint into a zonal cartesian coordinate of the projection of the given zone.
protected void	TLcdRectifiedRationalProjection.mapPointBackward(ILcdPoint aTargetPoint, ILcd2DEditablePoint aSourcePointSFCT) Applies the inverse of the rational transformation to the target point, to obtain the source point.
protected void	TLcdRectifiedProjectiveProjection.mapPointBackward(ILcdPoint aTargetPoint, ILcd2DEditablePoint aSourcePointSFCT) Applies the inverse of the projective transformation to the target point, to obtain the source point.
protected void	TLcdRectifiedPolynomialProjection.mapPointBackward(ILcdPoint aTargetPoint, ILcd2DEditablePoint aSourcePointSFCT) Applies the inverse of the polynomial transformation to the target point, to obtain the source point.
protected void	TLcdRectifiedRationalProjection.mapPointForward(ILcdPoint aSourcePoint, ILcd2DEditablePoint aTargetPointSFCT) Applies the rational transformation to the source point, to obtain the target point.
protected void	TLcdRectifiedProjectiveProjection.mapPointForward(ILcdPoint aSourcePoint, ILcd2DEditablePoint aTargetPointSFCT) Applies the projective transformation to the source point, to obtain the target point.
protected void	TLcdRectifiedPolynomialProjection.mapPointForward(ILcdPoint aSourcePoint, ILcd2DEditablePoint aTargetPointSFCT) Applies the polynomial transformation to the source point to obtain the target point.
int	TLcdUTM.retrieveZone(ILcdPoint aLLP) Deprecated.
int	ILcdCompositeProjection.retrieveZone(ILcdPoint aLLP) Deprecated. Return the zone id for the given model point.
void	TLcdPolyconic.setOrigin(ILcdPoint aOrigin) Sets the origin of projection.
void	TLcdPerspectiveProjection.setPerspectiveCenter(ILcdPoint aPerspectiveCenter) Sets the geocentric location of the camera.
void	TLcdPerspectiveProjection.setPrincipalPoint(ILcdPoint aPrincipalPoint) Sets the 3D geocentric point the camera is looking at, the same as the 2D origin of the projection plane.
void	TLcdPerspectiveProjection.setUpVector(ILcdPoint aUpVector) Sets the "up" direction of the camera, expressed in geocentric coordinates.
void	TLcdVerticalPerspective.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPSFCT) Transforms a world point to a LonLatHeightPoint.
void	TLcdTransverseMercatorSPCS.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPSFCT) Deprecated.
void	TLcdTransverseMercator.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPSFCT)
void	TLcdSwissObliqueMercator.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPointSFCT)
void	TLcdStereographic.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPSFCT)
void	TLcdPseudoMercator.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPSFCT)
void	TLcdPolyconic.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPointSFCT)
void	TLcdPolarStereographic.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPSFCT)
void	TLcdPerspectiveProjection.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPointSFCT)
void	TLcdOrthorectifiedProjection.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPointSFCT)
void	TLcdOrthographic.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPointSFCT)
void	TLcdObliqueMercator.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPSFCT)
void	TLcdMercator.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPSFCT)
void	TLcdLambertConformal.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPSFCT)
void	TLcdKrovak.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPSFCT)
void	TLcdGeneralPerspective.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPSFCT) Transforms a world point to a LonLatHeightPoint.
void	TLcdEllipsoidalEquidistantCylindrical.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPointSFCT)
void	TLcdDutchStereographic.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPSFCT)
void	TLcdCassiniSoldner.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPointSFCT)
void	TLcdAzimuthalEquidistant.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPSFCT)
void	TLcdAlbersEqualAreaConic.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPSFCT)
void	ILcdProjection.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPointSFCT) Transforms an ILcdPoint from the cartesian coordinate system of the projection into an ILcd2DEditablePoint onto an ILcdEllipsoid.
void	ALcdProjection.world2lonlatOnEllipsoidSFCT(ILcdPoint aXYPoint, ILcdEllipsoid aEllipsoid, ILcd2DEditablePoint aLLPointSFCT) Default implementation calls world2lonlatOnSphereSFCT with aEllipsoid.getAuxRadius() as sphere radius.
void	TLcdVerticalPerspective.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	TLcdTransverseMercatorSPCS.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT) Deprecated.
void	TLcdTransverseMercator.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	TLcdSwissObliqueMercator.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPointSFCT)
void	TLcdStereographic.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	TLcdSimpleRectangular.world2lonlatOnSphereSFCT(ILcdPoint cp, double aRadius, ILcd2DEditablePoint aLLPSFCT) Deprecated.
void	TLcdRPCProjection.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPointSFCT)
void	TLcdPolyconic.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPointSFCT)
void	TLcdPolarStereographic.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	TLcdPerspectiveProjection.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPointSFCT)
void	TLcdOrthorectifiedProjection.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPointSFCT)
void	TLcdOrthographic.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	TLcdObliqueMercator.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	TLcdMollweide.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPointSFCT)
void	TLcdMillerCylindrical.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPointSFCT)
void	TLcdMercator.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	TLcdLambertConformal.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	TLcdLambertAzimuthalEqualArea.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	TLcdKrovak.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	TLcdGnomonic.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	TLcdGeodetic.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	TLcdGeneralPerspective.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	TLcdEquidistantCylindrical.world2lonlatOnSphereSFCT(ILcdPoint cp, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	TLcdEllipsoidalEquidistantCylindrical.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPointSFCT)
void	TLcdEckertVI.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPointSFCT)
void	TLcdEckertIV.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPointSFCT)
void	TLcdDutchStereographic.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	TLcdCassini.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	TLcdAzimuthalEquidistant.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	TLcdAlbersEqualAreaConic.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPSFCT)
void	ILcdProjection.world2lonlatOnSphereSFCT(ILcdPoint aXYPoint, double aRadius, ILcd2DEditablePoint aLLPointSFCT) Transforms an ILcdPoint from the cartesian coordinate system of the projection into an ILcd2DEditablePoint onto a sphere.

