Module com.esri.arcgisruntime
Package com.esri.arcgisruntime.mapping.view

Class SceneView

java.lang.Object
javafx.scene.Node
javafx.scene.Parent
javafx.scene.layout.Region
javafx.scene.control.Control
com.esri.arcgisruntime.mapping.view.GeoView
com.esri.arcgisruntime.mapping.view.SceneView
All Implemented Interfaces:
SceneViewNavigation, Styleable, EventTarget, Skinnable
public final class SceneView extends GeoView implements SceneViewNavigation
A user interface control that displays three-dimensional (3D) geographic content defined by an ArcGISScene.

A SceneView is a user interface that displays ArcGISScene layers and graphics in 3D. It uses a camera to control the visible area (extent) of the ArcGISScene and supports user interactions such as pan, zoom, tilt, and rotate. A scene view also provides access to the underlying layer data in a scene.

To display an ArcGISScene, add a SceneView control to your app and assign the scene to it. This loads the scene and its content, such as a Surface, Basemap and collection of operational layers, and displays this content on screen.

User interactions such as pan, zoom, tilt, rotate, and identify or selection are supported in the SceneView using touch, mouse, keyboard or pen/pencil. If required, you can override keys, clicks, and gestures to provide a specific user experience.

The visible area (Viewpoint) of a SceneView is defined by the position and orientation of a Camera. To determine the current visible area, call GeoView.getCurrentViewpoint(Viewpoint.Type). Make sure that any user-initiated or programmatic navigation is complete before getting the current Viewpoint by calling GeoView.navigatingProperty().

You can programmatically set the visible area by specifying a viewpoint. For example, to zoom to the Viewpoint specified by a camera, pass the Camera to the SceneView using one of its methods, such as setViewpointCamera(Camera). The SceneView has a camera controller (setCameraController(CameraController)) to manage the camera's movement and user interactions.

In an MVC architecture, the SceneView represents the View tier. The Model tier is represented by the ArcGISScene object which can provide a collection of operational layers, a Basemap and a Surface. You can only set one ArcGISScene per SceneView, but you can swap the Node.sceneProperty() with another when the application is running.

See Scene view for more information.

This class must only be created and used on the UI thread. 

 ArcGISScene scene = new ArcGISScene(BasemapStyle.ARCGIS_LIGHT_GRAY);
 SceneView sceneView = new SceneView();
 sceneView.setArcGISScene(scene);
Since:
100.0.0
See Also:

  • Property Details

  • Constructor Details

    • SceneView

      public SceneView()
      Creates a new scene view
      Since:
      100.0.0

  • Method Details

    • arcGISSceneProperty

      public ObjectProperty<ArcGISScene> arcGISSceneProperty()
      The scene that the SceneView is displaying.

      If you assign an ArcGISScene to a SceneView, the scene, its Surface, Basemap, and collection of operational layers automatically start to load. When loading completes, the layers and basemap are rendered over the Surface in the scene view.

      You can load an ArcGISScene into your app before you assign it to a SceneView by calling GeoModel.loadAsync(). This is useful if you want to validate the content of a scene before you display it.

      Returns:
      the arcGISScene property
      Since:
      200.0.0
      See Also:

    • setArcGISScene

      public void setArcGISScene(ArcGISScene scene)
      Sets the scene that the SceneView is displaying.

      If you assign an ArcGISScene to a SceneView, the scene, its Surface, Basemap, and collection of operational layers automatically start to load. When loading completes, the layers and basemap are rendered over the Surface in the scene view.

      You can load an ArcGISScene into your app before you assign it to a SceneView by calling GeoModel.loadAsync(). This is useful if you want to validate the content of a scene before you display it.

      Parameters:
      scene - the scene that the SceneView is displaying
      Since:
      100.0.0

    • getArcGISScene

      public ArcGISScene getArcGISScene()
      Gets the ArcGISScene displayed in this view.
      Returns:
      the ArcGISScene
      Since:
      100.0.0

    • fieldOfViewProperty

      public ReadOnlyDoubleProperty fieldOfViewProperty()
      The horizontal field of view of the scene view in degrees.

      The value of the field of view is influenced by the size and orientation of the device screen. A landscape orientation has a larger field of view value than a portrait orientation.

      Returns:
      the fieldOfView property
      Since:
      200.0.0
      See Also:

    • getFieldOfView

      public double getFieldOfView()
      Gets the value of the fieldOfView property.
      Property description:
      The horizontal field of view of the scene view in degrees.

      The value of the field of view is influenced by the size and orientation of the device screen. A landscape orientation has a larger field of view value than a portrait orientation.

