Uses of Interface
gov.nasa.worldwind.render.DrawContext

Packages that use DrawContext

gov.nasa.worldwind
gov.nasa.worldwind.cache
gov.nasa.worldwind.geom
gov.nasa.worldwind.globes	Provides classes for representing the shape and terrain of a planet.
gov.nasa.worldwind.layers
gov.nasa.worldwind.layers.Earth
gov.nasa.worldwind.layers.mercator
gov.nasa.worldwind.layers.placename
gov.nasa.worldwind.layers.rpf
gov.nasa.worldwind.ogc.collada	Provides classes for parsing COLLADA files and streams.
gov.nasa.worldwind.ogc.collada.impl	Provides classes for rendering COLLADA documents.
gov.nasa.worldwind.ogc.kml	Provides classes for parsing KML and KMZ files and streams.
gov.nasa.worldwind.ogc.kml.impl
gov.nasa.worldwind.pick
gov.nasa.worldwind.render
gov.nasa.worldwind.render.airspaces
gov.nasa.worldwind.render.airspaces.editor
gov.nasa.worldwind.render.markers
gov.nasa.worldwind.symbology	Provides classes for creating and displaying graphics from standard symbol sets.
gov.nasa.worldwind.symbology.milstd2525	Tactical graphics and symbols defined by the MIL-STD-2525 symbology set.
gov.nasa.worldwind.symbology.milstd2525.graphics
gov.nasa.worldwind.symbology.milstd2525.graphics.areas	MIL-STD-2525 area graphics.
gov.nasa.worldwind.symbology.milstd2525.graphics.lines	MIL-STD-2525 line graphics.
gov.nasa.worldwind.terrain
gov.nasa.worldwind.util
gov.nasa.worldwind.util.measure
gov.nasa.worldwind.util.tree	A tree control drawn in the world window.
gov.nasa.worldwind.util.webview	Provides classes for loading web content, laying out and rendering the content as an OpenGL texture, and interacting with the rendered content.
gov.nasa.worldwind.view	The view package contains implementations, and support for implementations of the View interface.
gov.nasa.worldwind.view.firstperson
gov.nasa.worldwind.view.orbit
gov.nasa.worldwindx.applications.antenna
gov.nasa.worldwindx.applications.glider
gov.nasa.worldwindx.applications.sar
gov.nasa.worldwindx.applications.sar.render
gov.nasa.worldwindx.applications.sar.segmentplane
gov.nasa.worldwindx.applications.worldwindow.core
gov.nasa.worldwindx.applications.worldwindow.util.measuretool
gov.nasa.worldwindx.examples
gov.nasa.worldwindx.examples.analytics
gov.nasa.worldwindx.examples.lineofsight	Examples of how to perform line of sight calculations in WorldWind.
gov.nasa.worldwindx.examples.multiwindow	Examples of how to use multiple WorldWind globes in the same application.
gov.nasa.worldwindx.examples.shapebuilder	The shapebuilder package contains shape building applications for 3D shapes, including the rigid shapes (Ellipsoid, Box, Cylinder, Cone, Pyramid, Wedge) and ExtrudedPolygon.
gov.nasa.worldwindx.examples.tutorial
gov.nasa.worldwindx.examples.util

Uses of DrawContext in gov.nasa.worldwind

Fields in gov.nasa.worldwind declared as DrawContext

protected DrawContext

AbstractSceneController.dc

Methods in gov.nasa.worldwind that return DrawContext

DrawContext	SceneController.getDrawContext() Returns the current draw context.
DrawContext	AbstractSceneController.getDrawContext()

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

void	View.apply(DrawContext dc) Calculates and applies this View's internal state to the graphics context in the specified dc.
protected void	AbstractSceneController.applyView(DrawContext dc)
protected void	AbstractSceneController.buildCompositeSurfaceObjects(DrawContext dc) Builds a composite representation for all SurfaceObject instances in the draw context's ordered surface renderable queue.
protected void	AbstractSceneController.checkGLErrors(DrawContext dc) Called to check for openGL errors.
protected void	AbstractSceneController.clearFrame(DrawContext dc)
protected void	AbstractSceneController.createPickFrustum(DrawContext dc)
protected void	AbstractSceneController.createTerrain(DrawContext dc)
protected void	AbstractSceneController.doDeepPick(DrawContext dc)
protected void	StereoOptionSceneController.doDrawStereoNone(DrawContext dc) Implement no stereo ("Mono") while using a stereo device.
protected void	StereoOptionSceneController.doDrawStereoRedBlue(DrawContext dc) Implement stereo using the red-blue anaglyph technique.
protected void	StereoOptionSceneController.doDrawToStereoDevice(DrawContext dc) Implement stereo using the stereo-enabled graphics device.
protected void	AbstractSceneController.doNonTerrainPick(DrawContext dc)
void	BasicSceneController.doRepaint(DrawContext dc)
protected abstract void	AbstractSceneController.doRepaint(DrawContext dc)
protected void	AbstractSceneController.doResolveTopPick(DrawContext dc, Point pickPoint)
protected void	AbstractSceneController.doResolveTopPick(DrawContext dc, Rectangle pickRect)
protected void	StereoOptionSceneController.draw(DrawContext dc)
protected void	AbstractSceneController.draw(DrawContext dc)
protected void	AbstractSceneController.drawCompositeSurfaceObjects(DrawContext dc) Causes the scene controller to draw the composite representation of all SurfaceObject instances in the draw context's ordered surface renderable queue.
protected void	AbstractSceneController.drawOrderedSurfaceRenderables(DrawContext dc)
protected void	AbstractSceneController.finalizeFrame(DrawContext dc)
protected Point	AbstractSceneController.getViewportCenter(DrawContext dc)
protected void	AbstractSceneController.initializeDrawContext(DrawContext dc)
protected void	AbstractSceneController.initializeFrame(DrawContext dc)
protected void	AbstractSceneController.pick(DrawContext dc)
protected void	AbstractSceneController.pickLayers(DrawContext dc)
protected void	AbstractSceneController.pickOrderedSurfaceRenderables(DrawContext dc)
protected void	AbstractSceneController.pickTerrain(DrawContext dc)
void	View.popReferenceCenter(DrawContext dc) Removes the model-view matrix on top of the matrix stack, and restores the original matrix.
protected void	AbstractSceneController.preRender(DrawContext dc)
protected void	AbstractSceneController.preRenderOrderedSurfaceRenderables(DrawContext dc)
Matrix	View.pushReferenceCenter(DrawContext dc, Vec4 referenceCenter) Defines and applies a new model-view matrix in which the world origin is located at referenceCenter.
protected void	AbstractSceneController.resolveTopPick(DrawContext dc)
Matrix	View.setReferenceCenter(DrawContext dc, Vec4 referenceCenter) Sets the reference center matrix without pushing the stack.

Uses of DrawContext in gov.nasa.worldwind.cache

Methods in gov.nasa.worldwind.cache with parameters of type DrawContext

boolean	ShapeDataCache.ShapeDataCacheEntry.isExpired(DrawContext dc) Indicates whether this entry has expired.
boolean	ShapeDataCache.ShapeDataCacheEntry.isValid(DrawContext dc) Indicates whether this shape data's globe state and vertical exaggeration are the same as that in the current draw context.
void	ShapeDataCache.ShapeDataCacheEntry.restartTimer(DrawContext dc) Resets the timer to the current time.

Constructors in gov.nasa.worldwind.cache with parameters of type DrawContext

ShapeDataCache.ShapeDataCacheEntry(DrawContext dc, long minExpiryTime, long maxExpiryTime)
Constructs an entry using the globe and vertical exaggeration of a specified draw context.

Uses of DrawContext in gov.nasa.worldwind.geom

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

double	Sector.distanceTo(DrawContext dc, Vec4 point) Returns an approximation of the distance in model coordinates between the surface geometry defined by this sector and the specified model coordinate point.
protected void	Box.drawBox(DrawContext dc, Vec4 a, Vec4 b, Vec4 c, Vec4 d)
protected void	Box.drawOutline(DrawContext dc, Vec4 a, Vec4 b, Vec4 c, Vec4 d)
void	Sphere.render(DrawContext dc) Causes this Sphere to render itself using the DrawContext provided.
void	Cylinder.render(DrawContext dc) Display the cylinder.
void	Box.render(DrawContext dc) Draws a representation of the Box.

Uses of DrawContext in gov.nasa.worldwind.globes

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

GlobeStateKey	Globe.getGlobeStateKey(DrawContext dc) Returns a typed state key identifying this globe's current configuration.
GlobeStateKey	FlatGlobe.getGlobeStateKey(DrawContext dc)
GlobeStateKey	EllipsoidalGlobe.getGlobeStateKey(DrawContext dc)
Object	Globe.getStateKey(DrawContext dc) Returns a state key identifying this globe's current configuration.
Object	FlatGlobe.getStateKey(DrawContext dc)
Object	EllipsoidalGlobe.getStateKey(DrawContext dc)
SectorGeometryList	Globe.tessellate(DrawContext dc) Tessellate this globe for the currently visible region.
SectorGeometryList	EllipsoidalGlobe.tessellate(DrawContext dc)

Constructors in gov.nasa.worldwind.globes with parameters of type DrawContext

EllipsoidalGlobe.StateKey(DrawContext dc)

Uses of DrawContext in gov.nasa.worldwind.layers

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

protected void	TiledImageLayer.addTile(DrawContext dc, TextureTile tile)
protected void	TiledImageLayer.addTileOrDescendants(DrawContext dc, TextureTile tile)
protected void	SkyGradientLayer.applyDrawProjection(DrawContext dc, OGLStackHandler ogsh)
protected void	SkyGradientLayer.applyDrawTransform(DrawContext dc, OGLStackHandler ogsh)
void	TextureTile.applyInternalTransform(DrawContext dc, boolean textureIdentityActive)
protected void	TextureTile.applyResourceTextureTransform(DrawContext dc)
protected void	TiledImageLayer.assembleTiles(DrawContext dc)
protected boolean	TiledImageLayer.atMaxLevel(DrawContext dc)
boolean	TextureTile.bind(DrawContext dc)
protected void	TiledImageLayer.checkTextureExpiration(DrawContext dc, List<TextureTile> tiles)
protected void	LatLonGraticuleLayer.clear(DrawContext dc)
protected void	AbstractGraticuleLayer.clear(DrawContext dc)
protected double	AbstractGraticuleLayer.computeAltitudeAboveGround(DrawContext dc)
protected Position	TerrainProfileLayer.computeCursorPosition(DrawContext dc)
protected Position	WorldMapLayer.computeGroundPosition(DrawContext dc, View view) Compute the lat/lon position of the view center
protected LatLon	AbstractGraticuleLayer.computeLabelOffset(DrawContext dc)
protected Position	WorldMapLayer.computePickPosition(DrawContext dc, Vec4 locationSW, Dimension mapSize) Computes the lat/lon of the pickPoint over the world map
protected Position	TerrainProfileLayer.computePickPosition(DrawContext dc, Vec4 locationSW, Dimension mapSize) Computes the Position of the pickPoint over the graph and updates pickedSample indice
protected void	TerrainProfileLayer.computeProfile(DrawContext dc) Compute the terrain profile.
protected Vec4	TiledImageLayer.computeReferencePoint(DrawContext dc)
protected double	AbstractGraticuleLayer.computeTerrainConformance(DrawContext dc)
protected Position	TerrainProfileLayer.computeViewCenterPosition(DrawContext dc)
protected ArrayList<LatLon>	WorldMapLayer.computeViewFootPrint(DrawContext dc, int steps) Compute the view range footprint on the globe.
protected void	RenderableLayer.doPick(DrawContext dc, Iterable<? extends Renderable> renderables, Point pickPoint)
protected void	CachedRenderableLayer.doPick(DrawContext dc, Iterable<? extends Renderable> renderables, Point pickPoint)
void	WorldMapLayer.doPick(DrawContext dc, Point pickPoint)
void	TerrainProfileLayer.doPick(DrawContext dc, Point pickPoint)
void	ScalebarLayer.doPick(DrawContext dc, Point pickPoint)
protected void	RenderableLayer.doPick(DrawContext dc, Point pickPoint)
protected void	MarkerLayer.doPick(DrawContext dc, Point pickPoint)
protected void	IconLayer.doPick(DrawContext dc, Point pickPoint)
protected void	CompassLayer.doPick(DrawContext dc, Point pickPoint)
protected void	CachedRenderableLayer.doPick(DrawContext dc, Point pickPoint)
protected void	AnnotationLayer.doPick(DrawContext dc, Point pickPoint)
protected void	AirspaceLayer.doPick(DrawContext dc, Point pickPoint)
protected void	AbstractLayer.doPick(DrawContext dc, Point point)
protected void	RenderableLayer.doPreRender(DrawContext dc)
protected void	CachedRenderableLayer.doPreRender(DrawContext dc)
protected void	AbstractLayer.doPreRender(DrawContext dc)
void	AbstractGraticuleLayer.doPreRender(DrawContext dc)
protected void	RenderableLayer.doPreRender(DrawContext dc, Iterable<? extends Renderable> renderables)
protected void	CachedRenderableLayer.doPreRender(DrawContext dc, Iterable<? extends Renderable> renderables)
void	WorldMapLayer.doRender(DrawContext dc)
void	ViewControlsLayer.doRender(DrawContext dc)
protected void	TiledImageLayer.doRender(DrawContext dc)
void	TerrainProfileLayer.doRender(DrawContext dc)
void	StarsLayer.doRender(DrawContext dc)
void	SkyGradientLayer.doRender(DrawContext dc)
void	SkyColorLayer.doRender(DrawContext dc)
void	ScalebarLayer.doRender(DrawContext dc)
protected void	RenderableLayer.doRender(DrawContext dc)
protected void	MarkerLayer.doRender(DrawContext dc)
protected void	IconLayer.doRender(DrawContext dc)
protected void	CrosshairLayer.doRender(DrawContext dc)
protected void	CompassLayer.doRender(DrawContext dc)
protected void	CachedRenderableLayer.doRender(DrawContext dc)
protected void	AnnotationLayer.doRender(DrawContext dc)
protected void	AirspaceLayer.doRender(DrawContext dc)
protected abstract void	AbstractLayer.doRender(DrawContext dc)
void	AbstractGraticuleLayer.doRender(DrawContext dc)
protected void	RenderableLayer.doRender(DrawContext dc, Iterable<? extends Renderable> renderables)
protected void	CachedRenderableLayer.doRender(DrawContext dc, Iterable<? extends Renderable> renderables)
protected void	TiledImageLayer.draw(DrawContext dc)
void	ScalebarLayer.draw(DrawContext dc)
protected void	CompassLayer.draw(DrawContext dc)
protected void	MarkerLayer.draw(DrawContext dc, Point pickPoint)
protected void	TiledImageLayer.drawBoundingVolumes(DrawContext dc, ArrayList<TextureTile> tiles)
protected void	TerrainProfileLayer.drawFilledRectangle(DrawContext dc, Vec4 origin, Dimension dimension, Color color)
protected void	TerrainProfileLayer.drawGraph(DrawContext dc, Dimension dimension)
protected void	TerrainProfileLayer.drawGrid(DrawContext dc, Dimension dimension)
protected void	TerrainProfileLayer.drawGUI(DrawContext dc, Dimension dimension)
protected void	TerrainProfileLayer.drawHorizontalLine(DrawContext dc, Dimension dimension, double y)
protected void	WorldMapLayer.drawIcon(DrawContext dc)
protected void	TerrainProfileLayer.drawLabel(DrawContext dc, String text, Vec4 screenPoint, int align)
protected void	TerrainProfileLayer.drawLine(DrawContext dc, double x1, double y1, double x2, double y2)
void	TerrainProfileLayer.drawProfile(DrawContext dc)
protected void	SkyGradientLayer.drawSkyDome(DrawContext dc, float radius, double startLat, double endLat, int slices, int stacks, float zenithOpacity, float gradientBias) Draws the sky dome
protected void	TiledImageLayer.drawTileIDs(DrawContext dc, ArrayList<TextureTile> tiles)
protected void	TerrainProfileLayer.drawVerticalLine(DrawContext dc, Dimension dimension, double x)
protected boolean	StarsLayer.drawWithVBO(DrawContext dc)
protected void	StarsLayer.drawWithVertexArray(DrawContext dc)
protected void	StarsLayer.fillVbo(DrawContext dc) Creates and fills this layer's vertex buffer.
protected Iterable<WWIcon>	IconLayer.getActiveIcons(DrawContext dc) Returns the Iterable of currently active Icons.
Extent	TextureTile.getExtent(DrawContext dc)
protected Vec4	TiledImageLayer.getReferencePoint(DrawContext dc)
double	LatLonGraticuleLayer.GraticuleTile.getSizeInPixels(DrawContext dc)
protected Vec4	AbstractGraticuleLayer.getSurfacePoint(DrawContext dc, Angle latitude, Angle longitude)
protected ArrayList<LatLonGraticuleLayer.GraticuleTile>	LatLonGraticuleLayer.getVisibleTiles(DrawContext dc)
protected void	ViewControlsLayer.initialize(DrawContext dc)
protected void	TerrainProfileLayer.initialize(DrawContext dc)
protected void	WorldMapLayer.initializeTexture(DrawContext dc)
protected Texture	TextureTile.initializeTexture(DrawContext dc)
protected void	CompassLayer.initializeTexture(DrawContext dc)
boolean	LatLonGraticuleLayer.GraticuleTile.isInView(DrawContext dc)
boolean	AbstractGraticuleLayer.GridElement.isInView(DrawContext dc)
boolean	AbstractGraticuleLayer.GridElement.isInView(DrawContext dc, Sector vs)
boolean	Layer.isLayerActive(DrawContext dc) Indicates whether the layer is active based on arbitrary criteria.
boolean	AbstractLayer.isLayerActive(DrawContext dc)
boolean	TiledImageLayer.isLayerInView(DrawContext dc)
boolean	Layer.isLayerInView(DrawContext dc) Indicates whether the layer is in the view.
boolean	AbstractLayer.isLayerInView(DrawContext dc)
protected boolean	TiledImageLayer.isTileVisible(DrawContext dc, TextureTile tile)
protected void	TiledImageLayer.loadAllTopLevelTextures(DrawContext dc)
protected boolean	TiledImageLayer.meetsRenderCriteria(DrawContext dc, TextureTile tile)
protected boolean	AbstractGraticuleLayer.needsToUpdate(DrawContext dc) Determines whether the grid should be updated.
protected boolean	TiledImageLayer.needToSplit(DrawContext dc, Sector sector, Level level)
void	WorldMapLayer.OrderedIcon.pick(DrawContext dc, Point pickPoint)
void	TerrainProfileLayer.OrderedIcon.pick(DrawContext dc, Point pickPoint)
void	Layer.pick(DrawContext dc, Point pickPoint) Cause the layer to perform picking, which determines whether the object or its components intersect a given point on the screen.
void	CompassLayer.OrderedIcon.pick(DrawContext dc, Point pickPoint)
void	AbstractLayer.pick(DrawContext dc, Point point)
void	Layer.preRender(DrawContext dc) Causes the layer to perform any actions necessary to subsequently render the layer.
void	AbstractLayer.preRender(DrawContext dc)
void	GraticuleSupport.preRender(DrawContext dc, double opacity)
protected void	AbstractGraticuleLayer.preRenderGraticule(DrawContext dc)
void	WorldMapLayer.OrderedIcon.render(DrawContext dc)
void	TiledImageLayer.render(DrawContext dc)
void	TerrainProfileLayer.OrderedIcon.render(DrawContext dc)
void	Layer.render(DrawContext dc) Cause the layer to draw its representation.
void	GraticuleSupport.render(DrawContext dc)
void	CompassLayer.OrderedIcon.render(DrawContext dc)
void	AbstractLayer.render(DrawContext dc)
void	GraticuleSupport.render(DrawContext dc, double opacity)
protected void	AbstractGraticuleLayer.renderGraticule(DrawContext dc)
protected abstract void	TiledImageLayer.requestTexture(DrawContext dc, TextureTile tile)
protected void	BasicTiledImageLayer.requestTexture(DrawContext dc, TextureTile tile)
protected void	LatLonGraticuleLayer.selectRenderables(DrawContext dc) Select the visible grid elements
void	LatLonGraticuleLayer.GraticuleTile.selectRenderables(DrawContext dc)
protected void	AbstractGraticuleLayer.selectRenderables(DrawContext dc) Select the visible grid elements
protected void	TiledImageLayer.setBlendingFunction(DrawContext dc)
protected void	TextureTile.setTextureParameters(DrawContext dc, Texture t)
protected void	ViewControlsLayer.updatePositions(DrawContext dc)
protected void	SkyGradientLayer.updateSkyDome(DrawContext dc)

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

Methods in gov.nasa.worldwind.layers.Earth with parameters of type DrawContext

protected void	UTMGraticuleLayer.clear(DrawContext dc)
protected void	MGRSGraticuleLayer.clear(DrawContext dc)
protected Sector	MGRSGraticuleLayer.computeVisibleSector(DrawContext dc)
void	UTMBaseGraticuleLayer.MetricScaleSupport.computeZone(DrawContext dc)
double	UTMGraticuleLayer.GraticuleTile.getSizeInPixels(DrawContext dc)
protected ArrayList<UTMGraticuleLayer.GraticuleTile>	UTMGraticuleLayer.getVisibleTiles(DrawContext dc)
boolean	UTMGraticuleLayer.GraticuleTile.isInView(DrawContext dc)
boolean	UTMBaseGraticuleLayer.SquareGrid.isInView(DrawContext dc)
protected void	MGRSGraticuleLayer.selectMGRSRenderables(DrawContext dc, Sector vs)
protected void	UTMGraticuleLayer.selectRenderables(DrawContext dc)
void	UTMGraticuleLayer.GraticuleTile.selectRenderables(DrawContext dc)
protected void	UTMBaseGraticuleLayer.selectRenderables(DrawContext dc) Select the visible grid elements
void	UTMBaseGraticuleLayer.MetricScaleSupport.selectRenderables(DrawContext dc)
protected void	MGRSGraticuleLayer.selectRenderables(DrawContext dc)
void	UTMBaseGraticuleLayer.SquareZone.selectRenderables(DrawContext dc, Sector vs)
void	UTMBaseGraticuleLayer.SquareGrid.selectRenderables(DrawContext dc, Sector vs)
protected void	UTMGraticuleLayer.selectUTMRenderables(DrawContext dc) Select the visible grid elements

Uses of DrawContext in gov.nasa.worldwind.layers.mercator

Methods in gov.nasa.worldwind.layers.mercator with parameters of type DrawContext

protected void	MercatorTiledImageLayer.doRender(DrawContext dc)
boolean	MercatorTiledImageLayer.isLayerInView(DrawContext dc)
void	MercatorTiledImageLayer.render(DrawContext dc)
protected abstract void	MercatorTiledImageLayer.requestTexture(DrawContext dc, MercatorTextureTile tile)
protected void	BasicMercatorTiledImageLayer.requestTexture(DrawContext dc, MercatorTextureTile tile)

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

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

protected Vec4	PlaceNameLayer.computeReferencePoint(DrawContext dc)
protected void	PlaceNameLayer.doRender(DrawContext dc)
protected void	PlaceNameLayer.drawOrRequestTile(DrawContext dc, PlaceNameLayer.Tile tile, double minDisplayDistanceSquared, double maxDisplayDistanceSquared)
Extent	PlaceNameService.getExtent(DrawContext dc)
protected static boolean	PlaceNameLayer.isNameVisible(DrawContext dc, PlaceNameService service, Position namePosition)
protected boolean	PlaceNameLayer.NavigationTile.isNavSectorVisible(DrawContext dc, double minDistanceSquared, double maxDistanceSquared)
protected static boolean	PlaceNameLayer.isSectorVisible(DrawContext dc, Sector sector, double minDistanceSquared, double maxDistanceSquared)
protected static boolean	PlaceNameLayer.isServiceVisible(DrawContext dc, PlaceNameService placeNameService)
protected static boolean	PlaceNameLayer.isTileVisible(DrawContext dc, PlaceNameLayer.Tile tile, double minDistanceSquared, double maxDistanceSquared)
protected Iterable<GeographicText>	PlaceNameLayer.PlaceNameChunk.makeIterable(DrawContext dc)
List<PlaceNameLayer.NavigationTile>	PlaceNameLayer.NavigationTile.navTilesVisible(DrawContext dc, double minDistSquared, double maxDistSquared)
protected void	PlaceNameLayer.requestTile(DrawContext dc, PlaceNameLayer.Tile tile)

Uses of DrawContext in gov.nasa.worldwind.layers.rpf

Methods in gov.nasa.worldwind.layers.rpf with parameters of type DrawContext

protected void

RPFTiledImageLayer.requestTexture(DrawContext dc, TextureTile tile)

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

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

void	ColladaVisualScene.preRender(ColladaTraversalContext tc, DrawContext dc) Pre-Render this element.
void	ColladaScene.preRender(ColladaTraversalContext tc, DrawContext dc) Pre-Render this element.
void	ColladaRoot.preRender(ColladaTraversalContext tc, DrawContext dc) Pre-Render this element.
void	ColladaNode.preRender(ColladaTraversalContext tc, DrawContext dc) Pre-Render this element.
void	ColladaInstanceVisualScene.preRender(ColladaTraversalContext tc, DrawContext dc) Pre-Render this element.
void	ColladaInstanceNode.preRender(ColladaTraversalContext tc, DrawContext dc) Pre-Render this element.
void	ColladaVisualScene.render(ColladaTraversalContext tc, DrawContext dc) Render this element.
void	ColladaScene.render(ColladaTraversalContext tc, DrawContext dc) Render this element.
void	ColladaRoot.render(ColladaTraversalContext tc, DrawContext dc) Render this element.
void	ColladaNode.render(ColladaTraversalContext tc, DrawContext dc) Render this element.
void	ColladaInstanceVisualScene.render(ColladaTraversalContext tc, DrawContext dc) Render this element.
void	ColladaInstanceNode.render(ColladaTraversalContext tc, DrawContext dc) Render this element.

