Function

Static Public Summary
public	Atmosphere()
public	BasicMaterial(color: *)
public	BuilderEllipsoidTile()
public	BuildingBox_Provider(options: *)
public	CacheRessource(): *
public	Camera(width: , height: )
public	CancelledCommandException(command: *) Custom error thrown when cancelling commands.
public	Clouds()
public	Coordinates(crs: string, coordinates: number \| THREE.Vector3) Build a Coordinates object, given a {@link http://inspire.ec.europa.eu/theme/rs\|crs} and a number of coordinates value.
public	Ellipsoid(size: *)
public	Extent(crs: , values: ...)
public	GeometryLayer(i: *)
public	GlobeControls(view: , target: , domElement: , viewerDiv: , radius: , getPickingPosition: )
public	GlobeView() Creates the viewer Globe (the globe of iTowns).
public	IoDriver() Generated On: 2015-10-5 Class: IoDriver Description: Cette classe générique parcourt un fichier et retourne un object.
public	IoDriver_XBIL()
public	ItownsLine(options: *)
public	ItownsLineMaterial(options: *)
public	ItownsPoint(options: *)
public	ItownsPointMaterial(options: *)
public	KML_Provider(ellipsoid: *)
public	KMZLoader()
public	LayerUpdateState() LayerUpdateState is the update state of a layer, for a given object (e.g tile).
public	LayeredMaterial(options: *)
public	MainLoop(scheduler: , engine: )
public	MatteIdsMaterial(otherMaterial: *)
public	OBB(min: , max: , lookAt: , translate: )
public	PanoramicMesh(geom: , mat: , absC: *)
public	PlanarTileBuilder()
public	PlanarView(viewerDiv: , boundingbox: , options: *)
public	Point2D(x: , y: )
public	Projection()
public	Provider(iodriver: *) Generated On: 2015-10-5 Class: Provider Description: Generic class to serve data, local or distant, nodes and services.
public	Rectangle(options: *) Generated On: 2015-10-5 Class: Rectangle
public	Scheduler()
public	SchemeTile() Generated On: 2015-10-5 Class: SchemeTile Description: Cette classe décrit un découpage spatiale.
public	Sky()
public	Sphere(center: , radius: )
public	SphereHelper(radius: *)
public	StarGeometry()
public	TileDepthMaterial(otherMaterial: *)
public	TileGeometry(params: , builder: )
public	TileMesh(geometry: , params: )
public	TileProvider()
public	View(crs: string, viewerDiv: DOMElement, options: boolean, glDebug: boolean) Constructs an Itowns Scene instance
public	WFS_Provider(): * Return url wmts MNT
public	WMS_Provider(): * Return url wmts MNT
public	WMTS_Provider()
public	assertCrsIsValid(crs: *)
public	c3DEngine(viewerDiv: *)
public	chooseNextLevelToFetch(strategy: , nodeLevel: , currentLevel: , options: ): *
public	computeDistanceCameraFromTileZoom(zoom: ):
public	computeTileZoomFromDistanceCamera(distance: ):
public	convertValueToUnit(unitIn: , unitOut: , value: ):
public	crsIsGeocentric(crs: ):
public	crsIsGeographic(crs: ):
public	crsToUnit(crs: ):
public	defineLayerProperty(layer: , propertyName: , defaultValue: , onChange: )
public	ellipsoidSizes(): {"x": number, "y": number, "z": number}
public	globeCulling(minLevelForHorizonCulling: ):
public	globeSchemeTileWMTS(type: ):
public	globeSubdivisionControl(minLevel: , maxLevel: , sseThreshold: ):
public	initTiledGeometryLayer(schemeTile: ):
public	loadGpx(urlFile: ):
public	planarCulling(node: , camera: ): *
public	planarSchemeTile(bbox: ):
public	planarSubdivisionControl(maxLevel: , threshold: ): *
public	preGlobeUpdate(context: *)
public	processTiledGeometryNode(cullingTest: , subdivisionTest: , initNewNode: ):
public	reasonnableEpsilonForUnit(unit: *): number
public	unpack1K(color: , factor: ): *
public	updateLayeredMaterialNodeElevation(context: , layer: , node: , force: ): *
public	updateLayeredMaterialNodeImagery(context: , layer: , node: ):

Static Protected Summary
protected	Layer(id: String)

Static Public

public Atmosphere() source

import Atmosphere from 'itowns/src/Core/Prefab/Globe/Atmosphere.js'

public BasicMaterial(color: *) source

import BasicMaterial from 'itowns/src/Renderer/BasicMaterial.js'

