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com.supermap.mapping

Class Map

  • java.lang.Object
    • com.supermap.mapping.Map

  • public class Map
extends java.lang.Object

    map class, responsible for the management of the map display environment.

    The map is a visualization of geographic data, usually consisting of one or more layers. A map object usually manages all of its layers through its layer collection object Layers, and the map must be associated with a workspace to display the data in the workspace. In addition, the setting of the map's display mode will work for all of the layers. This class provides the return and settings of the various display modes of the map, such as the display range of the map, the scale, the coordinates and the default display mode of the measurement unit, the coordinate system and the text, the point, etc., and provide the map Such as the opening and closing of the map, zooming, translating and full-width display, and the output of the map.

    Note:

      After editing the Map from the workspace, it must be saved to Maps in the workspace. Otherwise, editing of the Map can not be saved.
        If Workspace and MapControl have been associated while programming, when closing the objects, you should follow the following orders.
        1. Close the Map object;
        2. Close the MapControl object;
        3. Close the Workspace object.

    • Constructor Detail

      • Map

        public Map()
        Initializes a new instance of the Map class.

      • Map

        public Map(Workspace workspace)
        Initializes a new instance of the Map class, and associates this map with the specified workspace.
        Parameters:
        workspace - Specifies the workspace.

    • Method Detail

      • getName

        public java.lang.String getName()
        Returns the name of the current map.
        Returns:
        the name of the current map.
        Default:
        defaults to UntitledMap.

      • getDescription

        public java.lang.String getDescription()
        Returns the description of the map.
        Returns:
        description of the current map.
        Default:
        defaults to an empty string.

      • addLayersFromMap

        public boolean addLayersFromMap(java.lang.String strMapName,
                                boolean useDynamicProjectionIfNeeded)
        Merges maps
        Parameters:
        strMapName - String
        useDynamicProjectionIfNeeded - boolean
        Returns:
        boolean

      • setDescription

        public void setDescription(java.lang.String value)
        Sets the description of the map.
        Parameters:
        value - Specifies the description of the current map.

      • getAngle

        public double getAngle()
        Returns the rotation angle of this map. The unit is degree, and the positive direction is anticlockwise. The rotation angle is accurate to 0.1 degree. If user input the negative value, the map will rotate in the clockwise direction.
        Returns:
        double The rotation angle of the current map.
        Default:
        defaults to 0 degrees, ie does not rotate

      • setAngle

        public void setAngle(double value)
        Sets the rotation angle of this map. The unit is degree, and the positive direction is anticlockwise. The rotation angle is accurate to 0.1 degree. If user input the negative value, the map will rotate in the clockwise direction.

        Note: Setting the map rotation angle function is only supported when the full-screen drawing mode is turned on.

        Parameters:
        value - Specifies the rotation angle of the current map.

      • getBackgroundStyle

        public GeoStyle getBackgroundStyle()
        Returns the background style of the map.
        Returns:
        The background style of the current map.
        Default:
        defaults to {FillBackColor=Color [A=255, R=255, G=255, B=255],FillForeColor=Color [A=255, R=255, G=255, B=255],FillGradientAngle=0,FillGradientMode=None,FillGradientOffsetRatioX=0,FillGradientOffsetRatioY=0,FillOpaqueRate=100,FillSymbolID=0,LineColor=Color [A=255, R=0, G=0, B=0],LineSymbolID=0,LineWidth=0.1,MarkerAngle=0,MarkerSize={Width=2.4,Height=-1},MarkerSymbolID=0}.

      • setBackgroundStyle

        public void setBackgroundStyle(GeoStyle style)
        Sets the background style of this map.
        Parameters:
        style - Specifies the background style of the current map.

      • getBounds

        public Rectangle2D getBounds()
        Returns the spatial extent of this map. The spatial extent of a map is the boundary rectangle of extents of all the datasets, that is, the minimum rectangle that contains extents of all the datasets. When adding or deleting datasets that displayed in the map, the spatial extent will change correspondingly.
        Returns:
        the current space of the map.
        Default:
        The default value is Rectangle2D(0,0,0,0).