Constructors in com.luciad.projection with parameters of type ILcdPoint

Constructor and Description
TLcdAzimuthalEquidistant(ILcdPoint aOrigin) Constructs an azimuthal equidistant projection with the origin at an ILcdPoint aOrigin.
TLcdDutchStereographic(ILcdPoint aOrigin) Constructs a stereographic projection with the origin at an ILcdPoint aOrigin.
TLcdGeneralPerspective(ILcdPoint aOrigin, double aPerspectiveDistance) Constructs a general perspective projection with the origin at an ILcdPoint aOrigin and a point of perspective at a distance (divided by the semi-major axis) from the center of the earth.
TLcdGeneralPerspective(ILcdPoint aOrigin, double aPerspectiveDistance, double aAzimuth, double aTiltAngle) Constructs a general perspective projection with the origin at an ILcdPoint aOrigin and a point of perspective at a distance (divided by the semi-major axis) from the center of the earth.
TLcdGnomonic(ILcdPoint aOrigin) Constructs a gnomonic projection for a sphere with the origin at an ILcdPoint aOrigin.
TLcdLambertAzimuthalEqualArea(ILcdPoint aOrigin) Constructs a lambert azimuthal equal-area projection with the origin at an ILcdPoint aOrigin.
TLcdOrthographic(ILcdPoint aOrigin) Constructs an orthographic projection for a sphere with the origin at an ILcdPoint aOrigin.
TLcdPerspectiveProjection(ILcdPoint aPerspectiveCenter, ILcdPoint aPrincipalPoint) Constructs a perspective projection, given the geocentric locations of the perspective center and the principal point.
TLcdPerspectiveProjection(ILcdPoint aPerspectiveCenter, ILcdPoint aPrincipalPoint, double aRollAngle) Constructs a perspective projection, given the geocentric locations of the perspective center and the principal point.
TLcdPerspectiveProjection(ILcdPoint aPerspectiveCenter, ILcdPoint aPrincipalPoint, ILcdPoint aUpVector) Constructs a perspective projection, given the geocentric locations of the perspective center, the principal point and the "up" direction of the camera.
TLcdPolyconic(ILcdPoint aOrigin) Creates a polyconic projection with the origin at the given point.
TLcdRectifiedPolynomialProjection(int aPolynomialDegree, ILcdPoint[] aSourcePoints, ILcdPoint[] aTargetPoints) Creates a new TLcdRectifiedPolynomialProjection based on the given source and target tie points, and the maximum degree of the polynomial.
TLcdRectifiedPolynomialProjection(int aPolynomialDegree, ILcdPoint[] aSourcePoints, ILcdPoint[] aTargetPoints) Creates a new TLcdRectifiedPolynomialProjection based on the given source and target tie points, and the maximum degree of the polynomial.
TLcdRectifiedPolynomialProjection(int aPolynomialDegree, ILcdPoint[] aSourcePoints, ILcdPoint[] aTargetPoints, ILcdProjection aBaseProjection, ILcdBounds aWorldBounds) Creates a new TLcdRectifiedPolynomialProjection based on the given source and target tie points, and the maximum degree of the polynomial.
