Windows phone7 Study Notes 15 -- Bing Maps

Bing Maps is a map control of Windows Phone. It differs from Bing Maps control of Silverlight in that it supports touch events and caches maps. I will not talk about what I can do. The following describes how to use it.

　　1. Get Bing Maps key

(1) login http://www.bingmapsportal.com;

(2) Use the live ID to log on;

(3) apply for an account for free.

 

　　2. Use Bing Maps key

If your project only has one Bing Maps control, write it as follows:

<map:Map CredentialsProvider="AsWlUnHEvLgHlLHaRqTZLslewv1QIdGppxOqyL-7He2jxyHvLAjutrcntemUih-w9"> 

However, if you use several map controls in your project, you can write them to the app. in XAML, We are in app. A static credentialsprovider is created in the XAML file and accessed on our page.

App. XAML

<Application.Resources>
    <map:ApplicationIdCredentialsProvider ApplicationId="AsWlUnHEvLgHlLHaRqTZLslewv1QIdGppxOqyL-7He2jxyHvLAjutrcntemUih-w9" x:Key="BingMapsAPIKey"></map:ApplicationIdCredentialsProvider>
</Application.Resources>

Map Control

<map:Map CredentialsProvider="{StaticResource BingMapsAPIKey}">

　　

　　3. Use of Bing Maps

(1) first introduce Microsoft. Phone. Control. Maps. dll.

 

(2) Scaling

 

(3) Center

 

See http://www.microsoft.com/maps/isdk/silverlight/default.htm for some other features

 

　4. Add a dingtalk

In C #, you can create a pushpin object, set its position, and add it to the map. It can also be implemented in XAML.

XAML

<map:Pushpin Location="40.1449, -82.9754" FontSize="30" Background="Orange" Content="1" />

C #

Pushpin pushpin = new Pushpin();
Location location = new Location();
location.Latitude = 40.1449;
location.Longitude = -82.9754;
pushpin.Location = location;
pushpin.Background = new SolidColorBrush(Colors.Orange);
pushpin.Content = "1";
pushpin.FontSize = 30;
MapControl.Children.Add(pushpin);

 

　　5. add custom XAML to the map

In the map program set, there is a small control called mappolygon. Providing it with a series of positions, it will draw a custom polygon in your map, and it will still be fixed at that position when the user scales and moves the map. Because it is bound to a map based on longitude and latitude, it is necessary in the program to easily use it to outline the outlines of a home, State, region, or even a parking lot. The implementation method is as follows:

XAML

<map:MapPolygon Fill="Purple" Stroke="White" Opacity=".7" Locations="40.1449,-82.9754 40.1449,-12.9754 10.1449,-82.9754" />

C #

MapPolygon mapPolygon = new MapPolygon();
mapPolygon.Fill = new SolidColorBrush(Colors.Purple);
mapPolygon.Stroke = new SolidColorBrush(Colors.White);
mapPolygon.Opacity = .7;
LocationCollection locations = new LocationCollection();
Location location = new Location();
location.Latitude = 40.1449;
location.Longitude = -82.9754;
Location location1 = new Location();
location1.Latitude = 40.1449;
location1.Longitude = -12.9754;
Location location2 = new Location();
location1.Latitude = 10.1449;
location1.Longitude = -82.9754;
locations.Add(location);
locations.Add(location1);
locations.Add(location2);
mapPolygon.Locations = locations;
MapControl.Children.Add(mapPolygon);

 

6. Use the Bing Maps soap service to calculate the path

For more information about this, see: http://msdn.microsoft.com/en-us/library/ee681887.aspx