      • getViewBounds

        public Rectangle2D getViewBounds()
        Returns the view bounds of this map, and the view bounds are also called display extent. Besides the setViewBounds() method, the view bounds of this map can also be set by specifying the Center and Scale of display extent of the map.
        Returns:
        The visible range of the current map.
        Default:
        The default value is Rectangle2D(0,0,0,0).

      • setViewBounds

        public void setViewBounds(Rectangle2D rect)
        Sets the view bounds of this map, and the view bounds are also called display extent. Besides the setViewBounds() method, the view bounds of this map can also be set by specifying the Center and Scale of display extent of the map.
        Parameters:
        rect - Specifies the visible range of the current map.

      • getCenter

        public Point2D getCenter()
        Returns the center point of the view bounds of this map.
        Returns:
        the center of the current map's display range.
        Default:
        The default value is Point2D (0,0).

      • setCenter

        public void setCenter(Point2D point)
        Sets the center point of the view bounds of this map.
        Parameters:
        point - Specifies the center of the display range of the current map.

      • isAntialias

        public boolean isAntialias()
        Returns a boolean value indicating whether to anti-alias this map. When the line and text are anti-aliased, you can remove some of them to make the display more beautiful. The examples below illustrate the representations of line and text after being anti-aliased.
        Returns:
        Specifies whether a boolean map is anti-aliasing.
        Default:
        defaults to false, that is, the default map is not anti-aliasing.

      • setAntialias

        public void setAntialias(boolean value)
        Sets a boolean value indicating whether to anti-alias this map. When the line and text are anti-aliased, you can remove some of them to make the display more beautiful. The examples below illustrate the representations of line and text after being anti-aliased.
        Parameters:
        value - Specifies whether or not to use a boolean map.

      • isModified

        public boolean isModified()
        Returns a boolean value indicating whether this map is modified. Whether any of the display properties of the map is modified, or the properties of the layers object or one of the layers of this map is changed, this map will be considered modified.
        Returns:
        A boolean value that specifies whether the current map has been modified.
        Default:
        defaults to false, ie the current map has not been modified.

      • setMapDPI

        public void setMapDPI(double dpi)
        Sets the Map dpi.

        The user gets the DPI of the android device, using the densityDpi in DisplayMetics as the device's DPI. Use the default DPI when displaying a cache file opened in the form of EngineType.IMAGEPLUGINS.

        Parameters:
        dpi - The map shows the dpi.

      • getMapDPI

        public double getMapDPI()
        Gets the Map dpi.
        Returns:
        map shows DPI.

      • setIsArmap

        public void setIsArmap(boolean isArmap)
        Set to an Ar map
        Parameters:
        isArmap - Whether it is an Ar map

      • IsArmap

        public boolean IsArmap()
        Whether it is an Ar map
        Returns:
        Returns whether it is an Ar map

      • setUseSystemDPI

        public void setUseSystemDPI(boolean setMapDPI)
        Set whether to use system DPI. setDPI is valid when it is false.
        Parameters:
        setMapDPI - whether to use the system DPI.

        Note: Not all maps can use custom DPI

      • isUseSystemDPI

        public boolean isUseSystemDPI()
        Get whether to use system DPI. setDPI is valid when it is false.
        Returns:
        A Boolean value that indicates whether to use the system's DPI, which returns true, indicating the use of the system's DPI.

      • setModified

        public void setModified(boolean value)
        Sets whether the map has been edited.

        If any of the display properties of the map change, or where the layers or layer objects are changed, the map is considered to be modified.

        Parameters:
        value - Whether the current map has been modified

      • getImageSizeWidth

        public int getImageSizeWidth()
        Returns the width of the image.
        Returns:
        returns the width of the image size.

      • getImageSizeHeight

        public int getImageSizeHeight()
        Returns the height of the image.
        Returns:
        picture high

      • isViewBoundsLocked

        public boolean isViewBoundsLocked()
        Returns a boolean value used to specify whether to lock the visible extent of the map in the map control.
        Returns:
        A Boolean value that specifies whether the visual range of this map control is locked.
        Default:
        The default value is false, that is, the visual control of the map control is not locked.

      • setViewBoundsLocked

        public void setViewBoundsLocked(boolean value)
        Sets a boolean value used to specify whether to lock the visible extent of the map in the map control.
        Parameters:
        value - Specifies a Boolean value that specifies whether the visual range of this map control is locked.