TLcdRectifiedPolynomialProjection(int aPolynomialDegree, ILcdPoint[] aSourcePoints, ILcdPoint[] aTargetPoints, ILcdProjection aBaseProjection, ILcdBounds aWorldBounds) Creates a new TLcdRectifiedPolynomialProjection based on the given source and target tie points, and the maximum degree of the polynomial.
TLcdRectifiedProjectiveProjection(ILcdPoint[] aSourcePoints, ILcdPoint[] aTargetPoints) Creates a new TLcdRectifiedProjectiveProjection based on the given pairs of tie points.
TLcdRectifiedProjectiveProjection(ILcdPoint[] aSourcePoints, ILcdPoint[] aTargetPoints) Creates a new TLcdRectifiedProjectiveProjection based on the given pairs of tie points.
TLcdRectifiedProjectiveProjection(ILcdPoint[] aSourcePoints, ILcdPoint[] aTargetPoints, ILcdProjection aBaseProjection, ILcdBounds aWorldBounds) Creates a new TLcdRectifiedProjectiveProjection based on the given source and target tie points.
TLcdRectifiedProjectiveProjection(ILcdPoint[] aSourcePoints, ILcdPoint[] aTargetPoints, ILcdProjection aBaseProjection, ILcdBounds aWorldBounds) Creates a new TLcdRectifiedProjectiveProjection based on the given source and target tie points.
TLcdRectifiedRationalProjection(int aNumeratorDegree, int aDenominatorDegree, ILcdPoint[] aSourcePoints, ILcdPoint[] aTargetPoints) Creates a new TLcdRectifiedRationalProjection based on the given source and target tie points, and maximum degrees of the rationals.
TLcdRectifiedRationalProjection(int aNumeratorDegree, int aDenominatorDegree, ILcdPoint[] aSourcePoints, ILcdPoint[] aTargetPoints) Creates a new TLcdRectifiedRationalProjection based on the given source and target tie points, and maximum degrees of the rationals.
TLcdRectifiedRationalProjection(int aNumeratorDegree, int aDenominatorDegree, ILcdPoint[] aSourcePoints, ILcdPoint[] aTargetPoints, ILcdProjection aBaseProjection, ILcdBounds aWorldBounds) Creates a new TLcdRectifiedRationalProjection based on the given source and target tie points, and maximum degrees of the rationals.
TLcdRectifiedRationalProjection(int aNumeratorDegree, int aDenominatorDegree, ILcdPoint[] aSourcePoints, ILcdPoint[] aTargetPoints, ILcdProjection aBaseProjection, ILcdBounds aWorldBounds) Creates a new TLcdRectifiedRationalProjection based on the given source and target tie points, and maximum degrees of the rationals.
TLcdStereographic(ILcdPoint aOrigin) Constructs a stereographic projection with the origin at an ILcdPoint aOrigin.
TLcdVerticalPerspective(ILcdPoint aOrigin, double aPerspectiveDistance) Constructs a vertical perspective projection with the origin at an ILcdPoint aOrigin and a point of perspective at a distance (divided by the semi-major axis) from the center of the earth.