Params:

Name	Type	Attribute	Description
color	*

public BuilderEllipsoidTile() source

import BuilderEllipsoidTile from 'itowns/src/Core/Prefab/Globe/BuilderEllipsoidTile.js'

public BuildingBox_Provider(options: *) source

import BuildingBox_Provider from 'itowns/src/Core/Scheduler/Providers/BuildingBox_Provider.js'

Params:

Name	Type	Attribute	Description
options	*

public CacheRessource(): * source

import CacheRessource from 'itowns/src/Core/Scheduler/Providers/CacheRessource.js'

Return:

public Camera(width: , height: ) source

import Camera from 'itowns/src/Renderer/Camera.js'

Params:

Name	Type	Attribute	Description
width	*
height	*

public CancelledCommandException(command: *) source

import {CancelledCommandException} from 'itowns/src/Core/Scheduler/Scheduler.js'

Custom error thrown when cancelling commands. Allows the caller to act differently if needed.

Params:

Name	Type	Attribute	Description
command	*

public Clouds() source

import Clouds from 'itowns/src/Core/Prefab/Globe/Clouds.js'

public Coordinates(crs: string, coordinates: number | THREE.Vector3) source

import Coordinates from 'itowns/src/Core/Geographic/Coordinates.js'

Build a Coordinates object, given a {@link http://inspire.ec.europa.eu/theme/rs|crs} and a number of coordinates value. Coordinates can be in geocentric system, geographic system or an instance of {@link https://threejs.org/docs/#api/math/Vector3|THREE.Vector3}. If crs = 'EPSG:4326', coordinates must be in geographic system. If crs = 'EPSG:4978', coordinates must be in geocentric system.

Params:

Name	Type	Attribute	Description
crs	string		Geographic or Geocentric coordinates system.
coordinates	number \| THREE.Vector3		The globe coordinates to aim to.
coordinates.longitude	number		Geographic Coordinate longitude
coordinates.latitude	number		Geographic Coordinate latitude
coordinates.altitude	number		Geographic Coordinate altiude
coordinates.x	number		Geocentric Coordinate X
coordinates.y	number		Geocentric Coordinate Y
coordinates.z	number		Geocentric Coordinate Z

Example:

new Coordinates('EPSG:4978', 20885167, 849862, 23385912); //Geocentric coordinates
// or
new Coordinates('EPSG:4326', 2.33, 48.24, 24999549); //Geographic coordinates

public Ellipsoid(size: *) source

import Ellipsoid from 'itowns/src/Core/Math/Ellipsoid.js'

Params:

Name	Type	Attribute	Description
size	*

public Extent(crs: , values: ...) source

import Extent from 'itowns/src/Core/Geographic/Extent.js'

Params:

Name	Type	Attribute	Description
crs	*
values	...*

public GeometryLayer(i: *) source

import {GeometryLayer} from 'itowns/src/Core/Layer/Layer.js'

Params:

Name	Type	Attribute	Description
i	*

public GlobeControls(view: , target: , domElement: , viewerDiv: , radius: , getPickingPosition: ) source

import GlobeControls from 'itowns/src/Renderer/ThreeExtended/GlobeControls.js'

Params:

Name	Type	Attribute	Description
view	*
target	*
domElement	*
viewerDiv	*
radius	*
getPickingPosition	*

public GlobeView() source

import GlobeView from 'itowns/src/Core/Prefab/GlobeView.js'

Creates the viewer Globe (the globe of iTowns). The first parameter is the coordinates on wich the globe will be centered at the initialization. The second one is the HTML div in wich the scene will be created.

Params:

Name	Type	Attribute	Description
coords.	Coords

Example:

view = new GlobeView(viewer, positionOnGlobe);
// positionOnGlobe in latitude, longitude and altitude

public IoDriver() source

import IoDriver from 'itowns/src/Core/Scheduler/Providers/IoDriver.js'

Generated On: 2015-10-5 Class: IoDriver Description: Cette classe générique parcourt un fichier et retourne un object.

public IoDriver_XBIL() source

import IoDriver_XBIL from 'itowns/src/Core/Scheduler/Providers/IoDriver_XBIL.js'

public ItownsLine(options: *) source

import ItownsLine from 'itowns/src/Core/Scheduler/Providers/ItownsLine.js'

Params:

Name	Type	Attribute	Description
options	*

public ItownsLineMaterial(options: *) source

import ItownsLineMaterial from 'itowns/src/Renderer/ItownsLineMaterial.js'

Params:

Name	Type	Attribute	Description
options	*

public ItownsPoint(options: *) source

import ItownsPoint from 'itowns/src/Core/Scheduler/Providers/ItownsPoint.js'

Params:

Name	Type	Attribute	Description
options	*

public ItownsPointMaterial(options: *) source

import ItownsPointMaterial from 'itowns/src/Renderer/ItownsPointMaterial.js'

Params:

Name	Type	Attribute	Description
options	*

public KML_Provider(ellipsoid: *) source

import KML_Provider from 'itowns/src/Core/Scheduler/Providers/KML_Provider.js'

Params:

Name	Type	Attribute	Description
ellipsoid	*

public KMZLoader() source

import KMZLoader from 'itowns/src/Renderer/ThreeExtended/KMZLoader.js'

public LayerUpdateState() source

import LayerUpdateState from 'itowns/src/Core/Layer/LayerUpdateState.js'

LayerUpdateState is the update state of a layer, for a given object (e.g tile). It stores information to allow smart update decisions, and especially network error handling.

public LayeredMaterial(options: *) source

import LayeredMaterial from 'itowns/src/Renderer/LayeredMaterial.js'

Params:

Name	Type	Attribute	Description
options	*

public MainLoop(scheduler: , engine: ) source

import MainLoop from 'itowns/src/Core/MainLoop.js'

Params:

Name	Type	Attribute	Description
scheduler	*
engine	*

public MatteIdsMaterial(otherMaterial: *) source

import MatteIdsMaterial from 'itowns/src/Renderer/MatteIdsMaterial.js'

Params:

Name	Type	Attribute	Description
otherMaterial	*

public OBB(min: , max: , lookAt: , translate: ) source

import OBB from 'itowns/src/Renderer/ThreeExtended/OBB.js'

Params:

Name	Type	Attribute	Description
min	*
max	*
lookAt	*
translate	*

public PanoramicMesh(geom: , mat: , absC: *) source

import PanoramicMesh from 'itowns/src/Renderer/PanoramicMesh.js'

Params:

Name	Type	Attribute	Description
geom	*
mat	*
absC	*

public PlanarTileBuilder() source

import PlanarTileBuilder from 'itowns/src/Core/Prefab/Planar/PlanarTileBuilder.js'

public PlanarView(viewerDiv: , boundingbox: , options: *) source

import PlanarView from 'itowns/src/Core/Prefab/PlanarView.js'

Params:

Name	Type	Attribute	Description
viewerDiv	*
boundingbox	*
options	*

public Point2D(x: , y: ) source

import Point2D from 'itowns/src/Core/Math/Point2D.js'

Params:

Name	Type	Attribute	Description
x	*
y	*

public Projection() source

import Projection from 'itowns/src/Core/Geographic/Projection.js'

public Provider(iodriver: *) source

import Provider from 'itowns/src/Core/Scheduler/Providers/Provider.js'

Generated On: 2015-10-5 Class: Provider Description: Generic class to serve data, local or distant, nodes and services.

Params:

Name	Type	Attribute	Description
iodriver	*

public Rectangle(options: *) source

import Rectangle from 'itowns/src/Core/Math/Rectangle.js'

Generated On: 2015-10-5 Class: Rectangle

Params:

Name	Type	Attribute	Description
options	*

public Scheduler() source

import Scheduler from 'itowns/src/Core/Scheduler/Scheduler.js'

public SchemeTile() source

import SchemeTile from 'itowns/src/Core/Geographic/SchemeTile.js'

Generated On: 2015-10-5 Class: SchemeTile Description: Cette classe décrit un découpage spatiale.

public Sky() source

import Sky from 'itowns/src/Core/Prefab/Globe/SkyShader.js'

public Sphere(center: , radius: ) source

import Sphere from 'itowns/src/Core/Math/Sphere.js'

Params:

Name	Type	Attribute	Description
center	*
radius	*

public SphereHelper(radius: *) source

import SphereHelper from 'itowns/src/Renderer/ThreeExtended/SphereHelper.js'

Params:

Name	Type	Attribute	Description
radius	*

public StarGeometry() source

import StarGeometry from 'itowns/src/Renderer/ThreeExtended/StarGeometry.js'

public TileDepthMaterial(otherMaterial: *) source

import TileDepthMaterial from 'itowns/src/Renderer/TileDepthMaterial.js'

