Package com.esri.arcgisruntime.mapping

Class Surface

  • All Implemented Interfaces:
    Loadable
    public final class Surface
extends java.lang.Object
implements Loadable
    A Surface is a collection of ElevationSources where the order will determine how the elevations are blended together for each level of detail.
    Since:
    100.0.0 for JavaSE and 100.1.0 for Android

    • Constructor Detail

      • Surface

        public Surface()
        Creates an instance of a Surface.
        Since:
        100.0.0 for JavaSE and 100.1.0 for Android

      • Surface

        public Surface​(java.lang.Iterable<ElevationSource> elevationSources)
        Creates an instance of a Surface initialised with the list of elevation sources.
        Parameters:
        elevationSources - the elevation sources
        Since:
        100.0.0 for JavaSE and 100.1.0 for Android
        See Also:
        ElevationSource

    • Method Detail

      • getElevationExaggeration

        public float getElevationExaggeration()
        Gets the exaggeration for the Surface. The altitude values of the surface data are multiplied by the exaggeration value, the default is 1.0.
        Returns:
        the exaggeration factor
        Since:
        100.0.0 for JavaSE and 100.1.0 for Android

      • setElevationExaggeration

        public void setElevationExaggeration​(float exaggeration)
        Set the exaggeration for the Surface. The altitude values of the surface data are multiplied by the exaggeration value, the default is 1.0.
        Parameters:
        exaggeration - the exaggeration factor
        Throws:
        java.lang.IllegalArgumentException - if exaggeration is less than zero
        Since:
        100.0.0 for JavaSE and 100.1.0 for Android

      • isEnabled

        public boolean isEnabled()
        Gets if the surface is enabled in the ArcGISScene.
        Returns:
        true, if the surface is enabled
        Since:
        100.0.0 for JavaSE and 100.1.0 for Android

      • setEnabled

        public void setEnabled​(boolean enabled)
        Sets if the surface is enabled in the ArcGISScene or not.
        Parameters:
        enabled - true to enable
        Since:
        100.0.0 for JavaSE and 100.1.0 for Android

      • getName

        public java.lang.String getName()
        Gets the name of this surface.
        Returns:
        the name of this surface
        Since:
        100.4.0

      • setName

        public void setName​(java.lang.String name)
        Sets the name of this surface.
        Parameters:
        name - the name of this surface
        Since:
        100.4.0

      • getBackgroundGrid

        public BackgroundGrid getBackgroundGrid()
        Gets the BackgroundGrid that is displayed when the corresponding view has nothing in it.
        Returns:
        the BackgroundGrid that is displayed when the corresponding view has nothing in it
        Since:
        100.1.0

      • setBackgroundGrid

        public void setBackgroundGrid​(BackgroundGrid backgroundGrid)
        Sets the BackgroundGrid that is displayed when the corresponding SceneView has nothing in it.
        Parameters:
        backgroundGrid - the BackgroundGrid that is displayed when the corresponding SceneView has nothing in it
        Throws:
        java.lang.IllegalArgumentException - if the backgroundGrid is null
        Since:
        100.1.0

      • getElevationAsync

        public ListenableFuture<java.lang.Double> getElevationAsync​(Point point)
        Asynchronously retrieves the most accurate available elevation value from the elevation surface for a given point.

        Note - the Surface has to be associated with a SceneView that is being rendered at the point of calling this method.

        Use this method to get elevation values for locations that are currently not rendered on screen, for example when zooming to a point of which only x,y values are known, such as a geocoding result. You first call getElevationAsync to get a z value and then combine that with the x,y to put the camera in a meaningful place.

        This method retrieves the most accurate available elevation value at a given x,y location which requires it to go to the server or local raster file and load the highest level of detail of data for the target location and return the elevation value.

        If multiple elevation sources are present in the surface the top most visible elevation source with a valid elevation in the given location is used to determine the result.