      Returns:
      the value of the fieldOfView property
      Since:
      200.0.0
      See Also:

    • fieldOfViewDistortionRatioProperty

      public ReadOnlyDoubleProperty fieldOfViewDistortionRatioProperty()
      The ratio indicating how much the vertical field of view is distorted.

      A distortion factor less than 1.0 causes the visuals to be stretched taller in comparison to their width. A distortion factor greater than 1.0 causes the visuals to be shrunk shorter in comparison to their width.

      The default value is 1.0.

      Returns:
      the fieldOfViewDistortionRatio property
      Since:
      200.0.0
      See Also:

    • getFieldOfViewDistortionRatio

      public double getFieldOfViewDistortionRatio()
      Gets the value of the fieldOfViewDistortionRatio property.
      Property description:
      The ratio indicating how much the vertical field of view is distorted.

      A distortion factor less than 1.0 causes the visuals to be stretched taller in comparison to their width. A distortion factor greater than 1.0 causes the visuals to be shrunk shorter in comparison to their width.

      The default value is 1.0.

      Returns:
      the value of the fieldOfViewDistortionRatio property
      Since:
      200.0.0
      See Also:

    • setViewpointCamera

      public void setViewpointCamera(Camera camera)
      Immediately changes the display to the viewpoint specified by the given camera.
      Specified by:
      setViewpointCamera in interface SceneViewNavigation
      Parameters:
      camera - the camera to set
      Throws:
      IllegalArgumentException - if camera is null
      Since:
      100.0.0

    • setViewpointCameraAsync

      public ListenableFuture<Boolean> setViewpointCameraAsync(Camera camera)
      Changes the display to the new camera viewpoint asynchronously.

      Use setViewpointCameraAsync(Camera, float) to set a viewpoint that animates over a specified duration.

      Returns:
      a ListenableFuture. Add a listener to this to know when the viewpoint has finished animating. The result of the future indicates if the operation completed successfully or not.
      Throws:
      IllegalArgumentException - if the camera is null
      Since:
      100.0.0

    • setViewpointCameraAsync

      public ListenableFuture<Boolean> setViewpointCameraAsync(Camera camera, float durationSeconds)
      Animates the display to the viewpoint specified by the given camera using the specified duration to arrive.
      Parameters:
      camera - the new camera information for the scene view
      durationSeconds - the time for the transition animation to complete, in seconds
      Returns:
      a ListenableFuture. Add a listener to this to know when the viewpoint has finished animating. The result of the future indicates if the operation completed successfully or not.
      Throws:
      IllegalArgumentException - if the camera is null
      Since:
      100.0.0

    • getCurrentViewpointCamera

      public Camera getCurrentViewpointCamera()
      Retrieves the camera that displays the current viewpoint.
      Specified by:
      getCurrentViewpointCamera in interface SceneViewNavigation
      Returns:
      the current camera
      Since:
      100.0.0

    • getSpatialReference

      public SpatialReference getSpatialReference()
      Gets the spatial reference.
      Specified by:
      getSpatialReference in class GeoView
      Returns:
      the spatial reference, null if the ArcGISScene is null
      Since:
      100.0.0

    • ambientLightColorProperty

      public ObjectProperty<Color> ambientLightColorProperty()
      The color of the scene view's ambient light.

      The ambient light is visible if the getSunLighting() is set to LightingMode.LIGHT or LightingMode.LIGHT_AND_SHADOWS.

      Attempting to set the color to null will throw an exception.

      Returns:
      the ambientLightColor property
      Since:
      200.0.0
      See Also:

    • getAmbientLightColor

      public Color getAmbientLightColor()
      Gets the value of the ambientLightColor property.
      Property description:
      The color of the scene view's ambient light.

      The ambient light is visible if the getSunLighting() is set to LightingMode.LIGHT or LightingMode.LIGHT_AND_SHADOWS.

      Attempting to set the color to null will throw an exception.

      Returns:
      the value of the ambientLightColor property
      Since:
      200.0.0
      See Also:

    • setAmbientLightColor

      public void setAmbientLightColor(Color color)
      Sets the value of the ambientLightColor property.
      Property description:
      The color of the scene view's ambient light.

      The ambient light is visible if the getSunLighting() is set to LightingMode.LIGHT or LightingMode.LIGHT_AND_SHADOWS.

      Attempting to set the color to null will throw an exception.