      • getLockedViewBounds

        public Rectangle2D getLockedViewBounds()
        Returns the locked view bounds of the map control. When the view bounds of the map control is locked, only the specified map in the view bounds will be displayed. The content of the map beyond the view bounds will not be displayed.
        Returns:
        The control range of the map control is locked.
        Default:
        The default value is Rectangle2D(0,0,0,0).

      • setLockedViewBounds

        public void setLockedViewBounds(Rectangle2D rect)
        Sets the locked view bounds of this MapControl. When the view bounds of MapControl is locked, only the specified map in the view bounds will be displayed. The content of the map beyond the view bounds will not be displayed.
        Parameters:
        rect - Specifies the visual range of the map control's lock.

      • isPaintBackground

        public boolean isPaintBackground()
        Returns a boolean value indicating whether the background of this map will be painted.
        Returns:
        A Boolean value specifies whether the map background is drawn.
        Default:
        The default value is true, that is, the map background is drawn.

      • setPaintBackground

        public void setPaintBackground(boolean value)
        Sets a boolean value indicating whether the background of this map will be painted.
        Parameters:
        value - Use a boolean value to specify whether to draw a map background.

      • mapToPixel

        public Point mapToPixel(Point2D point)
        Converts the map coordinates of the specified point to the pixel coordinates. This method can only work properly after setting the setImageSize(int width, int height) method.
        Parameters:
        point - To change the specified point of the coordinates.
        Returns:
        Specifies the pixel coordinates of the point.

      • pixelToMap

        public Point2D pixelToMap(Point point)
        Converts the pixel coordinates of the specified point to the map coordinates.
        Parameters:
        point - To change the specified point of the coordinates.
        Returns:
        Specify the coordinates of the map.

      • setMapOperateListener

        public void setMapOperateListener(MapOperateListener listener)
        Adds a listener used to receive map open and closed events.
        Parameters:
        listener - A listener for receiving a map open, closing event.

      • setMapLoadedListener

        public void setMapLoadedListener(MapLoadedListener listener)
        Adds a listener which is used to receive the map add complete events.
        Parameters:
        listener - A listener for receiving map completion.

      • getMapLoadedListener

        public MapLoadedListener getMapLoadedListener()
        Get a listener which is used to receive the map add complete events.
        Returns:
        Gets a listener for receiving map completion.

      • getScale

        public double getScale()
        Returns the display scale of the current map.
        Returns:
        The display scale of the current map.
        Default:
        The default value is 0.

      • setScale

        public void setScale(double value)
        Sets the display scale of the current map.
        Parameters:
        value - Specifies the display scale for the current map.

      • getTrackingLayer

        public TrackingLayer getTrackingLayer()
        Gets the tracking layer of this map. The tracking layer is a blank and transparent layer that is on top of all the other layers. For more details, please refer to the TrackingLayer class.
        Returns:
        The current map's tracking layer.
        Default:
        The default value is the default value for TrackingLayer.

      • isDynamicProjection

        public boolean isDynamicProjection()
        Returns whether to allow dynamic projection while displaying the map. If the projection of the map in the current map window is different from the projection of the datasource, performing this operation can change the map projection to the projection of datasource.
        Returns:
        Whether to allow the map dynamic projection display.
        Default:
        The default value is false. That is not allowed to map dynamic projection display.

      • setDynamicProjection

        public void setDynamicProjection(boolean value)
        Sets whether to allow dynamic projection while displaying the map. If the projection of the map in the current map window is different from the projection of the datasource, performing this operation can change the map projection to the projection of datasource.
        Parameters:
        value - A Boolean value that specifies whether to allow the map to be dynamically projected.

      • getPrjCoordSys

        public PrjCoordSys getPrjCoordSys()
        Returns the projected coordinate system of the map. Refer to PrjCoordSys.
        Returns:
        map of the projection coordinate system.
        Default:
        The default value is PrjCoordSys's default value.

      • setPrjCoordSys

        public void setPrjCoordSys(PrjCoordSys value)
        Sets the projected coordinate system of the map. Refer to PrjCoordSys.
        Parameters:
        value - Map of the projection coordinate system.