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

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

protected void	ColladaMeshShape.addOrderedRenderable(DrawContext dc) Adds this shape to the draw context's ordered renderable list.
protected void	ColladaMeshShape.applyMaterial(DrawContext dc, Material material) Apply a material to the active draw context.
protected OGLStackHandler	ColladaMeshShape.beginDrawing(DrawContext dc, int attrMask)
protected Extent	ColladaMeshShape.computeExtent(DrawContext dc) Compute the shape's extent, using the active orientation matrix.
protected double	ColladaMeshShape.computeEyeDistance(DrawContext dc) Computes the minimum distance between this shape and the eye point.
protected Vec4	ColladaMeshShape.computeReferenceCenter(DrawContext dc) Computes this shape's reference center.
protected Matrix	ColladaMeshShape.computeRenderMatrix(DrawContext dc) Computes the transform to use during rendering to orient the model.
protected AbstractShape.AbstractShapeData	ColladaMeshShape.createCacheEntry(DrawContext dc) Creates and returns a new cache entry specific to the subclass.
protected void	ColladaMeshShape.createFullGeometry(DrawContext dc) Create full geometry for the shape, including normals and texture coordinates.
protected void	ColladaMeshShape.createMinimalGeometry(DrawContext dc, ColladaMeshShape.ShapeData shapeData) Compute enough geometry to determine this shape's extent, reference point and eye distance.
protected void	ColladaMeshShape.createVertexCoords(DrawContext dc) Create the shape's vertex coordinates.
protected void	ColladaMeshShape.doDrawInterior(DrawContext dc) Draws this shape's interior.
protected void	ColladaMeshShape.doDrawInteriorVA(DrawContext dc, ColladaMeshShape.Geometry geometry) Draw one geometry in the mesh interior using vertex arrays.
protected void	ColladaMeshShape.doDrawInteriorVBO(DrawContext dc, ColladaMeshShape.Geometry geometry, int[] vboIds) Draw one geometry in the mesh interior using vertex buffer objects.
protected void	ColladaMeshShape.doDrawOrderedRenderable(DrawContext dc, PickSupport pickCandidates, Matrix matrix) Draw the shape as an OrderedRenderable, using the specified transform matrix.
protected void	ColladaMeshShape.doDrawOutline(DrawContext dc) Draws this shape's outline.
protected boolean	ColladaMeshShape.doMakeOrderedRenderable(DrawContext dc) Produces the geometry and other state necessary to represent this shape as an ordered renderable.
protected void	ColladaMeshShape.drawBatched(DrawContext dc) Draws this ordered renderable and all subsequent Path ordered renderables in the ordered renderable list.
protected void	ColladaMeshShape.fillVBO(DrawContext dc) Fill this shape's vertex buffer objects.
protected boolean	ColladaMeshShape.isOrderedRenderableValid(DrawContext dc) Determines whether this shape's ordered renderable state is valid and can be rendered.
protected boolean	ColladaMeshShape.mustApplyTexture(DrawContext dc) Indicates whether texture should be applied to this shape.
void	ColladaMeshShape.OrderedMeshShape.pick(DrawContext dc, Point pickPoint)
void	ColladaMeshShape.pick(DrawContext dc, Point pickPoint, Matrix matrix) Pick the mesh in a given orientation.
void	ColladaRenderable.preRender(ColladaTraversalContext tc, DrawContext dc) Pre-Render this element.
void	ColladaController.preRender(DrawContext dc)
void	ColladaRenderable.render(ColladaTraversalContext tc, DrawContext dc) Render this element.
void	ColladaMeshShape.OrderedMeshShape.render(DrawContext dc)
void	ColladaController.render(DrawContext dc) Causes this Renderable to render itself using the provided draw context.
void	ColladaMeshShape.render(DrawContext dc, Matrix matrix) Render the mesh in a given orientation.
protected void	ColladaMeshShape.setModelViewMatrix(DrawContext dc) Called during drawing to set the modelview matrix to apply the correct position, scale and orientation for this shape.

Constructors in gov.nasa.worldwind.ogc.collada.impl with parameters of type DrawContext

ColladaMeshShape.ShapeData(DrawContext dc, AbstractGeneralShape shape)
Construct a cache entry for this shape.

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

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

protected void	KMLAbstractContainer.beginRendering(KMLTraversalContext tc, DrawContext dc) Prepares this KML container for rendering.
protected String	KMLLink.buildQueryString(DrawContext dc) This returns the concatenation of the query part of href (if any), the viewFormat and the httpQuery to form the link URL's query part.
protected Sector	KMLLink.computeVisibleBounds(DrawContext dc) Returns a Sector that specifies the current visible bounds on the globe.
protected KMLRegion.RegionData	KMLRegion.createCacheEntry(DrawContext dc) Creates and returns a new RegionData instance specific to this Region instance.
protected void	KMLRegion.doMakeAbsoluteRegionData(DrawContext dc, KMLLatLonAltBox box) Produces the Extent and the Sector for this Region.
protected void	KMLRegion.doMakeClampToGroundRegionData(DrawContext dc, KMLLatLonAltBox box) Produces the Extent and the Sector for this Region.
protected void	KMLRegion.doMakeRegionData(DrawContext dc) Produces the data used to determine whether this Region is active for the specified DrawContext.
protected void	KMLRegion.doMakeRelativeToGroundRegionData(DrawContext dc, KMLLatLonAltBox box) Produces the Extent and the Sector for this Region.
protected void	KMLScreenOverlay.doPreRender(KMLTraversalContext tc, DrawContext dc) Pre-renders the screen overlay geometry represented by this KMLScreenOverlay.
protected void	KMLPlacemark.doPreRender(KMLTraversalContext tc, DrawContext dc) Pre-renders the placemark geometry represented by this KMLPlacemark.
protected void	KMLNetworkLink.doPreRender(KMLTraversalContext tc, DrawContext dc) Pre-renders the network resource referenced by this KMLNetworkLink.
protected void	KMLGroundOverlay.doPreRender(KMLTraversalContext tc, DrawContext dc) Pre-renders the ground overlay geometry represented by this KMLGroundOverlay.
protected void	KMLAbstractFeature.doPreRender(KMLTraversalContext tc, DrawContext dc) Called from preRender if this KMLAbstractFeature's visibility is not set to false.
protected void	KMLAbstractContainer.doPreRender(KMLTraversalContext tc, DrawContext dc) Pre-renders the KML features held by this KMLAbstractContainer.
protected void	KMLScreenOverlay.doRender(KMLTraversalContext tc, DrawContext dc) Renders the screen overlay geometry represented by this KMLScreenOverlay.
protected void	KMLPlacemark.doRender(KMLTraversalContext tc, DrawContext dc) Renders the placemark geometry represented by this KMLGroundOverlay.
protected void	KMLNetworkLink.doRender(KMLTraversalContext tc, DrawContext dc) Renders the network resource referenced by this KMLNetworkLink.
protected void	KMLGroundOverlay.doRender(KMLTraversalContext tc, DrawContext dc) Renders the ground overlay geometry represented by this KMLGroundOverlay.
protected void	KMLAbstractFeature.doRender(KMLTraversalContext tc, DrawContext dc) Called from render if this KMLAbstractFeature's visibility is not set to false.
protected void	KMLAbstractContainer.doRender(KMLTraversalContext tc, DrawContext dc) Renders the KML features held by this KMLAbstractContainer.
protected void	KMLAbstractContainer.endRendering(KMLTraversalContext tc, DrawContext dc) Restores any rendering state changed during rendering.
String	KMLLink.getAddress(DrawContext dc) Returns the address of the resource specified by this KML link.
protected boolean	KMLRegion.intersectsFrustum(DrawContext dc) Indicates whether this Region intersects viewing frustum for the specified DrawContext.
boolean	KMLRegion.isActive(KMLTraversalContext tc, DrawContext dc) Indicates whether this Region is active on the specified DrawContext.
protected boolean	KMLNetworkLink.isFeatureActive(KMLTraversalContext tc, DrawContext dc) Indicates whether this KMLAbstractContainer is active and should be rendered on the specified DrawContext.
protected boolean	KMLAbstractFeature.isFeatureActive(KMLTraversalContext tc, DrawContext dc) Indicates whether this KMLAbstractFeature is active and should be rendered on the specified DrawContext.
protected boolean	KMLAbstractContainer.isFeatureActive(KMLTraversalContext tc, DrawContext dc) Indicates whether this KMLAbstractContainer is active and should be rendered on the specified DrawContext.
protected boolean	KMLRegion.isRegionActive(KMLTraversalContext tc, DrawContext dc) Indicates whether this Region is active on the specified DrawContext.
protected boolean	KMLRegion.isRegionVisible(DrawContext dc) Indicates whether this Region is visible for the specified DrawContext.
protected void	KMLRegion.makeRegionData(DrawContext dc) Produces the data used to determine whether this Region is active for the specified DrawContext.
protected boolean	KMLRegion.meetsAbsoluteLodCriteria(KMLTraversalContext tc, DrawContext dc, KMLLod lod) Indicates whether the specified DrawContext meets this Region's level of detail criteria.
protected boolean	KMLRegion.meetsClampToGroundLodCriteria(KMLTraversalContext tc, DrawContext dc, KMLLod lod) Indicates whether the specified DrawContext meets this Region's level of detail criteria.
protected boolean	KMLRegion.meetsLodCriteria(KMLTraversalContext tc, DrawContext dc) Indicates whether the specified DrawContext meets this Region's level of detail criteria.
protected boolean	KMLRegion.meetsRelativeToGroundLodCriteria(KMLTraversalContext tc, DrawContext dc, KMLLod lod) Indicates whether the specified DrawContext meets this Region's level of detail criteria.
protected boolean	KMLRegion.meetsScreenAreaCriteria(DrawContext dc, KMLLod lod) Indicates whether this Region's projected screen area on the specified DrawContext is in the range specified by lod.
protected boolean	KMLRegion.mustRegenerateData(DrawContext dc) Indicates whether this Region's data must be recomputed, either as a result of a change in the Globe's state or the expiration of the geometry regeneration interval.
void	KMLRoot.preRender(KMLTraversalContext tc, DrawContext dc)
void	KMLAbstractFeature.preRender(KMLTraversalContext tc, DrawContext dc) Pre-render this element.
protected void	KMLAbstractContainer.preRenderFeatures(KMLTraversalContext tc, DrawContext dc) PreRenders this KML container's list of KML features, in the order they appear in the list.
void	KMLRoot.render(KMLTraversalContext tc, DrawContext dc)
void	KMLAbstractFeature.render(KMLTraversalContext tc, DrawContext dc) Render this element.
protected void	KMLAbstractFeature.renderBalloon(KMLTraversalContext tc, DrawContext dc) Draws the Balloon associated with this KML feature.
protected void	KMLAbstractContainer.renderFeatures(KMLTraversalContext tc, DrawContext dc) Draws this KML container's list of KML features, in the order they appear in the list.
protected void	KMLNetworkLink.requestResource(DrawContext dc) Thread's off a task to determine whether the resource is local or remote and then retrieves it either from disk cache or a remote server.

Constructors in gov.nasa.worldwind.ogc.kml with parameters of type DrawContext

KMLRegion.RegionData(DrawContext dc, long minExpiryTime, long maxExpiryTime)
Constructs a new RegionData entry from the Globe and vertical exaggeration of a specified draw context.

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

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

protected void	KMLSurfacePolygonImpl.applyRotation(DrawContext dc) Apply a rotation to the corner points of the overlay.
protected void	KMLSurfaceImageImpl.applyRotation(DrawContext dc) Apply a rotation to the corner points of the overlay.
protected PickedObject	KMLSurfacePolygonImpl.createPickedObject(DrawContext dc, Color pickColor) Create a PickedObject for this surface object.
protected PickedObject	KMLPointPlacemarkImpl.createPickedObject(DrawContext dc, Color pickColor) Create a PickedObject for this placemark.
Rectangle	KMLAbstractBalloon.getBounds(DrawContext dc) Get the balloon bounding Rectangle using OGL coordinates - bottom-left corner x and y relative to the WorldWindow bottom-left corner, and the balloon callout width and height.
void	KMLController.preRender(DrawContext dc)
void	KMLSurfacePolygonImpl.preRender(KMLTraversalContext tc, DrawContext dc)
void	KMLSurfaceImageImpl.preRender(KMLTraversalContext tc, DrawContext dc)
void	KMLScreenImageImpl.preRender(KMLTraversalContext tc, DrawContext dc) Pre-render this element.
void	KMLRenderable.preRender(KMLTraversalContext tc, DrawContext dc) Pre-render this element.
void	KMLPolygonImpl.preRender(KMLTraversalContext tc, DrawContext dc)
void	KMLPointPlacemarkImpl.preRender(KMLTraversalContext tc, DrawContext dc)
void	KMLModelPlacemarkImpl.preRender(KMLTraversalContext tc, DrawContext dc) Pre-render this element.
void	KMLLineStringPlacemarkImpl.preRender(KMLTraversalContext tc, DrawContext dc)
void	KMLGroundOverlayPolygonImpl.preRender(KMLTraversalContext tc, DrawContext dc) Pre-render this element.
void	KMLExtrudedPolygonImpl.preRender(KMLTraversalContext tc, DrawContext dc)
void	KMLController.render(DrawContext dc)
void	KMLAbstractBalloon.render(DrawContext dc) Render the balloon.
void	KMLSurfacePolygonImpl.render(KMLTraversalContext tc, DrawContext dc)
void	KMLSurfaceImageImpl.render(KMLTraversalContext tc, DrawContext dc) Render this element.
void	KMLScreenImageImpl.render(KMLTraversalContext tc, DrawContext dc) Render this element.
void	KMLRenderable.render(KMLTraversalContext tc, DrawContext dc) Render this element.
void	KMLPolygonImpl.render(KMLTraversalContext tc, DrawContext dc)
void	KMLPointPlacemarkImpl.render(KMLTraversalContext tc, DrawContext dc)
void	KMLModelPlacemarkImpl.render(KMLTraversalContext tc, DrawContext dc) Render this element.
void	KMLLineStringPlacemarkImpl.render(KMLTraversalContext tc, DrawContext dc)
void	KMLGroundOverlayPolygonImpl.render(KMLTraversalContext tc, DrawContext dc) Render this element.
void	KMLExtrudedPolygonImpl.render(KMLTraversalContext tc, DrawContext dc)
protected void	KMLModelPlacemarkImpl.requestResource(DrawContext dc) Thread's off a task to determine whether the resource is local or remote and then retrieves it either from disk cache or a remote server.

Uses of DrawContext in gov.nasa.worldwind.pick

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

void	PickSupport.beginPicking(DrawContext dc)
protected PickedObject	PickSupport.doResolvePick(DrawContext dc, Point pickPoint, Layer layer) Adds a picked object registered with this PickSupport that is drawn at the specified point in AWT screen coordinates (if one exists) to the draw context's list of picked objects.
protected void	PickSupport.doResolvePick(DrawContext dc, Rectangle pickRect, Layer layer) Adds all picked objects that are registered with this PickSupport and intersect the specified rectangle in AWT screen coordinates (if any) to the draw context's list of picked objects.
void	PickSupport.endPicking(DrawContext dc)
int	PickSupport.getTopColor(DrawContext dc, Point pickPoint) Returns the framebuffer RGB color for a point in AWT screen coordinates, formatted as a pick color code.
PickedObject	PickSupport.getTopObject(DrawContext dc, Point pickPoint)
PickedObject	PickSupport.resolvePick(DrawContext dc, Point pickPoint, Layer layer) Adds picked object registered with this PickSupport that are drawn at the specified pick point or intersect the draw context's pick rectangle to the draw context's list of picked objects.

