Interface for interacting with the location view. More...

Inheritance diagram for com.navigine.idl.java.LocationWindow:

Public Member Functions
abstract void	setSublocationId (int id)
	Method is used to switch the location view between sublocations (e.g., floors).

abstract Integer	getSublocationId ()
	Returns current sublocation ID if set, otherwise null.

abstract void	setOperatingMode (OperatingMode mode)
	Sets the operating mode of the location view OperatingMode. Default: indoor_only.

abstract OperatingMode	getOperatingMode ()
	Returns the current operating mode OperatingMode.

abstract String	getAttribution ()
	Attribution text for the outdoor tiles. Comes from `tileProvider.attribution` when set. A null vector source uses the OSM default.

abstract Camera	getEnclosingCamera (BoundingBox boundingBox)
	Camera that fits boundingBox into the current focus rect. Uses `focusRect` when set, otherwise the full viewport. Keeps the current azimuth and tilt (tilt fit is approximate).

abstract Camera	getEnclosingCameraWithFocus (BoundingBox boundingBox, ScreenRect focusRect, Float azimuth, Float tilt)
	Camera that fits boundingBox, with optional overrides. Null `focusRect` / `azimuth` / `tilt` keep the current window values (`focusRect` property, current camera). Azimuth and tilt are degrees, same units as Camera.

abstract GlobalPoint	screenPositionToGlobal (android.graphics.PointF point)
	Converts screen coordinates (pixels) to WGS84 coordinates.

abstract android.graphics.PointF	globalToScreenPosition (GlobalPoint point, boolean clipToViewport)
	Converts WGS84 coordinates to screen coordinates (pixels).

abstract CircleMapObject	addCircleMapObject ()
	Creates and adds a circle map object to the location view.

abstract boolean	removeCircleMapObject (CircleMapObject circleMapObject)
	Removes a circle map object from the location view.

abstract IconMapObject	addIconMapObject ()
	Creates and adds an icon map object to the location view.

abstract boolean	removeIconMapObject (IconMapObject iconMapObject)
	Removes an icon map object from the location view.

abstract ClusterMapObjectController	addClusterMapObjectController ()
	Creates an icon map object controller for the location view.

abstract boolean	removeClusterMapObjectController (ClusterMapObjectController controller)
	Removes an icon map object controller from the location view.

abstract PolygonMapObject	addPolygonMapObject ()
	Creates and adds a polygon map object to the location view.

abstract boolean	removePolygonMapObject (PolygonMapObject polygonMapObject)
	Removes a polygon map object from the location view.

abstract PolylineMapObject	addPolylineMapObject ()
	Creates and adds a polyline map object to the location view.

abstract GeoJsonImport	addGeoJson (String geoJson, Integer sublocationId)
	Adds polygons and lines from one GeoJSON document on a floor. Accepts a FeatureCollection, a Feature, or one geometry, the same inputs as a GeoJSON source. Polygon holes become `LocationPolygon.innerRings`. Points are skipped. Returns null when the document is not JSON. The host styles the returned objects.

abstract PointBatch	addPointBatch ()
	Creates one arrow cloud. Replace its points each frame.

abstract boolean	removePointBatch (PointBatch pointBatch)
	Removes an arrow cloud.

abstract boolean	removePolylineMapObject (PolylineMapObject polylineMapObject)
	Removes a polyline map object from the location view.

abstract DottedPolylineMapObject	addDottedPolylineMapObject ()
	Creates and adds a polyline points map object to the location view.

abstract boolean	removeDottedPolylineMapObject (DottedPolylineMapObject dottedPolylineMapObject)
	Removes a polyline points map object from the location view.

abstract ModelMapObject	addModelMapObject ()
	Creates and adds a 3D model map object (Wavefront OBJ + texture via ModelProvider).

abstract boolean	removeModelMapObject (ModelMapObject modelMapObject)
	Removes a model map object from the location view.

abstract void	removeAllMapObjects ()
	Removes all map objects from the location view.

abstract void	pickMapObjectAt (android.graphics.PointF point)
	Selects a visible, interactive map object at the specified screen position.

abstract void	pickMapFeatureAt (android.graphics.PointF point)
	Selects visible map features (e.g., venues) at the specified screen position.

abstract void	addPickListener (PickListener listener)
	Adds a PickListener to receive picking result events.

abstract void	removePickListener (PickListener listener)
	Removes a previously added PickListener.

abstract void	addInputListener (InputListener listener)
	Adds an InputListener to receive input events.

abstract void	removeInputListener (InputListener listener)
	Removes a previously added InputListener.

abstract void	addCameraListener (CameraListener listener)
	Adds a CameraListener to receive camera movement events.

abstract void	removeCameraListener (CameraListener listener)
	Removes a previously added CameraListener.

abstract void	addSublocationChangeListener (SublocationChangeListener listener)
	Adds listener for sublocation change events.

abstract void	removeSublocationChangeListener (SublocationChangeListener listener)
	Removes previously added sublocation change listener.

abstract void	addBuildingListener (BuildingListener listener)
	Adds listener for outdoor scenario: when camera focuses on a building or leaves it.

abstract void	removeBuildingListener (BuildingListener listener)
	Removes previously added indoor building listener.

abstract void	flyTo (Camera camera, int duration, CameraCallback callback)
	Moves the map camera to a new position with a smooth pan-and-zoom (fly) animation.

abstract void	moveTo (Camera camera, int duration, AnimationType animationType, CameraCallback callback)
	Moves the map camera to a new position with an easing animation.

abstract boolean	selectMapFeature (String featureId)
	Selects a map feature by its feature ID.

abstract boolean	deselectMapFeature (String featureId)
	Deselects a map feature by its feature ID.

abstract void	deselectAllMapFeatures ()
	Deselects all currently selected map features.

abstract void	applyLayerFilter (String layer, ArrayList< MapFilterCondition > conditions)
	Applies a typed filter to a specific map layer.

abstract MapTheme	getMapTheme ()
	Outdoor vector basemap color theme MapTheme. Indoor rasters, venues, and user map objects are unchanged. Default: light.

abstract void	setMapTheme (MapTheme newMapTheme)
	Outdoor vector basemap color theme MapTheme. Indoor rasters, venues, and user map objects are unchanged. Default: light.

abstract TileProvider	getTileProvider ()
	Outdoor tile source TileProvider. `kind` `vector` draws MVT (`schema` must match the tiles). `kind` `raster` draws PNG, JPEG, or WebP imagery and hides outdoor vector geometry and labels. `schema` is ignored for raster. Indoor floors stay on top. Null (default) uses OSM Shortbread at vector.openstreetmap.org. When `mbtiles` is set, tiles are read only from that file.

abstract void	setTileProvider (TileProvider newTileProvider)
	Outdoor tile source TileProvider. `kind` `vector` draws MVT (`schema` must match the tiles). `kind` `raster` draws PNG, JPEG, or WebP imagery and hides outdoor vector geometry and labels. `schema` is ignored for raster. Indoor floors stay on top. Null (default) uses OSM Shortbread at vector.openstreetmap.org. When `mbtiles` is set, tiles are read only from that file.

abstract AttributionAlignment	getAttributionAlignment ()
	Screen placement of the OSM attribution overlay AttributionAlignment. Default: right + bottom. Visible only in outdoor / outdoor_indoor modes.

abstract void	setAttributionAlignment (AttributionAlignment newAttributionAlignment)
	Screen placement of the OSM attribution overlay AttributionAlignment. Default: right + bottom. Visible only in outdoor / outdoor_indoor modes.

abstract float	getZoomFactor ()
	Specifies the zoom level of the location view, in pixels per meter. Default: approximately 100 meters across the screen width.

abstract void	setZoomFactor (float newZoomFactor)
	Specifies the zoom level of the location view, in pixels per meter. Default: approximately 100 meters across the screen width.

abstract float	getMinZoomFactor ()
	Minimum zoom level for the location view (pixels per meter).

abstract void	setMinZoomFactor (float newMinZoomFactor)
	Minimum zoom level for the location view (pixels per meter).

abstract float	getMaxZoomFactor ()
	Maximum zoom level for the location view (pixels per meter).

abstract void	setMaxZoomFactor (float newMaxZoomFactor)
	Maximum zoom level for the location view (pixels per meter).

abstract boolean	getStickToBorder ()
	Specifies whether sublocation content sticks to screen borders.

abstract void	setStickToBorder (boolean newStickToBorder)
	Specifies whether sublocation content sticks to screen borders.

abstract Camera	getCamera ()
	Current camera position (look-at in WGS84). Camera.

abstract void	setCamera (Camera newCamera)
	Current camera position (look-at in WGS84). Camera.