      • getLayers

        public Layers getLayers()
        Returns the layers object of this map. The layers object of this map manages all the layers in this map.
        Returns:
        The current map contains the layer collection object.
        Default:
        The default value is the default value for the Layers object.

      • getWorkspace

        public Workspace getWorkspace()
        Returns the workspace that the current map is associated with. A map displays the data in the workspace that it is associated with.
        Returns:
        The current map is associated with the workspace.
        Default:
        The default value is null. That can not access Layers, can not figure out, related to the operation of the data are not available, the other available.

      • setWorkspace

        public void setWorkspace(Workspace workspace)
        Sets the workspace that the current map is associated with. A map displays the data in the workspace that it is associated with.
        Parameters:
        workspace - Specifies the workspace associated with the current map.

      • open

        public boolean open(java.lang.String name)
        Opens the map with the specified name. This specified name is the name of the map in the maps object, which belongs to the workspace that the map is associated with, and you should distinguish this name with the display name of this Map.
        Parameters:
        name - Map name.
        Returns:
        Returns true if successful, false otherwise.

      • close

        public void close()
        Closes this map.

      • zoom

        public void zoom(double ratio)
        The specified ratio by which to zoom the map. The scale of the map after zooming is (the original scale* ratio), where, the ratio should be a positive value. When ratio is larger than 1, the map will be zoomed in; when ratio is shorter than 1, the map will be zoomed out.
        Parameters:
        ratio - Scale the map scale, this value can not be negative.

      • pan

        public void pan(double offsetX,
                double offsetY)
        Pans this map by the specified distance.
        Parameters:
        offsetX - The moving distance in the X direction, in units of coordinates.
        offsetY - The moving distance in the Y direction, in units of coordinates.

      • refresh

        public void refresh()
        Redraws the current map.

      • viewEntire

        public void viewEntire()
        Displays the map in full extent.

      • dispose

        public void dispose()
        Disposes the resources occupied by the object. After calling this method, this object will not be usable.

      • getMinScale

        public double getMinScale()
        Returns the minimum scale of the map.
        Returns:
        Returns the minimum scale of the map.
        Default:
        The default value is 0, which means that the map can be scaled to infinity or infinity by default.

      • getMaxScale

        public double getMaxScale()
        Returns the maximum scale of the map.
        Returns:
        The maximum scale of the map.
        Default:
        The default value is 0, which means that the map can be scaled to infinity or infinity by default.

      • toXML

        public java.lang.String toXML()
        Returns the xml string representation of the map object.

        Any map can be exported as an xml string, and the map's xml string can also be imported into a map to display. The xml string of the map stores the display settings and the associated data information about the map and its layers. In addition, you can save the xml string of the map as an xml file.

        Returns:
        The description of the XML form of the map.
        Example:
        The following code demonstrates the opening of the map and the map as a description of the XML string.

        Assuming that a workspace object workspace is opened, there is a map in the workspace. 

         public void toAndFromXMLTest() {
 
     // Open map from workspace
     Map map = new Map(workspace);
     map.open(workspace.getMaps().get(0));
    
     // Export map to XML
     String xml = map.toXML();
     map.close();
     
     //Release resource.
     map.dispose();
 }

      • setFullScreenDrawModel

        public void setFullScreenDrawModel(boolean isFullScreen)
        Sets whether drawing in the full screen. The function is only applicable to memory display engine but OpenGL.

        When using full-screen drawing mode, points, text, and normal layers are displayed at the same time. Otherwise, the point, and the text are drawn after the basemap is drawn,

        Parameters:
        isFullScreen - Whether to use the full-screen drawing mode.

      • isFullScreenDrawModel

        public boolean isFullScreenDrawModel()
        Gets whether or not to use full-screen drawing mode.
        Returns:
        Whether to use the full-screen drawing mode.

      • getScreenLayer

        public ScreenLayer getScreenLayer()
        Get the screen layer.
        Returns:
        Map of the screen layer.

      • save

        public boolean save()
             throws java.lang.Exception
        Save current map to the workspace.
        Returns:
        Returns a boolean type that returns true if the save succeeds; false otherwise.