Uses of DrawContext in gov.nasa.worldwind.render

Classes in gov.nasa.worldwind.render that implement DrawContext

class

DrawContextImpl

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

protected DrawContext

MultiLineTextRenderer.drawContext

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

protected void	SurfaceObjectTileBuilder.addIntersectingObjects(DrawContext dc, SurfaceObjectTileBuilder.SurfaceObjectTile parent, SurfaceObjectTileBuilder.SurfaceObjectTile tile) Adds SurfaceObjects from the parent's object list to the specified tile's object list.
protected void	Path.addOrderedRenderable(DrawContext dc) Adds this shape to the draw context's ordered renderable list.
protected void	AbstractShape.addOrderedRenderable(DrawContext dc) Adds this shape to the draw context's ordered renderable list.
protected void	Path.addPickablePositions(DrawContext dc, PickSupport pickCandidates) Registers this Path's pickable position color codes with the specified pickCandidates.
protected void	SurfaceObjectTileBuilder.addTileOrDescendants(DrawContext dc, LevelSet levelSet, SurfaceObjectTileBuilder.SurfaceObjectTile parent, SurfaceObjectTileBuilder.SurfaceObjectTile tile) Potentially adds the specified tile or its descendants to the tile builder's SurfaceObjectTileBuilder.currentTiles list.
protected void	IconRenderer.addToolTip(DrawContext dc, WWIcon icon, Vec4 iconPoint)
protected Rectangle	AnnotationNullLayout.adjustAnnotationBounds(DrawContext dc, Rectangle parentBounds, Annotation annotation, Rectangle bounds)
protected Dimension	AbstractAnnotation.adjustSizeToChildren(DrawContext dc, int width, int height)
protected Dimension	AbstractAnnotation.adjustSizeToText(DrawContext dc, int width, int height)
protected void	AnnotationFlowLayout.alignHorizontal(DrawContext dc, Rectangle bounds, Dimension size, String align)
protected void	AnnotationFlowLayout.alignVertical(DrawContext dc, Rectangle bounds, Dimension size, String align)
protected void	Path.appendTerrainPoint(DrawContext dc, Position position, float[] color, FloatBuffer path, Path.PathData pathData) Computes a point on a path and adds it to the renderable geometry.
protected void	BasicLightingModel.apply(DrawContext dc)
protected void	IconRenderer.applyBackground(DrawContext dc, WWIcon icon, Vec4 screenPoint, double width, double height, double pedestalSpacing, double pedestalScale)
protected void	AbstractAnnotation.applyBackgroundTextureState(DrawContext dc, int width, int height, double opacity, WWTexture texture)
protected void	ToolTipRenderer.applyColor(DrawContext dc, Color color, double opacity)
protected void	AbstractAnnotation.applyColor(DrawContext dc, Color color, double opacity, boolean premultiplyColors)
protected void	SurfaceIcon.applyDrawColor(DrawContext dc)
protected void	SurfaceText.applyDrawTransform(DrawContext dc, SurfaceTileDrawContext sdc) Apply a transform to the GL state to draw the text at the proper location and scale.
protected void	SurfaceIcon.applyDrawTransform(DrawContext dc, SurfaceTileDrawContext sdc, LatLon location, double drawScale)
protected void	AbstractSurfaceShape.applyInteriorState(DrawContext dc, SurfaceTileDrawContext sdc, ShapeAttributes attributes, WWTexture texture, LatLon refLocation)
protected void	AbstractSurfaceShape.applyInteriorTextureState(DrawContext dc, SurfaceTileDrawContext sdc, ShapeAttributes attributes, WWTexture texture, LatLon refLocation)
void	WWTexture.applyInternalTransform(DrawContext dc) Applies any necessary transformations to the texture prior to its being rendered.
void	LazilyLoadedTexture.applyInternalTransform(DrawContext dc)
void	FramebufferTexture.applyInternalTransform(DrawContext dc)
void	BasicWWTexture.applyInternalTransform(DrawContext dc)
void	SurfaceTile.applyInternalTransform(DrawContext dc, boolean textureIdentityActive)
void	SurfaceImage.applyInternalTransform(DrawContext dc, boolean textureIdentityActive)
protected void	AbstractSurfaceShape.applyModelviewTransform(DrawContext dc, SurfaceTileDrawContext sdc)
protected void	AbstractSurfaceShape.applyOutlineState(DrawContext dc, ShapeAttributes attributes)
protected void	AbstractAnnotation.applyScreenTransform(DrawContext dc, int x, int y, int width, int height, double scale)
protected void	SurfaceObjectTileBuilder.assembleTiles(DrawContext dc) Assembles a set of surface tiles that are visible in the specified DrawContext and meet the tile builder's resolution criteria.
protected void	TrackRenderer.begin(DrawContext dc)
protected void	SurfaceIcon.beginDraw(DrawContext dc)
protected void	AbstractAnnotation.beginDraw(DrawContext dc, OGLStackHandler stackHandler)
protected void	BasicAnnotationRenderer.beginDrawAnnotations(DrawContext dc, OGLStackHandler stackHandler)
void	AnnotationLayoutManager.beginDrawAnnotations(DrawContext dc, Rectangle bounds)
void	AnnotationFlowLayout.beginDrawAnnotations(DrawContext dc, Rectangle bounds)
void	AbstractAnnotationLayout.beginDrawAnnotations(DrawContext dc, Rectangle bounds)
protected void	AbstractAnnotation.beginDrawChildren(DrawContext dc, Rectangle bounds)
protected void	IconRenderer.beginDrawIcons(DrawContext dc)
protected void	PointPlacemark.beginDrawing(DrawContext dc) Establish the OpenGL state needed to draw Paths.
protected void	AbstractBrowserBalloon.beginDrawing(DrawContext dc)
protected OGLStackHandler	RigidShape.beginDrawing(DrawContext dc, int attrMask)
protected OGLStackHandler	Polygon.beginDrawing(DrawContext dc, int attrMask)
protected OGLStackHandler	ExtrudedPolygon.beginDrawing(DrawContext dc, int attrMask)
protected OGLStackHandler	AbstractShape.beginDrawing(DrawContext dc, int attrMask) Establish the OpenGL state needed to draw this shape.
protected void	AbstractSurfaceShape.beginDrawing(DrawContext dc, SurfaceTileDrawContext sdc)
protected void	AnnotationFlowLayout.beginHorizontal(DrawContext dc, Rectangle bounds)
void	LightingModel.beginLighting(DrawContext dc) Initializes the OpenGL state necessary to effect the lighting model.
void	BasicLightingModel.beginLighting(DrawContext dc)
protected void	GeographicTextRenderer.beginRendering(DrawContext dc)
protected void	DeclutteringTextRenderer.beginRendering(DrawContext dc)
protected void	ToolTipRenderer.beginRendering(DrawContext dc, OGLStackHandler stackHandler)
protected void	AnnotationFlowLayout.beginVertical(DrawContext dc, Rectangle bounds)
boolean	WWTexture.bind(DrawContext dc) Makes this texture the current texture for rendering.
boolean	SurfaceTile.bind(DrawContext dc)
boolean	SurfaceImage.bind(DrawContext dc)
boolean	LazilyLoadedTexture.bind(DrawContext dc) Binds this instance's Texture to the GLContext if the texture has been created, otherwise initiates image source retrieval and texture creation in a separate thread.
boolean	FramebufferTexture.bind(DrawContext dc)
boolean	BasicWWTexture.bind(DrawContext dc)
protected void	AbstractAnnotation.bindPickableObject(DrawContext dc, Position position)
protected boolean	AbstractBrowserBalloon.bindWebViewTexture(DrawContext dc)
protected void	AbstractSurfaceObject.buildPickRepresentation(DrawContext dc) Builds this AbstractSurfaceObject's pickable representation.
List<SurfaceTile>	SurfaceObjectTileBuilder.buildTiles(DrawContext dc, Iterable<?> iterable) Assembles the surface tiles and draws any SurfaceObjects in the iterable into those offscreen tiles.
protected boolean	SurfaceObjectTileBuilder.canAssembleTiles(DrawContext dc) Returns true if the draw context's viewport width and height are greater than zero.
protected void	AbstractShape.checkViewDistanceExpiration(DrawContext dc) Determines whether this shape's geometry should be invalidated because the view distance changed, and if so, invalidates the geometry.
protected void	RigidShape.clearCachedVbos(DrawContext dc) Removes from the GPU resource cache the entry for the current data cache entry's VBOs.
protected void	AbstractShape.clearCachedVbos(DrawContext dc) Removes from the GPU resource cache the entry for the current data cache entry's VBOs.
protected ArrayList<Vec4>	Polyline.clipAndAdd(DrawContext dc, Vec4 ptA, Vec4 ptB, ArrayList<Vec4> span)
protected FloatBuffer	Path.computeAbsolutePoints(DrawContext dc, List<Position> positions, FloatBuffer path, Path.PathData pathData) Computes a model-coordinate path from a list of positions, using the altitudes in the specified positions.
protected Rectangle2D	ToolTipRenderer.computeBackgroundBounds(DrawContext dc, double width, double height, Insets insets)
protected void	ScreenBrowserBalloon.computeBalloonPoints(DrawContext dc) Computes and stores this balloon's screen coordinates.
protected void	GlobeBrowserBalloon.computeBalloonPoints(DrawContext dc) Computes and stores this balloon's model and screen coordinates.
protected abstract void	AbstractBrowserBalloon.computeBalloonPoints(DrawContext dc) Computes and stores the balloon's model-coordinate and screen-coordinate points.
protected Rectangle	ScreenAnnotation.computeBounds(DrawContext dc)
protected Rectangle	GlobeAnnotation.computeBounds(DrawContext dc)
protected abstract Rectangle	AbstractAnnotation.computeBounds(DrawContext dc)
protected double[]	GeographicTextRenderer.computeDistanceScaleAndOpacity(DrawContext dc, GeographicTextRenderer.OrderedText ot)
protected double[]	GlobeAnnotation.computeDistanceScaleAndOpacity(DrawContext dc, Vec4 point, Dimension size)
protected Rectangle2D.Double	SurfaceIcon.computeDrawDimension(DrawContext dc, LatLon location)
protected Angle	SurfaceIcon.computeDrawHeading(DrawContext dc)
protected Iterable<? extends LatLon>	SurfaceIcons.computeDrawLocations(DrawContext dc, SurfaceTileDrawContext sdc)
protected double	AbstractSurfaceRenderable.computeDrawPixelSize(DrawContext dc, SurfaceTileDrawContext sdc)
protected Point2D.Float	GeographicTextRenderer.computeDrawPoint(DrawContext dc, Rectangle2D rect, Vec4 screenPoint) Computes the final draw point for the given rectangle lower left corner and target screen point.
protected double	SurfaceIcon.computeDrawScale(DrawContext dc, SurfaceTileDrawContext sdc, LatLon location)
protected Extent	RigidShape.computeExtent(DrawContext dc) Computes the shape's extent using a bounding box.
protected Extent	Polyline.computeExtent(DrawContext dc)
protected Extent	AbstractSurfaceObject.computeExtent(DrawContext dc) Computes the surface object's extent.
protected double	AbstractGeneralShape.computeEyeDistance(DrawContext dc, AbstractGeneralShape.ShapeData shapeData) Computes the minimum distance between this shape and the eye point.
protected double	ExtrudedPolygon.computeEyeDistance(DrawContext dc, ExtrudedPolygon.ShapeData shapeData) Computes the minimum distance between this shape and the eye point.
protected double	Path.computeEyeDistance(DrawContext dc, Path.PathData pathData) Computes the minimum distance between this Path and the eye point.
protected double	Polygon.computeEyeDistance(DrawContext dc, Polygon.ShapeData shapeData) Computes the minimum distance between this polygon and the eye point.
protected Rectangle	AbstractAnnotation.computeFreeBounds(DrawContext dc, int width, int height)
protected void	SurfaceText.computeGeometry(DrawContext dc, SurfaceTileDrawContext sdc) Compute the text size and position.
protected Angle	SurfaceIcons.computeIconRadius(DrawContext dc, double regionPixelSize, Sector drawSector)
protected void	PointPlacemark.computeImageOffset(DrawContext dc)
protected Rectangle	PointPlacemark.computeImageRectangle(DrawContext dc) Computes the screen-space rectangle bounding the placemark image.
protected Double	GlobeAnnotation.computeLookAtDistance(DrawContext dc)
protected double	GeographicTextRenderer.computeLookAtDistance(DrawContext dc)
protected double[]	ScreenAnnotation.computeOffset(DrawContext dc)
protected Point	AbstractBrowserBalloon.computeOffset(DrawContext dc, BalloonAttributes activeAttrs, int width, int height)
protected void	ScreenImage.computeOffsets(DrawContext dc) Compute the image size, rotation, and position based on the current viewport size.
protected void	AbstractAnnotationBalloon.computeOffsets(DrawContext dc) Compute the position and offsets, and set in them in the annotation.
protected double	AbstractAnnotation.computeOpacity(DrawContext dc)
protected void	Path.computePath(DrawContext dc, List<Position> positions, Path.PathData pathData) Computes the shape's model-coordinate path from a list of positions.
protected double	SurfaceText.computePixelSize(DrawContext dc, SurfaceTileDrawContext sdc) Compute the size of a pixel in the surface tile.
protected double	AbstractSurfaceRenderable.computePixelSizeAtLocation(DrawContext dc, LatLon location)
protected void	PointPlacemark.computePlacemarkPoints(DrawContext dc) Computes and stores the placemark's Cartesian location, the Cartesian location of the corresponding point on the terrain (if the altitude mode requires it), and the screen-space projection of the placemark's point.
protected Vec4	Polyline.computePoint(DrawContext dc, Position pos, boolean applyOffset)
protected FloatBuffer	Path.computePointsRelativeToTerrain(DrawContext dc, List<Position> positions, Double altitude, FloatBuffer path, Path.PathData pathData) Computes a terrain-conforming, model-coordinate path from a list of positions, using either a specified altitude or the altitudes in the specified positions.
protected Vec4	Polygon.computePolygonNormal(DrawContext dc, Polygon.ShapeData shapeData)
protected void	ScreenAnnotationBalloon.computePosition(DrawContext dc) Compute the annotation position, and set it in the annotation.
protected void	GlobeAnnotationBalloon.computePosition(DrawContext dc) Compute the annotation position, and set it in the annotation.
protected abstract void	AbstractAnnotationBalloon.computePosition(DrawContext dc) Compute the annotation position, and set it in the annotation.
protected void	Polyline.computeReferenceCenter(DrawContext dc)
protected Vec4	Path.computeReferenceCenter(DrawContext dc) Computes this path's reference center.
Vec4	RigidShape.computeReferencePoint(DrawContext dc) Sets the shape's referencePoint, which is essentially its centerPosition in Cartesian coordinates.
Matrix	RigidShape.computeRenderMatrix(DrawContext dc) Computes the transform to use during rendering to convert the unit sphere geometry representation of this shape to its correct shape location, orientation and scale
protected Angle	SurfaceIcons.computeSafeRadius(DrawContext dc, SurfaceTileDrawContext sdc)
protected double	AbstractAnnotation.computeScale(DrawContext dc)
protected Sector	SurfaceText.computeSector(DrawContext dc) Compute the sector covered by this surface text.
protected List<Sector>	SurfaceIcons.computeSectors(DrawContext dc)
protected List<Sector>	SurfaceIcon.computeSectors(DrawContext dc)
protected List<Sector>	AbstractSurfaceShape.computeSectors(DrawContext dc) Computes the bounding sectors for the shape.
protected double	Polyline.computeSegmentLength(DrawContext dc, Position posA, Position posB)
protected double	Path.computeSegmentLength(DrawContext dc, Position posA, Position posB) Computes the approximate model-coordinate, path length between two positions.
protected Point	ScreenAnnotation.computeSize(DrawContext dc)
protected Dimension	AbstractBrowserBalloon.computeSize(DrawContext dc, BalloonAttributes activeAttrs) Computes the size of this balloon's frame in the viewport (on the screen).
int	MultiResolutionPath.SkipCountComputer.computeSkipCount(DrawContext dc, Path.PathData pathData) Determines the number of positions to skip for the current viewing state.
protected void	Wedge.computeSubdivisions(DrawContext dc, RigidShape.ShapeData shapeData) Computes the number of subdivisions necessary to achieve the expected Level of Detail given the shape's relationship to the viewer.
protected abstract void	RigidShape.computeSubdivisions(DrawContext dc, RigidShape.ShapeData shapeData) Computes the number of subdivisions necessary to achieve the expected Level of Detail given the shape's relationship to the viewer.
protected void	Pyramid.computeSubdivisions(DrawContext dc, RigidShape.ShapeData shapeData) Computes the number of subdivisions necessary to achieve the expected Level of Detail given the shape's relationship to the viewer.
protected void	Ellipsoid.computeSubdivisions(DrawContext dc, RigidShape.ShapeData shapeData) Computes the number of subdivisions necessary to achieve the expected Level of Detail given the shape's relationship to the viewer.
protected void	Cylinder.computeSubdivisions(DrawContext dc, RigidShape.ShapeData shapeData) Computes the number of subdivisions necessary to achieve the expected Level of Detail given the shape's relationship to the viewer.
protected void	Cone.computeSubdivisions(DrawContext dc, RigidShape.ShapeData shapeData) Computes the number of subdivisions necessary to achieve the expected Level of Detail given the shape's relationship to the viewer.
protected void	Box.computeSubdivisions(DrawContext dc, RigidShape.ShapeData shapeData) Computes the number of subdivisions necessary to achieve the expected Level of Detail given the shape's relationship to the viewer.
protected Vec4	TrackRenderer.computeSurfacePoint(DrawContext dc, TrackPoint tp)
protected Rectangle2D	DeclutteringTextRenderer.computeTextBounds(DrawContext dc, DeclutterableText text)
protected Rectangle2D	GeographicTextRenderer.computeTextBounds(DrawContext dc, GeographicTextRenderer.OrderedText uText, double scale)
protected Rectangle2D	ToolTipRenderer.computeTextBounds(DrawContext dc, String text, Font font)
protected Rectangle	AbstractAnnotation.computeTextBounds(DrawContext dc, String text, Font font, String align)
protected Point2D	ToolTipRenderer.computeTextTranslation(DrawContext dc, Rectangle2D textBounds, Insets insets)
protected Dimension	SurfaceObjectTileBuilder.computeTextureTileDimension(DrawContext dc) Returns the tile dimension used to create the tile textures for the specified DrawContext.
protected abstract void	SurfaceTileRenderer.computeTextureTransform(DrawContext dc, SurfaceTile tile, SurfaceTileRenderer.Transform t)
protected void	GeographicSurfaceTileRenderer.computeTextureTransform(DrawContext dc, SurfaceTile tile, SurfaceTileRenderer.Transform t)
protected AbstractShape.AbstractShapeData	RigidShape.createCacheEntry(DrawContext dc)
protected AbstractShape.AbstractShapeData	Polygon.createCacheEntry(DrawContext dc)
protected AbstractShape.AbstractShapeData	Path.createCacheEntry(DrawContext dc)
protected AbstractShape.AbstractShapeData	MultiResolutionPath.createCacheEntry(DrawContext dc) Creates and returns a new cache entry specific to the subclass.
protected AbstractShape.AbstractShapeData	ExtrudedPolygon.createCacheEntry(DrawContext dc)
protected abstract AbstractShape.AbstractShapeData	AbstractShape.createCacheEntry(DrawContext dc) Creates and returns a new cache entry specific to the subclass.
protected void	ExtrudedPolygon.createCapGeometry(DrawContext dc, ExtrudedPolygon.ShapeData shapeData) Compute the cap geometry.
protected void	ExtrudedPolygon.createFullGeometry(DrawContext dc, Terrain terrain, ExtrudedPolygon.ShapeData shapeData, boolean skipOuterBoundary) Computes a boundary set's full geometry.
protected void	Polygon.createFullGeometry(DrawContext dc, Terrain terrain, Polygon.ShapeData shapeData, boolean skipOuterBoundary) Computes a shape's full geometry.
protected void	Polygon.createGeometry(DrawContext dc, Polygon.ShapeData shapeData) Compute the cap geometry.
protected Object	AbstractSurfaceShape.createGeometryKey(DrawContext dc, SurfaceTileDrawContext sdc)
protected PickedObject	AbstractBrowserBalloon.createLinkPickedObject(DrawContext dc, Color pickColor, AVList linkParams)
protected void	ExtrudedPolygon.createMinimalGeometry(DrawContext dc, ExtrudedPolygon.ShapeData shapeData) Computes the information necessary to determine this extruded polygon's extent.
protected void	Polygon.createMinimalGeometry(DrawContext dc, Polygon.ShapeData shapeData) Compute enough geometry to determine this polygon's extent, reference point and eye distance.
protected PickedObject	PointPlacemark.createPickedObject(DrawContext dc, Color pickColor) Create a PickedObject for this placemark.
protected PickedObject	GlobeBrowserBalloon.createPickedObject(DrawContext dc, Color pickColor) Overridden to use this balloon's position as the picked object's position.
protected PickedObject	AbstractSurfaceObject.createPickedObject(DrawContext dc, Color pickColor) Create a PickedObject for this surface object.
protected PickedObject	AbstractShape.createPickedObject(DrawContext dc, Color pickColor) Deprecated. Use the more general AbstractShape.createPickedObject(int) instead.
protected PickedObject	AbstractBrowserBalloon.createPickedObject(DrawContext dc, Color pickColor)
protected void	ExtrudedPolygon.createTessllationGeometry(DrawContext dc, ExtrudedPolygon.ShapeData shapeData) Tessellates this extruded polygon's cap.
protected void	Polygon.createTessllationGeometry(DrawContext dc, Polygon.ShapeData shapeData) Tessellates the polygon.
protected Texture	SurfaceObjectTileBuilder.createTileTexture(DrawContext dc, int width, int height) Returns a new surface tile texture for use on the specified draw context with the specified width and height.
protected void	SurfacePolylines.determineActiveGeometry(DrawContext dc, SurfaceTileDrawContext sdc)
protected void	AbstractSurfaceShape.determineActiveGeometry(DrawContext dc, SurfaceTileDrawContext sdc)
protected void	AbstractAnnotation.doDraw(DrawContext dc, int width, int height, double opacity, Position pickPosition) Draws an annotation with the given dimensions and opacity.
protected void	AbstractAnnotation.doDrawBackgroundTexture(DrawContext dc, int width, int height, double opacity, Position pickPosition, WWTexture texture)
protected void	AbstractAnnotation.doDrawChildren(DrawContext dc, Rectangle bounds, double opacity, Position pickPosition)
protected void	AbstractSurfaceShape.doDrawGeographic(DrawContext dc, SurfaceTileDrawContext sdc)
protected void	RigidShape.doDrawInterior(DrawContext dc)
protected void	Polygon.doDrawInterior(DrawContext dc)
protected void	Path.doDrawInterior(DrawContext dc) Draws this path's interior when the path is extruded.
protected void	ExtrudedPolygon.doDrawInterior(DrawContext dc) Not used by this class.
protected abstract void	AbstractShape.doDrawInterior(DrawContext dc) Draws this shape's interior.
protected void	Path.doDrawInteriorVA(DrawContext dc, Path.PathData pathData)
protected void	Polygon.doDrawInteriorVA(DrawContext dc, Polygon.ShapeData shapeData)
protected void	Path.doDrawInteriorVBO(DrawContext dc, int[] vboIds, Path.PathData pathData)
protected void	Polygon.doDrawInteriorVBO(DrawContext dc, int[] vboIds, Polygon.ShapeData shapeData)
protected void	AbstractBrowserBalloon.doDrawOrderedRenderable(DrawContext dc)
protected void	PointPlacemark.doDrawOrderedRenderable(DrawContext dc, PickSupport pickCandidates) Draw this placemark as an ordered renderable.
protected void	Path.doDrawOrderedRenderable(DrawContext dc, PickSupport pickCandidates) Draw this shape as an ordered renderable.
protected void	AbstractShape.doDrawOrderedRenderable(DrawContext dc, PickSupport pickCandidates) Draw this shape as an ordered renderable.
protected void	RigidShape.doDrawOutline(DrawContext dc)
protected void	Polygon.doDrawOutline(DrawContext dc)
protected void	Path.doDrawOutline(DrawContext dc) Draws this shape's outline.
protected void	ExtrudedPolygon.doDrawOutline(DrawContext dc) Not used by this class, which overrides ExtrudedPolygon.drawOutline(DrawContext).
protected abstract void	AbstractShape.doDrawOutline(DrawContext dc) Draws this shape's outline.
protected void	Path.doDrawOutlineVA(DrawContext dc, Path.PathData pathData)
protected void	Polygon.doDrawOutlineVA(DrawContext dc, Polygon.ShapeData shapeData)
protected void	Path.doDrawOutlineVBO(DrawContext dc, int[] vboIds, Path.PathData pathData)
protected void	Polygon.doDrawOutlineVBO(DrawContext dc, int[] vboIds, Polygon.ShapeData shapeData)
protected boolean	RigidShape.doMakeOrderedRenderable(DrawContext dc)
protected boolean	Polygon.doMakeOrderedRenderable(DrawContext dc)
protected boolean	Path.doMakeOrderedRenderable(DrawContext dc)
protected boolean	ExtrudedPolygon.doMakeOrderedRenderable(DrawContext dc)
protected abstract boolean	AbstractShape.doMakeOrderedRenderable(DrawContext dc) Produces the geometry and other state necessary to represent this shape as an ordered renderable.
protected void	IconRenderer.doRecordFeedback(DrawContext dc, WWIcon icon, Vec4 modelPoint, Rectangle screenRect) Records feedback about how the specified WWIcon has been processed.
protected void	ScreenImage.doRender(DrawContext dc)
protected void	BasicAnnotationRenderer.OrderedAnnotation.doRender(DrawContext dc, BasicAnnotationRenderer.OrderedAnnotation oa)
protected void	ToolTipRenderer.doRender(DrawContext dc, String text, int x, int y)
protected abstract void	TrackRenderer.Shape.doRender(DrawContext dc, Vec4 point, double radius)
protected void	TrackRenderer.Cylinder.doRender(DrawContext dc, Vec4 point, double size)
protected void	ScreenAnnotation.doRenderNow(DrawContext dc)
protected void	GlobeAnnotation.doRenderNow(DrawContext dc)
protected abstract void	AbstractAnnotation.doRenderNow(DrawContext dc)
protected void	Path.PathPickSupport.doResolvePick(DrawContext dc, Rectangle pickRect, Layer layer) Adds all picked paths that are registered with this PickSupport and intersect the specified rectangle in AWT screen coordinates (if any) to the draw context's list of picked objects.
protected Integer	AbstractSurfaceShape.doTessellateInterior(DrawContext dc)
protected int[]	SurfacePolygons.doTessellateInterior(DrawContext dc, LatLon referenceLocation)
protected void	ScreenImage.draw(DrawContext dc)
protected void	Polyline.draw(DrawContext dc) If the scene controller is rendering ordered renderables, this method draws this placemark's image as an ordered renderable.
void	Annotation.draw(DrawContext dc, int width, int height, double opacity, Position pickPosition) Draws the annotation without transforming to its screen position, or applying any scaling.
void	AbstractAnnotation.draw(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected Vec4	TrackRenderer.draw(DrawContext dc, Iterator<TrackPoint> trackPositions)
protected void	ToolTipRenderer.draw(DrawContext dc, Rectangle viewport, String text, int x, int y)
protected void	AbstractAnnotationLayout.drawAnnotation(DrawContext dc, Annotation annotation, int width, int height, double opacity, Position pickPosition)
void	AnnotationNullLayout.drawAnnotations(DrawContext dc, Rectangle bounds, Iterable<? extends Annotation> annotations, double opacity, Position pickPosition)
void	AnnotationLayoutManager.drawAnnotations(DrawContext dc, Rectangle bounds, Iterable<? extends Annotation> annotations, double opacity, Position pickPosition)
void	AnnotationFlowLayout.drawAnnotations(DrawContext dc, Rectangle bounds, Iterable<? extends Annotation> annotations, double opacity, Position pickPosition)
protected void	AbstractAnnotation.drawBackground(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	AbstractAnnotation.drawBackgroundImage(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	PointPlacemark.drawBatched(DrawContext dc) Draws this ordered renderable and all subsequent PointPlacemark ordered renderables in the ordered renderable list.
protected void	AbstractShape.drawBatched(DrawContext dc) Draws this ordered renderable and all subsequent Path ordered renderables in the ordered renderable list.
protected void	AbstractAnnotation.drawBorder(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	AbstractSurfaceObject.drawBoundingSectors(DrawContext dc, SurfaceTileDrawContext sdc) Causes this SurfaceObject to render its bounding sectors to the specified region in geographic coordinates.
protected void	AbstractBrowserBalloon.drawBrowserControl(DrawContext dc, AbstractBrowserBalloon.BrowserControl control)
protected void	AbstractBrowserBalloon.drawBrowserControls(DrawContext dc)
static void	FrameFactory.drawBuffer(DrawContext dc, int mode, DoubleBuffer verts)
static void	FrameFactory.drawBuffer(DrawContext dc, int mode, int count, DoubleBuffer verts) Draw a vertex buffer in a given gl mode.
static void	FrameFactory.drawBuffer(DrawContext dc, int mode, int count, DoubleBuffer verts, DoubleBuffer coords) Draw a vertex buffer with texture coordinates in a given gl mode.
protected void	AbstractAnnotation.drawCallout(DrawContext dc, int mode, int width, int height, boolean useTexCoords)
void	ExtrudedPolygon.drawCapInterior(DrawContext dc, ExtrudedPolygon.ShapeData shapeData) Draws the filled interior of this shape's cap.
void	ExtrudedPolygon.drawCapOutline(DrawContext dc, ExtrudedPolygon.ShapeData shapeData) Draws the cap's outline.
protected void	AbstractAnnotation.drawChildren(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	AbstractAnnotation.drawContent(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	MultiLineTextRenderer.drawFilledRectangle(DrawContext dc, double x, double y, double width, double height)
protected void	AbstractBrowserBalloon.drawFrame(DrawContext dc)
protected void	AbstractBrowserBalloon.drawFrameInterior(DrawContext dc) Draws this browser balloon's interior geometry in screen-coordinates, with the WebView's texture representation applied as an OpenGL decal.
protected void	AbstractBrowserBalloon.drawFrameOutline(DrawContext dc)
protected void	SurfaceText.drawGeographic(DrawContext dc, SurfaceTileDrawContext sdc) Causes the SurfaceObject to render itself to the specified region in geographic coordinates.
void	SurfaceIcon.drawGeographic(DrawContext dc, SurfaceTileDrawContext sdc)
protected void	AbstractSurfaceShape.drawGeographic(DrawContext dc, SurfaceTileDrawContext sdc)
protected abstract void	AbstractSurfaceObject.drawGeographic(DrawContext dc, SurfaceTileDrawContext sdc) Causes the SurfaceObject to render itself to the specified region in geographic coordinates.
protected void	Wedge.drawGeometry(DrawContext dc, int mode, int count, int type, Buffer elementBuffer, RigidShape.ShapeData shapeData, int face) Renders the wedge, using data from the provided buffer and the given parameters.
protected abstract void	RigidShape.drawGeometry(DrawContext dc, int mode, int count, int type, Buffer elementBuffer, RigidShape.ShapeData shapeData, int index) Renders the shape, using data from the provided buffer and the given parameters.
protected void	Pyramid.drawGeometry(DrawContext dc, int mode, int count, int type, Buffer elementBuffer, RigidShape.ShapeData shapeData, int face) Renders the Pyramid, using data from the provided buffer and the given parameters
protected void	Ellipsoid.drawGeometry(DrawContext dc, int mode, int count, int type, Buffer elementBuffer, RigidShape.ShapeData shapeData, int face) Renders the Ellipsoid, using data from the provided buffer and the given parameters.
protected void	Cylinder.drawGeometry(DrawContext dc, int mode, int count, int type, Buffer elementBuffer, RigidShape.ShapeData shapeData, int face) Renders the cylinder, using data from the provided buffer and the given parameters.
protected void	Cone.drawGeometry(DrawContext dc, int mode, int count, int type, Buffer elementBuffer, RigidShape.ShapeData shapeData, int face) Renders the cone, using data from the provided buffer and the given parameters.
protected void	Box.drawGeometry(DrawContext dc, int mode, int count, int type, Buffer elementBuffer, RigidShape.ShapeData shapeData, int face) Renders the Box, using data from the provided buffer and the given parameters.
protected void	RigidShape.drawGeometry(DrawContext dc, RigidShape.ShapeData shapeData, int index) Renders the Rigid Shape
protected void	AnnotationFlowLayout.drawHorizontal(DrawContext dc, Rectangle bounds, Iterable<? extends Annotation> annotations, double opacity, Position pickPosition)
protected void	AbstractAnnotation.drawHTML(DrawContext dc, int x, int y, int lineHeight, double opacity, Object pickObject, Position pickPosition, String text)
protected Vec4	IconRenderer.drawIcon(DrawContext dc, IconRenderer.OrderedIcon uIcon)
protected void	SurfaceIcons.drawIcon(DrawContext dc, SurfaceTileDrawContext sdc)
protected void	SurfaceIcon.drawIcon(DrawContext dc, SurfaceTileDrawContext sdc)
protected void	IconRenderer.drawIconsInBatch(DrawContext dc, IconRenderer.OrderedIcon uIcon)
void	ExtrudedPolygon.drawInterior(DrawContext dc)
protected void	AbstractShape.drawInterior(DrawContext dc) Draws this shape's interior.
void	OutlinedShape.drawInterior(DrawContext dc, Object shape) Draws the shape's filled faces.
protected void	SurfacePolylines.drawInterior(DrawContext dc, SurfaceTileDrawContext sdc)
protected void	SurfacePolyline.drawInterior(DrawContext dc, SurfaceTileDrawContext sdc)
protected void	SurfacePolygons.drawInterior(DrawContext dc, SurfaceTileDrawContext sdc)
protected void	AbstractSurfaceShape.drawInterior(DrawContext dc, SurfaceTileDrawContext sdc)
protected void	PointPlacemark.drawLabel(DrawContext dc) Draws the placemark's label if a label is specified.
protected void	PointPlacemark.drawLine(DrawContext dc, PickSupport pickCandidates) Draws the placemark's line.
protected void	MultiLineTextRenderer.drawLineWithUniqueColors(String text, int x, int y, DrawContext dc, PickSupport pickSupport, Object refObject, Position refPosition)
protected void	AbstractBrowserBalloon.drawLinks(DrawContext dc)
protected void	IconRenderer.drawMany(DrawContext dc, Iterable<? extends WWIcon> icons, Layer layer)
protected void	BasicAnnotationRenderer.drawMany(DrawContext dc, Iterable<Annotation> annotations, Layer layer)
protected void	BasicAnnotationRenderer.drawOne(DrawContext dc, Annotation annotation, Vec4 annotationPoint, Layer layer)
protected void	Polyline.drawOrderedRenderable(DrawContext dc)
protected void	PointPlacemark.drawOrderedRenderable(DrawContext dc) Draws the path as an ordered renderable.
protected void	AbstractSurfaceObject.drawOrderedRenderable(DrawContext dc) Causes the SurfaceObject to render itself.
protected void	AbstractShape.drawOrderedRenderable(DrawContext dc) Draws this shape as an ordered renderable.
protected void	AbstractBrowserBalloon.drawOrderedRenderable(DrawContext dc)
void	ExtrudedPolygon.drawOutline(DrawContext dc)
protected void	AbstractShape.drawOutline(DrawContext dc) Draws this shape's outline.
void	OutlinedShape.drawOutline(DrawContext dc, Object shape) Draws the shape's outline.
protected void	SurfacePolylines.drawOutline(DrawContext dc, SurfaceTileDrawContext sdc)
protected void	AbstractSurfaceShape.drawOutline(DrawContext dc, SurfaceTileDrawContext sdc)
protected void	AbstractSurfaceObject.drawPickRepresentation(DrawContext dc) Causes this SurfaceObject to draw a representation of itself suitable for use during picking.
protected void	AbstractAnnotation.drawPlainText(DrawContext dc, int x, int y, int lineHeight, double opacity, Object pickObject, Position pickPosition, String text)
protected void	PointPlacemark.drawPoint(DrawContext dc, PickSupport pickCandidates) Draws the placemark's line.
protected void	Path.drawPointsVA(DrawContext dc, Path.PathData pathData) Draws vertical lines at this path's specified positions.
protected void	Path.drawPointsVBO(DrawContext dc, int[] vboIds, Path.PathData pathData) Draws points at this path's specified positions.
protected void	FramebufferTexture.drawQuad(DrawContext dc, BilinearInterpolator interp, int slices, int stacks)
protected void	FramebufferTexture.drawQuad(DrawContext dc, Matrix geoToCartesian, int slices, int stacks)
protected void	AbstractBrowserBalloon.drawResizeControl(DrawContext dc) Draw pickable regions for the resize controls.
static void	FrameFactory.drawShape(DrawContext dc, String shape, double width, double height, int glMode, int cornerRadius) Draw a shape with the specified width and height, gl mode and corner radius.
static void	FrameFactory.drawShapeWithLeader(DrawContext dc, String shape, double width, double height, Point leaderOffset, double leaderGapWidth, int glMode, int cornerRadius) Draw a shape with the specified width and height, gl mode and corner radius.
protected void	ExtrudedPolygon.drawSideInteriors(DrawContext dc, ExtrudedPolygon.ShapeData shapeData) Draws this shape's sides.
protected void	ExtrudedPolygon.drawSideOutline(DrawContext dc, ExtrudedPolygon.ShapeData shapeData) Draws this extruded polygon's side outline.