abstract ScreenRect	getFocusRect ()
	Area of the viewport used when fitting a bounding box. Null (default) is the full view. Set this for a floor selector, follow-me button, or POI card so `getEnclosingCamera` keeps geometry in the remaining rectangle. Coordinates are screen pixels ScreenRect.

abstract void	setFocusRect (ScreenRect newFocusRect)
	Area of the viewport used when fitting a bounding box. Null (default) is the full view. Set this for a floor selector, follow-me button, or POI card so `getEnclosingCamera` keeps geometry in the remaining rectangle. Coordinates are screen pixels ScreenRect.

abstract VisibleRegion	getFocusRegion ()
	Four corners of `focusRect` in WGS84, or `visibleRegion` when `focusRect` is null VisibleRegion.

abstract VisibleRegion	getVisibleRegion ()
	Four corners of the current viewport in WGS84 VisibleRegion. Corners are ray-cast onto the ground plane, same as `screenPositionToGlobal`. With tilt the shape is a trapezoid.

abstract boolean	getRotateGestureEnabled ()
	Specifies whether rotation gestures (e.g., two-finger rotation) are enabled.

abstract void	setRotateGestureEnabled (boolean newRotateGestureEnabled)
	Specifies whether rotation gestures (e.g., two-finger rotation) are enabled.

abstract boolean	getTiltGesturesEnabled ()
	Specifies whether tilt gestures (e.g., two-finger parallel pan) are enabled.

abstract void	setTiltGesturesEnabled (boolean newTiltGesturesEnabled)
	Specifies whether tilt gestures (e.g., two-finger parallel pan) are enabled.

abstract boolean	getScrollGesturesEnabled ()
	Specifies whether scroll gestures (e.g., pan gesture) are enabled.

abstract void	setScrollGesturesEnabled (boolean newScrollGesturesEnabled)
	Specifies whether scroll gestures (e.g., pan gesture) are enabled.

abstract boolean	getZoomGesturesEnabled ()
	Specifies whether zoom gestures (e.g., two-finger pinch) are enabled.

abstract void	setZoomGesturesEnabled (boolean newZoomGesturesEnabled)
	Specifies whether zoom gestures (e.g., two-finger pinch) are enabled.

abstract float	getPickRadius ()
	Extra slop around the hit target, in density-independent pixels. Applied as a screen-pixel radius for points/lines and as a margin around a label's real AABB. Default: 5 dp.

abstract void	setPickRadius (float newPickRadius)
	Extra slop around the hit target, in density-independent pixels. Applied as a screen-pixel radius for points/lines and as a margin around a label's real AABB. Default: 5 dp.

abstract ArrayList< String >	getSelectedMapFeatures ()
	List of currently selected map feature IDs.

abstract boolean	isValid ()

Static Public Member Functions
static void	setDebugFlag (DebugFlag flag, boolean on)
	Sets the state of a debug flag.

static boolean	getDebugFlag (DebugFlag flag)
	Gets the state of a debug flag.

Detailed Description

Interface for interacting with the location view.

Referenced from LocationView.

Definition at line 20 of file LocationWindow.java.

Member Function Documentation

◆ addBuildingListener()

abstract void com.navigine.idl.java.LocationWindow.addBuildingListener ( BuildingListener listener )

abstract

Adds listener for outdoor scenario: when camera focuses on a building or leaves it.

Parameters

listener Indoor building listener BuildingListener.

Java code snippet:

locationWindow.addBuildingListener(buildingListener);

System.out.println("Added building listener");

Kotlin code snippet:

window.addBuildingListener(buildingListener!!)

println("Added building listener")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ addCameraListener()

abstract void com.navigine.idl.java.LocationWindow.addCameraListener ( CameraListener listener )

abstract

Adds a CameraListener to receive camera movement events.

Parameters

listener The CameraListener instance CameraListener.

Note: Remove the listener when no longer needed.

Java code snippet:

        // Add camera listener
        cameraListener = new CameraListenerImpl();
        locationWindow.addCameraListener(cameraListener);
        System.out.println("Added camera listener");

Kotlin code snippet:

        // Add camera listener
        cameraListener = CameraListenerImpl()
        locationWindow!!.addCameraListener(cameraListener!!)
        println("Added camera listener")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ addCircleMapObject()

abstract CircleMapObject com.navigine.idl.java.LocationWindow.addCircleMapObject ( )

abstract

Creates and adds a circle map object to the location view.

Returns: A CircleMapObject instance CircleMapObject if successful, null otherwise.

Java code snippet:

        // Add circle map object
        circleMapObject = locationWindow.addCircleMapObject();
        System.out.println("Added circle map object");

Kotlin code snippet:

        // Add circle map object
        circleMapObject = locationWindow!!.addCircleMapObject()
        println("Added circle map object")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ addClusterMapObjectController()

abstract ClusterMapObjectController com.navigine.idl.java.LocationWindow.addClusterMapObjectController ( )

abstract

Creates an icon map object controller for the location view.

Returns: Cluster controller instance ClusterMapObjectController.

Java code snippet:

clusterMapObjectController = locationWindow.addClusterMapObjectController();

System.out.println("Added cluster map object controller");

Kotlin code snippet:

clusterMapObjectController = locationWindow!!.addClusterMapObjectController()

println("Added cluster map object controller")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ addDottedPolylineMapObject()

abstract DottedPolylineMapObject com.navigine.idl.java.LocationWindow.addDottedPolylineMapObject ( )

abstract

Creates and adds a polyline points map object to the location view.

Returns: A DottedPolylineMapObject instance DottedPolylineMapObject if successful, null otherwise.

Java code snippet:

        // Add dotted polyline map object
        dottedPolylineMapObject = locationWindow.addDottedPolylineMapObject();
        System.out.println("Added dotted polyline map object");

Kotlin code snippet:

        // Add dotted polyline map object
        dottedPolylineMapObject = locationWindow!!.addDottedPolylineMapObject()
        println("Added dotted polyline map object")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ addGeoJson()

abstract GeoJsonImport com.navigine.idl.java.LocationWindow.addGeoJson	(	String	geoJson,
		Integer	sublocationId )

abstract

Adds polygons and lines from one GeoJSON document on a floor. Accepts a FeatureCollection, a Feature, or one geometry, the same inputs as a GeoJSON source. Polygon holes become LocationPolygon.innerRings. Points are skipped. Returns null when the document is not JSON. The host styles the returned objects.

Parameters

geoJson	GeoJSON text.
sublocationId	Floor for every object, or null for the outdoor map.

Java code snippet:

        String geoJson = "{\"type\":\"FeatureCollection\",\"features\":["
            + "{\"type\":\"Feature\",\"geometry\":{\"type\":\"Polygon\",\"coordinates\":["
            + "[[37.617,55.751],[37.619,55.751],[37.619,55.752],[37.617,55.751]],"
            + "[[37.6174,55.7512],[37.6176,55.7512],[37.6176,55.7514],[37.6174,55.7512]]]}},"
            + "{\"type\":\"Feature\",\"geometry\":{\"type\":\"LineString\",\"coordinates\":"
            + "[[37.617,55.751],[37.620,55.753]]}}]}";
        GeoJsonImport imported = locationWindow.addGeoJson(geoJson, 7);
        System.out.println("GeoJSON polygons " + imported.getPolygons().size()
            + ", lines " + imported.getPolylines().size());

Kotlin code snippet:

        val geoJson = """{"type":"FeatureCollection","features":[{"type":"Feature","geometry":{"type":"Polygon","coordinates":[[[37.617,55.751],[37.619,55.751],[37.619,55.752],[37.617,55.751]],[[37.6174,55.7512],[37.6176,55.7512],[37.6176,55.7514],[37.6174,55.7512]]]}},{"type":"Feature","geometry":{"type":"LineString","coordinates":[[37.617,55.751],[37.620,55.753]]}}]}"""
        val imported: GeoJsonImport = locationWindow.addGeoJson(geoJson, 7)
        println("GeoJSON polygons ${imported.polygons.size}, lines ${imported.polylines.size}")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ addIconMapObject()

abstract IconMapObject com.navigine.idl.java.LocationWindow.addIconMapObject ( )

abstract

Creates and adds an icon map object to the location view.

Returns: An IconMapObject instance IconMapObject if successful, null otherwise.

Java code snippet:

        // Add icon map object
        iconMapObject = locationWindow.addIconMapObject();
        System.out.println("Added icon map object");

Kotlin code snippet:

        // Add icon map object
        iconMapObject = locationWindow!!.addIconMapObject()
        println("Added icon map object")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ addInputListener()

abstract void com.navigine.idl.java.LocationWindow.addInputListener ( InputListener listener )

abstract

Adds an InputListener to receive input events.