        1. Fail to save if current map is closed. 2. Fail to save if current map isn't bound to the workspace.

        Throws:
        java.lang.Exception - Throws an exception at some not saved status like the open has beed closed or the object has been released.
        Example:
        The following code demonstrates how to save an open map; open a workspace, open a map, save the current map. 
                public void testSaveMap{
               String rootPath = android.os.Environment.getExternalStorageDirectory().getAbsolutePath();
               MapControl mapControl = new MapControl(context);
               Map map = mapControl.getMap();
               Workspace workspace = new Workspace();
               WorkspaceConnectionInfo info = workspace.getConnectionInfo();
               info.setType(WorkspaceType.SMWU);
               info.setServer(rootPath + "/SuperMap/data/World.smwu");
               workspace.open(info);
               map.setWorkspace(workspace);
               String mapName = workspace.getMaps(0);
               map.open(mapName);

               ......
 
               map.save();
        }

      • save

        public boolean save(java.lang.String mapName)
             throws java.lang.Exception
        Save the map with a specified name, but the name cannot be the same with the name of the maps in currentl workspace.
        Parameters:
        mapName - Map name
        Returns:
        Returns a boolean type that returns true if the save succeeds; false otherwise.
        Throws:
        java.lang.Exception - Throws an exception at some not saved status like the open has beed closed or the object has been released.
        Example:
        The following code demonstrates how to save the map with the specified name; open a workspace, add a layer to the map, generate a new map, save the current map, and name the map. 
                 public void testSaveMap{
                MapControl mapControl = new MapControl(context);
                Map map = mapControl.getMap();
        String rootPath = android.os.Environment.getExternalStorageDirectory().getAbsolutePath();
                Workspace workspace = new Workspace();
                WorkspaceConnectionInfo info = workspace.getConnectionInfo();
                info.setType(WorkspaceType.SMWU);
                info.setServer(rootPath + "/SuperMap/data/World.smwu");
                workspace.open(info);
                map.setWorkspace(workspace);
                Dataset dataset = workspace.getDatasources().get(0).getDatasets().get(0);
                map.getLayers.add(dataset, true);

                .......

                String mapName = "Map_1";
                map.save(mapName);
         }

      • saveAs

        public boolean saveAs(java.lang.String mapName)
               throws java.lang.Exception
        Save current map as a map with specified name.
        Parameters:
        mapName - The map name can not be null or empty ("").
        Returns:
        Returns a boolean type that returns true if the save succeeds; false otherwise.

        1. Fail to save if the specified map name is null or empty string(""). 2. Fail to save if current map is closed. 3. Fail to save if current map isn't bound to the workspace.

        Throws:
        java.lang.Exception - Throws an exception at some not saved status like the open has beed closed or the object has been released. * @example The following code demonstrates how to save the map as; open a workspace, open a map, save the map as a new map. 
                 public void testSaveMap{
            String rootPath = android.os.Environment.getExternalStorageDirectory().getAbsolutePath();
                MapControl mapControl = new MapControl(context);
                Map map = mapControl.getMap();
                Workspace workspace = new Workspace();
                WorkspaceConnectionInfo info = workspace.getConnectionInfo();
                info.setType(WorkspaceType.SMWU);
                info.setServer(rootPath + "/SuperMap/data/World.smwu");
                workspace.open(info);
                map.setWorkspace(workspace);
                String mapName = workspace.getMaps(0);
                map.open(mapName);

                .......

                String mapName = "MyWorldMap";
                map.saveAs(mapName);
         }

      • getLegend

        public Legend getLegend()
        Gets the legend of the map.
        Returns:
        Map the legend control

      • setUserEditBounds

        public void setUserEditBounds(Rectangle2D rect)
        Sets the user editing bound.
        Parameters:
        rect - Specifies the edit range.

      • getUserEditBounds

        public Rectangle2D getUserEditBounds()
        Gets the user editing bound.
        Returns:
        User edit range.

      • setMinScale

        public void setMinScale(double value)
        Sets the minimum display scale of the map.
        Parameters:
        value - The minimum display scale for the map.

      • setMaxScale

        public void setMaxScale(double value)
        Sets the maximum display scale of the map.
        Parameters:
        value - The maximum display scale for the map.