protected void	SurfaceText.drawText(DrawContext dc) Draw the text.
protected Vec4	DeclutteringTextRenderer.drawText(DrawContext dc, DeclutterableText uText, double scale, double opacity)
protected Vec4	GeographicTextRenderer.drawText(DrawContext dc, GeographicTextRenderer.OrderedText uText, double scale, double opacity)
protected void	AbstractAnnotation.drawText(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	AbstractAnnotation.drawText(DrawContext dc, int x, int y, int lineHeight, double opacity, Object pickObject, Position pickPosition, String text)
protected void	AbstractBrowserBalloon.drawTitleBar(DrawContext dc)
protected void	ToolTipRenderer.drawToolTip(DrawContext dc, Rectangle viewport, String text, int x, int y, ToolTipRenderer.ToolTipAttributes attributes)
protected void	ToolTipRenderer.drawToolTipInterior(DrawContext dc, double width, double height, ToolTipRenderer.ToolTipAttributes attributes)
protected void	ToolTipRenderer.drawToolTipOutline(DrawContext dc, double width, double height, ToolTipRenderer.ToolTipAttributes attributes)
protected void	ToolTipRenderer.drawToolTipText(DrawContext dc, String text, int x, int y, ToolTipRenderer.ToolTipAttributes attributes)
protected void	AbstractAnnotation.drawTopLevelAnnotation(DrawContext dc, int x, int y, int width, int height, double scale, double opacity, Position pickPosition)
protected void	AnnotationFlowLayout.drawVertical(DrawContext dc, Rectangle bounds, Iterable<? extends Annotation> annotations, double opacity, Position pickPosition)
protected void	Path.drawVerticalOutlineVA(DrawContext dc, Path.PathData pathData) Draws vertical lines at this path's specified positions.
protected void	Path.drawVerticalOutlineVBO(DrawContext dc, int[] vboIds, Path.PathData pathData)
protected void	AbstractBrowserBalloon.drawWebViewLinks(DrawContext dc)
protected void	TrackRenderer.end(DrawContext dc)
protected void	SurfaceIcon.endDraw(DrawContext dc)
protected void	AbstractAnnotation.endDraw(DrawContext dc, OGLStackHandler stackHandler)
void	AnnotationLayoutManager.endDrawAnnotations(DrawContext dc)
void	AbstractAnnotationLayout.endDrawAnnotations(DrawContext dc)
protected void	BasicAnnotationRenderer.endDrawAnnotations(DrawContext dc, OGLStackHandler stackHandler)
protected void	AbstractAnnotation.endDrawChildren(DrawContext dc)
protected void	IconRenderer.endDrawIcons(DrawContext dc)
protected void	PointPlacemark.endDrawing(DrawContext dc) Pop the state set in beginDrawing.
protected void	AbstractSurfaceShape.endDrawing(DrawContext dc)
protected void	AbstractShape.endDrawing(DrawContext dc) Pop the state set in AbstractShape.beginDrawing(DrawContext, int).
protected void	AbstractBrowserBalloon.endDrawing(DrawContext dc)
void	LightingModel.endLighting(DrawContext dc) Restores state set by LightingModel.beginLighting(DrawContext) to its original state.
void	BasicLightingModel.endLighting(DrawContext dc)
protected void	GeographicTextRenderer.endRendering(DrawContext dc)
protected void	DeclutteringTextRenderer.endRendering(DrawContext dc)
protected void	ToolTipRenderer.endRendering(DrawContext dc, OGLStackHandler stackHandler)
protected void	RigidShape.fillVBO(DrawContext dc) Fill this shape's vertex buffer objects.
protected void	Polygon.fillVBO(DrawContext dc) Fill this shape's vertex buffer objects.
protected void	Path.fillVBO(DrawContext dc)
protected void	ExtrudedPolygon.fillVBO(DrawContext dc)
protected abstract void	AbstractShape.fillVBO(DrawContext dc) Fill this shape's vertex buffer objects.
protected ArrayList<Intersection>	ContourLinePolygon.filterIntersections(DrawContext dc, ArrayList<Intersection> list) Filters the given intersection segments list according to some criteria - here the inclusion inside the current polygon.
protected ArrayList<Intersection>	ContourLine.filterIntersections(DrawContext dc, ArrayList<Intersection> list) Filters the given intersection segments list according to some criteria - here the inclusion inside the bounding sector.
protected ArrayList<Intersection>	ContourLine.filterIntersectionsOnViewFrustum(DrawContext dc, ArrayList<Intersection> list) Filters the given intersection segments list according to the current view frustum.
protected boolean	FramebufferTexture.generateTexture(DrawContext dc, int width, int height)
protected Rectangle	AnnotationNullLayout.getAnnotationBounds(DrawContext dc, Annotation annotation)
Vec4	GlobeAnnotation.getAnnotationDrawPoint(DrawContext dc) Get the final Vec4 point at which an annotation will be drawn.
protected Vec4	BasicAnnotationRenderer.getAnnotationDrawPoint(DrawContext dc, Annotation annotation) Get the final Vec4 point at which an annotation will be drawn.
protected Vec4	GlobeAnnotation.getAnnotationDrawPointLegacy(DrawContext dc) Compute the draw point using the legacy altitude mode.
protected Dimension	AbstractAnnotationLayout.getAnnotationSize(DrawContext dc, Annotation annotation)
WWTexture	AnnotationAttributes.getBackgroundTexture(DrawContext dc) Get the background image as a WWTexture for the specified draw context.
Rectangle2D	PointPlacemark.getBounds(DrawContext dc)
Rectangle2D	DeclutterableText.getBounds(DrawContext dc)
Rectangle2D	Declutterable.getBounds(DrawContext dc)
Rectangle	Balloon.getBounds(DrawContext dc) Get the balloon bounding Rectangle using OGL coordinates - bottom-left corner x and y relative to the WorldWindow bottom-left corner, and the balloon callout width and height.
Rectangle	Annotation.getBounds(DrawContext dc) Get the annotation bounding Rectangle using OGL coordinates - bottom-left corner x and y relative to the WorldWindow bottom-left corner, and the annotation callout width and height.
Rectangle	AbstractBrowserBalloon.getBounds(DrawContext dc) Get the balloon bounding Rectangle using OGL coordinates - bottom-left corner x and y relative to the WorldWindow bottom-left corner, and the balloon callout width and height.
Rectangle	AbstractAnnotationBalloon.getBounds(DrawContext dc) Get the balloon bounding Rectangle using OGL coordinates - bottom-left corner x and y relative to the WorldWindow bottom-left corner, and the balloon callout width and height.
Rectangle	AbstractAnnotation.getBounds(DrawContext dc) Get the annotation bounding Rectangle using OGL coordinates - bottom-left corner x and y relative to the WorldWindow bottom-left corner, and the annotation callout width and height.
protected List<List<LatLon>>	AbstractSurfaceShape.getCachedGeometry(DrawContext dc, SurfaceTileDrawContext sdc)
Double	OutlinedShape.getDepthOffsetFactor(DrawContext dc, Object shape) Returns the depth-offset factor.
Double	OutlinedShape.getDepthOffsetUnits(DrawContext dc, Object shape) Returns the depth-offset units.
protected double	Path.getDistanceMetric(DrawContext dc, Path.PathData pathData) Computes this Path's distance from the eye point, for use in determining when to show positions points.
Extent	SurfaceTile.getExtent(DrawContext dc)
Extent	SurfaceObject.getExtent(DrawContext dc) Returns the surface object's enclosing volume as an Extent in model coordinates, given a specified DrawContext.
Extent	SurfaceImage.getExtent(DrawContext dc)
Extent	SurfaceIcon.getExtent(DrawContext dc)
Extent	Polyline.getExtent(DrawContext dc) Returns this Polyline's enclosing volume as an Extent in model coordinates, given a specified DrawContext.
Extent	AbstractSurfaceObject.getExtent(DrawContext dc) Returns the surface object's enclosing volume as an Extent in model coordinates, given a specified DrawContext.
int	WWTexture.getHeight(DrawContext dc) Returns the texture's height
int	LazilyLoadedTexture.getHeight(DrawContext dc) Returns the texture's height
int	FramebufferTexture.getHeight(DrawContext dc)
int	BasicWWTexture.getHeight(DrawContext dc)
int	ScreenImage.getImageHeight(DrawContext dc) Returns the height of the image after dynamic scaling has been applied.
int	ScreenCreditImage.getImageHeight(DrawContext dc)
int	ScreenImage.getImageWidth(DrawContext dc) Returns the width of the source image after dynamic scaling has been applied.
int	ScreenCreditImage.getImageWidth(DrawContext dc)
protected abstract Iterable<SurfaceTile>	SurfaceTileRenderer.getIntersectingTiles(DrawContext dc, SectorGeometry sg, Iterable<? extends SurfaceTile> tiles)
protected Iterable<SurfaceTile>	GeographicSurfaceTileRenderer.getIntersectingTiles(DrawContext dc, SectorGeometry sg, Iterable<? extends SurfaceTile> tiles)
protected Rectangle2D	PointPlacemark.getLabelBounds(DrawContext dc) Determines the screen coordinate boundaries of this placemark's label.
protected MultiLineTextRenderer	AbstractAnnotation.getMultiLineTextRenderer(DrawContext dc, Font font, String align)
Dimension	Annotation.getPreferredSize(DrawContext dc)
Dimension	AbstractAnnotation.getPreferredSize(DrawContext dc)
Dimension	AnnotationNullLayout.getPreferredSize(DrawContext dc, Iterable<? extends Annotation> annotations)
Dimension	AnnotationLayoutManager.getPreferredSize(DrawContext dc, Iterable<? extends Annotation> annotations)
Dimension	AnnotationFlowLayout.getPreferredSize(DrawContext dc, Iterable<? extends Annotation> annotations)
Point	ScreenImage.getScreenLocation(DrawContext dc) Returns the location of the image on the screen.
protected Point	ScreenRelativeAnnotation.getScreenPoint(DrawContext dc) Computes and returns the screen point in pixels corresponding to the annotation's relative position coordinates and the current window size.
protected Point	ScreenAnnotation.getScreenPoint(DrawContext dc) Get the Point where the annotation is drawn in the viewport.
List<Sector>	SurfaceText.getSectors(DrawContext dc) Returns a List of Sector instances that bound the surface object on the specified DrawContext.
List<Sector>	SurfacePolylines.getSectors(DrawContext dc)
List<Sector>	SurfaceObject.getSectors(DrawContext dc) Returns a List of Sector instances that bound the surface object on the specified DrawContext.
List<Sector>	SurfaceIcon.getSectors(DrawContext dc)
List<Sector>	AbstractSurfaceShape.getSectors(DrawContext dc)
Object	SurfaceQuad.getStateKey(DrawContext dc) Returns an object that uniquely identifies the surface object's state on the specified draw context.
Object	SurfaceObjectTileBuilder.SurfaceObjectTile.getStateKey(DrawContext dc) Returns an object that uniquely identifies the tile's state on the specified draw context.
Object	SurfaceObject.getStateKey(DrawContext dc) Returns an object that uniquely identifies the surface object's state on the specified draw context.
Object	SurfaceIcon.getStateKey(DrawContext dc) Returns an object that uniquely identifies the surface object's state on the specified draw context.
Object	SurfaceEllipse.getStateKey(DrawContext dc) Returns an object that uniquely identifies the surface object's state on the specified draw context.
Object	AbstractSurfaceShape.getStateKey(DrawContext dc) Returns an object that uniquely identifies the surface object's state on the specified draw context.
Object	AbstractSurfaceObject.getStateKey(DrawContext dc) Returns an object that uniquely identifies the surface object's state on the specified draw context.
protected Rectangle	AbstractAnnotation.getTextBounds(DrawContext dc, String text, Font font, String align)
protected TextRenderer	SurfaceText.getTextRenderer(DrawContext dc) Get the text renderer to use to draw text.
protected TextRenderer	ToolTipRenderer.getTextRenderer(DrawContext dc, Font font)
TextRenderer	DeclutteringTextRenderer.getTextRenderer(DrawContext dc, Font font) Returns either a cached or new text renderer for a specified font.
protected TextRenderer	AbstractAnnotation.getTextRenderer(DrawContext dc, Font font)
protected Texture	LazilyLoadedTexture.getTexture(DrawContext dc) Returns the Texture associated with this instance.
protected Texture	BasicWWTexture.getTexture(DrawContext dc, boolean initialize)
protected Texture	BasicWWTexture.getTextureFromCache(DrawContext dc)
protected ToolTipRenderer	IconRenderer.OrderedText.getToolTipRenderer(DrawContext dc)
PickedObject	Path.PathPickSupport.getTopObject(DrawContext dc, Point pickPoint) Computes and returns the top object at the specified pick point.
protected int[]	AbstractShape.getVboIds(DrawContext dc) Get or create OpenGL resource IDs for the current data cache entry.
protected int[]	RigidShape.getVboIds(int index, DrawContext dc) Get or create OpenGL resource IDs for the current data cache entry.
protected Angle	AbstractSurfaceRenderable.getViewHeading(DrawContext dc)
int	WWTexture.getWidth(DrawContext dc) Returns the texture's width.
int	LazilyLoadedTexture.getWidth(DrawContext dc) Returns the texture's width.
int	FramebufferTexture.getWidth(DrawContext dc)
int	BasicWWTexture.getWidth(DrawContext dc)
protected String	AbstractAnnotation.getWrappedText(DrawContext dc, int width, int height, String text, Font font, String align)
protected Point	AbstractAnnotation.glPointFromAWTPoint(DrawContext dc, Point awtPoint)
protected void	SurfacePolygons.handleUnsuccessfulInteriorTessellation(DrawContext dc)
protected void	SurfacePolygon.handleUnsuccessfulInteriorTessellation(DrawContext dc) Overridden to clear the polygon's locations iterable upon an unsuccessful tessellation attempt.
protected void	AbstractSurfaceShape.handleUnsuccessfulInteriorTessellation(DrawContext dc)
protected Dimension	AnnotationFlowLayout.horizontalPreferredSize(DrawContext dc, Iterable<? extends Annotation> annotations)
protected void	SurfaceTileRenderer.initAlphaTexture(DrawContext dc, int size)
protected void	TrackRenderer.Shape.initialize(DrawContext dc)
protected void	TrackRenderer.Cylinder.initialize(DrawContext dc)
protected WWTexture	SurfaceImage.initializeGeneratedTexture(DrawContext dc)
protected void	SurfaceImage.initializeSourceTexture(DrawContext dc)
protected Texture	FramebufferTexture.initializeTexture(DrawContext dc)
protected Texture	FBOTexture.initializeTexture(DrawContext dc)
protected Texture	BasicWWTexture.initializeTexture(DrawContext dc, Object imageSource)
protected void	SurfaceTileRenderer.initOutlineTexture(DrawContext dc, int size)
protected boolean	Polyline.intersectsFrustum(DrawContext dc) Indicates whether the shape is visible in the current view.
protected boolean	PointPlacemark.intersectsFrustum(DrawContext dc) Determines whether the placemark image intersects the view frustum.
protected boolean	GlobeBrowserBalloon.intersectsFrustum(DrawContext dc) Determines whether the balloon intersects the view frustum.
protected boolean	AbstractSurfaceObject.intersectsFrustum(DrawContext dc) Test if this SurfaceObject intersects the specified draw context's frustum.
protected boolean	AbstractShape.intersectsFrustum(DrawContext dc) Determines whether this shape intersects the view frustum.
protected boolean	AbstractBrowserBalloon.intersectsFrustum(DrawContext dc) Determines whether the balloon intersects the view frustum.
protected boolean	SurfaceObjectTileBuilder.intersectsFrustum(DrawContext dc, TextureTile tile) Test if the tile intersects the specified draw context's frustum.
protected boolean	AbstractSurfaceObject.intersectsPickFrustum(DrawContext dc) Test if this SurfaceObject intersects the specified draw context's pick frustums.
protected boolean	AbstractSurfaceObject.intersectsVisibleSector(DrawContext dc) Test if this SurfaceObject intersects the specified draw context's visible sector.
protected boolean	SurfaceObjectTileBuilder.intersectsVisibleSector(DrawContext dc, TextureTile tile) Test if the specified tile intersects the draw context's visible sector.
protected boolean	BasicAnnotationRenderer.isAtPickRange(DrawContext dc, Annotation annotation)
protected boolean	AbstractBrowserBalloon.isDrawBrowserControls(DrawContext dc)
protected boolean	AbstractBrowserBalloon.isDrawInterior(DrawContext dc)
boolean	OutlinedShape.isDrawInterior(DrawContext dc, Object shape) Indicates whether the shape's faces are drawn.
protected boolean	PointPlacemark.isDrawLine(DrawContext dc) Determines whether the placemark's optional line should be drawn and whether it intersects the view frustum.
protected boolean	AbstractBrowserBalloon.isDrawLinks(DrawContext dc)
protected boolean	AbstractBrowserBalloon.isDrawOutline(DrawContext dc)
boolean	OutlinedShape.isDrawOutline(DrawContext dc, Object shape) Indicates whether the shape's outline is drawn.
protected boolean	PointPlacemark.isDrawPoint(DrawContext dc) Indicates whether a point should be drawn when the active texture is null.
protected boolean	AbstractBrowserBalloon.isDrawResizeControl(DrawContext dc)
protected boolean	AbstractBrowserBalloon.isDrawTitleBar(DrawContext dc)
boolean	OutlinedShape.isEnableDepthOffset(DrawContext dc, Object shape) Indicates whether the shape's depth should be adjusted to give its filled faces priority over coincident items previously drawn.
protected boolean	IconRenderer.isFeedbackEnabled(DrawContext dc, WWIcon icon) Returns true if the IconRenderer should record feedback about how the specified WWIcon has been processed.
protected boolean	RigidShape.isOrderedRenderableValid(DrawContext dc)
protected boolean	Polygon.isOrderedRenderableValid(DrawContext dc)
protected boolean	Path.isOrderedRenderableValid(DrawContext dc)
protected boolean	ExtrudedPolygon.isOrderedRenderableValid(DrawContext dc)
protected abstract boolean	AbstractShape.isOrderedRenderableValid(DrawContext dc) Determines whether this shape's ordered renderable state is valid and can be rendered.
protected boolean	Polyline.isSegmentVisible(DrawContext dc, Position posA, Position posB, Vec4 ptA, Vec4 ptB)
protected boolean	Path.isSegmentVisible(DrawContext dc, Position posA, Position posB, Vec4 ptA, Vec4 ptB) Determines whether the segment between two path positions is visible.
protected boolean	Path.isSmall(DrawContext dc, Vec4 ptA, Vec4 ptB, int numPixels)
boolean	WWTexture.isTextureCurrent(DrawContext dc) Indicates whether the texture is currently available for use without regenerating it from its image source.
boolean	LazilyLoadedTexture.isTextureCurrent(DrawContext dc)
boolean	FramebufferTexture.isTextureCurrent(DrawContext dc)
boolean	BasicWWTexture.isTextureCurrent(DrawContext dc)
boolean	SurfaceIcon.SectorInfo.isValid(DrawContext dc)
protected boolean	Polyline.ExtentInfo.isValid(DrawContext dc)
protected boolean	ContourLine.isValid(DrawContext dc)
protected boolean	AbstractSurfaceObject.CacheEntry.isValid(DrawContext dc) Determines if this cache entry is valid for the specified drawing context.
protected Texture	LazilyLoadedTexture.makeBufferedImageTexture(DrawContext dc) Creates this instance's Texture if the image source is a BufferedImage.
protected void	ContourLine.makeContourLine(DrawContext dc) Update the renderable list with appropriate renderables to display the contour line.
protected void	AbstractSurfaceShape.makeOrderedPreRenderable(DrawContext dc) Overridden to determine the shape's active attributes during preRendering, prior to building the shape's pickable representation and the SceneController's composite representation.
protected void	AbstractSurfaceObject.makeOrderedPreRenderable(DrawContext dc) Prepares the SurfaceObject as an OrderedRenderable and adds it to the DrawContext's ordered surface renderable list.
protected void	PointPlacemark.makeOrderedRenderable(DrawContext dc) If the scene controller is rendering ordered renderables, this method draws this placemark's image as an ordered renderable.
protected void	AbstractSurfaceObject.makeOrderedRenderable(DrawContext dc) Prepares the SurfaceObject as an OrderedRenderable and adds it to the DrawContext's ordered surface renderable list.
protected void	AbstractShape.makeOrderedRenderable(DrawContext dc) Determines whether to add this shape to the draw context's ordered renderable list.
protected void	AbstractBrowserBalloon.makeOrderedRenderable(DrawContext dc) Updates the balloon's per-frame rendering state, and determines whether to queue an ordered renderable for the balloon.
protected int	ContourLine.makePolylinesConnected(DrawContext dc, ArrayList<Intersection> inter, int tolerance) Add a set of Polyline objects to the contour line renderable list by connecting as much as possible the segments from the given Intersection array.
protected void	Path.makePositions(DrawContext dc, Path.PathData pathData)
protected void	MultiResolutionPath.makePositions(DrawContext dc, Path.PathData pathData) Overridden to skip positions from this Path's original positions list.
protected ArrayList<Vec4>	Polyline.makeSegment(DrawContext dc, Position posA, Position posB, Vec4 ptA, Vec4 ptB)
protected void	Path.makeSegment(DrawContext dc, Position posA, Position posB, Vec4 ptA, Vec4 ptB, Color colorA, Color colorB, int ordinalA, int ordinalB, Path.PathData pathData) Creates the interior segment positions to adhere to the current path type and terrain-following settings.
protected void	Path.makeTessellatedPositions(DrawContext dc, Path.PathData pathData) Generates positions defining this path with path type and terrain-conforming properties applied.
protected void	MultiResolutionPath.makeTessellatedPositions(DrawContext dc, Path.PathData pathData) Generates positions defining this path with path type and terrain-conforming properties applied.
protected Texture	LazilyLoadedTexture.makeTextureFromTextureData(DrawContext dc) Creates a Texture from this instance's TextureData if the TextureData exists.
protected void	Polyline.makeVertices(DrawContext dc)
protected void	AbstractBrowserBalloon.makeWebView(DrawContext dc, Dimension frameSize)
protected boolean	SurfaceObjectTileBuilder.meetsRenderCriteria(DrawContext dc, LevelSet levelSet, Tile tile) Tests if the specified tile meets the rendering criteria on the specified draw context.
protected boolean	AbstractShape.mustApplyLighting(DrawContext dc) Indicates whether standard lighting must be applied by consulting the current active attributes.
protected boolean	Path.mustApplyLighting(DrawContext dc, ShapeAttributes activeAttrs)
protected boolean	AbstractShape.mustApplyLighting(DrawContext dc, ShapeAttributes activeAttrs) Indicates whether standard lighting must be applied by consulting either the specified active attributes or the current active attributes.
protected boolean	RigidShape.mustApplyTexture(DrawContext dc)
protected boolean	Polygon.mustApplyTexture(DrawContext dc)
protected boolean	Path.mustApplyTexture(DrawContext dc)
protected boolean	ExtrudedPolygon.mustApplyTexture(DrawContext dc)
protected abstract boolean	AbstractShape.mustApplyTexture(DrawContext dc) Indicates whether texture should be applied to this shape.
protected boolean	AbstractShape.mustCreateNormals(DrawContext dc) Indicates whether normal vectors must be computed by consulting the current active attributes.
protected boolean	AbstractShape.mustCreateNormals(DrawContext dc, ShapeAttributes activeAttrs) Indicates whether normal vectors must be computed by consulting either the specified active attributes or the current active attributes.
protected boolean	Wedge.mustRegenerateGeometry(DrawContext dc)
protected boolean	RigidShape.mustRegenerateGeometry(DrawContext dc)
protected boolean	Polygon.mustRegenerateGeometry(DrawContext dc)
protected boolean	Path.mustRegenerateGeometry(DrawContext dc)
protected boolean	ExtrudedPolygon.mustRegenerateGeometry(DrawContext dc)
protected boolean	Ellipsoid.mustRegenerateGeometry(DrawContext dc)
protected boolean	Cylinder.mustRegenerateGeometry(DrawContext dc)
protected boolean	Cone.mustRegenerateGeometry(DrawContext dc)
protected boolean	AbstractShape.mustRegenerateGeometry(DrawContext dc) Indicates whether this shape's renderable geometry must be recomputed, either as a result of an attribute or property change or the expiration of the geometry regeneration interval.
protected boolean	SurfaceObjectTileBuilder.needToSplit(DrawContext dc, Tile tile) Tests if the specified tile must be split to meets the desired resolution on the specified draw context.
void	BasicAnnotationRenderer.pick(DrawContext dc, Annotation annotation, Vec4 annotationPoint, Point pickPoint, Layer layer)
void	AnnotationRenderer.pick(DrawContext dc, Annotation annotation, Vec4 annotationPoint, Point pickPoint, Layer annotationLayer)
void	IconRenderer.pick(DrawContext dc, Iterable<? extends WWIcon> icons, Point pickPoint, Layer layer)
void	BasicAnnotationRenderer.pick(DrawContext dc, Iterable<Annotation> annotations, Point pickPoint, Layer layer)
void	AnnotationRenderer.pick(DrawContext dc, Iterable<Annotation> annotations, Point pickPoint, Layer annotationLayer)
Vec4	TrackRenderer.pick(DrawContext dc, Iterator<TrackPoint> trackPositions, Point pickPoint, Layer layer)
void	SurfaceObject.pick(DrawContext dc, Point pickPoint) Causes the surface object to draw a pickable representation of itself on the surface terrain, using the provided draw context.
void	ScreenImage.pick(DrawContext dc, Point pickPoint)
void	ScreenImage.OrderedImage.pick(DrawContext dc, Point pickPoint)
void	ScreenCreditController.pick(DrawContext dc, Point pickPoint)
void	ScreenCredit.pick(DrawContext dc, Point pickPoint)
void	Polyline.pick(DrawContext dc, Point pickPoint)
void	PointPlacemark.pick(DrawContext dc, Point pickPoint)
void	OrderedRenderable.pick(DrawContext dc, Point pickPoint) Executes a pick of the ordered renderable.
void	IconRenderer.OrderedText.pick(DrawContext dc, Point pickPoint)
void	IconRenderer.OrderedIcon.pick(DrawContext dc, Point pickPoint)
void	GeographicTextRenderer.OrderedText.pick(DrawContext dc, Point pickPoint)
void	DeclutterableText.pick(DrawContext dc, Point pickPoint)
void	BasicAnnotationRenderer.OrderedAnnotation.pick(DrawContext dc, Point pickPoint)
void	AbstractSurfaceObject.pick(DrawContext dc, Point pickPoint) Causes the surface object to draw a pickable representation of itself on the surface terrain, using the provided draw context.
void	AbstractShape.pick(DrawContext dc, Point pickPoint)
void	AbstractBrowserBalloon.pick(DrawContext dc, Point pickPoint)
void	AbstractAnnotation.pick(DrawContext dc, Point pickPoint) Pick at the annotation.
void	MultiLineTextRenderer.pick(String text, int x, int y, int textLineHeight, DrawContext dc, PickSupport pickSupport, Object refObject, Position refPosition) Draw text with unique colors word bounding rectangles and add each as a pickable object to the provided PickSupport instance.
protected void	AbstractSurfaceObject.pickBatched(DrawContext dc, PickSupport pickSupport) Causes adjacent SurfaceObjects in the DrawContext's ordered surface renderable list to draw themselves in in a unique pick color, and adds themselves as pickable objects to the specified pickSupport.
void	MultiLineTextRenderer.pickHTML(String text, int x, int y, TextRendererCache renderers, DrawContext dc, PickSupport pickSupport, Object refObject, Position refPosition) Draw text with unique colors word bounding rectangles and add each as a pickable object to the provided PickSupport instance.
protected void	IconRenderer.pickIconsInBatch(DrawContext dc, IconRenderer.OrderedIcon uIcon)
protected void	AbstractSurfaceObject.pickOrderedRenderable(DrawContext dc, PickSupport pickSupport) Causes the SurfaceObject to draw itself in a unique pick color, and add itself as a pickable object to the specified pickSupport.
protected void	MultiLineTextRenderer.pickWord(String word, String hyperlink, double drawX, double drawY, Rectangle2D wordBounds, DrawContext dc, PickSupport pickSupport, Object refObject, Position refPosition)
protected abstract void	SurfaceTileRenderer.preComputeTextureTransform(DrawContext dc, SectorGeometry sg, SurfaceTileRenderer.Transform t)
protected void	GeographicSurfaceTileRenderer.preComputeTextureTransform(DrawContext dc, SectorGeometry sg, SurfaceTileRenderer.Transform t)
protected void	AbstractBrowserBalloon.prepareToDrawInterior(DrawContext dc)
protected void	AbstractShape.prepareToDrawInterior(DrawContext dc, ShapeAttributes activeAttrs, ShapeAttributes defaultAttrs) Establishes OpenGL state for drawing the interior, including setting the color/material.
protected void	AbstractBrowserBalloon.prepareToDrawOutline(DrawContext dc)
protected void	AbstractShape.prepareToDrawOutline(DrawContext dc, ShapeAttributes activeAttrs, ShapeAttributes defaultAttrs) Establishes OpenGL state for drawing the outline, including setting the color/material, line smoothing, line width and stipple.
protected void	Path.prepareToDrawPoints(DrawContext dc)
void	SurfaceText.preRender(DrawContext dc) Causes the surface object to prepare a representation of itself which can be drawn on the surface terrain, using the provided draw context.
void	SurfaceObject.preRender(DrawContext dc) Causes the surface object to prepare a representation of itself which can be drawn on the surface terrain, using the provided draw context.
void	SurfaceImage.preRender(DrawContext dc)
void	PreRenderable.preRender(DrawContext dc)
void	AbstractSurfaceObject.preRender(DrawContext dc) Causes the surface object to prepare a representation of itself which can be drawn on the surface terrain, using the provided draw context.
protected void	IconRenderer.recordFeedback(DrawContext dc, WWIcon icon, Vec4 modelPoint, Rectangle screenRect) If feedback is enabled for the specified WWIcon, this method records feedback about how the specified WWIcon has been processed.
void	SurfaceObject.render(DrawContext dc) Causes the surface object to render a representation of itself on the surface terrain, using the provided draw context.
void	SurfaceImage.render(DrawContext dc)
void	ScreenImage.render(DrawContext dc)
void	ScreenImage.OrderedImage.render(DrawContext dc)
void	ScreenCreditController.render(DrawContext dc)
void	Renderable.render(DrawContext dc) Causes this Renderable to render itself using the provided draw context.
void	Quadrilateral.render(DrawContext dc)
void	Polyline.render(DrawContext dc)
void	Polygon.render(DrawContext dc)
void	PointPlacemark.render(DrawContext dc)
void	IconRenderer.OrderedText.render(DrawContext dc)
void	IconRenderer.OrderedIcon.render(DrawContext dc)
void	GeographicTextRenderer.OrderedText.render(DrawContext dc)
void	ExtrudedPolygon.render(DrawContext dc)
void	DeclutterableText.render(DrawContext dc) Causes this Renderable to render itself using the provided draw context.
void	ContourLine.render(DrawContext dc)
void	BasicAnnotationRenderer.OrderedAnnotation.render(DrawContext dc)
void	AbstractSurfaceObject.render(DrawContext dc) Causes the surface object to render a representation of itself on the surface terrain, using the provided draw context.
void	AbstractShape.render(DrawContext dc)
void	AbstractBrowserBalloon.render(DrawContext dc)
void	AbstractAnnotationBalloon.render(DrawContext dc) Causes this Renderable to render itself using the provided draw context.
void	AbstractAnnotation.render(DrawContext dc) Render the annotation.
void	BasicAnnotationRenderer.render(DrawContext dc, Annotation annotation, Vec4 annotationPoint, Layer layer)
void	AnnotationRenderer.render(DrawContext dc, Annotation annotation, Vec4 annotationPoint, Layer layer)
void	GeographicTextRenderer.render(DrawContext dc, GeographicText text, Vec4 textPoint)
void	DeclutteringTextRenderer.render(DrawContext dc, Iterable<? extends GeographicText> textIterable) Adds ordered renderables to the ordered renderable list.
void	IconRenderer.render(DrawContext dc, Iterable<? extends WWIcon> icons)
void	BasicAnnotationRenderer.render(DrawContext dc, Iterable<Annotation> annotations, Layer layer)
void	AnnotationRenderer.render(DrawContext dc, Iterable<Annotation> annotations, Layer layer)
void	GeographicTextRenderer.render(DrawContext dc, Iterable<GeographicText> text)
Vec4	TrackRenderer.render(DrawContext dc, Iterator<TrackPoint> trackPositions)
void	ToolTipRenderer.render(DrawContext dc, String text, int x, int y)
protected void	TrackRenderer.Shape.render(DrawContext dc, Vec4 point, double radius)
void	Annotation.renderNow(DrawContext dc) Draws the annotation immediately on the specified DrawContext.
void	AbstractAnnotation.renderNow(DrawContext dc)
void	SurfaceTileRenderer.renderTile(DrawContext dc, SurfaceTile tile)
void	SurfaceTileRenderer.renderTiles(DrawContext dc, Iterable<? extends SurfaceTile> tiles)
protected Texture	LazilyLoadedTexture.requestTexture(DrawContext dc) If this instance's image source is a BufferedImage, creates and returns the texture, otherwise creates a task in a separate thread to retrieve it from its local or remote location.
protected void	GeographicTextRenderer.setDepthFunc(DrawContext dc, GeographicTextRenderer.OrderedText uText, Vec4 screenPoint)
protected void	IconRenderer.setDepthFunc(DrawContext dc, IconRenderer.OrderedIcon uIcon, Vec4 screenPoint)
protected void	GlobeAnnotation.setDepthFunc(DrawContext dc, Vec4 screenPoint)
protected void	DeclutteringTextRenderer.setDepthFunc(DrawContext dc, Vec4 screenPoint)
protected void	PointPlacemark.setLineColor(DrawContext dc, PickSupport pickCandidates) Sets the color of the placemark's line during rendering.
protected void	PointPlacemark.setLineWidth(DrawContext dc) Sets the width of the placemark's line during rendering.
protected void	RigidShape.setModelViewMatrix(DrawContext dc) Called during drawing to set the modelview matrix to apply the correct position, scale and orientation for this shape.
protected void	PointPlacemark.setPointSize(DrawContext dc) Sets the width of the placemark's point during rendering.
protected void	LazilyLoadedTexture.setTextureParameters(DrawContext dc, Texture texture) Sets a specified texture's OpenGL Texture parameters.
protected void	ScreenBrowserBalloon.setupDepthTest(DrawContext dc)
protected void	GlobeBrowserBalloon.setupDepthTest(DrawContext dc)
protected abstract void	AbstractBrowserBalloon.setupDepthTest(DrawContext dc)
protected boolean	Polygon.shouldUseVBOs(DrawContext dc)
protected boolean	Path.shouldUseVBOs(DrawContext dc)
protected boolean	AbstractShape.shouldUseVBOs(DrawContext dc) Indicates whether this shape should use OpenGL vertex buffer objects.
protected boolean	Wedge.sufficientDetail(DrawContext dc, int subdivisions, RigidShape.ShapeData shapeData)
protected boolean	Ellipsoid.sufficientDetail(DrawContext dc, int subdivisions, RigidShape.ShapeData shapeData)
protected boolean	Cylinder.sufficientDetail(DrawContext dc, int subdivisions, RigidShape.ShapeData shapeData)
protected boolean	Cone.sufficientDetail(DrawContext dc, int subdivisions, RigidShape.ShapeData shapeData)
protected Integer	AbstractSurfaceShape.tessellateInterior(DrawContext dc)
protected int[]	SurfacePolygons.tessellateInterior(DrawContext dc, LatLon referenceLocation)
protected int[]	SurfacePolylines.tessellateOutline(DrawContext dc, LatLon referenceLocation)
protected void	AbstractAnnotation.transformBackgroundImageCoordsToAnnotationCoords(DrawContext dc, int width, int height, WWTexture texture) Transforms texture coordinates from Annotation background image coordinates to Annotation geometry coordinates (in screen pixels), and applies the Annotation's image scale and image offset attributes.
protected Rectangle	AbstractAnnotation.transformByModelview(DrawContext dc, Rectangle rectangle)
protected void	AbstractAnnotation.transformImageCoordsToBackgroundImageCoords(DrawContext dc, WWTexture texture) Transforms texture coordinates from standard GL image coordinates to Annotation background image coordinates.
protected void	AbstractBrowserBalloon.updateRenderState(DrawContext dc)
protected void	AbstractBrowserBalloon.updateRenderStateIfNeeded(DrawContext dc) Update the balloon's active attributes and points, if that hasn't already been done this frame.
protected void	SurfaceText.updateTextBounds(DrawContext dc) Determine the text bounds.
protected void	SurfaceObjectTileBuilder.updateTile(DrawContext dc, SurfaceObjectTileBuilder.SurfaceObjectTile tile) Draws the current list of SurfaceObjects into the specified surface tile.
protected void	SurfaceObjectTileBuilder.updateTiles(DrawContext dc) Updates each SurfaceObjectTileBuilder.SurfaceObjectTile in the SurfaceObjectTileBuilder.currentTiles list.
protected void	AbstractBrowserBalloon.updateWebView(DrawContext dc)
protected Dimension	AnnotationFlowLayout.verticalPerferredSize(DrawContext dc, Iterable<? extends Annotation> annotations)
protected String	AbstractAnnotation.wrapText(DrawContext dc, int width, int height, String text, Font font, String align)