Parameters

listener The InputListener instance InputListener.

Note: Remove the listener when no longer needed.

Java code snippet:

        // Add input listener
        inputListener = new InputListenerImpl();
        locationWindow.addInputListener(inputListener);
        System.out.println("Added input listener");

Kotlin code snippet:

        // Add input listener
        inputListener = InputListenerImpl()
        locationWindow!!.addInputListener(inputListener!!)
        println("Added input listener")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ addModelMapObject()

abstract ModelMapObject com.navigine.idl.java.LocationWindow.addModelMapObject ( )

abstract

Creates and adds a 3D model map object (Wavefront OBJ + texture via ModelProvider).

Returns: A ModelMapObject instance ModelMapObject if successful, null otherwise.

Java code snippet:

modelMapObject = locationWindow.addModelMapObject();

System.out.println("Added model map object: " + (modelMapObject != null));

Kotlin code snippet:

modelMapObject = locationWindow!!.addModelMapObject()

println("Added model map object: ${modelMapObject != null}")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ addPickListener()

abstract void com.navigine.idl.java.LocationWindow.addPickListener ( PickListener listener )

abstract

Adds a PickListener to receive picking result events.

Parameters

listener The PickListener instance PickListener.

Note: Remove the listener when no longer needed.

Java code snippet:

        // Add pick listener
        pickListener = new PickListenerImpl();
        locationWindow.addPickListener(pickListener);
        System.out.println("Added pick listener");

Kotlin code snippet:

        // Add pick listener
        pickListener = PickListenerImpl()
        locationWindow!!.addPickListener(pickListener!!)
        println("Added pick listener")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ addPointBatch()

abstract PointBatch com.navigine.idl.java.LocationWindow.addPointBatch ( )

abstract

Creates one arrow cloud. Replace its points each frame.

Returns: A PointBatch PointBatch, or null on failure.

Java code snippet:

        PointBatch batch = locationWindow.addPointBatch();
        java.util.List<PointSprite> sprites = java.util.Arrays.asList(
            new PointSprite(new GlobalPoint(55.751, 37.617), 0.f, 0xCCFF8000, 5.f),
            new PointSprite(new GlobalPoint(55.752, 37.618), 90.f, 0xCC0080FF, 5.f));
        batch.setPoints(sprites, 7);
        Integer hit = batch.hitTest(new android.graphics.PointF(12.f, 8.f), 8.f);
        System.out.println("PointBatch hit " + hit);

Kotlin code snippet:

        val batch: PointBatch = locationWindow.addPointBatch()
        batch.setPoints(listOf(
            PointSprite(GlobalPoint(55.751, 37.617), 0f, 0xCCFF8000.toInt(), 5f),
            PointSprite(GlobalPoint(55.752, 37.618), 90f, 0xCC0080FF.toInt(), 5f),
        ), 7)
        val hit = batch.hitTest(android.graphics.PointF(12f, 8f), 8f)
        println("PointBatch hit $hit")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ addPolygonMapObject()

abstract PolygonMapObject com.navigine.idl.java.LocationWindow.addPolygonMapObject ( )

abstract

Creates and adds a polygon map object to the location view.

Returns: A PolygonMapObject instance PolygonMapObject if successful, null otherwise.

Java code snippet:

        // Add polygon map object
        polygonMapObject = locationWindow.addPolygonMapObject();
        System.out.println("Added polygon map object");

Kotlin code snippet:

        // Add polygon map object
        polygonMapObject = locationWindow!!.addPolygonMapObject()
        println("Added polygon map object")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ addPolylineMapObject()

abstract PolylineMapObject com.navigine.idl.java.LocationWindow.addPolylineMapObject ( )

abstract

Creates and adds a polyline map object to the location view.

Returns: A PolylineMapObject instance PolylineMapObject if successful, null otherwise.

Java code snippet:

        // Add polyline map object
        polylineMapObject = locationWindow.addPolylineMapObject();
        System.out.println("Added polyline map object");

Kotlin code snippet:

        // Add polyline map object
        polylineMapObject = locationWindow!!.addPolylineMapObject()
        println("Added polyline map object")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ addSublocationChangeListener()

abstract void com.navigine.idl.java.LocationWindow.addSublocationChangeListener ( SublocationChangeListener listener )

abstract

Adds listener for sublocation change events.

Parameters

listener Sublocation change listener SublocationChangeListener.

Java code snippet:

locationWindow.addSublocationChangeListener(listener);

System.out.println("Added sublocation change listener");

Kotlin code snippet:

locationWindow!!.addSublocationChangeListener(listener)

println("Added sublocation change listener")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ applyLayerFilter()

abstract void com.navigine.idl.java.LocationWindow.applyLayerFilter	(	String	layer,
		ArrayList< MapFilterCondition >	conditions )

abstract

Applies a typed filter to a specific map layer.

Parameters

layer	The map layer to apply the filter to.
conditions	List of conditions (property + allowed values). Empty list resets the filter (show all).

Java code snippet:

        // Apply filter to venues layer
        List<MapFilterCondition> conditions = new ArrayList<>();
        conditions.add(new MapFilterCondition("category", Arrays.asList("Toilet", "Cafe")));
        locationWindow.applyLayerFilter("venues", conditions);
        System.out.println("Applied layer filter: show venues with category Toilet or Cafe");

Kotlin code snippet:

        // Apply filter to venues layer
        val conditions = listOf(MapFilterCondition("category", listOf("Toilet", "Cafe")))
        locationWindow!!.applyLayerFilter("venues", conditions)
        println("Applied layer filter: show venues with category Toilet or Cafe")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ deselectAllMapFeatures()

abstract void com.navigine.idl.java.LocationWindow.deselectAllMapFeatures ( )

abstract

Deselects all currently selected map features.

Java code snippet:

        // Deselect all map features
        locationWindow.deselectAllMapFeatures();
        System.out.println("Deselected all map features");

Kotlin code snippet:

        // Deselect all map features
        locationWindow!!.deselectAllMapFeatures()
        println("Deselected all map features")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ deselectMapFeature()

abstract boolean com.navigine.idl.java.LocationWindow.deselectMapFeature ( String featureId )

abstract

Deselects a map feature by its feature ID.

Parameters

featureId The feature ID from the mapFeaturePickResult PickListener.

Returns: true if the operation is successful, false otherwise.

Java code snippet:

        // Deselect specific map feature
        boolean deselected = locationWindow.deselectMapFeature(featureId);
        System.out.println("Deselected map feature " + featureId + ": " + deselected);

Kotlin code snippet:

        // Deselect specific map feature
        val deselected = locationWindow!!.deselectMapFeature(featureId)
        println("Deselected map feature $featureId: $deselected")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ flyTo()

abstract void com.navigine.idl.java.LocationWindow.flyTo	(	Camera	camera,
		int	duration,
		CameraCallback	callback )

abstract

Moves the map camera to a new position with a smooth pan-and-zoom (fly) animation.

Parameters

camera	The new camera position Camera.
duration	Animation duration in milliseconds (-1 derives it from the distance).
callback	Callback to execute when the animation completes CameraCallback.

Java code snippet:

        // Fly to position with smooth animation
        GlobalPoint targetPoint = new GlobalPoint(150.0, 250.0);
        Camera targetCamera = new Camera(targetPoint, 75.0, 45.0, 30.0);
        CameraCallback callback = new CameraCallbackImpl();
        locationWindow.flyTo(targetCamera, 2000, callback);
        System.out.println("Started fly to animation to point (" + targetPoint.latitude + ", " + targetPoint.longitude + ")");

Kotlin code snippet:

        // Fly to position with smooth animation
        val targetPoint = GlobalPoint(150.0, 250.0)
        val targetCamera = Camera(targetPoint, 75.0, 45.0, 30.0)
        val callback = CameraCallbackImpl()
        locationWindow!!.flyTo(targetCamera, 2000, callback)
        println("Started fly to animation to point (${targetPoint.x}, ${targetPoint.y})")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getAttribution()

abstract String com.navigine.idl.java.LocationWindow.getAttribution ( )

abstract

Attribution text for the outdoor tiles. Comes from tileProvider.attribution when set. A null vector source uses the OSM default.

Java code snippet:

String attribution = locationWindow.getAttribution();

System.out.println("Attribution: " + attribution);

Kotlin code snippet:

val attribution = locationWindow!!.attribution

println("Attribution: $attribution")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getAttributionAlignment()

abstract AttributionAlignment com.navigine.idl.java.LocationWindow.getAttributionAlignment ( )

abstract

Screen placement of the OSM attribution overlay AttributionAlignment. Default: right + bottom. Visible only in outdoor / outdoor_indoor modes.