Params:

Name	Type	Attribute	Description
otherMaterial	*

public TileGeometry(params: , builder: ) source

import TileGeometry from 'itowns/src/Core/TileGeometry.js'

Params:

Name	Type	Attribute	Description
params	*
builder	*

public TileMesh(geometry: , params: ) source

import TileMesh from 'itowns/src/Core/TileMesh.js'

Params:

Name	Type	Attribute	Description
geometry	*
params	*

public TileProvider() source

import TileProvider from 'itowns/src/Core/Scheduler/Providers/TileProvider.js'

public View(crs: string, viewerDiv: DOMElement, options: boolean, glDebug: boolean) source

import View from 'itowns/src/Core/View.js'

Constructs an Itowns Scene instance

Params:

Name	Type	Attribute	Description
crs	string		The default CRS of Three.js coordinates. Should be a cartesian CRS.
viewerDiv	DOMElement		Where to instanciate the Three.js scene in the DOM
options	boolean		Optional properties. May contain: mainLoop: {MainLoop} instance to use, otherwise a default one will be constructed renderer: {WebGLRenderer} instance to use, otherwise a default one will be constructed. If not present, a new <canvas> will be created and added to viewerDiv (mutually exclusive with mainLoop) scene3D: {Scene} instance to use, otherwise a default one will be constructed
glDebug	boolean		debug gl code

Example:

// How add gpx object
itowns.loadGpx(url).then((gpx) => {
     if (gpx) {
        viewer.scene.add(gpx);
     }
});

viewer.notifyChange(0, true);

public WFS_Provider(): * source

import WFS_Provider from 'itowns/src/Core/Scheduler/Providers/WFS_Provider.js'

Return url wmts MNT

Params:

Name	Type	Attribute	Description
options.url:	String		service base url
options.layer:	String		requested data layer
options.format:	String		image format (default: format/jpeg)

Return:

*	{Object@call;create.url.url\|String}

public WMS_Provider(): * source

import WMS_Provider from 'itowns/src/Core/Scheduler/Providers/WMS_Provider.js'

Return url wmts MNT

Params:

Name	Type	Attribute	Description
options.url:	String		service base url
options.layer:	String		requested data layer
options.format:	String		image format (default: format/jpeg)

Return:

*	{Object@call;create.url.url\|String}

public WMTS_Provider() source

import WMTS_Provider from 'itowns/src/Core/Scheduler/Providers/WMTS_Provider.js'

public assertCrsIsValid(crs: *) source

import {assertCrsIsValid} from 'itowns/src/Core/Geographic/Coordinates.js'

Params:

Name	Type	Attribute	Description
crs	*

public c3DEngine(viewerDiv: *) source

import c3DEngine from 'itowns/src/Renderer/c3DEngine.js'

Params:

Name	Type	Attribute	Description
viewerDiv	*

public chooseNextLevelToFetch(strategy: , nodeLevel: , currentLevel: , options: ): * source

import {chooseNextLevelToFetch} from 'itowns/src/Core/Layer/LayerUpdateStrategy.js'

Params:

Name	Type	Attribute	Description
strategy	*
nodeLevel	*
currentLevel	*
options	*

Return:

public computeDistanceCameraFromTileZoom(zoom: ): source

import {computeDistanceCameraFromTileZoom} from 'itowns/src/Process/GlobeTileProcessing.js'

Params:

Name	Type	Attribute	Description
zoom	*

Return:

public computeTileZoomFromDistanceCamera(distance: ): source

import {computeTileZoomFromDistanceCamera} from 'itowns/src/Process/GlobeTileProcessing.js'

Params:

Name	Type	Attribute	Description
distance	*

Return:

public convertValueToUnit(unitIn: , unitOut: , value: ): source

import {convertValueToUnit} from 'itowns/src/Core/Geographic/Coordinates.js'

Params:

Name	Type	Attribute	Description
unitIn	*
unitOut	*
value	*

Return:

public crsIsGeocentric(crs: ): source

import {crsIsGeocentric} from 'itowns/src/Core/Geographic/Coordinates.js'

Params:

Name	Type	Attribute	Description
crs	*

Return:

public crsIsGeographic(crs: ): source

import {crsIsGeographic} from 'itowns/src/Core/Geographic/Coordinates.js'

Params:

Name	Type	Attribute	Description
crs	*

Return:

public crsToUnit(crs: ): source

import {crsToUnit} from 'itowns/src/Core/Geographic/Coordinates.js'