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

AbstractGeneralShape.ShapeData(DrawContext dc, AbstractGeneralShape shape)
Construct a cache entry for this shape.

AbstractShape.AbstractShapeData(DrawContext dc, long minExpiryTime, long maxExpiryTime)
Constructs a data cache entry and initializes its globe-dependent state key for the globe in the specified draw context and capture the current vertical exaggeration.

AbstractSurfaceObject.CacheEntry(Object object, DrawContext dc)

AbstractSurfaceShape.GeometryKey(DrawContext dc, double edgeIntervalsPerDegree)

ExtrudedPolygon.ShapeData(DrawContext dc, ExtrudedPolygon shape)
Constructs an instance using the boundaries of a specified extruded polygon.

MultiResolutionPath.MultiResolutionPathData(DrawContext dc, Path shape)
Creates a new MultiResolutionPathData with the specified draw context and path.

Path.PathData(DrawContext dc, Path shape)

Polygon.ShapeData(DrawContext dc, Polygon shape)
Construct a cache entry using the boundaries of this shape.

Polyline.ExtentInfo(Extent extent, DrawContext dc)

RigidShape.ShapeData(DrawContext dc, RigidShape shape)

SurfaceIcon.SectorInfo(List<Sector> sectors, DrawContext dc)

SurfaceObjectTileBuilder.SurfaceObjectTileStateKey(DrawContext dc, SurfaceObjectTileBuilder.SurfaceObjectTile tile)
Construsts a tile state key for the specified surface object tile.

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

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

protected void	Polygon.adjustForGroundReference(DrawContext dc, boolean[] terrainConformant, double[] altitudes)
protected void	AbstractAirspace.adjustForGroundReference(DrawContext dc, boolean[] terrainConformant, double[] altitudes, LatLon groundRef)
void	BasicAirspaceAttributes.applyInterior(DrawContext dc, boolean enableMaterial)
void	AirspaceAttributes.applyInterior(DrawContext dc, boolean enableMaterial)
protected void	BasicAirspaceAttributes.applyMaterial(DrawContext dc, Material material, double opacity, boolean enableMaterial)
void	BasicAirspaceAttributes.applyOutline(DrawContext dc, boolean enableMaterial)
void	AirspaceAttributes.applyOutline(DrawContext dc, boolean enableMaterial)
protected void	AirspaceRenderer.beginRendering(DrawContext dc)
protected void	AirspaceRenderer.bindPickableObject(DrawContext dc, Object pickedObject, PickSupport pickSupport)
protected DetailLevel	AbstractAirspace.computeDetailLevel(DrawContext dc)
protected double	AbstractAirspace.computeElevationAt(DrawContext dc, Angle latitude, Angle longitude)
protected Extent	TrackAirspace.computeExtent(DrawContext dc)
protected Sphere	SphereAirspace.computeExtent(DrawContext dc)
protected Extent	AbstractAirspace.computeExtent(DrawContext dc)
protected double	SphereAirspace.computeEyeDistance(DrawContext dc)
protected double	AbstractAirspace.computeEyeDistance(DrawContext dc)
protected List<Vec4>	AbstractAirspace.computeMinimalGeometry(DrawContext dc)
Vec4	AbstractAirspace.computePointFromPosition(DrawContext dc, Angle latitude, Angle longitude, double elevation, boolean terrainConformant)
protected Vec4	Polygon.computeReferenceCenter(DrawContext dc)
protected Vec4	Orbit.computeReferenceCenter(DrawContext dc)
protected Vec4	Curtain.computeReferenceCenter(DrawContext dc)
protected Vec4	CappedCylinder.computeReferenceCenter(DrawContext dc)
protected Vec4	Box.computeReferenceCenter(DrawContext dc)
OrderedRenderable	AirspaceRenderer.createOrderedRenderable(DrawContext dc, Airspace airspace, double eyeDistance, Object pickedObject)
protected void	AirspaceRenderer.doDrawAirspace(DrawContext dc, Airspace airspace)
protected void	AbstractAirspace.doRender(DrawContext dc)
protected void	TrackAirspace.doRenderExtent(DrawContext dc)
void	Cake.doRenderExtent(DrawContext dc)
protected void	AbstractAirspace.doRenderExtent(DrawContext dc)
protected void	TrackAirspace.doRenderGeometry(DrawContext dc, String drawStyle)
protected void	SphereAirspace.doRenderGeometry(DrawContext dc, String drawStyle)
protected void	Polygon.doRenderGeometry(DrawContext dc, String drawStyle)
protected void	PolyArc.doRenderGeometry(DrawContext dc, String drawStyle)
protected void	PartialCappedCylinder.doRenderGeometry(DrawContext dc, String drawStyle)
protected void	Orbit.doRenderGeometry(DrawContext dc, String drawStyle)
protected void	Curtain.doRenderGeometry(DrawContext dc, String drawStyle)
protected void	CappedCylinder.doRenderGeometry(DrawContext dc, String drawStyle)
protected void	Cake.doRenderGeometry(DrawContext dc, String drawStyle)
protected void	Box.doRenderGeometry(DrawContext dc, String drawStyle)
protected abstract void	AbstractAirspace.doRenderGeometry(DrawContext dc, String drawStyle)
protected void	Polygon.doRenderGeometry(DrawContext dc, String drawStyle, List<LatLon> locations, List<Boolean> edgeFlags)
protected void	TrackAirspace.doUpdateLegs(DrawContext dc)
protected void	AirspaceRenderer.OrderedAirspace.draw(DrawContext dc, PickSupport pickSupport)
protected void	AirspaceRenderer.drawAirspace(DrawContext dc, Airspace airspace, Object pickedObject, PickSupport pickSupport)
protected void	AirspaceRenderer.drawAirspace(DrawContext dc, Airspace airspace, PickSupport pickSupport)
protected void	AirspaceRenderer.drawAirspaceInterior(DrawContext dc, Airspace airspace)
protected void	AirspaceRenderer.drawAirspaceOutline(DrawContext dc, Airspace airspace)
protected void	Curtain.drawCurtainFill(DrawContext dc, int count, LatLon[] locations, String pathType, double splitThreshold, double[] altitudes, boolean[] terrainConformant, Vec4 referenceCenter)
protected void	Curtain.drawCurtainOutline(DrawContext dc, int count, LatLon[] locations, String pathType, double splitThreshold, double[] altitudes, boolean[] terrainConformant, Vec4 referenceCenter)
void	AirspaceRenderer.drawGeometry(DrawContext dc, Geometry geom)
void	AirspaceRenderer.drawGeometry(DrawContext dc, Geometry elementGeom, Geometry vertexGeom)
void	AirspaceRenderer.drawGeometry(DrawContext dc, int mode, int count, int type, Buffer elementBuffer, Geometry geom)
protected void	AirspaceRenderer.drawNow(DrawContext dc, Iterable<? extends Airspace> airspaces, PickSupport pickSupport)
protected void	AirspaceRenderer.drawOrdered(DrawContext dc, Iterable<? extends Airspace> airspaces)
protected void	AirspaceRenderer.drawOrderedAirspace(DrawContext dc, AirspaceRenderer.OrderedAirspace oa, PickSupport pickSupport)
protected void	AirspaceRenderer.drawOrderedAirspaces(DrawContext dc, PickSupport pickSupport)
protected void	SphereAirspace.drawSphere(DrawContext dc)
protected void	SphereAirspace.drawUnitSphere(DrawContext dc, int subdivisions)
protected void	AirspaceRenderer.endRendering(DrawContext dc)
protected AbstractAirspace.AirspaceInfo	AbstractAirspace.getAirspaceInfo(DrawContext dc)
protected Curtain.CurtainGeometry	Curtain.getCurtainGeometry(DrawContext dc, int count, LatLon[] locations, String pathType, double splitThreshold, double[] altitudes, boolean[] terrainConformant, Vec4 referenceCenter)
Extent	SphereAirspace.getExtent(DrawContext dc) Returns this SphereAirspace's Extent for the specified DrawContext.
Extent	Airspace.getExtent(DrawContext dc) Returns this Airspace's enclosing volume as an Extent in model coordinates, given a specified DrawContext.
Extent	AbstractAirspace.getExtent(DrawContext dc)
protected int	Curtain.getSectionPillarCount(DrawContext dc, LatLon begin, LatLon end, String pathType, double splitThreshold)
boolean	TrackAirspace.isAirspaceVisible(DrawContext dc)
boolean	Cake.isAirspaceVisible(DrawContext dc)
boolean	Airspace.isAirspaceVisible(DrawContext dc) Test if this airspace is visible in the specified draw context.
boolean	AbstractAirspace.isAirspaceVisible(DrawContext dc) Test if this airspace is visible in the specified draw context.
protected boolean	AbstractAirspace.isExpired(DrawContext dc, Geometry geom)
protected boolean	TrackAirspace.isLegsOutOfDate(DrawContext dc)
protected boolean	AbstractAirspace.AirspaceInfo.isValid(DrawContext dc)
protected void	AirspaceRenderer.logGeometryStatistics(DrawContext dc, Geometry geom)
protected void	Curtain.makeCurtainGeometry(DrawContext dc, int count, LatLon[] locations, String pathType, double splitThreshold, double[] altitudes, boolean[] terrainConformant, Vec4 referenceCenter, Curtain.CurtainGeometry dest)
void	TrackAirspace.makeOrderedRenderable(DrawContext dc, AirspaceRenderer renderer)
void	Cake.makeOrderedRenderable(DrawContext dc, AirspaceRenderer renderer)
void	Airspace.makeOrderedRenderable(DrawContext dc, AirspaceRenderer renderer)
void	AbstractAirspace.makeOrderedRenderable(DrawContext dc, AirspaceRenderer renderer)
protected void	Curtain.makeSectionInfo(DrawContext dc, int count, LatLon[] locations, String pathType, double splitThreshold, Curtain.SectionRenderInfo[] ri, int[] counts)
protected void	Curtain.makeSectionVertices(DrawContext dc, LatLon begin, LatLon end, String pathType, double[] altitude, boolean[] terrainConformant, int pillars, int vertexPos, float[] dest, Vec4 referenceCenter)
boolean	ScreenSizeDetailLevel.meetsCriteria(DrawContext dc, Airspace airspace)
boolean	DetailLevel.meetsCriteria(DrawContext dc, Airspace airspace)
protected long	AbstractAirspace.nextExpiryTime(DrawContext dc, boolean[] terrainConformance)
void	AirspaceRenderer.OrderedAirspace.pick(DrawContext dc, Point pickPoint)
void	AirspaceRenderer.pickNow(DrawContext dc, Iterable<? extends Airspace> airspaces, Point pickPoint, Layer layer)
void	AirspaceRenderer.OrderedAirspace.render(DrawContext dc)
void	AbstractAirspace.render(DrawContext dc)
void	Airspace.renderExtent(DrawContext dc)
void	AbstractAirspace.renderExtent(DrawContext dc)
void	Airspace.renderGeometry(DrawContext dc, String drawStyle)
void	AbstractAirspace.renderGeometry(DrawContext dc, String drawStyle)
void	AirspaceRenderer.renderNow(DrawContext dc, Iterable<? extends Airspace> airspaces)
void	AirspaceRenderer.renderOrdered(DrawContext dc, Iterable<? extends Airspace> airspaces)
void	AirspaceRenderer.setBlending(DrawContext dc)
protected void	AbstractAirspace.updateExpiryCriteria(DrawContext dc, Geometry geom)

Constructors in gov.nasa.worldwind.render.airspaces with parameters of type DrawContext

AbstractAirspace.AirspaceInfo(DrawContext dc, Extent extent, List<Vec4> minimalGeometry)

Uses of DrawContext in gov.nasa.worldwind.render.airspaces.editor

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

protected void	AbstractAirspaceEditor.addControlPoint(DrawContext dc, AirspaceControlPoint controlPoint)
protected void	PolygonEditor.addPolygonControlPoint(DrawContext dc, int locationIndex, int altitudeIndex)
protected void	SphereAirspaceEditor.assembleControlPoints(DrawContext dc)
protected void	PolygonEditor.assembleControlPoints(DrawContext dc)
protected abstract void	AbstractAirspaceEditor.assembleControlPoints(DrawContext dc)
protected void	BasicAirspaceControlPointRenderer.begin(DrawContext dc)
protected double	BasicAirspaceControlPointRenderer.computeMarkerRadius(DrawContext dc, Marker marker, Vec4 point)
protected void	AbstractAirspaceEditor.doPick(DrawContext dc, Point point)
protected void	AbstractAirspaceEditor.doRender(DrawContext dc)
protected void	BasicAirspaceControlPointRenderer.draw(DrawContext dc, Iterable<? extends AirspaceControlPoint> controlPoints)
protected void	AbstractAirspaceEditor.draw(DrawContext dc, Point pickPoint)
protected void	BasicAirspaceControlPointRenderer.drawControlPoints(DrawContext dc, Iterable<? extends AirspaceControlPoint> controlPoints)
protected void	BasicAirspaceControlPointRenderer.drawMarker(DrawContext dc, AirspaceControlPoint controlPoint)
protected void	BasicAirspaceControlPointRenderer.drawMarkers(DrawContext dc, Iterable<? extends AirspaceControlPoint> controlPoints)
protected void	BasicAirspaceControlPointRenderer.end(DrawContext dc)
void	BasicAirspaceControlPointRenderer.pick(DrawContext dc, Iterable<? extends AirspaceControlPoint> controlPoints, Point pickPoint, Layer layer)
void	AirspaceControlPointRenderer.pick(DrawContext dc, Iterable<? extends AirspaceControlPoint> controlPoints, Point pickPoint, Layer layer)
void	BasicAirspaceControlPointRenderer.render(DrawContext dc, Iterable<? extends AirspaceControlPoint> controlPoints)
void	AirspaceControlPointRenderer.render(DrawContext dc, Iterable<? extends AirspaceControlPoint> controlPoints)
protected void	BasicAirspaceControlPointRenderer.setupLighting(DrawContext dc)
protected SortedSet<AirspaceControlPoint>	BasicAirspaceControlPointRenderer.sortControlPoints(DrawContext dc, Iterable<? extends AirspaceControlPoint> unsortedPoints)

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

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

void	MarkerAttributes.apply(DrawContext dc)
void	BasicMarkerAttributes.apply(DrawContext dc)
protected void	MarkerRenderer.begin(DrawContext dc)
protected double	MarkerRenderer.computeMarkerRadius(DrawContext dc, Vec4 point, Marker marker)
protected Vec4	BasicMarkerShape.Shape.computeOrientationVector(DrawContext dc, Vec4 point, Vec4 normal, Angle heading, Angle pitch) Compute a direction vector given a point, heading and pitch.
protected Vec4	MarkerRenderer.computeSurfacePoint(DrawContext dc, Position pos)
protected void	MarkerRenderer.computeSurfacePoints(DrawContext dc, Iterable<? extends Marker> markers)
protected int[]	BasicMarkerShape.Shape.createDisplayList(DrawContext dc, double radius)
protected abstract void	BasicMarkerShape.Shape.doRender(DrawContext dc, Marker marker, Vec4 point, double radius, int[] dlResource)
protected void	BasicMarkerShape.Sphere.doRender(DrawContext dc, Marker marker, Vec4 point, double radius, int[] dlResource)
protected void	BasicMarkerShape.Cube.doRender(DrawContext dc, Marker marker, Vec4 point, double size, int[] dlResource)
protected void	BasicMarkerShape.Cone.doRender(DrawContext dc, Marker marker, Vec4 point, double size, int[] dlResource)
protected void	BasicMarkerShape.Cylinder.doRender(DrawContext dc, Marker marker, Vec4 point, double size, int[] dlResource)
protected void	BasicMarkerShape.HeadingLine.doRender(DrawContext dc, Marker marker, Vec4 point, double size, int[] dlResource)
protected void	BasicMarkerShape.HeadingArrow.doRender(DrawContext dc, Marker marker, Vec4 point, double size, int[] dlResource)
protected void	MarkerRenderer.draw(DrawContext dc, Iterable<Marker> markers)
protected void	MarkerRenderer.drawAll(DrawContext dc, Iterable<Marker> markers)
protected void	MarkerRenderer.drawOrderedMarkers(DrawContext dc, MarkerRenderer.OrderedMarker uMarker)
protected void	MarkerRenderer.drawSeparated(DrawContext dc, Iterable<Marker> markers)
protected abstract int	BasicMarkerShape.Shape.drawShape(DrawContext dc, double radius)
protected int	BasicMarkerShape.Sphere.drawShape(DrawContext dc, double radius)
protected int	BasicMarkerShape.Cube.drawShape(DrawContext dc, double radius)
protected int	BasicMarkerShape.Cone.drawShape(DrawContext dc, double radius)
protected int	BasicMarkerShape.Cylinder.drawShape(DrawContext dc, double radius)
protected int	BasicMarkerShape.HeadingLine.drawShape(DrawContext dc, double radius)
protected int	BasicMarkerShape.HeadingArrow.drawShape(DrawContext dc, double radius)
protected void	MarkerRenderer.end(DrawContext dc)
MarkerShape	MarkerAttributes.getShape(DrawContext dc)
MarkerShape	BasicMarkerAttributes.getShape(DrawContext dc)
protected void	BasicMarkerShape.Shape.initialize(DrawContext dc)
protected void	BasicMarkerShape.Sphere.initialize(DrawContext dc)
protected void	BasicMarkerShape.Cube.initialize(DrawContext dc)
protected void	BasicMarkerShape.Cone.initialize(DrawContext dc)
protected void	BasicMarkerShape.Cylinder.initialize(DrawContext dc)
protected void	BasicMarkerShape.HeadingLine.initialize(DrawContext dc)
protected void	BasicMarkerShape.HeadingArrow.initialize(DrawContext dc)
protected boolean	MarkerRenderer.intersectsFrustum(DrawContext dc, Vec4 point, double radius)
void	MarkerRenderer.OrderedMarker.pick(DrawContext dc, Point pickPoint)
protected void	MarkerRenderer.pickOrderedMarkers(DrawContext dc, MarkerRenderer.OrderedMarker uMarker)
void	MarkerRenderer.OrderedMarker.render(DrawContext dc)
void	MarkerRenderer.render(DrawContext dc, Iterable<Marker> markers)
void	MarkerShape.render(DrawContext dc, Marker marker, Vec4 point, double radius)
void	BasicMarkerShape.CompoundShape.render(DrawContext dc, Marker marker, Vec4 point, double radius)
void	BasicMarkerShape.Shape.render(DrawContext dc, Marker marker, Vec4 point, double radius)
void	MarkerShape.render(DrawContext dc, Marker marker, Vec4 point, double radius, boolean isRelative)
void	BasicMarkerShape.CompoundShape.render(DrawContext dc, Marker marker, Vec4 point, double radius, boolean isRelative)
void	BasicMarkerShape.Shape.render(DrawContext dc, Marker marker, Vec4 point, double radius, boolean isRelative)
void	Marker.render(DrawContext dc, Vec4 point, double radius)
void	BasicMarker.render(DrawContext dc, Vec4 point, double radius)
void	Marker.render(DrawContext dc, Vec4 point, double radius, boolean isRelative)
void	BasicMarker.render(DrawContext dc, Vec4 point, double radius, boolean isRelative)