Returns

Java code snippet:

locationWindow.setAttributionAlignment(alignment);

Kotlin code snippet:

locationWindow!!.attributionAlignment = alignment

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getCamera()

abstract Camera com.navigine.idl.java.LocationWindow.getCamera ( )

abstract

Current camera position (look-at in WGS84). Camera.

Returns

Java code snippet:

        // Set camera position without animation
        locationWindow.setCamera(newCamera);
        System.out.println("Set camera position to (" + newPoint.latitude + ", " + newPoint.longitude + ") with zoom 50.0, rotation 0°, tilt 0°");

Kotlin code snippet:

        // Set camera position without animation
        locationWindow!!.camera = newCamera
        println("Set camera position to (${newPoint.x}, ${newPoint.y}) with zoom 50.0, rotation 0°, tilt 0°")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getDebugFlag()

static boolean com.navigine.idl.java.LocationWindow.getDebugFlag ( DebugFlag flag )

inlinestatic

Gets the state of a debug flag.

Parameters

flag	The debug flag to query DebugFlag.

Returns: true if the debug flag is enabled, false otherwise.

Java code snippet:

boolean infosOn = LocationWindow.getDebugFlag(DebugFlag.INFOS);

System.out.println("Debug flag INFOS enabled: " + infosOn);

Kotlin code snippet:

val infosOn = LocationWindow.getDebugFlag(DebugFlag.INFOS)

println("Debug flag INFOS enabled: $infosOn")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

Definition at line 1304 of file LocationWindow.java.

◆ getEnclosingCamera()

abstract Camera com.navigine.idl.java.LocationWindow.getEnclosingCamera ( BoundingBox boundingBox )

abstract

Camera that fits boundingBox into the current focus rect. Uses focusRect when set, otherwise the full viewport. Keeps the current azimuth and tilt (tilt fit is approximate).

Parameters

boundingBox WGS84 bounding box to enclose.

Java code snippet:

        BoundingBox boundingBox = new BoundingBox(new GlobalPoint(55.75, 37.61), new GlobalPoint(55.76, 37.63));
        Camera camera = locationWindow.getEnclosingCamera(boundingBox);
        System.out.println("Camera that fits bounding box: " + camera);

Kotlin code snippet:

        val boundingBox = BoundingBox(GlobalPoint(55.75, 37.61), GlobalPoint(55.76, 37.63))
        val camera = locationWindow!!.getEnclosingCamera(boundingBox)
        println("Camera that fits bounding box: $camera")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getEnclosingCameraWithFocus()

abstract Camera com.navigine.idl.java.LocationWindow.getEnclosingCameraWithFocus	(	BoundingBox	boundingBox,
		ScreenRect	focusRect,
		Float	azimuth,
		Float	tilt )

abstract

Camera that fits boundingBox, with optional overrides. Null focusRect / azimuth / tilt keep the current window values (focusRect property, current camera). Azimuth and tilt are degrees, same units as Camera.

Java code snippet:

Camera padded = locationWindow.getEnclosingCameraWithFocus(boundingBox, focus, null, null);

System.out.println("Camera that fits bounding box in focus rect: " + padded);

Kotlin code snippet:

val padded = locationWindow!!.getEnclosingCameraWithFocus(boundingBox, focus, null, null)

println("Camera that fits bounding box in focus rect: $padded")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getFocusRect()

abstract ScreenRect com.navigine.idl.java.LocationWindow.getFocusRect ( )

abstract

Area of the viewport used when fitting a bounding box. Null (default) is the full view. Set this for a floor selector, follow-me button, or POI card so getEnclosingCamera keeps geometry in the remaining rectangle. Coordinates are screen pixels ScreenRect.

Returns

Java code snippet:

ScreenRect focus = new ScreenRect(new ScreenPoint(0.0, 0.0), new ScreenPoint(1000.0, 1600.0));

locationWindow.setFocusRect(focus);

Kotlin code snippet:

val focus = ScreenRect(ScreenPoint(0.0, 0.0), ScreenPoint(1000.0, 1600.0))

locationWindow!!.focusRect = focus

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getFocusRegion()

abstract VisibleRegion com.navigine.idl.java.LocationWindow.getFocusRegion ( )

abstract

Four corners of focusRect in WGS84, or visibleRegion when focusRect is null VisibleRegion.

Returns

Java code snippet:

VisibleRegion focusRegion = locationWindow.getFocusRegion();

System.out.println("Focus-rect top-left: " + focusRegion.getTopLeft());

Kotlin code snippet:

val focusRegion = locationWindow!!.focusRegion

println("Focus-rect top-left: ${focusRegion.topLeft}")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getMapTheme()

abstract MapTheme com.navigine.idl.java.LocationWindow.getMapTheme ( )

abstract

Outdoor vector basemap color theme MapTheme. Indoor rasters, venues, and user map objects are unchanged. Default: light.

Returns

Java code snippet:

locationWindow.setMapTheme(MapTheme.DARK);

System.out.println("Set map theme to DARK");

Kotlin code snippet:

locationWindow!!.mapTheme = MapTheme.DARK

println("Set map theme to DARK")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getMaxZoomFactor()

abstract float com.navigine.idl.java.LocationWindow.getMaxZoomFactor ( )

abstract

Maximum zoom level for the location view (pixels per meter).

Returns

Java code snippet:

        // Set maximum zoom factor
        locationWindow.setMaxZoomFactor(300.0);
        System.out.println("Set maximum zoom factor to 300.0");

Kotlin code snippet:

        // Set maximum zoom factor
        locationWindow!!.maxZoomFactor = 300.0
        println("Set maximum zoom factor to 300.0")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getMinZoomFactor()

abstract float com.navigine.idl.java.LocationWindow.getMinZoomFactor ( )

abstract

Minimum zoom level for the location view (pixels per meter).

Returns

Java code snippet:

        // Set minimum zoom factor
        locationWindow.setMinZoomFactor(50.0);
        System.out.println("Set minimum zoom factor to 50.0");

Kotlin code snippet:

        // Set minimum zoom factor
        locationWindow!!.minZoomFactor = 50.0
        println("Set minimum zoom factor to 50.0")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getOperatingMode()

abstract OperatingMode com.navigine.idl.java.LocationWindow.getOperatingMode ( )

abstract

Returns the current operating mode OperatingMode.

Java code snippet:

OperatingMode currentMode = locationWindow.getOperatingMode();

System.out.println("Current operating mode: " + currentMode);

Kotlin code snippet:

val currentMode = locationWindow!!.operatingMode

println("Current operating mode: $currentMode")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getPickRadius()

abstract float com.navigine.idl.java.LocationWindow.getPickRadius ( )

abstract

Extra slop around the hit target, in density-independent pixels. Applied as a screen-pixel radius for points/lines and as a margin around a label's real AABB. Default: 5 dp.

Returns

Java code snippet:

        // Set pick radius
        locationWindow.setPickRadius(10.0);
        System.out.println("Set pick radius to 10.0 pixels");

Kotlin code snippet:

        // Set pick radius
        locationWindow!!.pickRadius = 10.0
        println("Set pick radius to 10.0 pixels")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getRotateGestureEnabled()

abstract boolean com.navigine.idl.java.LocationWindow.getRotateGestureEnabled ( )

abstract

Specifies whether rotation gestures (e.g., two-finger rotation) are enabled.

Returns

Java code snippet:

        // Set rotate gesture enabled
        locationWindow.setRotateGestureEnabled(true);
        System.out.println("Set rotate gesture enabled to true");

Kotlin code snippet:

        // Set rotate gesture enabled
        locationWindow!!.rotateGestureEnabled = true
        println("Set rotate gesture enabled to true")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getScrollGesturesEnabled()

abstract boolean com.navigine.idl.java.LocationWindow.getScrollGesturesEnabled ( )

abstract

Specifies whether scroll gestures (e.g., pan gesture) are enabled.

Returns

Java code snippet:

        // Set scroll gestures enabled
        locationWindow.setScrollGesturesEnabled(true);
        System.out.println("Set scroll gestures enabled to true");

Kotlin code snippet:

        // Set scroll gestures enabled
        locationWindow!!.scrollGesturesEnabled = true
        println("Set scroll gestures enabled to true")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getSelectedMapFeatures()

abstract ArrayList< String > com.navigine.idl.java.LocationWindow.getSelectedMapFeatures ( )

abstract

List of currently selected map feature IDs.