      • isVisibleScalesEnabled

        public boolean isVisibleScalesEnabled()
        Whether to use a fixed scale to display the map
        Returns:
        Returns whether or not to use a fixed scale to display the map

      • setVisibleScalesEnabled

        public void setVisibleScalesEnabled(boolean value)
        Sets whether to use a fixed scale to display the map
        Parameters:
        value - Whether to use a fixed scale to display the map

      • getVisibleScales

        public double[] getVisibleScales()
        Get a fixed scale array, which is a scale that can be displayed when a fixed scale is displayed
        Returns:
        Returns a fixed scale array

      • setVisibleScales

        public void setVisibleScales(double[] values)
        Set the fixed scale array, that is, the scale that can be displayed when the fixed scale is displayed
        Parameters:
        values - Fixed scale array

      • getColorMode

        public MapColorMode getColorMode()
        Get the color mode of the map
        Returns:
        Color mode

      • setColorMode

        public void setColorMode(MapColorMode mapColorMode)
        Set the color mode of the map
        Parameters:
        mapColorMode - Color mode

      • setPrjCoordSysTransListener

        public void setPrjCoordSysTransListener(PrjCoordSysTranslatorListener listener,
                                        PrjCoordSys srcPrjCoordSys,
                                        PrjCoordSys desPrjCoordSys)
        Set the custom projection conversion algorithm interface class
        Parameters:
        listener - Custom Projection Conversion Algorithm Interface Class
        srcPrjCoordSys - Source projection coordinate system
        desPrjCoordSys - Target projection coordinate system

      • removePrjCoordSysTransListener

        public void removePrjCoordSysTransListener(PrjCoordSysTranslatorListener listener)
        Remove the custom projection conversion algorithm interface class
        Parameters:
        listener - Custom Projection Conversion Algorithm Interface Class

      • setDynamicProjection

        public void setDynamicProjection(boolean bDynamic,
                                 PrjCoordSys value)
        Set whether the map is dynamically projected, and the projected coordinate system of the map
        Parameters:
        bDynamic - Whether the map is dynamic
        value - Projection coordinate system

      • getDynamicPrjTransMethond

        public CoordSysTransMethod getDynamicPrjTransMethond()
        The projection algorithm used to get the map dynamic projection needs to be set in different ellipsoids.
        Returns:
        Returns the algorithm used by the conversion of the geographic coordinate system. The default value is：MTH_GEOCENTRIC_TRANSLATION

      • setDynamicPrjTransMethond

        public void setDynamicPrjTransMethond(CoordSysTransMethod transMethod)
        The algorithm used to convert the geographic coordinate system when dynamic projection is set, does not support the extended algorithm, ie：CoordSysTransMethod.MTH_EXTENTION
        Parameters:
        transMethod - The algorithm used to convert the geographic coordinate system

      • getDynamicPrjTransParameter

        public CoordSysTransParameter getDynamicPrjTransParameter()
        The conversion parameters used to get the map dynamic projection
        Returns:
        Return projection conversion parameters, the default 7 parameters all 0

      • setDynamicPrjTransParameter

        public void setDynamicPrjTransParameter(CoordSysTransParameter value)
        Sets the conversion parameters used when the map is dynamically projected
        Parameters:
        value - Projection conversion parameters

      • outputMapToDatasetImage

        public DatasetImage outputMapToDatasetImage(Datasource datasource,
                                            java.lang.String datasetName,
                                            double resolution,
                                            Rectangle2D bounds,
                                            EncodeType encodeType)
        Saves the current map as an image dataset
        Parameters:
        datasource - The data source used to hold the image dataset
        datasetName - The name of the image dataset
        resolution - Screen Resolution
        bounds - Need to save the map range
        encodeType - Encoding format
        Returns:
        Returns the resulting image dataset

      • setARMapType

        public void setARMapType(int value)
        Sets different ARMap types
        Parameters:
        value - ARMap type

      • getARMapType

        public int getARMapType()
        Gets different ARMap types
        Returns:
        different ARMap types

      • getOverlapDisplayedOptions

        public MapOverlapDisplayedOptions getOverlapDisplayedOptions()
        Gets or sets overlap options.
        Returns:
        MapOverlapDisplayedOptions