Uses of DrawContext in gov.nasa.worldwind.symbology

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

protected void	AbstractTacticalSymbol.addGlyph(DrawContext dc, Offset offset, Offset hotspot, String modifierCode)
protected void	AbstractTacticalSymbol.addGlyph(DrawContext dc, Offset offset, Offset hotspot, String modifierCode, AVList retrieverParams, Object layoutMode)
protected void	AbstractTacticalSymbol.addLabel(DrawContext dc, Offset offset, Offset hotspot, String modifierText)
protected void	AbstractTacticalSymbol.addLabel(DrawContext dc, Offset offset, Offset hotspot, String modifierText, Font font, Color color, Object layoutMode)
protected void	AbstractTacticalSymbol.addLine(DrawContext dc, Offset offset, List<? extends Point2D> points)
protected void	AbstractTacticalSymbol.addLine(DrawContext dc, Offset offset, List<? extends Point2D> points, Object layoutMode, int numPointsInLayout)
protected void	TacticalGraphicLabel.beginDrawing(DrawContext dc) Establish the OpenGL state needed to draw text.
protected void	AbstractTacticalSymbol.beginDrawing(DrawContext dc, int attrMask)
protected void	TacticalGraphicLabel.computeBoundsIfNeeded(DrawContext dc) Compute the bounds of the text, if necessary.
protected void	TacticalGraphicLabel.computeGeometry(DrawContext dc) Compute the label's screen position from its geographic position.
protected void	AbstractTacticalGraphic.computeGeometry(DrawContext dc)
protected void	TacticalGraphicLabel.computeGeometryIfNeeded(DrawContext dc) Compute label geometry, if it has not already been computed this frame, or if the label position has changed since the extent was last computed.
protected Dimension	AbstractTacticalSymbol.computeMinTextLayout(DrawContext dc, AVList modifiers) Compute the dimension of the minimum layout rectangle for the text modifiers.
protected void	AbstractTacticalSymbol.computeScaledBounds(DrawContext dc, AVList modifiers) Compute the bounds of symbol after the scale has been applied.
protected void	AbstractTacticalSymbol.computeSymbolPoints(DrawContext dc)
protected void	AbstractTacticalSymbol.computeTransform(DrawContext dc)
protected void	AbstractTacticalGraphic.determineLabelPositions(DrawContext dc) Determine positions for the start and end labels.
protected void	AbstractTacticalGraphic.determinePerFrameAttributes(DrawContext dc) Determine geometry and attributes for this frame.
protected void	TacticalGraphicLabel.doDrawOrderedRenderable(DrawContext dc, PickSupport pickSupport) Draw this label during ordered rendering.
protected void	AbstractTacticalSymbol.doDrawOrderedRenderable(DrawContext dc, PickSupport pickCandidates)
protected void	TacticalGraphicLabel.doPick(DrawContext dc, PickSupport pickSupport) Draw labels for picking.
protected abstract void	AbstractTacticalGraphic.doRenderGraphic(DrawContext dc) Render this graphic, without modifiers.
protected void	AbstractTacticalGraphic.doRenderGraphicModifiers(DrawContext dc) Render the graphic modifiers.
protected void	AbstractTacticalGraphic.doRenderTextModifiers(DrawContext dc) Render the text modifiers.
protected void	AbstractTacticalSymbol.draw(DrawContext dc)
protected void	TacticalGraphicLabel.drawBatched(DrawContext dc) Draws this ordered renderable and all subsequent Label ordered renderables in the ordered renderable list.
protected void	AbstractTacticalSymbol.drawBatched(DrawContext dc)
protected void	TacticalGraphicLabel.drawBatchedText(DrawContext dc, TextRenderer textRenderer) Draws text for subsequent Label ordered renderables in the ordered renderable list.
protected void	AbstractTacticalSymbol.drawGlyphs(DrawContext dc)
protected void	AbstractTacticalSymbol.drawGraphicModifiers(DrawContext dc)
protected void	AbstractTacticalSymbol.drawIcon(DrawContext dc)
protected void	TacticalGraphicLabel.drawInterior(DrawContext dc) Render the label interior as a filled rectangle.
protected void	AbstractTacticalSymbol.drawLabels(DrawContext dc)
protected void	AbstractTacticalSymbol.drawLines(DrawContext dc)
protected void	TacticalGraphicLabel.drawOrderedRenderable(DrawContext dc) Draws the graphic as an ordered renderable.
protected void	AbstractTacticalSymbol.drawOrderedRenderable(DrawContext dc)
protected void	TacticalGraphicLabel.drawText(DrawContext dc, TextRenderer textRenderer) Draw the label's text.
protected void	AbstractTacticalSymbol.drawTextModifiers(DrawContext dc)
protected void	TacticalGraphicLabel.endDrawing(DrawContext dc) Pop the state set in beginDrawing.
protected void	AbstractTacticalSymbol.endDrawing(DrawContext dc)
Rectangle	TacticalGraphicLabel.getBounds(DrawContext dc) Get the label bounding Rectangle using OGL coordinates - bottom-left corner x and y relative to the WorldWindow bottom-left corner.
protected boolean	TacticalGraphicLabel.intersectsFrustum(DrawContext dc) Determine if this label intersects the view or pick frustum.
protected boolean	AbstractTacticalSymbol.intersectsFrustum(DrawContext dc)
protected void	AbstractTacticalSymbol.layout(DrawContext dc)
protected void	AbstractTacticalSymbol.layoutDynamicModifiers(DrawContext dc, AVList modifiers) Layout dynamic modifiers around the symbol.
protected void	AbstractTacticalSymbol.layoutGraphicModifiers(DrawContext dc, AVList modifiers) Layout static graphic modifiers around the symbol.
protected void	AbstractTacticalSymbol.layoutIcon(DrawContext dc, AbstractTacticalSymbol.IconSource source)
protected void	AbstractTacticalSymbol.layoutStaticModifiers(DrawContext dc, AVList modifiers) Layout static modifiers around the symbol.
protected void	AbstractTacticalSymbol.layoutTextModifiers(DrawContext dc, AVList modifiers) Layout static text modifiers around the symbol.
protected void	TacticalGraphicLabel.makeOrderedRenderable(DrawContext dc) Draws the graphic as an ordered renderable.
protected void	AbstractTacticalSymbol.makeOrderedRenderable(DrawContext dc)
protected boolean	AbstractTacticalSymbol.mustDrawGraphicModifiers(DrawContext dc)
protected boolean	AbstractTacticalSymbol.mustDrawIcon(DrawContext dc)
protected boolean	AbstractTacticalSymbol.mustDrawTextModifiers(DrawContext dc)
void	TacticalGraphicLabel.pick(DrawContext dc, Point pickPoint) Executes a pick of the ordered renderable.
void	AbstractTacticalSymbol.pick(DrawContext dc, Point pickPoint) Executes a pick of the ordered renderable.
static void	TacticalGraphicUtil.placeLabelsOnPath(DrawContext dc, Iterable<? extends Position> positions, TacticalGraphicLabel label1, TacticalGraphicLabel label2, double distance) Position one or two labels some distance along the path.
protected void	AbstractTacticalSymbol.prepareToDraw(DrawContext dc)
void	TacticalGraphicLabel.render(DrawContext dc) Causes this Renderable to render itself using the provided draw context.
void	AbstractTacticalSymbol.render(DrawContext dc) Causes this Renderable to render itself using the provided draw context.
void	AbstractTacticalGraphic.render(DrawContext dc) Causes this Renderable to render itself using the provided draw context.

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

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

static List<? extends Point2D>	MilStd2525Util.computeCenterHeadingIndicatorPoints(DrawContext dc, Vec4 symbolPoint, Angle heading, double length) Compute screen points required to draw a leader line on a tactical symbol.
protected static Vec4	MilStd2525Util.computeDirectionOfMovement(DrawContext dc, Vec4 symbolPoint, Angle heading, double length) Compute a vector in the direction that a symbol is moving.
static List<? extends Point2D>	MilStd2525Util.computeGroundHeadingIndicatorPoints(DrawContext dc, Vec4 symbolPoint, Angle heading, double length, double frameHeight) Compute screen points required to draw a leader line on a tactical ground symbol.
protected void	MilStd2525TacticalSymbol.computeTransform(DrawContext dc)
protected void	MilStd2525TacticalSymbol.layoutDynamicModifiers(DrawContext dc, AVList modifiers)
protected void	MilStd2525TacticalSymbol.layoutGraphicModifiers(DrawContext dc, AVList modifiers)
protected void	MilStd2525TacticalSymbol.layoutTextModifiers(DrawContext dc, AVList modifiers)
void	MilStd2525PointGraphic.render(DrawContext dc) Causes this Renderable to render itself using the provided draw context.

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

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

protected void	TacticalGraphicSymbol.computeTransform(DrawContext dc)
protected void	EchelonSymbol.computeTransform(DrawContext dc)
protected void	EchelonSymbol.drawIcon(DrawContext dc) Overridden to apply rotation.
protected void	TacticalGraphicSymbol.layoutDynamicModifiers(DrawContext dc, AVList modifiers)
protected void	TacticalGraphicSymbol.layoutLabel(DrawContext dc, Font font, TacticalGraphicSymbol.OffsetPair layout, String value, String mode)
protected void	TacticalGraphicSymbol.layoutMultiLabel(DrawContext dc, Font font, List<TacticalGraphicSymbol.OffsetPair> layouts, Iterable values, String mode)
protected void	TacticalGraphicSymbol.layoutTextModifiers(DrawContext dc, AVList modifiers) Layout text and graphic modifiers around the symbol.

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

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

protected Ambush.ArcData	Ambush.computeArc(DrawContext dc) Compute the arc.
protected List<Position>	Ambush.computeArcPositions(DrawContext dc, Ambush.ArcData arcData) Compute positions required to draw the arc.
protected List<Position>	Ambush.computeArrowheadPositions(DrawContext dc, Position tip, Ambush.ArcData arcData) Determine the positions that make up the arrowhead.
protected List<Position>	SearchArea.computeArrowheadPositions(DrawContext dc, Position startPosition, Position endPosition) Determine the positions that make up the arrowhead.
protected List<Position>	AttackByFirePosition.computeArrowheadPositions(DrawContext dc, Position base, Position tip) Determine the positions that make up the arrowhead.
protected List<Position>	SectorRangeFan.computeArrowheadPositions(DrawContext dc, Position base, Position tip, double arrowLength, Angle arrowAngle) Compute the positions of the arrow head for the sector center line.
protected List<Position>	SearchArea.computeArrowheadPositions(DrawContext dc, Position base, Position tip, double arrowLength, Angle arrowAngle) Compute the positions of the arrow head of the graphic's legs.
protected List<Position>	AttackByFirePosition.computeBasePositions(DrawContext dc, Position position1, Position position2, Position orientationPos) Determine the positions that make up the base of the graphic (a trapezoid missing one side).
void	FortifiedArea.computeGeometry(DrawContext dc)
protected void	Encirclement.computeGeometry(DrawContext dc)
protected void	AbstractRectangularGraphic.computeQuadSize(DrawContext dc)
protected Position	IrregularFireSupportArea.computeTimeLabelPosition(DrawContext dc) Determine the position of the time range label.
protected List<Path>	AirfieldZone.createAirfieldPaths(DrawContext dc) Create shapes to draw the airfield graphic.
protected void	SectorRangeFan.createArc(DrawContext dc, double radius, Angle leftAzimuth, Angle rightAzimuth, List<Position> positions) Create positions to draw an arc around the graphic's center position.
protected void	SectorRangeFan.createCenterOfSectorArrow(DrawContext dc, Angle centerAzimuth, double finalRadius) Create shapes to draw the Center Of Sector arrow.
protected void	Ambush.createLegs(DrawContext dc, Ambush.ArcData arcData, Path[] paths, int startIndex, int pathCount) Create paths for the graphic's "legs".
protected void	SupportByFirePosition.createShapes(DrawContext dc) Create the paths necessary to draw the graphic.
protected void	SectorRangeFan.createShapes(DrawContext dc) Create the paths required to draw the graphic.
protected void	SearchArea.createShapes(DrawContext dc) Create the list of positions that describe the arrow.
protected void	MinimumSafeDistanceZones.createShapes(DrawContext dc) Create the circles used to draw this graphic.
protected void	AttackByFirePosition.createShapes(DrawContext dc) Create the paths required to draw the graphic.
protected void	Ambush.createShapes(DrawContext dc) Create the paths required to draw the graphic.
protected void	SectorRangeFan.determineLabelPositions(DrawContext dc) Determine positions for the start and end labels.
protected void	RectangularTarget.determineLabelPositions(DrawContext dc)
protected void	RectangularPositionArea.determineLabelPositions(DrawContext dc)
protected void	RectangularFireSupportArea.determineLabelPositions(DrawContext dc)
protected void	MinimumSafeDistanceZones.determineLabelPositions(DrawContext dc) Determine positions for the start and end labels.
protected void	IrregularFireSupportArea.determineLabelPositions(DrawContext dc)
protected void	CircularRangeFan.determineLabelPositions(DrawContext dc) Determine positions for the start and end labels.
protected void	CircularPositionArea.determineLabelPositions(DrawContext dc)
protected void	CircularFireSupportArea.determineLabelPositions(DrawContext dc)
protected void	BattlePosition.determineLabelPositions(DrawContext dc) Determine the appropriate position for the graphic's labels.
protected void	BasicArea.determineLabelPositions(DrawContext dc) Determine the appropriate position for the graphic's labels.
protected Position	GroupOfTargets.determineMainLabelPosition(DrawContext dc) Compute the position for the area's main label.
protected Position	BasicArea.determineMainLabelPosition(DrawContext dc) Compute the position for the area's main label.
protected Position	Airhead.determineMainLabelPosition(DrawContext dc) Compute the position for the area's main label.
protected void	SectorRangeFan.doRenderGraphic(DrawContext dc) Render the polygon.
protected void	SearchArea.doRenderGraphic(DrawContext dc) Render this graphic, without modifiers.
protected void	MinimumSafeDistanceZones.doRenderGraphic(DrawContext dc) Render the polygon.
protected void	LimitedAccessArea.doRenderGraphic(DrawContext dc) Render this graphic, without modifiers.
protected void	Encirclement.doRenderGraphic(DrawContext dc)
protected void	Dummy.doRenderGraphic(DrawContext dc) Render this graphic, without modifiers.
protected void	CircularRangeFan.doRenderGraphic(DrawContext dc) Render the polygon.
protected void	BasicArea.doRenderGraphic(DrawContext dc) Render the polygon.
protected void	AttackByFirePosition.doRenderGraphic(DrawContext dc) Render this graphic, without modifiers.
protected void	Ambush.doRenderGraphic(DrawContext dc) Render this graphic, without modifiers.
protected void	AirfieldZone.doRenderGraphic(DrawContext dc) Render the polygon.
protected void	AbstractRectangularGraphic.doRenderGraphic(DrawContext dc) Render the quad.
protected void	AbstractCircularGraphic.doRenderGraphic(DrawContext dc) Render the polygon.
protected void	SectorRangeFan.doRenderGraphicModifiers(DrawContext dc) Render the graphic modifiers.
protected void	SearchArea.doRenderGraphicModifiers(DrawContext dc) Render the graphic modifiers.
protected void	CircularRangeFan.doRenderGraphicModifiers(DrawContext dc) Render the graphic modifiers.
protected void	BattlePosition.doRenderGraphicModifiers(DrawContext dc) Render the graphic modifiers.
protected void	FortifiedArea.generateIntermediatePositions(DrawContext dc, Iterable<? extends Position> positions) Generate the positions required to draw the polygon with a square wave boundary.
protected void	Encirclement.generateIntermediatePositions(DrawContext dc, Iterable<? extends Position> positions) Generate the positions required to draw the polygon with a triangle wave boundary.
protected void	BasicArea.makeShapes(DrawContext dc)
protected void	AirfieldZone.makeShapes(DrawContext dc) Create shapes to draw the airfield graphic.
void	SectorRangeFan.preRender(DrawContext dc)
void	SearchArea.preRender(DrawContext dc)
void	MinimumSafeDistanceZones.preRender(DrawContext dc)
void	Encirclement.preRender(DrawContext dc)
void	CircularRangeFan.preRender(DrawContext dc)
void	BasicArea.preRender(DrawContext dc)
void	AbstractRectangularGraphic.preRender(DrawContext dc)
void	AbstractCircularGraphic.preRender(DrawContext dc)

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

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

protected List<Position>	PrincipleDirectionOfFire.computeArrowheadPositions(DrawContext dc, Position startPosition, Position endPosition) Determine the positions that make up the arrowhead.
protected List<Position>	DirectionOfAttack.computeArrowheadPositions(DrawContext dc, Vec4 tip, Vec4 dir, double length) Determine the positions that make up the arrowhead.
protected Vec4[]	DirectionOfAttackForFeint.computeBezierControlPoints(DrawContext dc, Vec4 start, Vec4 end, double curvature) Compute the position of control points that will generate a Bezier curve that looks like the Direction of Attack for Feint graphic in MIL-STD-2525C (pg.
protected Vec4[]	InfiltrationLane.computeBezierControlPoints(DrawContext dc, Vec4 start, Vec4 end, int numControlPoints, double curvature) Compute the position of control points that will generate a Bezier curve that looks like the Infiltration Lane graphic in MIL-STD-2525C (pg.
protected void	ForwardLineOfOwnTroops.computeGeometry(DrawContext dc)
protected void	ForwardEdgeOfBattleArea.computeGeometry(DrawContext dc)
protected void	DirectionOfAttack.computeGeometry(DrawContext dc)
protected Position	Route.computeMainLabelPosition(DrawContext dc, TacticalGraphicLabel label, Position midpoint, Position posB) Compute the position of the graphic's main label.
protected Object[]	FireSupportLine.computePathLength(DrawContext dc) Compute the length of the path, and determine the start and end positions.
protected Path	PullUpPoint.createBowtie(DrawContext dc) Create a path to draw the bowtie graphic in the middle of the circle.
protected List<Position>	DirectionOfAttackAviation.createBowTie(DrawContext dc, Position pos1, Position pos2) Create positions required to to draw the bow tie part of the graphic.
protected void	Route.createPaths(DrawContext dc) Create the paths used to draw the route.
protected void	HoldingLine.createShape(DrawContext dc) Create a Path to render the line.
protected void	AbstractAxisArrow.createShapePositions(DrawContext dc) Create the list of positions that describe the arrow.
protected void	PrincipleDirectionOfFire.createShapes(DrawContext dc) Create the list of positions that describe the arrow.
protected void	LinearTarget.createShapes(DrawContext dc) Create the list of positions that describe the shape.
protected void	InfiltrationLane.createShapes(DrawContext dc) Create the list of positions that describe the arrow.
protected void	DirectionOfAttackForFeint.createShapes(DrawContext dc) Create the list of positions that describe the arrow.
protected void	DirectionOfAttackAviation.createShapes(DrawContext dc) Create the list of positions that describe the arrow.
protected void	DirectionOfAttack.createShapes(DrawContext dc) Create the list of positions that describe the arrow.
protected void	RoutePoint.determineLabelPositions(DrawContext dc) Determine the appropriate position for the graphic's labels.
protected void	Route.determineLabelPositions(DrawContext dc) Compute the position for the area's main label.
protected void	PullUpPoint.determineLabelPositions(DrawContext dc) Determine the appropriate position for the graphic's labels.
protected void	PrincipleDirectionOfFire.determineLabelPositions(DrawContext dc) Determine positions for the start and end labels.
protected void	PhaseLine.determineLabelPositions(DrawContext dc) Determine positions for the start and end labels.
protected void	MunitionFlightPath.determineLabelPositions(DrawContext dc) Determine positions for the start and end labels.
protected void	LinearTarget.determineLabelPositions(DrawContext dc) Determine positions for the start and end labels.
protected void	InfiltrationLane.determineLabelPositions(DrawContext dc) Determine positions for the start and end labels.
protected void	HoldingLine.determineLabelPositions(DrawContext dc) Determine positions for the start and end labels.
protected void	FireSupportLine.determineLabelPositions(DrawContext dc) Determine positions for the start and end labels.
protected void	DirectionOfAttackForFeint.determineLabelPositions(DrawContext dc)
protected void	DirectionOfAttackAviation.determineLabelPositions(DrawContext dc)
protected void	Boundary.determineLabelPositions(DrawContext dc) Determine positions for the start and end labels.
protected void	AdvanceForFeint.determineLabelPositions(DrawContext dc) Determine positions for the start and end labels.
protected Position	DoseRateContourLine.determineMainLabelPosition(DrawContext dc) Compute the position for the area's main label.
protected void	Route.doRenderGraphic(DrawContext dc) Render this graphic, without modifiers.
protected void	PullUpPoint.doRenderGraphic(DrawContext dc) Render the polygon.
protected void	PrincipleDirectionOfFire.doRenderGraphic(DrawContext dc) Render this graphic, without modifiers.
protected void	PhaseLine.doRenderGraphic(DrawContext dc) Render this graphic, without modifiers.
protected void	LineOfContact.doRenderGraphic(DrawContext dc)
protected void	LinearTarget.doRenderGraphic(DrawContext dc) Render this graphic, without modifiers.
protected void	InfiltrationLane.doRenderGraphic(DrawContext dc) Render this graphic, without modifiers.
protected void	HoldingLine.doRenderGraphic(DrawContext dc) Render this graphic, without modifiers.
protected void	ForwardEdgeOfBattleArea.doRenderGraphic(DrawContext dc) Render this graphic, without modifiers.
protected void	FireSupportLine.doRenderGraphic(DrawContext dc) Render this graphic, without modifiers.
protected void	DirectionOfAttack.doRenderGraphic(DrawContext dc) Render this graphic, without modifiers.
protected void	AbstractAxisArrow.doRenderGraphic(DrawContext dc) Render this graphic, without modifiers.
protected void	PrincipleDirectionOfFire.doRenderGraphicModifiers(DrawContext dc) Render the graphic modifiers.
protected void	Boundary.doRenderGraphicModifiers(DrawContext dc) Render the graphic modifiers.
void	Airborne.doRenderGraphicModifiers(DrawContext dc) Render the graphic modifiers.
protected void	LineOfContact.generateIntermediatePositions(DrawContext dc, Iterable<? extends Position> positions) Generate the positions required to draw the line.
protected void	ForwardLineOfOwnTroops.generateIntermediatePositions(DrawContext dc, Iterable<? extends Position> positions) Generate the positions required to draw the polygon with a triangle wave boundary.
protected void	ForwardEdgeOfBattleArea.FEBASymbol.layoutTextModifiers(DrawContext dc, AVList modifiers) Layout static text modifiers around the symbol.
void	Route.preRender(DrawContext dc)
void	PrincipleDirectionOfFire.preRender(DrawContext dc)