      Parameters:
      color - the value for the ambientLightColor property
      Since:
      200.0.0
      See Also:

    • setAmbientLightColor

      @Deprecated(since="200.0.0", forRemoval=true) public void setAmbientLightColor(int color)
      Deprecated, for removal: This API element is subject to removal in a future version.
      as of 200.0.0, replaced by setAmbientLightColor(Color)
      Sets the color of the ambient light.
      Parameters:
      color - the color of the ambient light, in 0xAARRGGBB format
      Since:
      100.0.0

    • atmosphereEffectProperty

      public ObjectProperty<AtmosphereEffect> atmosphereEffectProperty()
      The effect applied to the scene's atmosphere.

      The default value is AtmosphereEffect.HORIZON_ONLY.

      This property must not be set to null.

      Returns:
      the atmosphereEffect property
      Since:
      200.0.0
      See Also:

    • setAtmosphereEffect

      public void setAtmosphereEffect(AtmosphereEffect atmosphereEffect)
      Sets the effect to be applied to the scene view's atmosphere.
      Parameters:
      atmosphereEffect - the atmosphere effect
      Throws:
      IllegalArgumentException - if atmosphereEffect is null
      Since:
      100.0.0

    • getAtmosphereEffect

      public AtmosphereEffect getAtmosphereEffect()
      Returns the atmosphere effect on the scene view.

      The default value is AtmosphereEffect.HORIZON_ONLY.

      Returns:
      the atmosphere effect on the scene view
      Since:
      100.0.0

    • sunTimeProperty

      public ObjectProperty<Calendar> sunTimeProperty()
      The calendar that specifies the position of the sun in the scene view.

      The position of sunset, sunrise, and the night-time area of darkness are visible in the scene view as calculated from the sunTimeProperty() value. These lighting effects are visible if you have set the sunTimeProperty() modes of LightingMode.LIGHT and LightingMode.LIGHT_AND_SHADOWS.

      The default value is Fri Sep 22 2000 12:00:00 GMT+0000.

      This property must not be set to null.

      Returns:
      the sunTime property
      Since:
      200.0.0
      See Also:

    • setSunTime

      public void setSunTime(Calendar sunTime)
      Sets the Date and Time that determine the position of the Sun in the sky.
      Parameters:
      sunTime - the Date and Time that determine the position of the Sun in the sky
      Throws:
      IllegalArgumentException - if sunTime is null
      Since:
      100.0.0
      See Also:

    • getSunTime

      public Calendar getSunTime()
      Gets the Date and Time that determine the position of the Sun in the sky. Default is Fri Sep 22 2000 12:00:00 GMT+0000.
      Returns:
      the Date and Time that determine the position of the Sun in the sky
      Since:
      100.0.0

    • sunLightingProperty

      public ObjectProperty<LightingMode> sunLightingProperty()
      The type of ambient sunlight and shadows in the scene view.

      LightingMode.LIGHT and LightingMode.LIGHT_AND_SHADOWS display ambient light according to the specified ambientLightColorProperty().

      The default value is LightingMode.NO_LIGHT.

      This property must not be set to null.

      Returns:
      the sunLighting property
      Since:
      200.0.0
      See Also:

    • setSunLighting

      public void setSunLighting(LightingMode lightingMode)
      Sets the type of sun lighting to be applied to the scene view. For example, this can be used to control whether the shadows of terrain and 3D models are cast.
      Parameters:
      lightingMode - the lighting mode to be applied for this scene view
      Throws:
      IllegalArgumentException - if lightingMode is null
      Since:
      100.0.0
      See Also:

    • getSunLighting

      public LightingMode getSunLighting()
      Returns the type of Sun lighting applied to the scene view.

      Default is LightingMode.NO_LIGHT.

      Returns:
      the type of Sun lighting
      Since:
      100.0.0

    • locationToScreen

      public LocationToScreenResult locationToScreen(Point location)
      Converts a location in map coordinates to a point in JavaFX local coordinates relative to the upper-left corner of the scene view.

      The screen coordinates are in device-independent pixels (DIP) relative to the upper-left corner of the scene view at position 0,0. The LocationToScreenResult indicates whether the screen coordinates are visible in the scene view. They can be invisible if they are on the other side of the globe, not in the Viewpoint, or are blocked by the base surface or elevation layer.

      To call this method, assign a scene to the scene view, ensure that it is loaded and the draw status is DrawStatus.COMPLETED.

      Specified by:
      locationToScreen in interface SceneViewNavigation
      Parameters:
      location - a location defined within the spatial reference of the scene view
      Returns:
      the location to screen result
      Throws:
      IllegalArgumentException - if location is null
      Since:
      100.0.0

    • screenToBaseSurface

      public Point screenToBaseSurface(Point2D screenPoint)
      Converts the specified JavaFX local coordinate, relative to the upper-left corner of the scene view, to a location on the base surface in map coordinates.