Uses of ILcdPoint in com.luciad.reference

Methods in com.luciad.reference that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	TLcdTopocentricReference.getOrigin()
ILcdPoint	ILcdTopocentricReference.getOrigin() Returns the 3D origin of this ILcdTopocentricReference.
ILcdPoint	TLcdXYModelReference.makeModelPoint()
ILcdPoint	TLcdTopocentricReference.makeModelPoint()
ILcdPoint	TLcdGridReference.makeModelPoint()
ILcdPoint	TLcdGeoidReference.makeModelPoint() Deprecated.
ILcdPoint	TLcdGeodeticReference.makeModelPoint()
ILcdPoint	TLcdGeocentricReference.makeModelPoint()
ILcdPoint	TLcdCartesianReference.makeModelPoint()

Constructors in com.luciad.reference with parameters of type ILcdPoint

Constructor and Description
TLcdTopocentricReference(ILcdGeodeticDatum aGeodeticDatum, ILcdPoint aOrigin) Constructor with an ILcdGeodeticDatum and an ILcd3DEditablePoint as origin.

Uses of ILcdPoint in com.luciad.shape

Subinterfaces of ILcdPoint in com.luciad.shape

Modifier and Type	Interface and Description
interface	ILcdZonalPoint Deprecated. This interface has been deprecated.

Classes in com.luciad.shape that implement ILcdPoint

Modifier and Type	Class and Description
class	ALcdPoint This abstract class provides a basis for implementing the ILcdPoint interface.

Methods in com.luciad.shape that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	ILcdEllipse.getCenter() Returns the center of this ILcdEllipse.
ILcdPoint	ILcdCircularArc.getCenter() Returns the center of this ILcdCircularArc.
ILcdPoint	ILcdCircle.getCenter() Returns the center of this ILcdCircle.
default ILcdPoint	ILcdBounds.getCenter() Returns the center of the bounds.
ILcdPoint	ILcdArcBand.getCenter() Returns the center point of this ILcdArcBand.
ILcdPoint	ILcdArc.getCenter() Returns the center of this ILcdArc.
ILcdPoint	TLcdCompositeCurve.getEndPoint()
ILcdPoint	ILcdCurve.getEndPoint() Retrieves the end point of the curve.
ILcdPoint	ILcdCompositeCurve.getEndPoint() Retrieves the end point of the curve.
ILcdPoint	ILcdCircleBy3Points.getFirstIntermediatePoint() Returns the first intermediate point of this circle.
ILcdPoint	TLcdSurface.getFocusPoint()
ILcdPoint	TLcdCompositeCurve.getFocusPoint()
ILcdPoint	TLcdComplexPolygon.getFocusPoint()
ILcdPoint	ILcdShape.getFocusPoint() Returns the focus point of this ILcdShape.
ILcdPoint	ALcdShapeList.getFocusPoint() Returns the focus point of the shape list.
ILcdPoint	ALcdPoint.getFocusPoint()
ILcdPoint	ALcdBounds.getFocusPoint()
ILcdPoint	ILcdCircularArcBy3Points.getIntermediatePoint() Returns an intermediate point of this arc.
ILcdPoint	ILcdText.getLocation() Returns the location of the text.
ILcdPoint	ILcdBounds.getLocation() Returns the location of the bounding box (smallest x and y coordinates).
ILcdPoint	ALcdPoint.getLocation()
ILcdPoint	TLcdComplexPolygon.getPoint(int aIndex)
ILcdPoint	ILcdPointList.getPoint(int aIndex) Returns the ILcdPoint at a given index.
ILcdPoint	ALcdPoint.getPoint(int aIndex)
ILcdPoint	ILcdCircleBy3Points.getSecondIntermediatePoint() Returns the second intermediate point of this circle.
ILcdPoint	TLcdCompositeCurve.getStartPoint()
ILcdPoint	ILcdCurve.getStartPoint() Retrieves the start point of the curve.
ILcdPoint	ILcdCompositeCurve.getStartPoint() Retrieves the start point of the curve.