        Parameters:
        point - the x,y location at which to retrieve an elevation value, any given z value is ignored
        Returns:
        a ListenableFuture for tracking when the operation is done and getting the result. Add a listener to the future to be notified when the operation is complete. The result of the future is a Double representing the elevation in meters above or below sea level at the given point.
        Throws:
        java.lang.IllegalArgumentException - if point is null
        Since:
        100.1.0
        See Also:
        ArcGISScene.setBaseSurface(Surface)

      • setNavigationConstraint

        public void setNavigationConstraint​(NavigationConstraint navigationConstraint)
        Sets the navigation constraint defining how the camera interacts with the elevation of the surface.

        The navigation constraint determines if the camera altitude is affected by the elevation at the location of the camera. If the camera is restricted to being above the elevation surface or if it's able to pass below the surface. The default value is NavigationConstraint.STAY_ABOVE which prevents the camera from moving below the surface.

        Parameters:
        navigationConstraint - the navigation constraint
        Throws:
        java.lang.IllegalArgumentException - if navigationConstraint is null
        Since:
        100.5.0

      • getNavigationConstraint

        public NavigationConstraint getNavigationConstraint()
        Gets the navigation constraint defining how the camera interacts with the elevation of the surface.

        The navigation constraint determines if the camera altitude is affected by the elevation at the location of the camera. If the camera is restricted to being above the elevation surface or if it's able to pass below the surface. The default value is NavigationConstraint.STAY_ABOVE which prevents the camera from moving below the surface.

        Returns:
        the navigation constraint
        Since:
        100.5.0

      • setOpacity

        public void setOpacity​(float opacity)
        Sets the opacity of this Surface.

        All layers in the basemap associated with this surface are affected by the opacity of the surface, as is the background grid of the surface. The opacity of the basemap layers and background grid are multiplied by this opacity value. The default value is 1.0.

        Parameters:
        opacity - a value between 0 to 1.0, 1.0 being solid or opaque and 0 being transparent
        Throws:
        ArcGISRuntimeException - if opacity is an invalid value
        Since:
        100.5.0

      • getOpacity

        public float getOpacity()
        Gets the opacity of this Surface.

        All layers in the basemap associated with this surface are affected by the opacity of the surface, as is the background grid of the surface. The opacity of the basemap layers and background grid are multiplied by this opacity value. The default value is 1.0.

        Returns:
        a value between 0 to 1.0, 1.0 being solid or opaque and 0 being transparent
        Since:
        100.5.0

      • getLoadStatus

        public LoadStatus getLoadStatus()
        Description copied from interface: Loadable
        Returns the LoadStatus of the loadable resource.
        Specified by:
        getLoadStatus in interface Loadable
        Returns:
        the LoadStatus of the loadable resource

      • cancelLoad

        public void cancelLoad()
        Description copied from interface: Loadable
        Cancels loading metadata for the object.

        Cancels loading the metadata if the object is loading, and always invokes the done loading listener.

        A load operation that is in progress (LoadStatus.LOADING state) can be cancelled by calling this method and the resource will transition from LoadStatus.LOADING to LoadStatus.FAILED_TO_LOAD state. If the load operation was successfully cancelled, a CancellationException will be returned from Loadable.getLoadError().

        Cancellation should be used carefully because all enqueued done loading listeners for that resource instance will get invoked with an error stating that the operation was cancelled. Thus, one component in the application can cancel the load operation initiated by other components.

        This method does nothing if the resource is not in LoadStatus.LOADING state.

        Specified by:
        cancelLoad in interface Loadable

      • loadAsync

        public void loadAsync()
        Description copied from interface: Loadable
        Loads the metadata of the loadable resource asynchronously.

        The load status changes from LoadStatus.NOT_LOADED to LoadStatus.LOADING. A listener can be added via Loadable.addDoneLoadingListener(java.lang.Runnable) that is invoked upon completion of the asynchronous load operation.

        If the load operation completes successfully, the load status will be LoadStatus.LOADED, which means the resource has loaded its metadata.