      To call this method, assign a scene to the scene view, ensure that it is loaded and the draw status is DrawStatus.COMPLETED.

      Specified by:
      screenToBaseSurface in interface SceneViewNavigation
      Parameters:
      screenPoint - the JavaFX local coordinates
      Returns:
      the scene location on the base surface
      Throws:
      IllegalArgumentException - if screenPoint is null
      Since:
      100.0.0

    • screenToLocationAsync

      public ListenableFuture<Point> screenToLocationAsync(Point2D screenPoint)
      Asynchronously converts a screen coordinate relative to the upper-left corner of the scene view to a location in map coordinates.

      This is a high performance calculation executed on the GPU using a triangular mesh. Note that elevation values are approximated, and as the distance between the camera and the surface increases, the precision of the elevation value decreases.

      To call this method, assign a scene to the scene view, ensure that it is loaded and the draw status is DrawStatus.COMPLETED.

      Parameters:
      screenPoint - the JavaFX local coordinates
      Returns:
      a ListenableFuture. Add a listener to this to know when the result is ready. The result of the future is the location of the screen point.
      Throws:
      IllegalArgumentException - if screenPoint is null
      Since:
      100.0.0

    • setCameraController

      public void setCameraController(CameraController cameraController)
      Sets the camera controller manages the position, orientation, and movement of the camera for a SceneView.

      The controller handles user-interaction with the SceneView and updates the Camera. You can assign a CameraController with a specific navigation mode that is free roaming, following a moving target, fixed on a stationary target, or that supports AR transformation matrices. For more information, see CameraController.

      Parameters:
      cameraController - camera controller
      Throws:
      IllegalArgumentException - if cameraController is null
      Since:
      100.1.0

    • getCameraController

      public CameraController getCameraController()
      Gets the camera controller manages the position, orientation, and movement of the camera for a SceneView.

      The controller handles user-interaction with the SceneView and updates the Camera. You can assign a CameraController with a specific navigation mode that is free roaming, following a moving target, fixed on a stationary target, or that supports AR transformation matrices. For more information, see CameraController.

      The default camera is the GlobeCameraController.

      Returns:
      the camera controller manages the position, orientation, and movement of the camera for a SceneView
      Since:
      100.1.0

    • getAnalysisOverlays

      public ListenableList<AnalysisOverlay> getAnalysisOverlays()
      Gets a modifiable list of analysis overlays that render the results of 3D visual analysis on the scene view.

      Dynamic 3D analyses, such as LineOfSight and Viewshed, generate visual results that are rendered on the scene view. To display the results, add the Analysis to a collection of AnalysisOverlay.getAnalyses() and then add the AnalysisOverlay to the collection of getAnalysisOverlays().

      Note that the SceneView.getAnalysisOverlays() collection can be empty but is never null. It's created for a specific SceneView so you can't reuse an AnalysisOverlay collection from another SceneView. Each AnalysisOverlay can only exist in one SceneView.getAnalysisOverlays() collection.

      Returns:
      a collection of analysis overlays that render the results of 3D visual analysis on the scene view
      Since:
      100.2.0

    • spaceEffectProperty

      public ObjectProperty<SpaceEffect> spaceEffectProperty()
      The visual effect of outer space in the scene view. The modes are black with stars or transparent.

      The default value is SpaceEffect.STARS.

      This property must not be set to null.

      Returns:
      the spaceEffect property
      Since:
      200.0.0
      See Also:

    • setSpaceEffect

      public void setSpaceEffect(SpaceEffect spaceEffect)
      Sets the effect to be applied to the scene view's background.
      Parameters:
      spaceEffect - the space effect
      Throws:
      IllegalArgumentException - if spaceEffect is null
      Since:
      100.6.0

    • getSpaceEffect

      public SpaceEffect getSpaceEffect()
      Gets the space effect on the scene view.

      The default value is SpaceEffect.STARS.

      Returns:
      the space effect on the scene view
      Since:
      100.6.0

    • getImageOverlays

      public List<ImageOverlay> getImageOverlays()
      Gets a modifiable list of overlays for displaying images in the scene view.

      An image overlay collection cannot belong to more than one SceneView. If the collection contains multiple image overlays, they display in the order in which they were added to the collection. So the first overlay in the collection (at index 0) displays at the bottom and each one that follows displays on top of the previous ones. If the SceneView also has a GraphicsOverlay, it displays on top of the ImageOverlay.

      Returns:
      the image overlays
      Since:
      100.8.0