It creates a basic M application that allows you to navigate through the map. Here is an example demonstrating the use of GoogleMap class. This method stops the camera animation if there is one in progress Snapshot(GoogleMap.SnapshotRead圜allback callback) This method Toggles the traffic layer on or off.
#ANDROID GOOGLE MAP SNAPSHOT UPDATE#
This method repositions the camera according to the instructions defined in the update
This method returns the currently displayed user location. This method removes everything from the map. This method Moves the map according to the update with an animation They are listed below − Sr.NoĪddTileOverlay(TileOverlayOptions options) GoogleMap.getUiSettings().setZoomGesturesEnabled(true) Īpart from these customization, there are other methods available in the GoogleMap class, that helps you more customize the map. You can also enable or disable the zoom gestures in the map by calling the setZoomControlsEnabled(boolean) method. These types are Normal,Hybrid,Satellite and terrain. There are four different types of map and each give a different view of the map. position(TutorialsPoint).title("TutorialsPoint")) Marker TP = googleMap.addMarker(new MarkerOptions() Its syntax is given below −įinal LatLng TutorialsPoint = new LatLng(21, 57) It can be done by via addMarker() method. You can place a maker with some text over it displaying your location on the map. You can easily customize google map from its default view, and change it according to your demand. The next thing you need to do is to add some permissions along with the Google Map API key in the AndroidManifest.XML file.
Now you have to add the map fragment into xml layout file. You can also customize the map according to your choices. You can show any location on the map, or can show different routes on the map e.t.c.
Android allows us to integrate google maps in our application.
0 kommentar(er)