Methods in com.luciad.shape with parameters of type ILcdPoint

Modifier and Type	Method and Description
boolean	ILcdShape.contains2D(ILcdPoint aPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 2D space.
boolean	ALcdShape.contains2D(ILcdPoint aPoint) Checks whether this ALcdShape contains the given point in the 2D cartesian plane.
boolean	ILcdShape.contains3D(ILcdPoint aPoint) Checks whether this ILcdShape contains the given ILcdPoint in the 3D space.
boolean	ALcdShape.contains3D(ILcdPoint aPoint) Checks whether this ALcdShape contains the given point in the 3D space.
int	TLcdCompositeCurve.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2)
int	ILcdCurve.getLineSegmentIntersectionCount(ILcdPoint aP1, ILcdPoint aP2) Returns the number of intersections between this curve and a line segment defined by the two specified points.

Uses of ILcdPoint in com.luciad.shape.shape2D

Subinterfaces of ILcdPoint in com.luciad.shape.shape2D

Modifier and Type	Interface and Description
interface	ILcd2DEditablePoint An ILcd2DEditablePoint is an ILcdPoint that can be moved in two dimensions.
interface	ILcd2DEditableZonalPoint Deprecated. This interface hes been deprecated.

Classes in com.luciad.shape.shape2D that implement ILcdPoint

Modifier and Type	Class and Description
class	ALcd2DEditablePoint This abstract class provides a basis for implementing the ILcd2DEditablePoint interface.
class	TLcd2DEditableFeaturedPoint This class provides an implementation of an ILcd2DEditablePoint and ILcdFeatured.
class	TLcdLonLatFloatPoint This class provides an implementation of ILcd2DEditablePoint in the geodetic space.
class	TLcdLonLatPoint This class provides an implementation of ILcd2DEditablePoint in the geodetic space.
class	TLcdLonLatZonalPoint This class provides an implementation of ILcd2DEditableZonalPoint in the geodetic space.
class	TLcdXYFloatPoint This class provides an implementation of ILcd2DEditablePoint in the cartesian space, but internally using floats instead of doubles.
class	TLcdXYPoint This class provides an implementation of ILcd2DEditablePoint in the cartesian space.
class	TLcdXYZonalPoint This class provides an implementation of ILcd2DEditableZonalPoint in the cartesian space.

Methods in com.luciad.shape.shape2D that return ILcdPoint

Modifier and Type	Method and Description
ILcdPoint	ILcd2DDynamicSegmentationEvent.getBeginPoint() Deprecated.
ILcdPoint	ALcdXYDynamicSegmentationEvent.getBeginPoint() Deprecated.
static ILcdPoint	TLcdXYPolylineMSupport.getBeginPoint(ILcdShapeList aPolylineM)
ILcdPoint	TLcdXYEllipse.getCenter()
ILcdPoint	TLcdXYCircularArcByCenterPoint.getCenter()
ILcdPoint	TLcdXYCircularArcByBulge.getCenter()
ILcdPoint	TLcdXYCircularArcBy3Points.getCenter()
ILcdPoint	TLcdXYCircleBy3Points.getCenter()
ILcdPoint	TLcdXYCircle.getCenter()
ILcdPoint	TLcdXYArcBand.getCenter()
ILcdPoint	TLcdXYArc.getCenter()
ILcdPoint	TLcdLonLatEllipse.getCenter()
ILcdPoint	TLcdLonLatCircularArcByCenterPoint.getCenter()
ILcdPoint	TLcdLonLatCircularArcByBulge.getCenter()
ILcdPoint	TLcdLonLatCircularArcBy3Points.getCenter()
ILcdPoint	TLcdLonLatCircleBy3Points.getCenter()
ILcdPoint	TLcdLonLatCircle.getCenter()
ILcdPoint	TLcdLonLatArcBand.getCenter()
ILcdPoint	TLcdLonLatArc.getCenter()
ILcdPoint	TLcdXYPolyline.getEndPoint()
ILcdPoint	TLcdXYPolygon.getEndPoint()