Returns

Java code snippet:

        // Get list of selected map features
        List<String> selectedFeatures = locationWindow.getSelectedMapFeatures();
        System.out.println("Currently selected map features: " + selectedFeatures.size() + " features");
        for (String feature : selectedFeatures) {
            System.out.println("  - " + feature);
        }

Kotlin code snippet:

        // Get list of selected map features
        val selectedFeatures = locationWindow!!.selectedMapFeatures
        println("Currently selected map features: ${selectedFeatures.size} features")
        for (feature in selectedFeatures) {
            println("  - $feature")
        }

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getStickToBorder()

abstract boolean com.navigine.idl.java.LocationWindow.getStickToBorder ( )

abstract

Specifies whether sublocation content sticks to screen borders.

Returns

If true, content sticks to screen bounds; if false, content is centered. Default: true.

Java code snippet:

        // Set stick to border property
        locationWindow.setStickToBorder(true);
        System.out.println("Set stick to border to true");

Kotlin code snippet:

        // Set stick to border property
        locationWindow!!.stickToBorder = true
        println("Set stick to border to true")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getSublocationId()

abstract Integer com.navigine.idl.java.LocationWindow.getSublocationId ( )

abstract

Returns current sublocation ID if set, otherwise null.

Java code snippet:

        Integer currentId = locationWindow.getSublocationId();
        if (currentId != null) {
            System.out.println("Current sublocation id: " + currentId);
        } else {
            System.out.println("Current sublocation id is not set");
        }

Kotlin code snippet:

        val currentId = locationWindow!!.getSublocationId()
        if (currentId != null) {
            println("Current sublocation id: $currentId")
        } else {
            println("Current sublocation id is not set")
        }

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getTileProvider()

abstract TileProvider com.navigine.idl.java.LocationWindow.getTileProvider ( )

abstract

Outdoor tile source TileProvider. kind vector draws MVT (schema must match the tiles). kind raster draws PNG, JPEG, or WebP imagery and hides outdoor vector geometry and labels. schema is ignored for raster. Indoor floors stay on top. Null (default) uses OSM Shortbread at vector.openstreetmap.org. When mbtiles is set, tiles are read only from that file.

Returns

Java code snippet:

        locationWindow.setTileProvider(osmHttp);
        locationWindow.setTileProvider(null);
        TileProvider imagery = new TileProvider(
            TileSchema.SHORTBREAD,
            new HttpTileSource(
                "https://tile.openstreetmap.org/{z}/{x}/{y}.png",
                null,
                null),
            null,
            0,
            19,
            "© OpenStreetMap contributors",
            TileKind.RASTER);
        locationWindow.setTileProvider(imagery);

Kotlin code snippet:

        locationWindow!!.tileProvider = osmHttp
        locationWindow!!.tileProvider = null
        val imagery = TileProvider(
            TileSchema.SHORTBREAD,
            HttpTileSource(
                "https://tile.openstreetmap.org/{z}/{x}/{y}.png",
                null,
                null),
            null,
            0,
            19,
            "© OpenStreetMap contributors",
            TileKind.RASTER)
        locationWindow!!.tileProvider = imagery

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getTiltGesturesEnabled()

abstract boolean com.navigine.idl.java.LocationWindow.getTiltGesturesEnabled ( )

abstract

Specifies whether tilt gestures (e.g., two-finger parallel pan) are enabled.

Returns

Java code snippet:

        // Set tilt gestures enabled
        locationWindow.setTiltGesturesEnabled(true);
        System.out.println("Set tilt gestures enabled to true");

Kotlin code snippet:

        // Set tilt gestures enabled
        locationWindow!!.tiltGesturesEnabled = true
        println("Set tilt gestures enabled to true")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getVisibleRegion()

abstract VisibleRegion com.navigine.idl.java.LocationWindow.getVisibleRegion ( )

abstract

Four corners of the current viewport in WGS84 VisibleRegion. Corners are ray-cast onto the ground plane, same as screenPositionToGlobal. With tilt the shape is a trapezoid.

Returns

Java code snippet:

VisibleRegion visibleRegion = locationWindow.getVisibleRegion();

System.out.println("Viewport top-left: " + visibleRegion.getTopLeft());

Kotlin code snippet:

val visibleRegion = locationWindow!!.visibleRegion

println("Viewport top-left: ${visibleRegion.topLeft}")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getZoomFactor()

abstract float com.navigine.idl.java.LocationWindow.getZoomFactor ( )

abstract

Specifies the zoom level of the location view, in pixels per meter. Default: approximately 100 meters across the screen width.

Returns

Java code snippet:

        // Set zoom factor
        locationWindow.setZoomFactor(150.0);
        System.out.println("Set zoom factor to 150.0");

Kotlin code snippet:

        // Set zoom factor
        locationWindow!!.zoomFactor = 150.0
        println("Set zoom factor to 150.0")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ getZoomGesturesEnabled()

abstract boolean com.navigine.idl.java.LocationWindow.getZoomGesturesEnabled ( )

abstract

Specifies whether zoom gestures (e.g., two-finger pinch) are enabled.

Returns

Java code snippet:

        // Set zoom gestures enabled
        locationWindow.setZoomGesturesEnabled(true);
        System.out.println("Set zoom gestures enabled to true");

Kotlin code snippet:

        // Set zoom gestures enabled
        locationWindow!!.zoomGesturesEnabled = true
        println("Set zoom gestures enabled to true")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ globalToScreenPosition()

abstract android.graphics.PointF com.navigine.idl.java.LocationWindow.globalToScreenPosition	(	GlobalPoint	point,
		boolean	clipToViewport )

abstract

Converts WGS84 coordinates to screen coordinates (pixels).

Parameters

point	WGS84 coordinates GlobalPoint.
clipToViewport	If true, coordinates outside the viewport are clipped to the viewport edge.

Returns: (x,y) coordinates in screen pixels.

Java code snippet:

        // Convert WGS84 to screen position with clipping
        GlobalPoint globalPoint2 = new GlobalPoint(55.7558, 37.6176);
        ScreenPoint screenPoint2 = locationWindow.globalToScreenPosition(globalPoint2, true);
        System.out.printf("WGS84 (%.6f, %.6f) converted to screen with clipping: (%.1f, %.1f)%n",
                         globalPoint2.getLatitude(), globalPoint2.getLongitude(), screenPoint2.getX(), screenPoint2.getY());

Kotlin code snippet:

        val globalPoint2 = GlobalPoint(55.7558, 37.6176)
        val screenPoint2 = locationWindow!!.globalToScreenPosition(globalPoint2, true)
        println("WGS84 (${globalPoint2.latitude}, ${globalPoint2.longitude}) converted to screen with clipping: (${screenPoint2.x}, ${screenPoint2.y})")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ isValid()

abstract boolean com.navigine.idl.java.LocationWindow.isValid ( )

abstract

Tells if this LocationWindow is valid or not. Any other method (except for this one) called on an invalid LocationWindow will throw java.lang.RuntimeException.

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ moveTo()

abstract void com.navigine.idl.java.LocationWindow.moveTo	(	Camera	camera,
		int	duration,
		AnimationType	animationType,
		CameraCallback	callback )

abstract

Moves the map camera to a new position with an easing animation.

Parameters

camera	The new camera position Camera.
duration	Animation duration in milliseconds (-1 for default duration).
animationType	The type of easing animation AnimationType.
callback	Callback to execute when the animation completes CameraCallback.

Java code snippet:

        // Move to position with linear animation
        GlobalPoint targetPoint = new GlobalPoint(200.0, 300.0);
        Camera targetCamera = new Camera(targetPoint, 100.0, 90.0, 0.0);
        CameraCallback callback = new CameraCallbackImpl();
        locationWindow.moveTo(targetCamera, 1500, AnimationType.LINEAR, callback);
        System.out.println("Started move to with linear animation");

Kotlin code snippet:

        // Move to position with linear animation
        val targetPoint = GlobalPoint(200.0, 300.0)
        val targetCamera = Camera(targetPoint, 100.0, 90.0, 0.0)
        val callback = CameraCallbackImpl()
        locationWindow!!.moveTo(targetCamera, 1500, AnimationType.LINEAR, callback)
        println("Started move to with linear animation")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ pickMapFeatureAt()

abstract void com.navigine.idl.java.LocationWindow.pickMapFeatureAt ( android.graphics.PointF point )

abstract

Selects visible map features (e.g., venues) at the specified screen position.

Parameters

point Position in screen pixels to pick from. Results are delivered to the PickListener via onMapFeaturePickComplete PickListener.