Uses of DrawContext in gov.nasa.worldwind.terrain

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

protected boolean	RectangularTessellator.atBestResolution(DrawContext dc, RectangularTessellator.RectTile tile)
void	SectorGeometryList.beginRendering(DrawContext dc) Indicates that this list's sectors are about to be rendered.
void	RectangularTessellator.beginRendering(DrawContext dc)
void	SectorGeometry.beginRendering(DrawContext dc, int numTextureUnits) Indicates that this sector geometry is about to be rendered one or more times.
void	RectangularTessellator.RectTile.beginRendering(DrawContext dc, int numTextureUnits)
protected void	SectorGeometryList.beginSectorGeometryPicking(DrawContext dc) Indicates that sector geometry picking is about to be performed.
protected boolean	RectangularTessellator.bindVbos(DrawContext dc, RectangularTessellator.RectTile tile, int numTextureUnits)
boolean	RectangularTessellator.buildVerts(DrawContext dc, RectangularTessellator.RectTile tile, boolean makeSkirts)
protected double	RectangularTessellator.computeTileResolutionTarget(DrawContext dc, RectangularTessellator.RectTile tile)
protected RectangularTessellator.CacheKey	RectangularTessellator.createCacheKey(DrawContext dc, RectangularTessellator.RectTile tile)
protected RectangularTessellator.RectTile	RectangularTessellator.createTile(DrawContext dc, Sector tileSector, int level)
protected ArrayList<RectangularTessellator.RectTile>	RectangularTessellator.createTopLevelTiles(DrawContext dc)
void	SectorGeometryList.endRendering(DrawContext dc) Restores state established by SectorGeometryList.beginRendering(gov.nasa.worldwind.render.DrawContext).
void	SectorGeometry.endRendering(DrawContext dc) Restores state established by SectorGeometry.beginRendering(gov.nasa.worldwind.render.DrawContext, int).
void	RectangularTessellator.endRendering(DrawContext dc)
void	RectangularTessellator.RectTile.endRendering(DrawContext dc)
protected void	SectorGeometryList.endSectorGeometryPicking(DrawContext dc) Restores state established by SectorGeometryList.beginSectorGeometryPicking(gov.nasa.worldwind.render.DrawContext).
protected int[]	RectangularTessellator.fillIndexListVbo(DrawContext dc, int density, IntBuffer indices)
protected int[]	RectangularTessellator.fillTextureCoordsVbo(DrawContext dc, int density, FloatBuffer texCoords)
protected void	RectangularTessellator.RenderInfo.fillVerticesVBO(DrawContext dc)
protected void	RectangularTessellator.makeVerts(DrawContext dc, RectangularTessellator.RectTile tile)
protected boolean	RectangularTessellator.needToSplit(DrawContext dc, RectangularTessellator.RectTile tile)
PickedObject[]	SectorGeometry.pick(DrawContext dc, List<? extends Point> pickPoints) Performs a pick on the geometry.
PickedObject[]	RectangularTessellator.RectTile.pick(DrawContext dc, List<? extends Point> pickPoints)
List<PickedObject>	SectorGeometryList.pick(DrawContext dc, List<Point> pickPoints) Detects the locations of the sector geometries in this list that intersect any of the points in a specified list of screen points.
void	SectorGeometryList.pick(DrawContext dc, Point pickPoint) Detects the locations of the sector geometries in this list that intersect a specified screen point.
void	SectorGeometry.pick(DrawContext dc, Point pickPoint) Performs a pick on the geometry.
void	RectangularTessellator.RectTile.pick(DrawContext dc, Point pickPoint)
protected PickedObject[]	RectangularTessellator.pick(DrawContext dc, RectangularTessellator.RectTile tile, List<? extends Point> pickPoints)
protected void	RectangularTessellator.pick(DrawContext dc, RectangularTessellator.RectTile tile, Point pickPoint)
void	RectangularTessellator.RectTile.render(DrawContext dc)
void	SectorGeometry.render(DrawContext dc, boolean beginRenderingCalled) Displays the geometry.
void	RectangularTessellator.RectTile.render(DrawContext dc, boolean beginRenderingCalled)
protected void	RectangularTessellator.render(DrawContext dc, RectangularTessellator.RectTile tile)
protected long	RectangularTessellator.render(DrawContext dc, RectangularTessellator.RectTile tile, int numTextureUnits)
void	SectorGeometry.renderBoundingVolume(DrawContext dc) Displays the geometry's bounding volume.
void	RectangularTessellator.RectTile.renderBoundingVolume(DrawContext dc)
protected void	RectangularTessellator.renderBoundingVolume(DrawContext dc, RectangularTessellator.RectTile tile)
void	SectorGeometry.renderMultiTexture(DrawContext dc, int numTextureUnits) Displays the geometry.
void	RectangularTessellator.RectTile.renderMultiTexture(DrawContext dc, int numTextureUnits)
void	SectorGeometry.renderMultiTexture(DrawContext dc, int numTextureUnits, boolean beginRenderingCalled) Displays the geometry.
void	RectangularTessellator.RectTile.renderMultiTexture(DrawContext dc, int numTextureUnits, boolean beginRenderingCalled)
protected void	RectangularTessellator.renderMultiTexture(DrawContext dc, RectangularTessellator.RectTile tile, int numTextureUnits)
protected void	RectangularTessellator.renderPatchBoundary(DrawContext dc, RectangularTessellator.RectTile tile)
void	SectorGeometry.renderTileID(DrawContext dc) Displays on the geometry's surface the tessellator level and the minimum and maximum elevations of the sector.
void	RectangularTessellator.RectTile.renderTileID(DrawContext dc)
protected void	RectangularTessellator.renderTileID(DrawContext dc, RectangularTessellator.RectTile tile)
protected void	RectangularTessellator.renderTrianglesWithUniqueColors(DrawContext dc, RectangularTessellator.RectTile tile) Render each triangle of a tile in a unique color.
protected void	RectangularTessellator.renderVA(DrawContext dc, RectangularTessellator.RectTile tile, int numTextureUnits)
protected boolean	RectangularTessellator.renderVBO(DrawContext dc, RectangularTessellator.RectTile tile, int numTextureUnits)
void	SectorGeometry.renderWireframe(DrawContext dc, boolean interior, boolean exterior) Displays the geometry's tessellation.
void	RectangularTessellator.RectTile.renderWireframe(DrawContext dc, boolean showTriangles, boolean showTileBoundary)
protected void	RectangularTessellator.renderWireframe(DrawContext dc, RectangularTessellator.RectTile tile, boolean showTriangles, boolean showTileBoundary)
protected PickedObject	RectangularTessellator.resolvePick(DrawContext dc, RectangularTessellator.RectTile tile, Point pickPoint)
protected void	RectangularTessellator.selectVisibleTiles(DrawContext dc, RectangularTessellator.RectTile tile)
protected RectangularTessellator.RectTile[]	RectangularTessellator.split(DrawContext dc, RectangularTessellator.RectTile tile)
SectorGeometryList	Tessellator.tessellate(DrawContext dc) Tessellate a globe for the currently visible region.
SectorGeometryList	RectangularTessellator.tessellate(DrawContext dc)
protected void	RectangularTessellator.RenderInfo.update(DrawContext dc) Resets this instance's update time to now and refills its VBO if VBOs should be used.

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

RectangularTessellator.CacheKey(DrawContext dc, Sector sector, int density)

RectangularTessellator.RenderInfo(DrawContext dc, int density, FloatBuffer vertices, Vec4 refCenter)

Uses of DrawContext in gov.nasa.worldwind.util

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

void	PlacemarkClutterFilter.apply(DrawContext dc, List<Declutterable> shapes)
void	ClutterFilter.apply(DrawContext dc, List<Declutterable> shapes) Applies the filter for a specified list of Declutterable shapes.
void	BasicClutterFilter.apply(DrawContext dc, List<Declutterable> shapes)
protected void	OGLRenderToTextureSupport.beginFramebufferObjectRendering(DrawContext dc)
void	OGLRenderToTextureSupport.beginRendering(DrawContext dc, int x, int y, int width, int height) Configures the GL attached to the specified DrawContext for rendering a 2D model to a texture.
boolean	TextureAtlas.bind(DrawContext dc) Binds this texture atlas' OpenGL texture to the GLContext attached to the draw context.
void	VecBuffer.bindAsColorBuffer(DrawContext dc) Binds this buffer as the source of color values to use when rendering OpenGL primitives.
void	VecBufferSequence.bindAsNormalBuffer(DrawContext dc) Binds this buffer as the source of normal coordinates to use when rendering OpenGL primitives.
void	VecBuffer.bindAsNormalBuffer(DrawContext dc) Binds this buffer as the source of normal coordinates to use when rendering OpenGL primitives.
void	VecBufferSequence.bindAsTexCoordBuffer(DrawContext dc) Binds this buffer as the source of texture coordinates to use when rendering OpenGL primitives.
void	VecBuffer.bindAsTexCoordBuffer(DrawContext dc) Binds this buffer as the source of texture coordinates to use when rendering OpenGL primitives.
void	VecBufferSequence.bindAsVertexBuffer(DrawContext dc) Binds this buffer as the source of vertex coordinates to use when rendering OpenGL primitives.
void	VecBuffer.bindAsVertexBuffer(DrawContext dc) Binds this buffer as the source of vertex coordinates to use when rendering OpenGL primitives.
protected void	OGLRenderToTextureSupport.bindFramebufferColorAttachment(DrawContext dc, Texture texture)
protected void	OGLRenderToTextureSupport.checkFramebufferStatus(DrawContext dc)
void	OGLRenderToTextureSupport.clear(DrawContext dc, Color color) Clears the current texture target's pixels with the specified RGBA clear color.
static double	WWMath.computeDistanceFromEye(DrawContext dc, Extent extent) Returns the distance in model coordinates from the View eye point to the specified Extent.
static double	WWMath.computeSizeInWindowCoordinates(DrawContext dc, Extent extent) Returns the size in window coordinates of the specified Extent from the current View.
protected void	OGLRenderToTextureSupport.copyScreenPixelsToTexture(DrawContext dc, int x, int y, int width, int height, Texture texture)
protected void	TextureAtlas.disposeOldTextures(DrawContext dc) Removes textures corresponding to this texture atlas' disposed backing images from the draw context's GPU resource cache.
void	VecBufferSequence.drawArrays(DrawContext dc, int drawMode) Renders getTotalBufferSize() elements from the currently bounds OpenGL coordinate buffers, beginning with element 0.
void	VecBuffer.drawArrays(DrawContext dc, int drawMode) Renders getSize() elements from the currently bounds OpenGL coordinate buffers, beginning with element 0.
protected void	PlacemarkClutterFilter.DeclutteredLabel.drawDeclutterLabel(DrawContext dc, Font font, Vec4 textPoint, String labelText)
protected void	PlacemarkClutterFilter.DeclutteredLabel.drawDeclutterLine(DrawContext dc, Vec4 startPoint, Vec4 endPoint)
protected void	OGLRenderToTextureSupport.endFramebufferObjectRendering(DrawContext dc)
void	OGLRenderToTextureSupport.endRendering(DrawContext dc) Flushes any buffered pixel values to the appropriate texure targets, then restores the GL state to its previous configuration before OGLRenderToTextureSupport.beginRendering(gov.nasa.worldwind.render.DrawContext, int, int, int, int) was called.
void	OGLRenderToTextureSupport.flush(DrawContext dc) Flushes any buffered pixel values to the appropriate target textures.
protected void	OGLRenderToTextureSupport.flushColor(DrawContext dc)
protected Texture	TextureAtlas.getTexture(DrawContext dc) Indicates the OpenGL Texture associated with this texture atlas.
protected boolean	VecBufferSequence.haveMultiDrawArrays(DrawContext dc)
boolean	TimedExpirySupport.isExpired(DrawContext dc) Indicates whether this timer has expired.
boolean	TextureAtlasElement.load(DrawContext dc) Loads this element's image and adds it to the texture atlas.
protected Texture	TextureAtlas.makeTextureWithBackingImage(DrawContext dc) Creates an OpenGL texture by loading this texture atlas's backing image into a new texture with the same dimensions.
void	VecBufferSequence.multiDrawArrays(DrawContext dc, int drawMode) Renders elements from the currently bounds OpenGL coordinate buffers.
void	PlacemarkClutterFilter.DeclutteredLabel.pick(DrawContext dc, Point pickPoint)
List<Sector>	SectorVisibilityTree.refresh(DrawContext dc, double sectorSize) Determines the visible sectors at a specifed resolution within the draw context's current visible sector.
List<Sector>	SectorVisibilityTree.refresh(DrawContext dc, double sectorSize, List<Sector> searchSectors) Determines the visible sectors at a specified resolution within a collection of sectors.
List<Sector>	SectorVisibilityTree.refresh(DrawContext dc, double sectorSize, Sector searchSector) Determines the visible sectors at a specified resolution within a specified sector.
protected void	PlacemarkClutterFilter.render(DrawContext dc) Draws the decluttered shape representation.
void	PlacemarkClutterFilter.DeclutteredLabel.render(DrawContext dc)
protected boolean	TextureAtlasElement.requestImage(DrawContext dc) Requests that this element's image source be loaded into its texture atlas.
void	TimedExpirySupport.restart(DrawContext dc) Marks this timer as not expired and restarts the timer.
void	OGLRenderToTextureSupport.setColorTarget(DrawContext dc, Texture texture) Sets the specified texture as the color buffer target.
protected void	TextureAtlas.setTexture(DrawContext dc, Texture texture) Specifies the OpenGL Texture associated with this texture atlas.
protected void	TextureAtlas.setTextureParameters(DrawContext dc) Specifies the OpenGL texture parameters associated with this texture atlas' OpenGL texture.
protected void	SectorVisibilityTree.swapCylinderLists(DrawContext dc)
protected Texture	TextureAtlas.syncTexture(DrawContext dc) Synchronizes this texture atlas's backing image with its OpenGL texture, creating an OpenGL texture as necessary.
protected void	OGLRenderToTextureSupport.updateMipmaps(DrawContext dc, Texture texture)
protected Texture	TextureAtlas.updateTextureWithSubImage(DrawContext dc, Rectangle rect) Loads a sub-region of this texture atlas' backing image into its OpenGL texture.
protected boolean	OGLRenderToTextureSupport.useFramebufferObject(DrawContext dc)

Constructors in gov.nasa.worldwind.util with parameters of type DrawContext

SectorVisibilityTree.Context(DrawContext dc, double sectorSize, List<Sector> sectors)

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

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

void	MeasureTool.ControlPointWithLeader.preRender(DrawContext dc)
void	MeasureTool.CustomRenderableLayer.render(DrawContext dc)
void	MeasureTool.ControlPointWithLeader.render(DrawContext dc)

Uses of DrawContext in gov.nasa.worldwind.util.tree

Methods in gov.nasa.worldwind.util.tree with parameters of type DrawContext

protected void	ScrollFrame.beginDrawing(DrawContext dc)
protected int	BasicTreeLayout.computeMaxTextHeight(DrawContext dc) Determine the maximum height of a line of text using the active font.
protected void	BasicTreeLayout.computeSize(Tree tree, TreeNode root, DrawContext dc, Dimension frameSize, Dimension size, int x, int level) Compute the size of a tree.
protected void	BasicTreeLayout.computeTreeLayout(TreeNode root, DrawContext dc, Dimension frameSize, Point location, int level, List<BasicTreeLayout.NodeLayout> nodes) Determine the tree layout.
protected String	BasicTreeLayout.computeWrappedText(DrawContext dc, TreeNode node, Font font, int width) Get the wrapped description text for a node.
protected Texture	ScrollFrame.createTileTexture(DrawContext dc, int width, int height) Returns a new tile texture with the specified width and height.
protected void	ScrollBar.doPick(DrawContext dc) Pick the scroll bar.
protected void	ScrollBar.draw(DrawContext dc) Draw the scroll bar.
protected void	BasicTreeLayout.drawCheckboxes(DrawContext dc, Iterable<BasicTreeLayout.NodeLayout> nodes) Draw check boxes.
protected void	BasicTreeLayout.drawCheckmarks(DrawContext dc, Iterable<BasicTreeLayout.NodeLayout> nodes) Draw checkmark symbols in the selected checkboxes.
protected void	ScrollFrame.drawContentDirect(DrawContext dc) Draw the frame contents directly (not using previously generated tiles).
protected void	ScrollFrame.drawContentTiles(DrawContext dc) Draw the frame contents using previously build texture tiles.
protected void	BasicTreeLayout.drawDescriptionText(DrawContext dc, Iterable<BasicTreeLayout.NodeLayout> nodes) Draw the description text for tree nodes.
protected void	BasicTreeLayout.drawFilledCheckboxes(DrawContext dc, Iterable<BasicTreeLayout.NodeLayout> nodes) Draw squares filled with a gradient for partially selected checkboxes.
protected void	ScrollFrame.drawFrame(DrawContext dc) Draw the frame, scroll bars, and title bar.
protected void	ScrollFrame.drawIcon(DrawContext dc, Point drawPoint) Draw an icon in the upper left corner of the title bar.
protected void	BasicTreeLayout.drawIcons(DrawContext dc, Iterable<BasicTreeLayout.NodeLayout> nodes) Draw icons for a tree nodes.
protected void	ScrollFrame.drawMaximized(DrawContext dc) Draw the frame in its maximized state.
protected void	ScrollFrame.drawMinimizeButton(DrawContext dc) Draw the minimize/maximize button in the frame title bar.
protected void	ScrollFrame.drawMinimized(DrawContext dc) Draw the frame in its minimized state.
protected void	ScrollBar.drawPickableQuad(DrawContext dc, Object pickObject, Rectangle bounds) Draw a filled quad in a unique pick color.
static void	TreeUtil.drawPickableRect(DrawContext dc, PickSupport pickSupport, Object pickedObject, Rectangle bounds) Draw a rectangle in a unique pick color, and associate the color with a pickable object.
protected void	ScrollBar.drawQuad(DrawContext dc, Rectangle bounds) Draw the vertices of a quadrilateral.
protected void	ScrollFrame.drawScrollBars(DrawContext dc) Draw visible scroll bars for the frame.
protected void	BasicTreeLayout.drawText(DrawContext dc, Iterable<BasicTreeLayout.NodeLayout> nodes) Draw the main line of text for a list of tree nodes.
protected void	ScrollFrame.drawTitleBar(DrawContext dc) Draw the title bar.
protected void	ScrollFrame.drawTitleText(DrawContext dc, Point drawPoint) Draw text in the frame title.
protected void	ScrollBar.drawTriangle(DrawContext dc, float rotation, Rectangle bounds, Insets insets) Draw a triangle for one of the scroll bar controls.
protected void	BasicTreeLayout.drawTriangles(DrawContext dc, Iterable<BasicTreeLayout.NodeLayout> nodes) Draw triangles to indicate that the nodes are expanded or collapsed.
protected void	ScrollFrame.endDrawing(DrawContext dc)
protected int	BasicTreeLayout.estimateWrappedTextLines(DrawContext dc, String text, Font font, int frameWidth)
protected Rectangle	BasicTreeLayout.findNodeBounds(TreeNode needle, TreeNode haystack, DrawContext dc, Dimension frameSize, Point location, int level) Find the bounds of a node in the tree.
protected void	ScrollFrame.generateShortTitle(DrawContext dc, String frameTitle, int width, String cutOff) Generate a shortened version of the frame title that will fit in the frame title area.
Rectangle	ScrollFrame.getBounds(DrawContext dc) Get the bounds of the tree frame.
protected Rectangle2D	BasicTreeLayout.getMultilineTextBounds(DrawContext dc, String text, Font font) Get the bounds of a multi-line text string.
Dimension	BasicTreeLayout.getNodeSize(DrawContext dc, Dimension frameSize, int x, TreeNode node, TreeAttributes attributes) Compute the size of a node.
Dimension	Scrollable.getSize(DrawContext dc, Dimension frameSize) Get the size of the object on screen.
Dimension	BasicTreeLayout.getSize(DrawContext dc, Dimension frameSize) Get the size of the entire tree, including the part that is not visible in the scroll pane.
protected Rectangle2D	BasicTreeLayout.getTextBounds(DrawContext dc, String text, Font font) Get the bounds of a text string.
protected boolean	ScrollFrame.intersectsFrustum(DrawContext dc) Determines whether the frame intersects the view frustum.
protected boolean	BasicTreeLayout.intersectsFrustum(DrawContext dc, BasicTreeLayout.NodeLayout layout, Rectangle scrollBounds) Determines whether a node intersects the view frustum.
protected boolean	ScrollFrame.mustUpdateTiles(DrawContext dc) Indicates whether or not any of the the rendered tiles must be updated.
void	BasicTree.pick(DrawContext dc, Point pickPoint) Executes a pick of the ordered renderable.
protected void	BasicTreeLayout.pickTextAndIcon(DrawContext dc, Iterable<BasicTreeLayout.NodeLayout> nodes) Draw pick rectangles over the icon and text areas the visible nodes.
void	ScrollFrame.preRender(DrawContext dc)
void	BasicTreeLayout.preRender(DrawContext dc)
void	BasicTree.preRender(DrawContext dc)
void	TreeLayout.render(DrawContext dc) Render a tree.
void	ScrollFrame.render(DrawContext dc) Causes this Renderable to render itself using the provided draw context.
void	ScrollBar.render(DrawContext dc) Draw the scroll bar.
void	BasicTreeLayout.render(DrawContext dc) Render a tree.
void	BasicTree.render(DrawContext dc) Causes this Renderable to render itself using the provided draw context.
protected void	BasicTreeLayout.renderNodes(DrawContext dc, Point drawPoint, Iterable<BasicTreeLayout.NodeLayout> nodes, Rectangle clipBounds) Render a list of tree nodes.
void	Scrollable.renderScrollable(DrawContext dc, Point location, Dimension frameSize, Rectangle clipBounds) Render the scrollable component.
void	BasicTreeLayout.renderScrollable(DrawContext dc, Point location, Dimension frameSize, Rectangle clipBounds) Render the scrollable component.
protected void	BasicTreeLayout.scrollToNode(DrawContext dc) Scroll the frame to make a the node set in BasicTreeLayout.scrollToNode node visible.
protected void	ScrollFrame.stepAnimation(DrawContext dc) Increment the active animation.
protected void	BasicTreeLayout.updateAttributes(DrawContext dc) Update the active attributes for the current frame, and compute other properties that are based on the active attributes.
void	ScrollFrame.updateBounds(DrawContext dc) Compute the bounds of the content frame, and the extents of the scroll range.
protected void	ScrollFrame.updateTile(DrawContext dc, gov.nasa.worldwind.util.tree.ScrollFrame.ContentTile tile, Rectangle tileBounds) Draws the current list of ScrollableTiles into the texture tiles.
protected void	ScrollFrame.updateTiles(DrawContext dc) Update content tiles that have been rendered to a texture.

Uses of DrawContext in gov.nasa.worldwind.util.webview

Methods in gov.nasa.worldwind.util.webview with parameters of type DrawContext

boolean	WebViewTexture.bind(DrawContext dc)
protected WWTexture	WindowsWebView.createTextureRepresentation(DrawContext dc) Create a texture representation of the WebView.
protected WWTexture	MacWebView.createTextureRepresentation(DrawContext dc)
protected abstract WWTexture	AbstractWebView.createTextureRepresentation(DrawContext dc) Create a texture representation of the WebView.
protected void	MacWebView.MacWebViewTexture.displayInTexture(DrawContext dc, Texture texture)
WWTexture	WebView.getTextureRepresentation(DrawContext dc) Returns a layed out and rendered representation of the WebView's content as a WWTexture.
WWTexture	AbstractWebView.getTextureRepresentation(DrawContext dc) Returns a layed out and rendered representation of the WebView's content as a WWTexture.
protected Texture	WebViewTexture.initializeTexture(DrawContext dc, Object imageSource)
protected void	WindowsWebView.WindowsWebViewTexture.updateIfNeeded(DrawContext dc) Update the texture if the native WebView window has changed.
protected void	WebViewTexture.updateIfNeeded(DrawContext dc)
protected void	MacWebView.MacWebViewTexture.updateIfNeeded(DrawContext dc)

Uses of DrawContext in gov.nasa.worldwind.view

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

protected DrawContext

BasicView.dc

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

DrawContext

BasicView.getDC()

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

void	BasicView.apply(DrawContext dc)
static double	ViewUtil.computeElevationAboveSurface(DrawContext dc, Position position)
protected void	BasicView.doApply(DrawContext dc)
static void	BasicView.loadGLViewState(DrawContext dc, Matrix modelview, Matrix projection) Sets the the opengl modelview and projection matrices to the given matrices.
void	BasicView.popReferenceCenter(DrawContext dc) Removes the model-view matrix on top of the matrix stack, and restores the original matrix.
Matrix	BasicView.pushReferenceCenter(DrawContext dc, Vec4 referenceCenter)
Matrix	BasicView.setReferenceCenter(DrawContext dc, Vec4 referenceCenter)

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

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

protected void

BasicFlyView.doApply(DrawContext dc)

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

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

Position	OrbitViewCollisionSupport.computeCenterPositionToResolveCollision(BasicOrbitView orbitView, double nearDistance, DrawContext dc)
Angle	OrbitViewCollisionSupport.computePitchToResolveCollision(BasicOrbitView orbitView, double nearDistance, DrawContext dc)
protected void	BasicOrbitView.doApply(DrawContext dc)
boolean	OrbitViewCollisionSupport.isColliding(OrbitView orbitView, double nearDistance, DrawContext dc)

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

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

protected AbstractShape.AbstractShapeData	AntennaModel.createCacheEntry(DrawContext dc)
protected AbstractShape.AbstractShapeData	AntennaAxes.createCacheEntry(DrawContext dc)
protected void	AntennaModel.doDrawInterior(DrawContext dc)
protected void	AntennaAxes.doDrawInterior(DrawContext dc)
protected void	AntennaModel.doDrawOutline(DrawContext dc)
protected void	AntennaAxes.doDrawOutline(DrawContext dc)
protected boolean	AntennaModel.doMakeOrderedRenderable(DrawContext dc)
protected boolean	AntennaAxes.doMakeOrderedRenderable(DrawContext dc)
void	AntennaAxes.drawAxes(DrawContext dc)
protected void	AntennaAxes.drawCone(DrawContext dc, AntennaAxes.ShapeData shapeData)
protected void	AntennaAxes.drawCylinder(DrawContext dc, AntennaAxes.ShapeData shapeData)
protected void	AntennaAxes.drawLabels(DrawContext dc)
void	AntennaModel.drawModel(DrawContext dc, int displayMode, boolean showTexture)
protected void	AntennaModel.fillVBO(DrawContext dc)
protected void	AntennaAxes.fillVBO(DrawContext dc)
protected boolean	AntennaModel.isOrderedRenderableValid(DrawContext dc)
protected boolean	AntennaAxes.isOrderedRenderableValid(DrawContext dc)
protected void	AntennaAxes.makeCylinderVertices(DrawContext dc)
protected boolean	AntennaModel.mustApplyTexture(DrawContext dc)
protected boolean	AntennaAxes.mustApplyTexture(DrawContext dc)
protected boolean	AntennaModel.mustRegenerateGeometry(DrawContext dc)
protected boolean	AntennaAxes.mustRegenerateGeometry(DrawContext dc)
void	AntennaAxes.render(DrawContext dc)
protected boolean	AntennaModel.shouldUseVBOs(DrawContext dc)
protected boolean	AntennaAxes.shouldUseVBOs(DrawContext dc)

Constructors in gov.nasa.worldwindx.applications.antenna with parameters of type DrawContext

AntennaAxes.ShapeData(DrawContext dc, AntennaAxes shape)
Construct a cache entry using the boundaries of this shape.

AntennaModel.ShapeData(DrawContext dc, AntennaModel shape)
Construct a cache entry using the boundaries of this shape.