      • setOverlapDisplayedOptions

        public void setOverlapDisplayedOptions(MapOverlapDisplayedOptions value)
        Gets or sets the overlap item.
        Parameters:
        value - MapOverlapDisplayedOptions

      • isOverlapDisplayed

        public boolean isOverlapDisplayed()
        Gets or sets a value indicating whether to display objects when there are overlaps including text overlaps text and diagrams overlap diagrams.
        Returns:
        boolean

      • setOverlapDisplayed

        public void setOverlapDisplayed(boolean value)
        Gets or sets a value indicating whether to display objects when there are overlaps including text overlaps text and diagrams overlap diagrams.
        Parameters:
        value - Color

      • getMapView

        public MapView getMapView()
        Gets map comtrol of Map
        Returns:
        MapView

      • createLegend

        public Legend createLegend()
        Sets a legend This legend supports to display filling symbols. Setting a background color or a foreground color wont make the system load the legend
        Returns:
        Sets a legend

      • getCreateLegend

        public Legend getCreateLegend()
        Gets a legend
        Returns:
        Gets a legend

      • setSlantAngle

        public void setSlantAngle(double value)
        Sets the rotation angle
        Parameters:
        value - the rotation angle

      • getSlantAngle

        public double getSlantAngle()
        Gets the rotation angle

      • getIsPOIOptimized

        public boolean getIsPOIOptimized()
        Whether to optimize POI display
        Returns:
        bool

      • setIsPOIOptimized

        public void setIsPOIOptimized(boolean bPOIOptimized)
        Whether to optimize POI display
        Parameters:
        bPOIOptimized - bool

      • setHighDefinitionMode

        public void setHighDefinitionMode(boolean isHighDefinitionMode)
        Sets the high definition image display mode Calls before adding or opening a map
        Parameters:
        isHighDefinitionMode - bool

      • isHighDefinitionMode

        public boolean isHighDefinitionMode()
        Gets whether the image display mode is high definition
        Returns:
        bool

      • isTimeEnable

        public boolean isTimeEnable()
        Returns whether the map enables the feature Play Temporal Data
        Parameters:
        -
        Returns:

      • setTimeEnable

        public void setTimeEnable(boolean bEnable)
        Sets whether the map enables the feature Play Temporal Data
        Parameters:
        -

      • getTimeStep

        public TimeSpan getTimeStep()
        Returns the time step interval of the temporal data
        Parameters:
        -
        Returns:

      • setTimeStep

        public void setTimeStep(TimeSpan timeStep)
        Sets the time step interval of the temporal data
        Parameters:
        -

      • getTimeWindow

        public TimeSpan getTimeWindow()
        Returns the time window
        Parameters:
        -
        Returns:

      • setTimeWindow

        public void setTimeWindow(TimeSpan timeWindow)
        Sets the time window
        Parameters:
        -

      • getCurrentPlayerTick

        public int getCurrentPlayerTick()
        Returns the playing frame number of the current map
        Parameters:
        -
        Returns:

      • setCurrentPlayerTick

        public void setCurrentPlayerTick(int currentTick)
        Sets the playing frame number of the current map
        Parameters:
        -

      • getMapStartTime

        public java.util.Date getMapStartTime()
        Returns the starting time of the time line displayed when playing the temporal data.
        Parameters:
        -
        Returns:

      • setMapStartTime

        public void setMapStartTime(java.util.Date startTime)
        Sets the starting time of the time line displayed when playing the temporal data.
        Parameters:
        -

      • getMapEndTime

        public java.util.Date getMapEndTime()
        Returns the ending time of the time line displayed when playing the temporal data.
        Parameters:
        -
        Returns:

      • setMapEndTime

        public void setMapEndTime(java.util.Date endTime)
        Sets the ending time of the time line displayed when playing the temporal data.
        Parameters:
        -

      • getDefaultMapStartTime

        public java.util.Date getDefaultMapStartTime()
        Traverses all enabling times and time fields of visible layers. Returns the minimum time value as the starting time of the time line
        Parameters:
        -
        Returns:

      • getDefaultMapEndTime

        public java.util.Date getDefaultMapEndTime()
        Traverses all enabling times and time fields of visible layers. Returns the maximum time value as the ending time of the time line
        Parameters:
        -
        Returns:

      • getMinTimeStep

        public TimeSpan getMinTimeStep()
        Calculates the default time step when playing the temporal data
        Parameters:
        -
        Returns:

      • getTimeFormat

        public java.lang.String getTimeFormat()
        When playing temporal data, if you set the window displays the time range of the current frame, the interface returns the time format.
        Parameters:
        -
        Returns:

      • setTimeFormat

        public void setTimeFormat(java.lang.String timeFormat)
        When playing temporal data, if you set the window displays the time range of the current frame, the interface sets the time format.
        Parameters:
        -

      • isShowTime

        public boolean isShowTime()
        Returns whether the window displays the text of the time range of the current frame. True means yes.
        Parameters:
        -
        Returns:

      • setIsShowTime

        public void setIsShowTime(boolean isShowTime)
        Sets whether the window displays the text of the time range of the current frame. True means yes.
        Parameters:
        -

      • getCurrentTickStartTime

        public java.lang.String getCurrentTickStartTime()
        When playing the temporal data, gets the starting time of the current frame
        Parameters:
        -
        Returns:

      • getCurrentTickEndTime

        public java.lang.String getCurrentTickEndTime()
        When playing the temporal data, gets the ending time of the current frame
        Parameters:
        -
        Returns:

      • setIsCadBatchRender

        public void setIsCadBatchRender(boolean bIsCadBatchRender)
        Sets whether to enable bulk drawing mode for CAD layer.
        Parameters:
        bIsCadBatchRender -

      • getMaxVisibleVertex

        public int getMaxVisibleVertex()
        Gets the maximum number of visible nodes
        Returns:
        0

      • setMaxVisibleVertex

        public void setMaxVisibleVertex(int value)
        Sets the maximum number of visible nodes
        Parameters:
        value -

      • setDrawCADTextAsPOI

        public void setDrawCADTextAsPOI(boolean nDrawCADTextAsPOI)
        Sets whether CAD text is drawn in POI mode
        Parameters:
        nDrawCADTextAsPOI -

      • isDrawCADTextAsPOI

        public boolean isDrawCADTextAsPOI()
        Gets whether CAD text is drawn in POI mode
        Returns:

      • setMapDownLoadThreadNum

        public void setMapDownLoadThreadNum(int num)
        Set the number of network download threads Should be called before adding or opening a map
        Parameters:
        num - Specifies the number of threads. The default value is 5, the minimum value is 1, the maximum value is 10, and the value exceeds 10 is 10

      • getMapDownLoadThreadNum

        public int getMapDownLoadThreadNum()
        Gets the number of network download threads Should be called before adding or opening a map
        Returns:

      • setClipRegionEnabled

        public void setClipRegionEnabled(boolean value)
        Sets whether the map clipping takes effect
        Parameters:
        value -

      • IsClipRegionEnabled

        public boolean IsClipRegionEnabled()
        Gets whether the map clipping took effect
        Returns:
        whether the map clipping took effect

      • setClipRegion

        public void setClipRegion(GeoRegion region)
        Sets the face used for map cropping
        Parameters:
        region -

      • getClipRegion

        public GeoRegion getClipRegion()
        Gets the face used for map cropping
        Parameters:
        region -

      • setHighPerformSymbolMode

        public void setHighPerformSymbolMode(boolean isHighPerformSymbolMode)
        Set the high-performance symbol rendering mode to filter the symbol rendering based on the number of objects and scale Requires calling before adding or opening a map
        Parameters:
        isHighPerformSymbolMode -

      • isHighPerformSymbolMode

        public boolean isHighPerformSymbolMode()
        Returns whether the high-performance symbol rendering mode is performed, and filters the symbol rendering based on the number of objects and scale Requires calling before adding or opening a map
        Returns:

      • setMVTTop

        public void setMVTTop(boolean MVTTop)
        Sets whether the MVT layer is on top. MVT is a special form that is independent of the other layers of the map, and can only be located at the top of the map, or at the bottom of the map. The default value is true
        Parameters:
        MVTTop -

      • isMVTTop

        public boolean isMVTTop()
        Returns whether the MVT layer is on top. The default value is true
        Returns:
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