Params:

Name	Type	Attribute	Description
crs	*

Return:

public defineLayerProperty(layer: , propertyName: , defaultValue: , onChange: ) source

import {defineLayerProperty} from 'itowns/src/Core/Layer/Layer.js'

Params:

Name	Type	Attribute	Description
layer	*
propertyName	*
defaultValue	*
onChange	*

public ellipsoidSizes(): {"x": number, "y": number, "z": number} source

import {ellipsoidSizes} from 'itowns/src/Core/Geographic/Coordinates.js'

Return:

{"x": number, "y": number, "z": number}

public globeCulling(minLevelForHorizonCulling: ): source

import {globeCulling} from 'itowns/src/Process/GlobeTileProcessing.js'

Params:

Name	Type	Attribute	Description
minLevelForHorizonCulling	*

Return:

public globeSchemeTileWMTS(type: ): source

import {globeSchemeTileWMTS} from 'itowns/src/Process/GlobeTileProcessing.js'

Params:

Name	Type	Attribute	Description
type	*

Return:

public globeSubdivisionControl(minLevel: , maxLevel: , sseThreshold: ): source

import {globeSubdivisionControl} from 'itowns/src/Process/GlobeTileProcessing.js'

Params:

Name	Type	Attribute	Description
minLevel	*
maxLevel	*
sseThreshold	*

Return:

public initTiledGeometryLayer(schemeTile: ): source

import {initTiledGeometryLayer} from 'itowns/src/Process/TiledNodeProcessing.js'

Params:

Name	Type	Attribute	Description
schemeTile	*

Return:

public loadGpx(urlFile: ): source

import loadGpx from 'itowns/src/Core/Scheduler/Providers/GpxUtils.js'

Params:

Name	Type	Attribute	Description
urlFile	*

Return:

public planarCulling(node: , camera: ): * source

import {planarCulling} from 'itowns/src/Process/PlanarTileProcessing.js'

Params:

Name	Type	Attribute	Description
node	*
camera	*

Return:

public planarSchemeTile(bbox: ): source

import {planarSchemeTile} from 'itowns/src/Process/PlanarTileProcessing.js'

Params:

Name	Type	Attribute	Description
bbox	*

Return:

public planarSubdivisionControl(maxLevel: , threshold: ): * source

import {planarSubdivisionControl} from 'itowns/src/Process/PlanarTileProcessing.js'

Params:

Name	Type	Attribute	Description
maxLevel	*
threshold	*

Return:

public preGlobeUpdate(context: *) source

import {preGlobeUpdate} from 'itowns/src/Process/GlobeTileProcessing.js'

Params:

Name	Type	Attribute	Description
context	*

public processTiledGeometryNode(cullingTest: , subdivisionTest: , initNewNode: ): source

import {processTiledGeometryNode} from 'itowns/src/Process/TiledNodeProcessing.js'

Params:

Name	Type	Attribute	Description
cullingTest	*
subdivisionTest	*
initNewNode	*

Return:

public reasonnableEpsilonForUnit(unit: *): number source

import {reasonnableEpsilonForUnit} from 'itowns/src/Core/Geographic/Coordinates.js'

Params:

Name	Type	Attribute	Description
unit	*

Return:

number

public unpack1K(color: , factor: ): * source

import {unpack1K} from 'itowns/src/Renderer/MatteIdsMaterial.js'

Params:

Name	Type	Attribute	Description
color	*
factor	*

Return:

public updateLayeredMaterialNodeElevation(context: , layer: , node: , force: ): * source

import {updateLayeredMaterialNodeElevation} from 'itowns/src/Process/LayeredMaterialNodeProcessing.js'

Params:

Name	Type	Attribute	Description
context	*
layer	*
node	*
force	*

Return:

public updateLayeredMaterialNodeImagery(context: , layer: , node: ): source

import {updateLayeredMaterialNodeImagery} from 'itowns/src/Process/LayeredMaterialNodeProcessing.js'

Params:

Name	Type	Attribute	Description
context	*
layer	*
node	*

Return:

Static Protected

protected Layer(id: String) source

import {Layer} from 'itowns/src/Core/Layer/Layer.js'

Params:

Name	Type	Attribute	Description
id	String

Example:

// add and create a new Layer
const newLayer = view.addLayer({options});

// Change layer's visibilty
const layerToChange = view.getLayers(layer => layer.id == 'idLayerToChange')[0];
layerToChange.visible = false;
view.notifyChange(0,true); // update viewer