Java code snippet:

        // Pick map feature at screen position
        Point featurePoint = new Point(150.0, 250.0);
        locationWindow.pickMapFeatureAt(featurePoint);
        System.out.println("Picked map feature at screen position (" + featurePoint.x + ", " + featurePoint.y + ")");

Kotlin code snippet:

        // Pick map feature at screen position
        val featurePoint = Point(150.0, 250.0)
        locationWindow!!.pickMapFeatureAt(featurePoint)
        println("Picked map feature at screen position (${featurePoint.x}, ${featurePoint.y})")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ pickMapObjectAt()

abstract void com.navigine.idl.java.LocationWindow.pickMapObjectAt ( android.graphics.PointF point )

abstract

Selects a visible, interactive map object at the specified screen position.

Parameters

point Position in screen pixels to pick from. Results are delivered to the PickListener via onMapObjectPickComplete PickListener.

Java code snippet:

        // Pick map object at screen position
        Point screenPoint = new Point(100.0, 200.0);
        locationWindow.pickMapObjectAt(screenPoint);
        System.out.println("Picked map object at screen position (" + screenPoint.x + ", " + screenPoint.y + ")");

Kotlin code snippet:

        // Pick map object at screen position
        val screenPoint = Point(100.0, 200.0)
        locationWindow!!.pickMapObjectAt(screenPoint)
        println("Picked map object at screen position (${screenPoint.x}, ${screenPoint.y})")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ removeAllMapObjects()

abstract void com.navigine.idl.java.LocationWindow.removeAllMapObjects ( )

abstract

Removes all map objects from the location view.

Java code snippet:

        // Remove all map objects
        locationWindow.removeAllMapObjects();
        System.out.println("Removed all map objects");

Kotlin code snippet:

        // Remove all map objects
        locationWindow!!.removeAllMapObjects()
        println("Removed all map objects")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ removeBuildingListener()

abstract void com.navigine.idl.java.LocationWindow.removeBuildingListener ( BuildingListener listener )

abstract

Removes previously added indoor building listener.

Parameters

listener Listener instance to remove BuildingListener.

Java code snippet:

locationWindow.removeBuildingListener(buildingListener);

System.out.println("Removed building listener");

Kotlin code snippet:

window.removeBuildingListener(buildingListener!!)

println("Removed building listener")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ removeCameraListener()

abstract void com.navigine.idl.java.LocationWindow.removeCameraListener ( CameraListener listener )

abstract

Removes a previously added CameraListener.

Parameters

listener The CameraListener instance to remove CameraListener.

Java code snippet:

        // Remove camera listener
        locationWindow.removeCameraListener(cameraListener);
        cameraListener = null;
        System.out.println("Removed camera listener");

Kotlin code snippet:

        // Remove camera listener
        locationWindow!!.removeCameraListener(cameraListener!!)
        cameraListener = null
        println("Removed camera listener")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ removeCircleMapObject()

abstract boolean com.navigine.idl.java.LocationWindow.removeCircleMapObject ( CircleMapObject circleMapObject )

abstract

Removes a circle map object from the location view.

Parameters

circleMapObject The circle map object instance CircleMapObject.

Returns: true if the operation is successful, false otherwise.

Java code snippet:

        // Remove circle map object
        if (circleMapObject != null) {
            boolean removed = locationWindow.removeCircleMapObject(circleMapObject);
            System.out.println("Removed circle map object: " + removed);
            circleMapObject = null;
        }

Kotlin code snippet:

        // Remove circle map object
        if (circleMapObject != null) {
            val removed = locationWindow!!.removeCircleMapObject(circleMapObject!!)
            println("Removed circle map object: $removed")
            circleMapObject = null
        }

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ removeClusterMapObjectController()

abstract boolean com.navigine.idl.java.LocationWindow.removeClusterMapObjectController ( ClusterMapObjectController controller )

abstract

Removes an icon map object controller from the location view.

Parameters

controller The controller instance to remove.

Returns: true if the operation is successful, false otherwise.

Java code snippet:

        boolean controllerRemoved =
            locationWindow.removeClusterMapObjectController(clusterMapObjectController);
        System.out.println("Removed cluster map object controller: " + controllerRemoved);

Kotlin code snippet:

        val controllerRemoved =
            locationWindow!!.removeClusterMapObjectController(controller)
        println("Removed cluster map object controller: $controllerRemoved")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ removeDottedPolylineMapObject()

abstract boolean com.navigine.idl.java.LocationWindow.removeDottedPolylineMapObject ( DottedPolylineMapObject dottedPolylineMapObject )

abstract

Removes a polyline points map object from the location view.

Parameters

dottedPolylineMapObject The polyline points map object instance DottedPolylineMapObject.

Returns: true if the operation is successful, false otherwise.

Java code snippet:

        // Remove dotted polyline map object
        if (dottedPolylineMapObject != null) {
            boolean removed = locationWindow.removeDottedPolylineMapObject(dottedPolylineMapObject);
            System.out.println("Removed dotted polyline map object: " + removed);
            dottedPolylineMapObject = null;
        }

Kotlin code snippet:

        // Remove dotted polyline map object
        if (dottedPolylineMapObject != null) {
            val removed = locationWindow!!.removeDottedPolylineMapObject(dottedPolylineMapObject!!)
            println("Removed dotted polyline map object: $removed")
            dottedPolylineMapObject = null
        }

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ removeIconMapObject()

abstract boolean com.navigine.idl.java.LocationWindow.removeIconMapObject ( IconMapObject iconMapObject )

abstract

Removes an icon map object from the location view.

Parameters

iconMapObject The icon map object instance IconMapObject.

Returns: true if the operation is successful, false otherwise.

Java code snippet:

        // Remove icon map object
        if (iconMapObject != null) {
            boolean removed = locationWindow.removeIconMapObject(iconMapObject);
            System.out.println("Removed icon map object: " + removed);
            iconMapObject = null;
        }

Kotlin code snippet:

        // Remove icon map object
        if (iconMapObject != null) {
            val removed = locationWindow!!.removeIconMapObject(iconMapObject!!)
            println("Removed icon map object: $removed")
            iconMapObject = null
        }

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ removeInputListener()

abstract void com.navigine.idl.java.LocationWindow.removeInputListener ( InputListener listener )

abstract

Removes a previously added InputListener.

Parameters

listener The InputListener instance to remove InputListener.

Java code snippet:

        // Remove input listener
        locationWindow.removeInputListener(inputListener);
        inputListener = null;
        System.out.println("Removed input listener");

Kotlin code snippet:

        // Remove input listener
        locationWindow!!.removeInputListener(inputListener!!)
        inputListener = null
        println("Removed input listener")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ removeModelMapObject()

abstract boolean com.navigine.idl.java.LocationWindow.removeModelMapObject ( ModelMapObject modelMapObject )

abstract

Removes a model map object from the location view.

Parameters

modelMapObject The model instance to remove ModelMapObject.

Returns: true if the operation is successful, false otherwise.

Java code snippet:

        boolean removed = locationWindow.removeModelMapObject(modelMapObject);
        System.out.println("Removed model map object: " + removed);
        modelMapObject = null;

Kotlin code snippet:

println("Removed model: ${locationWindow!!.removeModelMapObject(m)}")

modelMapObject = null

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ removePickListener()

abstract void com.navigine.idl.java.LocationWindow.removePickListener ( PickListener listener )

abstract

Removes a previously added PickListener.

Parameters

listener The PickListener instance to remove PickListener.

Java code snippet:

locationWindow.removePickListener(listeners[i]);

System.out.println("Removed pick listener " + i);

Kotlin code snippet:

locationWindow!!.removePickListener(listener)

println("Removed pick listener $i")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ removePointBatch()

abstract boolean com.navigine.idl.java.LocationWindow.removePointBatch ( PointBatch pointBatch )

abstract

Removes an arrow cloud.

Returns: true when the batch was on the map.

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ removePolygonMapObject()

abstract boolean com.navigine.idl.java.LocationWindow.removePolygonMapObject ( PolygonMapObject polygonMapObject )

abstract

Removes a polygon map object from the location view.

Parameters

polygonMapObject The polygon map object instance PolygonMapObject.

Returns: true if the operation is successful, false otherwise.

Java code snippet:

        // Remove polygon map object
        if (polygonMapObject != null) {
            boolean removed = locationWindow.removePolygonMapObject(polygonMapObject);
            System.out.println("Removed polygon map object: " + removed);
            polygonMapObject = null;
        }

Kotlin code snippet:

        // Remove polygon map object
        if (polygonMapObject != null) {
            val removed = locationWindow!!.removePolygonMapObject(polygonMapObject!!)
            println("Removed polygon map object: $removed")
            polygonMapObject = null
        }

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ removePolylineMapObject()

abstract boolean com.navigine.idl.java.LocationWindow.removePolylineMapObject ( PolylineMapObject polylineMapObject )

abstract

Removes a polyline map object from the location view.