Uses of DrawContext in gov.nasa.worldwindx.applications.glider

Methods in gov.nasa.worldwindx.applications.glider with parameters of type DrawContext

void	GliderImageLayer.doPreRender(DrawContext dc)
protected void	GliderImageLayer.doRender(DrawContext dc)
void	GliderImageLayer.render(DrawContext dc)

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

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

protected void	ElevationPlane.applyTextureState(DrawContext dc)
protected void	ElevationPlane.beginRendering(DrawContext dc)
protected double[][]	ElevationPlane.computePlanes(DrawContext dc)
protected void	ElevationPlane.doRenderGeometry(DrawContext dc, String drawStyle, List<LatLon> locations, List<Boolean> edgeFlags)
protected void	ElevationPlane.endRendering(DrawContext dc)
protected void	ElevationPlane.unApplyTextureState(DrawContext dc)

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

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

protected double	TrackSegmentInfo.computeSurfaceElevation(DrawContext dc, Angle latitude, Angle longitude)
protected void	TrackSegmentInfo.doRender(DrawContext dc)
protected void	TrackSegmentInfo.drawHeadingAltitudeLabel(DrawContext dc, int x, int y, Font font, Color color, Angle heading, Position pos)
protected void	TrackSegmentInfo.drawLatLonLabel(DrawContext dc, int x, int y, Font font, Color color, Position pos)
protected void	TrackSegmentInfo.drawSegmentLabel(DrawContext dc, SARTrack track, int index)
protected void	TrackSegmentInfo.drawSegmentPositionLabel(DrawContext dc, SARTrack track, int index, Position pos)
protected void	TrackSegmentInfo.OrderedText.drawText(DrawContext dc, String text, int x, int y, Font font, Color color)
protected void	TrackSegmentInfo.drawText(DrawContext dc, String text, int x, int y, Font font, Color color, double distanceFromEye)
protected Vec4	TrackSegmentInfo.getScreenPoint(DrawContext dc, Position position)
protected MultiLineTextRenderer	TrackSegmentInfo.OrderedText.getTextRendererFor(DrawContext dc, Font font)
void	TrackSegmentInfo.OrderedText.pick(DrawContext dc, Point pickPoint)
void	TrackSegmentInfo.render(DrawContext dc)
void	TrackSegmentInfo.OrderedText.render(DrawContext dc)
void	ScreenElevationLine.render(DrawContext dc)
void	PlaneModel.render(DrawContext dc)

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

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

static void	SegmentPlaneAttributes.applyGeometryAttributes(DrawContext dc, SegmentPlaneAttributes.GeometryAttributes attributes, boolean enableMaterial)
static void	SegmentPlaneAttributes.applyGeometryAttributesAsLine(DrawContext dc, SegmentPlaneAttributes.GeometryAttributes attributes)
protected static void	SegmentPlaneAttributes.applyLineWidth(DrawContext dc, double lineWidth, double pickLineWidth)
protected static void	SegmentPlaneAttributes.applyMaterial(DrawContext dc, Material material, double opacity, boolean enableMaterial)
protected void	SegmentPlaneRenderer.begin(DrawContext dc, OGLStackHandler ogsh)
protected void	SegmentPlaneRenderer.OrderedText.begin(DrawContext dc, OGLStackHandler ogsh)
protected boolean	SegmentPlaneRenderer.bindGeometryAttributes(DrawContext dc, SegmentPlane segmentPlane, Object key, boolean disablePicking)
protected boolean	SegmentPlaneRenderer.bindGeometryAttributesAsLine(DrawContext dc, SegmentPlane segmentPlane, Object key, boolean disablePicking)
protected boolean	SegmentPlaneRenderer.bindLabelAttributes(DrawContext dc, SegmentPlane segmentPlane, Object key)
protected PickedObject	SegmentPlaneRenderer.bindPickableObject(DrawContext dc, Object userObject, Object objectId)
protected void	SegmentPlaneRenderer.bindPlaneVertexGeometry(DrawContext dc, SegmentPlaneRenderer.RenderInfo renderInfo)
protected double	SegmentPlaneRenderer.computeMinDistanceBetweenLabels(DrawContext dc, SegmentPlaneRenderer.OrderedText[] text, int textCount)
protected SegmentPlaneRenderer.OrderedText	SegmentPlaneRenderer.createLabel(DrawContext dc, SegmentPlane segmentPlane, Position position, AVList values, Object key)
protected void	SegmentPlaneEditor.doPick(DrawContext dc, Point pickPoint)
protected void	SegmentPlaneEditor.doRender(DrawContext dc)
protected void	SegmentPlaneRenderer.OrderedText.draw(DrawContext dc)
protected void	SegmentPlaneRenderer.draw(DrawContext dc, SegmentPlane segmentPlane, Point pickPoint, Layer layer)
protected void	SegmentPlaneRenderer.drawAxisLabels(DrawContext dc, SegmentPlaneRenderer.OrderedText[] text, int startPos, int count, double averageSize, double minDistance)
protected void	SegmentPlaneRenderer.drawAxisLabels(DrawContext dc, SegmentPlane segmentPlane, SegmentPlaneRenderer.RenderInfo renderInfo, Point pickPoint, Layer layer)
protected void	SegmentPlaneRenderer.drawBorder(DrawContext dc, SegmentPlaneRenderer.RenderInfo renderInfo, Matrix modelview, double radius, double height)
protected void	SegmentPlaneRenderer.drawBorderCap(DrawContext dc, SegmentPlaneRenderer.RenderInfo renderInfo)
protected void	SegmentPlaneRenderer.drawBorderCylinder(DrawContext dc, SegmentPlaneRenderer.RenderInfo renderInfo)
protected void	SegmentPlaneRenderer.drawControlPoint(DrawContext dc, SegmentPlane segmentPlane, SegmentPlane.ControlPoint controlPoint, Position position, MarkerShape shape)
protected void	SegmentPlaneRenderer.drawControlPointGeometry(DrawContext dc, SegmentPlane segmentPlane, SegmentPlaneRenderer.ControlPointInfo controlPointInfo)
protected void	SegmentPlaneRenderer.drawControlPointLabel(DrawContext dc, SegmentPlane segmentPlane, SegmentPlane.ControlPoint controlPoint, Position position)
protected void	SegmentPlaneRenderer.drawControlPoints(DrawContext dc, SegmentPlane segmentPlane, SegmentPlaneRenderer.RenderInfo renderInfo, Point pickPoint, Layer layer)
protected void	SegmentPlaneRenderer.drawHorizontalAxisLabels(DrawContext dc, SegmentPlane segmentPlane)
protected void	SegmentPlaneRenderer.drawLabel(DrawContext dc, SegmentPlane segmentPlane, Position position, AVList values, Object key)
protected void	SegmentPlaneRenderer.drawPlaneBackground(DrawContext dc, SegmentPlane segmentPlane, SegmentPlaneRenderer.RenderInfo renderInfo, Point pickPoint, Layer layer)
protected void	SegmentPlaneRenderer.drawPlaneBorder(DrawContext dc, SegmentPlane segmentPlane, SegmentPlaneRenderer.RenderInfo renderInfo, Point pickPoint, Layer layer)
protected void	SegmentPlaneRenderer.drawPlaneFillElements(DrawContext dc, SegmentPlaneRenderer.RenderInfo renderInfo)
protected void	SegmentPlaneRenderer.drawPlaneGeometry(DrawContext dc, SegmentPlane segmentPlane, SegmentPlaneRenderer.RenderInfo renderInfo, Point pickPoint, Layer layer)
protected void	SegmentPlaneRenderer.drawPlaneGrid(DrawContext dc, SegmentPlane segmentPlane, SegmentPlaneRenderer.RenderInfo renderInfo, Point pickPoint, Layer layer)
protected void	SegmentPlaneRenderer.drawPlaneGridElements(DrawContext dc, SegmentPlaneRenderer.RenderInfo renderInfo)
protected void	SegmentPlaneRenderer.drawPlaneOutline(DrawContext dc, SegmentPlane segmentPlane, SegmentPlaneRenderer.RenderInfo renderInfo, Point pickPoint, Layer layer)
protected void	SegmentPlaneRenderer.drawPlaneOutlineElements(DrawContext dc, SegmentPlaneRenderer.RenderInfo renderInfo)
protected void	SegmentPlaneRenderer.drawSegmentAltimeter(DrawContext dc, SegmentPlane segmentPlane, SegmentPlaneRenderer.RenderInfo renderInfo, Point pickPoint, Layer layer)
protected void	SegmentPlaneRenderer.drawSegmentAltimeterGeometry(DrawContext dc, SegmentPlane segmentPlane, SegmentPlaneRenderer.RenderInfo renderInfo, Point pickPoint, Layer layer)
protected void	SegmentPlaneRenderer.drawSegmentAltimeterLabel(DrawContext dc, SegmentPlane segmentPlane, SegmentPlaneRenderer.RenderInfo renderInfo, Point pickPoint, Layer layer)
protected void	SegmentPlaneRenderer.drawSegmentPlane(DrawContext dc, SegmentPlane segmentPlane, SegmentPlaneRenderer.RenderInfo renderInfo, Point pickPoint, Layer layer)
protected void	SegmentPlaneRenderer.drawVerticalAxisLabels(DrawContext dc, SegmentPlane segmentPlane)
protected void	SegmentPlaneRenderer.end(DrawContext dc, OGLStackHandler ogsh)
protected void	SegmentPlaneRenderer.OrderedText.end(DrawContext dc, OGLStackHandler ogsh)
Vec4	SegmentPlaneRenderer.OrderedText.getScreenPoint(DrawContext dc)
protected Vec4	SegmentPlaneRenderer.OrderedText.getScreenPoint(DrawContext dc, Position position)
protected MultiLineTextRenderer	SegmentPlaneRenderer.getTextRendererFor(DrawContext dc, Font font)
protected PickedObject	SegmentPlaneRenderer.getTopPickedObject(DrawContext dc, Point pickPoint, Object pickedObjectId)
void	SegmentPlaneRenderer.OrderedText.pick(DrawContext dc, Point pickPoint)
void	SegmentPlaneRenderer.pick(DrawContext dc, SegmentPlane segmentPlane, Point pickPoint, Layer layer)
protected void	SegmentPlaneRenderer.registerPickedObject(DrawContext dc, PickedObject pickedObject, Layer layer)
void	SegmentPlaneRenderer.OrderedText.render(DrawContext dc)
void	SegmentPlaneRenderer.render(DrawContext dc, SegmentPlane segmentPlane)
protected void	SegmentPlaneRenderer.resolveControlPointPick(DrawContext dc, SegmentPlane segmentPlane, SegmentPlaneRenderer.RenderInfo renderInfo, Point pickPoint, Layer layer)
protected void	SegmentPlaneRenderer.resolvePlaneBackgroundPick(DrawContext dc, SegmentPlane segmentPlane, SegmentPlaneRenderer.RenderInfo renderInfo, Point pickPoint, Layer layer)
protected void	SegmentPlaneRenderer.resolvePlaneGridPick(DrawContext dc, SegmentPlane segmentPlane, SegmentPlaneRenderer.RenderInfo renderInfo, Point pickPoint, Layer layer)
protected void	SegmentPlaneRenderer.resolvePlaneOutlinePick(DrawContext dc, SegmentPlane segmentPlane, SegmentPlaneRenderer.RenderInfo renderInfo, Point pickPoint, Layer layer)

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

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

protected void

ToolTipAnnotation.doRenderNow(DrawContext dc)

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

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

void	WWOMeasureToolControlPoints.render(DrawContext dc)
void	WWOMeasureTool.ControlPointList.render(DrawContext dc)

Uses of DrawContext in gov.nasa.worldwindx.examples

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

void	PickFrustum.PickFrustumLayer.doPick(DrawContext dc, Point pickPoint)
void	PickFrustum.PickFrustumLayer.doRender(DrawContext dc)
void	PickFrustum.PickFrustumLayer.draw(DrawContext dc)
void	MarkersOrder.AppFrame.TimedMarkerLayer.draw(DrawContext dc, Point pickPoint)
void	PickFrustum.PickFrustumLayer.OrderedIcon.pick(DrawContext dc, Point pickPoint)
void	PickFrustum.PickFrustumLayer.OrderedIcon.render(DrawContext dc)

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

Methods in gov.nasa.worldwindx.examples.analytics with parameters of type DrawContext

protected void	AnalyticSurface.beginDrawing(DrawContext dc)
protected void	AnalyticSurface.AnalyticSurfaceObject.beginDrawing(DrawContext dc)
protected void	AnalyticSurface.bind(DrawContext dc)
protected void	AnalyticSurface.AnalyticSurfaceObject.bind(DrawContext dc)
protected void	AnalyticSurface.ClampToGroundSurface.bind(DrawContext dc)
protected void	AnalyticSurface.ShadowSurface.bind(DrawContext dc)
protected void	AnalyticSurface.ShadowSurface.buildPickRepresentation(DrawContext dc)
protected Vec4	AnalyticSurface.computeSurfacePoint(DrawContext dc, Angle lat, Angle lon, double value)
protected void	AnalyticSurface.AnalyticSurfaceObject.doDrawGeographic(DrawContext dc, SurfaceTileDrawContext sdc)
protected void	AnalyticSurface.doDrawOrderedRenderable(DrawContext dc)
protected void	AnalyticSurfaceLegend.doRender(DrawContext dc)
protected void	AnalyticSurface.doUpdate(DrawContext dc)
protected void	AnalyticSurface.AnalyticSurfaceObject.drawGeographic(DrawContext dc, SurfaceTileDrawContext sdc)
protected void	AnalyticSurface.drawInterior(DrawContext dc)
void	AnalyticSurface.RenderInfo.drawInterior(DrawContext dc)
protected void	AnalyticSurface.AnalyticSurfaceObject.drawInterior(DrawContext dc)
protected void	AnalyticSurfaceLegend.drawLabel(DrawContext dc, AnalyticSurfaceLegend.LabelAttributes attr, double x, double y, String halign, String valign)
protected void	AnalyticSurface.drawOrderedRenderable(DrawContext dc)
protected void	AnalyticSurface.drawOutline(DrawContext dc)
void	AnalyticSurface.RenderInfo.drawOutline(DrawContext dc)
protected void	AnalyticSurface.AnalyticSurfaceObject.drawOutline(DrawContext dc)
protected void	AnalyticSurface.ClampToGroundSurface.drawOutline(DrawContext dc)
protected void	AnalyticSurface.ShadowSurface.drawOutline(DrawContext dc)
protected void	AnalyticSurface.drawSurfaceObjects(DrawContext dc)
protected void	AnalyticSurface.endDrawing(DrawContext dc)
protected void	AnalyticSurface.AnalyticSurfaceObject.endDrawing(DrawContext dc)
Extent	AnalyticSurface.getExtent(DrawContext dc) Returns this surface's extent in model coordinates.
int	AnalyticSurfaceLegend.getHeight(DrawContext dc)
Point	AnalyticSurfaceLegend.getScreenLocation(DrawContext dc)
List<Sector>	AnalyticSurface.AnalyticSurfaceObject.getSectors(DrawContext dc)
int	AnalyticSurfaceLegend.getWidth(DrawContext dc)
protected boolean	AnalyticSurface.intersectsFrustum(DrawContext dc) Test if this AnalyticSurface intersects the specified draw context's frustum.
protected boolean	AnalyticSurface.isExpired(DrawContext dc)
protected void	AnalyticSurface.makeOrderedRenderable(DrawContext dc)
void	AnalyticSurfaceLegend.OrderedLabel.pick(DrawContext dc, Point pickPoint)
void	AnalyticSurface.OrderedSurface.pick(DrawContext dc, Point pickPoint)
void	AnalyticSurface.preRender(DrawContext dc)
protected void	AnalyticSurface.preRenderSurfaceObjects(DrawContext dc)
void	AnalyticSurfaceLegend.render(DrawContext dc)
void	AnalyticSurfaceLegend.LabelRenderable.render(DrawContext dc)
void	AnalyticSurfaceLegend.OrderedLabel.render(DrawContext dc)
void	AnalyticSurface.render(DrawContext dc) Causes this Renderable to render itself using the provided draw context.
void	AnalyticSurface.OrderedSurface.render(DrawContext dc)
protected void	AnalyticSurface.update(DrawContext dc)
protected void	AnalyticSurface.updateNextSurfacePoint(DrawContext dc, Angle lat, Angle lon, AnalyticSurface.GridPointAttributes attr, AnalyticSurface.RenderInfo outRenderInfo)
protected void	AnalyticSurface.updateSurfacePoints(DrawContext dc, AnalyticSurface.RenderInfo outRenderInfo)

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

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

protected void	PointGrid.beginDrawing(DrawContext dc) Establish the OpenGL state needed to draw Paths.
protected Extent	PointGrid.computeExtentAndEyeDistance(DrawContext dc)
protected FloatBuffer	PointGrid.computeGridPoints(DrawContext dc, FloatBuffer coords)
protected Vec4	PointGrid.computePoint(DrawContext dc, Position pos)
protected void	PointGrid.doDrawOrderedRenderable(DrawContext dc) Draws the points as an ordered renderable.
protected void	PointGrid.drawOrderedRenderable(DrawContext dc) Draws the path as an ordered renderable.
protected void	PointGrid.drawPoints(DrawContext dc)
protected void	PointGrid.endDrawing(DrawContext dc) Pop the state set in beginDrawing.
protected boolean	PointGrid.intersectsFrustum(DrawContext dc) Determines whether the points intersect the view frustum.
protected void	PointGrid.makeOrderedRenderable(DrawContext dc) If the scene controller is rendering ordered renderables, this method draws this placemark's image as an ordered renderable.
protected boolean	PointGrid.mustRegenerateGeometry(DrawContext dc)
void	PointGrid.pick(DrawContext dc, Point pickPoint) Executes a pick of the ordered renderable.
protected void	PointGrid.pickPoints(DrawContext dc)
void	PointGrid.render(DrawContext dc) Causes this Renderable to render itself using the provided draw context.
protected void	PointGrid.setPointColor(DrawContext dc, Color color)
protected void	PointGrid.setPointSize(DrawContext dc, Double size)

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

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

protected void	ViewVolumeViewer.SectorGeometryLayer.doRender(DrawContext dc)
protected void	ViewVolumeViewer.ViewVolumeLayer.doRender(DrawContext dc)
Position	ViewVolumeViewer.SectorGeometryLayer.getCurrentPosition(DrawContext dc)

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

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

protected void	RigidShapeEditor.assembleControlPoints(DrawContext dc)
protected void	ExtrudedPolygonEditor.assembleControlPoints(DrawContext dc)
protected void	RigidShapeEditor.assembleRotationControlPoints(DrawContext dc)
protected void	WedgeEditor.assembleScaleControlPoints(DrawContext dc)
protected void	RigidShapeEditor.assembleScaleControlPoints(DrawContext dc)
protected void	PyramidEditor.assembleScaleControlPoints(DrawContext dc)
protected void	CylinderEditor.assembleScaleControlPoints(DrawContext dc)
protected void	ConeEditor.assembleScaleControlPoints(DrawContext dc)
protected void	BoxEditor.assembleScaleControlPoints(DrawContext dc)
protected void	RigidShapeEditor.assembleSkewControlPoints(DrawContext dc)
protected void	WedgeEditor.assembleTextureControlPoints(DrawContext dc)
protected void	RigidShapeEditor.assembleTextureControlPoints(DrawContext dc)
protected void	PyramidEditor.assembleTextureControlPoints(DrawContext dc)
protected void	CylinderEditor.assembleTextureControlPoints(DrawContext dc)
protected void	ConeEditor.assembleTextureControlPoints(DrawContext dc)
protected void	BoxEditor.assembleTextureControlPoints(DrawContext dc)
protected void	RigidShapeEditor.assembleTranslationControlPoints(DrawContext dc)
protected void	RigidShapeEditor.assembleVertexControlPoints(DrawContext dc)
protected void	ExtrudedPolygonEditor.assembleVertexControlPoints(DrawContext dc)
protected void	RigidShapeEditor.doPick(DrawContext dc, Point point)
protected void	ExtrudedPolygonEditor.doPick(DrawContext dc, Point point)
protected void	RigidShapeEditor.doRender(DrawContext dc)
protected void	ExtrudedPolygonEditor.doRender(DrawContext dc)

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

Methods in gov.nasa.worldwindx.examples.tutorial with parameters of type DrawContext

protected void	Cube.beginDrawing(DrawContext dc) Setup drawing state in preparation for drawing the cube.
protected void	Cube.drawOrderedRenderable(DrawContext dc, PickSupport pickCandidates) Set up drawing state, and draw the cube.
protected void	Cube.drawUnitCube(DrawContext dc) Draw a unit cube, using the active modelview matrix to orient the shape.
protected void	Cube.endDrawing(DrawContext dc) Restore drawing state changed in beginDrawing to the default.
protected boolean	Cube.intersectsFrustum(DrawContext dc) Determines whether the cube intersects the view frustum.
protected void	Cube.makeOrderedRenderable(DrawContext dc) Compute per-frame attributes, and add the ordered renderable to the ordered renderable list.
void	Cube.pick(DrawContext dc, Point pickPoint)
void	Cube.render(DrawContext dc)

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

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

protected Angle	DialogAnnotation.BusyImage.adjustAngleIncrement(DrawContext dc, Angle unitsPerSecond)
protected void	ImageAnnotation.applyBackgroundTextureState(DrawContext dc, int width, int height, double opacity, WWTexture texture)
protected void	ButtonAnnotation.applyBackgroundTextureState(DrawContext dc, int width, int height, double opacity, WWTexture texture)
protected void	DirectedPath.computeArrowheadGeometry(DrawContext dc, Vec4 polePtA, Vec4 polePtB, Vec4 ptA, Vec4 ptB, double arrowLength, double arrowBase, FloatBuffer buffer, Path.PathData pathData) Compute the geometry of a direction arrow between two points.
protected void	DirectedPath.computeDirectionArrows(DrawContext dc, Path.PathData pathData) Compute the geometry of the direction arrows.
protected void	DirectedPath.computePath(DrawContext dc, List<Position> positions, Path.PathData pathData) Computes the shape's model-coordinate path from a list of positions.
protected Vec4	LabeledPath.computePoint(DrawContext dc, LatLon location) Computes a model-coordinate point from a LatLon or Position, applying the path's altitude mode.
protected void	LabeledPath.determineLabelLocation(DrawContext dc) Determines the screen location to place the label at, and stores the the index of the corresponding location in LabeledPath.labelLocationIndex.
protected void	ProgressAnnotation.doDraw(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	DirectedPath.doDrawOutline(DrawContext dc) Draws this shape's outline.
protected void	ButtonAnnotation.doDrawPressedMask(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	ImageAnnotation.doDrawToolTip(DrawContext dc, String text, int x, int y)
void	StatusLayer.doPick(DrawContext dc, Point pickPoint)
protected void	SectorSelector.RegionShape.doPreRender(DrawContext dc)
protected void	SectorSelector.RegionShape.doPreRenderBorder(DrawContext dc)
protected void	SectorSelector.RegionShape.doPreRenderInterior(DrawContext dc)
protected void	ToolTip.doRender(DrawContext dc)
void	StatusLayer.doRender(DrawContext dc)
protected void	SectorSelector.RegionShape.doRender(DrawContext dc)
void	OpenStreetMapShapefileLoader.TextAndShapesLayer.doRender(DrawContext dc)
protected void	SectorSelector.RegionShape.doRenderBorder(DrawContext dc)
protected void	SectorSelector.RegionShape.doRenderInterior(DrawContext dc)
protected void	ToolTipAnnotation.doRenderNow(DrawContext dc)
void	StatusLayer.draw(DrawContext dc)
protected void	ViewVolumeRenderer.draw(DrawContext dc, Matrix modelview, Matrix projection, Rectangle viewport)
protected void	ViewVolumeRenderer.drawAxes(DrawContext dc, Matrix modelview)
protected void	ProgressAnnotation.drawCallout(DrawContext dc, int mode, Rectangle bounds, boolean useTexCoords)
protected void	ViewVolumeRenderer.drawClipVolume(DrawContext dc, Matrix modelview, Matrix projection, Rectangle viewport)
void	ImageAnnotation.drawContent(DrawContext dc, int width, int height, double opacity, Position pickPosition)
void	DialogAnnotation.BusyImage.drawContent(DrawContext dc, int width, int height, double opacity, Position pickPosition)
void	ButtonAnnotation.drawContent(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	DirectedPath.drawDirectionArrows(DrawContext dc, Path.PathData pathData) Draws this DirectedPath's direction arrows.
protected void	LabeledPath.drawLabel(DrawContext dc) Causes the labeled path to draw its label at the path's current label location.
protected static void	ViewVolumeRenderer.drawLine(DrawContext dc, Vec4 a, Vec4 b)
protected void	ScreenSelector.SelectionRectangle.drawOrderedRenderable(DrawContext dc)
protected void	ButtonAnnotation.drawPressedMask(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	ProgressAnnotation.drawProgress(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	ProgressAnnotation.drawProgressBar(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected void	ProgressAnnotation.drawProgressContainer(DrawContext dc, int width, int height, double opacity, Position pickPosition)
protected static void	ViewVolumeRenderer.drawQuad(DrawContext dc, Vec4 ll, Vec4 lr, Vec4 ur, Vec4 ul)
protected void	ImageAnnotation.drawToolTip(DrawContext dc)
protected void	ToolTip.drawToolTip(DrawContext dc, String text, int x, int y)
protected static void	ViewVolumeRenderer.drawTriangle(DrawContext dc, Vec4 a, Vec4 b, Vec4 c)
protected static void	ViewVolumeRenderer.drawVolume(DrawContext dc, Matrix modelview, Matrix projection, Rectangle viewport)
protected Dimension	ImageAnnotation.getImageSize(DrawContext dc)
protected Vec4	LabeledPath.getLabelPoint(DrawContext dc) Returns the label's model-coordinate point form the path's location iterable, applying the path's altitude mode.
protected double	LabeledPath.getLabelVisibleArea(DrawContext dc) Returns the approximate number of square pixels that are visible at the label's current location, or 0 if the label is not visible.
Dimension	ImageAnnotation.getPreferredSize(DrawContext dc)
WWTexture	ImageAnnotation.getTexture(DrawContext dc)
boolean	OpenStreetMapShapefileLoader.Label.isActive(DrawContext dc)
protected boolean	DirectedPath.isArrowheadSmall(DrawContext dc, Vec4 arrowPt, int numPixels) Determines if an direction arrow drawn a point will be less than a specified number of pixels.
protected boolean	LabeledPath.isLabelCompletelyVisible(DrawContext dc) Returns true if the label is completely visible at its current location, and false otherwise.
protected void	ScreenSelector.SelectionRectangle.makeOrderedRenderable(DrawContext dc)
void	ViewVolumeRenderer.OrderedViewVolume.pick(DrawContext dc, Point pickPoint)
void	ToolTip.pick(DrawContext dc, Point pickPoint)
void	ScreenSelector.SelectionRectangle.pick(DrawContext dc, Point pickPoint)
void	SectorSelector.RegionShape.preRender(DrawContext dc)
void	ViewVolumeRenderer.OrderedViewVolume.render(DrawContext dc)
void	ToolTip.render(DrawContext dc)
void	SectorSelector.RegionShape.render(DrawContext dc)
void	ScreenSelector.SelectionRectangle.render(DrawContext dc)
void	LayerManagerLayer.render(DrawContext dc)
void	LabeledPath.render(DrawContext dc) Causes the labeled path to draw its label at one of the path locations.
void	ViewVolumeRenderer.render(DrawContext dc, Matrix modelview, Matrix projection, Rectangle viewport)
protected void	OpenStreetMapShapefileLoader.TextAndShapesLayer.setActiveLabels(DrawContext dc)
protected void	LabeledPath.setLabelLocation(DrawContext dc, Vec4 screenPoint) Places the label at the specified screen point.
protected void	ImageAnnotation.transformBackgroundImageCoordsToAnnotationCoords(DrawContext dc, int width, int height, WWTexture texture)
protected void	DialogAnnotation.BusyImage.transformBackgroundImageCoordsToAnnotationCoords(DrawContext dc, int width, int height, WWTexture texture)
void	LayerManagerLayer.updateNow(DrawContext dc) Force the layer list to redraw itself from the current Model with the current highlighted state and selected layer colors and opacity.
protected void	DialogAnnotation.BusyImage.updateState(DrawContext dc)
protected static Vec4	ViewVolumeRenderer.worldPointFromScreenPoint(DrawContext dc, Rectangle viewport, Matrix modelview, Matrix projection, Vec4 screenPoint)