        If the load operation failed, the load status will be LoadStatus.FAILED_TO_LOAD and the error can be retrieved by calling Loadable.getLoadError().

        This method can be called concurrently and repeatedly, but only one attempt is ever made to perform the load operation. If a load operation is already in progress (LoadStatus.LOADING state) when loadAsync is called, it simply piggy-backs on the outstanding operation and the done loading listener added to the loadable resource is enqueued to be invoked when that operation completes. If the operation has already completed (LoadStatus.LOADED or LoadStatus.FAILED_TO_LOAD state) when loadAsync is called, the done loading listener is immediately invoked when added to the loadable resource.

        If a loadable resource has failed to load, calling loadAsync on it subsequently will not change its state. The done loading listener will be invoked immediately when added to the loadable resource. In order to retry loading the resource, Loadable.retryLoadAsync() needs to be used.

        A load operation that is in progress (LoadStatus.LOADING state) can be cancelled by calling Loadable.cancelLoad().

        Specified by:
        loadAsync in interface Loadable

      • retryLoadAsync

        public void retryLoadAsync()
        Description copied from interface: Loadable
        Loads or retries loading metadata for the object asynchronously.

        Will retry loading the metadata if the object's load status is LoadStatus.FAILED_TO_LOAD. Will load the object if it is not loaded. Will not retry to load the object if the object is loaded.

        For more details on the load process see Loadable.loadAsync().

        Specified by:
        retryLoadAsync in interface Loadable

      • addDoneLoadingListener

        public void addDoneLoadingListener​(java.lang.Runnable listener)
        Description copied from interface: Loadable
        Adds a listener to the loadable resource that is invoked when loading has completed.

        The listener may be added at any point, whether the loadable resource has already completed loading or not.

        • For resources that are not loaded when the listener is added (LoadStatus is NOT_LOADED or LOADING): When the resource completes loading, the listener will be invoked on the UI thread if it is added from the UI thread, otherwise it is not guaranteed on which thread the listener is invoked.
        • For resources that are already loaded when the listener is added (LoadStatus is LOADED or FAILED_TO_LOAD): The listener will be called immediately, on the current thread.

        Alternatively, to be notified when there is any change in the load status, use the Loadable.addLoadStatusChangedListener(LoadStatusChangedListener) method instead.

        Specified by:
        addDoneLoadingListener in interface Loadable
        Parameters:
        listener - a Runnable that is invoked upon completion of the load operation

      • removeDoneLoadingListener

        public boolean removeDoneLoadingListener​(java.lang.Runnable listener)
        Description copied from interface: Loadable
        Removes a done loading listener from the loadable resource.
        Specified by:
        removeDoneLoadingListener in interface Loadable
        Parameters:
        listener - the listener to be removed
        Returns:
        true if the listener was removed, otherwise false

      • addLoadStatusChangedListener

        public void addLoadStatusChangedListener​(LoadStatusChangedListener listener)
        Description copied from interface: Loadable
        Adds a LoadStatusChangedListener to the loadable resource that is invoked whenever the load status changes.

        Adding this listener on the UI thread will cause it to be invoked on the UI thread, otherwise it is not guaranteed on which thread the listener is invoked.

        The listener will not be called if added to a loadable resource that has already completed loading. To be notified when a loadable resource has completed loading, including if the resource is already loaded when the listener is added, use the Loadable.addDoneLoadingListener(Runnable) method.

        Specified by:
        addLoadStatusChangedListener in interface Loadable
        Parameters:
        listener - the LoadStatusChangedListener to be added

      • removeLoadStatusChangedListener

        public boolean removeLoadStatusChangedListener​(LoadStatusChangedListener listener)
        Description copied from interface: Loadable
        Removes a LoadStatusChangedListener from the loadable resource.
        Specified by:
        removeLoadStatusChangedListener in interface Loadable
        Parameters:
        listener - the LoadStatusChangedListener to be removed
        Returns:
        true if the listener was removed, otherwise false