Parameters

polylineMapObject The polyline map object instance PolylineMapObject.

Returns: true if the operation is successful, false otherwise.

Java code snippet:

        // Remove polyline map object
        if (polylineMapObject != null) {
            boolean removed = locationWindow.removePolylineMapObject(polylineMapObject);
            System.out.println("Removed polyline map object: " + removed);
            polylineMapObject = null;
        }

Kotlin code snippet:

        // Remove polyline map object
        if (polylineMapObject != null) {
            val removed = locationWindow!!.removePolylineMapObject(polylineMapObject!!)
            println("Removed polyline map object: $removed")
            polylineMapObject = null
        }

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ removeSublocationChangeListener()

abstract void com.navigine.idl.java.LocationWindow.removeSublocationChangeListener ( SublocationChangeListener listener )

abstract

Removes previously added sublocation change listener.

Parameters

listener Listener instance to remove SublocationChangeListener.

Java code snippet:

locationWindow.removeSublocationChangeListener(listener);

System.out.println("Removed sublocation change listener");

Kotlin code snippet:

locationWindow!!.removeSublocationChangeListener(listener)

println("Removed sublocation change listener")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ screenPositionToGlobal()

abstract GlobalPoint com.navigine.idl.java.LocationWindow.screenPositionToGlobal ( android.graphics.PointF point )

abstract

Converts screen coordinates (pixels) to WGS84 coordinates.

Parameters

point (x,y) coordinates in screen pixels.

Returns: WGS84 coordinates GlobalPoint.

Java code snippet:

        // Convert screen position to WGS84
        ScreenPoint screenPoint = new ScreenPoint(100.0, 200.0);
        GlobalPoint globalPoint = locationWindow.screenPositionToGlobal(screenPoint);
        System.out.printf("Screen position (%.1f, %.1f) converted to WGS84: (%.6f, %.6f)%n",
                         screenPoint.getX(), screenPoint.getY(), globalPoint.getLatitude(), globalPoint.getLongitude());

Kotlin code snippet:

        val screenPoint = ScreenPoint(100.0, 200.0)
        val globalPoint = locationWindow!!.screenPositionToGlobal(screenPoint)
        println("Screen position (${screenPoint.x}, ${screenPoint.y}) converted to WGS84: (${globalPoint.latitude}, ${globalPoint.longitude})")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ selectMapFeature()

abstract boolean com.navigine.idl.java.LocationWindow.selectMapFeature ( String featureId )

abstract

Selects a map feature by its feature ID.

Parameters

featureId The feature ID from the mapFeaturePickResult PickListener.

Returns: true if the operation is successful, false otherwise.

Java code snippet:

        // Select map feature by ID
        String featureId = "room_101";
        boolean selected = locationWindow.selectMapFeature(featureId);
        System.out.println("Selected map feature " + featureId + ": " + selected);

Kotlin code snippet:

        // Select map feature by ID
        val featureId = "room_101"
        val selected = locationWindow!!.selectMapFeature(featureId)
        println("Selected map feature $featureId: $selected")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ setAttributionAlignment()

abstract void com.navigine.idl.java.LocationWindow.setAttributionAlignment ( AttributionAlignment newAttributionAlignment )

abstract

Screen placement of the OSM attribution overlay AttributionAlignment. Default: right + bottom. Visible only in outdoor / outdoor_indoor modes.

Parameters

newAttributionAlignment

Java code snippet:

locationWindow.setAttributionAlignment(alignment);

Kotlin code snippet:

locationWindow!!.attributionAlignment = alignment

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ setCamera()

abstract void com.navigine.idl.java.LocationWindow.setCamera ( Camera newCamera )

abstract

Current camera position (look-at in WGS84). Camera.

Parameters

newCamera

Java code snippet:

        // Set camera position without animation
        locationWindow.setCamera(newCamera);
        System.out.println("Set camera position to (" + newPoint.latitude + ", " + newPoint.longitude + ") with zoom 50.0, rotation 0°, tilt 0°");

Kotlin code snippet:

        // Set camera position without animation
        locationWindow!!.camera = newCamera
        println("Set camera position to (${newPoint.x}, ${newPoint.y}) with zoom 50.0, rotation 0°, tilt 0°")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ setDebugFlag()

static void com.navigine.idl.java.LocationWindow.setDebugFlag	(	DebugFlag	flag,
		boolean	on )

inlinestatic

Sets the state of a debug flag.

Parameters

flag	The debug flag to set DebugFlag.
on	Specifies whether the debug flag is enabled (true) or disabled (false).

Java code snippet:

        LocationWindow.setDebugFlag(DebugFlag.INFOS, true);
        LocationWindow.setDebugFlag(DebugFlag.STATS, false);
        System.out.println("Updated debug flags on LocationWindow");

Kotlin code snippet:

        LocationWindow.setDebugFlag(DebugFlag.INFOS, true)
        LocationWindow.setDebugFlag(DebugFlag.STATS, false)
        println("Updated debug flags on LocationWindow")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

Definition at line 1283 of file LocationWindow.java.

◆ setFocusRect()

abstract void com.navigine.idl.java.LocationWindow.setFocusRect ( ScreenRect newFocusRect )

abstract

Area of the viewport used when fitting a bounding box. Null (default) is the full view. Set this for a floor selector, follow-me button, or POI card so getEnclosingCamera keeps geometry in the remaining rectangle. Coordinates are screen pixels ScreenRect.

Parameters

newFocusRect

Java code snippet:

ScreenRect focus = new ScreenRect(new ScreenPoint(0.0, 0.0), new ScreenPoint(1000.0, 1600.0));

locationWindow.setFocusRect(focus);

Kotlin code snippet:

val focus = ScreenRect(ScreenPoint(0.0, 0.0), ScreenPoint(1000.0, 1600.0))

locationWindow!!.focusRect = focus

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ setMapTheme()

abstract void com.navigine.idl.java.LocationWindow.setMapTheme ( MapTheme newMapTheme )

abstract

Outdoor vector basemap color theme MapTheme. Indoor rasters, venues, and user map objects are unchanged. Default: light.

Parameters

newMapTheme

Java code snippet:

locationWindow.setMapTheme(MapTheme.DARK);

System.out.println("Set map theme to DARK");

Kotlin code snippet:

locationWindow!!.mapTheme = MapTheme.DARK

println("Set map theme to DARK")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ setMaxZoomFactor()

abstract void com.navigine.idl.java.LocationWindow.setMaxZoomFactor ( float newMaxZoomFactor )

abstract

Maximum zoom level for the location view (pixels per meter).

Parameters

newMaxZoomFactor

Java code snippet:

        // Set maximum zoom factor
        locationWindow.setMaxZoomFactor(300.0);
        System.out.println("Set maximum zoom factor to 300.0");

Kotlin code snippet:

        // Set maximum zoom factor
        locationWindow!!.maxZoomFactor = 300.0
        println("Set maximum zoom factor to 300.0")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ setMinZoomFactor()

abstract void com.navigine.idl.java.LocationWindow.setMinZoomFactor ( float newMinZoomFactor )

abstract

Minimum zoom level for the location view (pixels per meter).

Parameters

newMinZoomFactor

Java code snippet:

        // Set minimum zoom factor
        locationWindow.setMinZoomFactor(50.0);
        System.out.println("Set minimum zoom factor to 50.0");

Kotlin code snippet:

        // Set minimum zoom factor
        locationWindow!!.minZoomFactor = 50.0
        println("Set minimum zoom factor to 50.0")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ setOperatingMode()

abstract void com.navigine.idl.java.LocationWindow.setOperatingMode ( OperatingMode mode )

abstract

Sets the operating mode of the location view OperatingMode. Default: indoor_only.

Java code snippet:

locationWindow.setOperatingMode(OperatingMode.OUTDOOR_INDOOR);

System.out.println("Set operating mode to OUTDOOR_INDOOR");

Kotlin code snippet:

locationWindow!!.setOperatingMode(OperatingMode.OUTDOOR_INDOOR)

println("Set operating mode to OUTDOOR_INDOOR")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ setPickRadius()

abstract void com.navigine.idl.java.LocationWindow.setPickRadius ( float newPickRadius )

abstract

Extra slop around the hit target, in density-independent pixels. Applied as a screen-pixel radius for points/lines and as a margin around a label's real AABB. Default: 5 dp.