// Change layer's opacity
const layerToChange = view.getLayers(layer => layer.id == 'idLayerToChange')[0];
layerToChange.opacity = 0.5;
view.notifyChange(0,true); // update viewer

// Listen properties
const layerToListen = view.getLayers(layer => layer.id == 'idLayerToListen')[0];
layerToListen.addEventListener('visible-property-changed', (event) => console.log(event));
layerToListen.addEventListener('opacity-property-changed', (event) => console.log(event));

Function

Static Public

public Atmosphere() source

public BasicMaterial(color: *) source

Params:

public BuilderEllipsoidTile() source

public BuildingBox_Provider(options: *) source

Params:

public CacheRessource(): * source

Return:

public Camera(width: *, height: *) source

Params:

public CancelledCommandException(command: *) source

Params:

public Clouds() source

public Coordinates(crs: string, coordinates: number | THREE.Vector3) source

Params:

Example:

public Ellipsoid(size: *) source

Params:

public Extent(crs: *, values: ...*) source

Params:

public GeometryLayer(i: *) source

Params:

public GlobeControls(view: *, target: *, domElement: *, viewerDiv: *, radius: *, getPickingPosition: *) source

Params:

public GlobeView() source

Params:

Example:

public IoDriver() source

public IoDriver_XBIL() source

public ItownsLine(options: *) source

Params:

public ItownsLineMaterial(options: *) source

Params:

public ItownsPoint(options: *) source

Params:

public ItownsPointMaterial(options: *) source

Params:

public KML_Provider(ellipsoid: *) source

Params:

public KMZLoader() source

public LayerUpdateState() source

public LayeredMaterial(options: *) source

Params:

public MainLoop(scheduler: *, engine: *) source

Params:

public MatteIdsMaterial(otherMaterial: *) source

Params:

public OBB(min: *, max: *, lookAt: *, translate: *) source

Params:

public PanoramicMesh(geom: *, mat: *, absC: *) source

Params:

public PlanarTileBuilder() source

public PlanarView(viewerDiv: *, boundingbox: *, options: *) source

Params:

public Point2D(x: *, y: *) source

Params:

public Projection() source

public Provider(iodriver: *) source

Params:

public Rectangle(options: *) source

Params:

public Scheduler() source

public SchemeTile() source

public Sky() source

public Sphere(center: *, radius: *) source

Params:

public SphereHelper(radius: *) source

Params:

public StarGeometry() source

public TileDepthMaterial(otherMaterial: *) source

Params:

public TileGeometry(params: *, builder: *) source

Params:

public TileMesh(geometry: *, params: *) source

Params:

public TileProvider() source

public View(crs: string, viewerDiv: DOMElement, options: boolean, glDebug: boolean) source

Params:

public Camera(width: , height: ) source

public Extent(crs: , values: ...) source

public GlobeControls(view: , target: , domElement: , viewerDiv: , radius: , getPickingPosition: ) source

public MainLoop(scheduler: , engine: ) source

public OBB(min: , max: , lookAt: , translate: ) source

public PanoramicMesh(geom: , mat: , absC: *) source

public PlanarView(viewerDiv: , boundingbox: , options: *) source

public Point2D(x: , y: ) source

public Sphere(center: , radius: ) source

public TileGeometry(params: , builder: ) source

public TileMesh(geometry: , params: ) source

public chooseNextLevelToFetch(strategy: , nodeLevel: , currentLevel: , options: ): * source

public computeDistanceCameraFromTileZoom(zoom: ): source

public computeTileZoomFromDistanceCamera(distance: ): source

public convertValueToUnit(unitIn: , unitOut: , value: ): source

public crsIsGeocentric(crs: ): source

public crsIsGeographic(crs: ): source

public crsToUnit(crs: ): source

public defineLayerProperty(layer: , propertyName: , defaultValue: , onChange: ) source

public globeCulling(minLevelForHorizonCulling: ): source

public globeSchemeTileWMTS(type: ): source

public globeSubdivisionControl(minLevel: , maxLevel: , sseThreshold: ): source

public initTiledGeometryLayer(schemeTile: ): source

public loadGpx(urlFile: ): source

public planarCulling(node: , camera: ): * source

public planarSchemeTile(bbox: ): source

public planarSubdivisionControl(maxLevel: , threshold: ): * source

public processTiledGeometryNode(cullingTest: , subdivisionTest: , initNewNode: ): source

public unpack1K(color: , factor: ): * source