Parameters

newPickRadius

Java code snippet:

        // Set pick radius
        locationWindow.setPickRadius(10.0);
        System.out.println("Set pick radius to 10.0 pixels");

Kotlin code snippet:

        // Set pick radius
        locationWindow!!.pickRadius = 10.0
        println("Set pick radius to 10.0 pixels")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ setRotateGestureEnabled()

abstract void com.navigine.idl.java.LocationWindow.setRotateGestureEnabled ( boolean newRotateGestureEnabled )

abstract

Specifies whether rotation gestures (e.g., two-finger rotation) are enabled.

Parameters

newRotateGestureEnabled

Java code snippet:

        // Set rotate gesture enabled
        locationWindow.setRotateGestureEnabled(true);
        System.out.println("Set rotate gesture enabled to true");

Kotlin code snippet:

        // Set rotate gesture enabled
        locationWindow!!.rotateGestureEnabled = true
        println("Set rotate gesture enabled to true")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ setScrollGesturesEnabled()

abstract void com.navigine.idl.java.LocationWindow.setScrollGesturesEnabled ( boolean newScrollGesturesEnabled )

abstract

Specifies whether scroll gestures (e.g., pan gesture) are enabled.

Parameters

newScrollGesturesEnabled

Java code snippet:

        // Set scroll gestures enabled
        locationWindow.setScrollGesturesEnabled(true);
        System.out.println("Set scroll gestures enabled to true");

Kotlin code snippet:

        // Set scroll gestures enabled
        locationWindow!!.scrollGesturesEnabled = true
        println("Set scroll gestures enabled to true")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ setStickToBorder()

abstract void com.navigine.idl.java.LocationWindow.setStickToBorder ( boolean newStickToBorder )

abstract

Specifies whether sublocation content sticks to screen borders.

Parameters

newStickToBorder

If true, content sticks to screen bounds; if false, content is centered. Default: true.

Java code snippet:

        // Set stick to border property
        locationWindow.setStickToBorder(true);
        System.out.println("Set stick to border to true");

Kotlin code snippet:

        // Set stick to border property
        locationWindow!!.stickToBorder = true
        println("Set stick to border to true")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ setSublocationId()

abstract void com.navigine.idl.java.LocationWindow.setSublocationId ( int id )

abstract

Method is used to switch the location view between sublocations (e.g., floors).

Parameters

id	Sublocation unique identifier Sublocation.

Java code snippet:

        // Set sublocation ID to switch between floors
        locationWindow.setSublocationId(1);
        System.out.println("Set sublocation ID to 1 (first floor)");

Kotlin code snippet:

        // Set sublocation ID to switch between floors
        locationWindow!!.setSublocationId(1)
        println("Set sublocation ID to 1 (first floor)")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ setTileProvider()

abstract void com.navigine.idl.java.LocationWindow.setTileProvider ( TileProvider newTileProvider )

abstract

Outdoor tile source TileProvider. kind vector draws MVT (schema must match the tiles). kind raster draws PNG, JPEG, or WebP imagery and hides outdoor vector geometry and labels. schema is ignored for raster. Indoor floors stay on top. Null (default) uses OSM Shortbread at vector.openstreetmap.org. When mbtiles is set, tiles are read only from that file.

Parameters

newTileProvider

Java code snippet:

        locationWindow.setTileProvider(osmHttp);
        locationWindow.setTileProvider(null);
        TileProvider imagery = new TileProvider(
            TileSchema.SHORTBREAD,
            new HttpTileSource(
                "https://tile.openstreetmap.org/{z}/{x}/{y}.png",
                null,
                null),
            null,
            0,
            19,
            "© OpenStreetMap contributors",
            TileKind.RASTER);
        locationWindow.setTileProvider(imagery);

Kotlin code snippet:

        locationWindow!!.tileProvider = osmHttp
        locationWindow!!.tileProvider = null
        val imagery = TileProvider(
            TileSchema.SHORTBREAD,
            HttpTileSource(
                "https://tile.openstreetmap.org/{z}/{x}/{y}.png",
                null,
                null),
            null,
            0,
            19,
            "© OpenStreetMap contributors",
            TileKind.RASTER)
        locationWindow!!.tileProvider = imagery

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ setTiltGesturesEnabled()

abstract void com.navigine.idl.java.LocationWindow.setTiltGesturesEnabled ( boolean newTiltGesturesEnabled )

abstract

Specifies whether tilt gestures (e.g., two-finger parallel pan) are enabled.

Parameters

newTiltGesturesEnabled

Java code snippet:

        // Set tilt gestures enabled
        locationWindow.setTiltGesturesEnabled(true);
        System.out.println("Set tilt gestures enabled to true");

Kotlin code snippet:

        // Set tilt gestures enabled
        locationWindow!!.tiltGesturesEnabled = true
        println("Set tilt gestures enabled to true")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ setZoomFactor()

abstract void com.navigine.idl.java.LocationWindow.setZoomFactor ( float newZoomFactor )

abstract

Specifies the zoom level of the location view, in pixels per meter. Default: approximately 100 meters across the screen width.

Parameters

newZoomFactor

Java code snippet:

        // Set zoom factor
        locationWindow.setZoomFactor(150.0);
        System.out.println("Set zoom factor to 150.0");

Kotlin code snippet:

        // Set zoom factor
        locationWindow!!.zoomFactor = 150.0
        println("Set zoom factor to 150.0")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

◆ setZoomGesturesEnabled()

abstract void com.navigine.idl.java.LocationWindow.setZoomGesturesEnabled ( boolean newZoomGesturesEnabled )

abstract

Specifies whether zoom gestures (e.g., two-finger pinch) are enabled.

Parameters

newZoomGesturesEnabled

Java code snippet:

        // Set zoom gestures enabled
        locationWindow.setZoomGesturesEnabled(true);
        System.out.println("Set zoom gestures enabled to true");

Kotlin code snippet:

        // Set zoom gestures enabled
        locationWindow!!.zoomGesturesEnabled = true
        println("Set zoom gestures enabled to true")

Reimplemented in com.navigine.idl.java.internal.LocationWindowBinding.

The documentation for this class was generated from the following file:

LocationWindow.java

Public Member Functions

Static Public Member Functions

Detailed Description

Member Function Documentation

◆ addBuildingListener()

◆ addCameraListener()

◆ addCircleMapObject()

◆ addClusterMapObjectController()

◆ addDottedPolylineMapObject()

◆ addGeoJson()

◆ addIconMapObject()

◆ addInputListener()

◆ addModelMapObject()

◆ addPickListener()

◆ addPointBatch()

◆ addPolygonMapObject()

◆ addPolylineMapObject()

◆ addSublocationChangeListener()

◆ applyLayerFilter()

◆ deselectAllMapFeatures()

◆ deselectMapFeature()

◆ flyTo()

◆ getAttribution()

◆ getAttributionAlignment()

◆ getCamera()

◆ getDebugFlag()

◆ getEnclosingCamera()

◆ getEnclosingCameraWithFocus()

◆ getFocusRect()

◆ getFocusRegion()

◆ getMapTheme()

◆ getMaxZoomFactor()

◆ getMinZoomFactor()

◆ getOperatingMode()

◆ getPickRadius()

◆ getRotateGestureEnabled()

◆ getScrollGesturesEnabled()

◆ getSelectedMapFeatures()

◆ getStickToBorder()

◆ getSublocationId()

◆ getTileProvider()

◆ getTiltGesturesEnabled()

◆ getVisibleRegion()

◆ getZoomFactor()

◆ getZoomGesturesEnabled()

◆ globalToScreenPosition()

◆ isValid()

◆ moveTo()

◆ pickMapFeatureAt()

◆ pickMapObjectAt()

◆ removeAllMapObjects()

◆ removeBuildingListener()

◆ removeCameraListener()

◆ removeCircleMapObject()

◆ removeClusterMapObjectController()

◆ removeDottedPolylineMapObject()

◆ removeIconMapObject()

◆ removeInputListener()

◆ removeModelMapObject()

◆ removePickListener()

◆ removePointBatch()

◆ removePolygonMapObject()

◆ removePolylineMapObject()

◆ removeSublocationChangeListener()

◆ screenPositionToGlobal()

◆ selectMapFeature()

◆ setAttributionAlignment()

◆ setCamera()

◆ setDebugFlag()

◆ setFocusRect()

◆ setMapTheme()

◆ setMaxZoomFactor()

◆ setMinZoomFactor()

◆ setOperatingMode()

◆ setPickRadius()

◆ setRotateGestureEnabled()

◆ setScrollGesturesEnabled()

◆ setStickToBorder()

◆ setSublocationId()

◆ setTileProvider()