![]() Places the upper-left corner of the map at the screen coordinates specified in x and y.ĭetermines the size of the map using the pixel values provided in Width and Height.ĭetermines the corner radius of the map border.ĭetermines the style, width, and color of the map border. Options: Road, Night, Road shaded relief, Satellite, Satellite road labels, High contrast light, High contrast dark, Grayscale light, Grayscale dark.ĭetermines the map's transparency, from 0 (opaque) to 100 (transparent). Leave this property off to display the map in road view. The map control has six different types of properties:ĭisplays the map in satellite view. Some properties are only available on the Advanced tab. PropertiesĬhange a map's behavior and appearance using properties. When both latitude or longitude and an address is given for a single pin, the map control will prioritize using the latitude or longitude to avoid geocoding the address. You can save geocoded addresses back to your data source. We recommend not using addresses where possible. The pin limit is lower for addresses as the map needs to geocode these addresses into latitude or longitude to display them. Set the ItemLatitude property to "Latitude"Įach map control can display up to 5000 pins from latitude or longitude and 50 pins from addresses. Set the ItemLongitude property to "Longitude" To display these as labeled pins on the map: The Properties section contains additional information about these data sets and their related properties.įor example, if you had a table collection named Locations with Name, Longitude, and Latitude columns: Name ItemLatitudes, ItemLongitudes, etc for pins). The data source is set in the Items property (Items for pins, RouteWaypoints_Items for routes, Shape_Items for shapes) and the relevant columns are set in the related properties (e.g. ![]() Pins, routes, and shapes are data set properties that need to both identify a data source, which is a table from a collection or connector, and the relevant columns. Select Map to place a map in the app screen, or drag the control to the screen to position it more precisely.Select the Insert tab and expand Media. ![]() With your app open for editing in Power Apps Studio: Refer to the privacy and security table for more details on how different map features use data. You'll need to satisfy a few prerequisites before you can use maps in your canvas apps. Maps can be switched between road and satellite views. On mobile devices and web experiences, a map can show the user's current position and calculate a route to the user's destination. As you zoom out, the markers will optionally cluster to condense groups of data. Plot markers from a data source containing addresses or latitude and longitude pairs. To learn more, see the guide topic about spatial references.Easily add an interactive map to your canvas apps. The spatial reference is set to use World Geodetic System 1984 (WGS84), the spatial reference commonly used for GPS, and it has the well known id 4326. The scale value sets the level of detail to focus on the area of interest. The center point value keeps the initial viewpoint centered and focused on the Santa Monica Mountains. Review the documentation for basemap QML types. Use the vector tile version of the topographic basemap. Update the definition to load the topographic vector basemap and set the map position to the Santa Monica mountains: In the code editor, scroll down to the Map declaration. ![]() In the Qt Creator Projects window, double-click MyApp.qml to open it in the editor. If Qt Creator does not open then review the ArcGIS AppStudio installation instructions and verify you have the Qt SDK properly set up. This will open your project in Qt Creator. In the App Gallery, click the Starter app project, and then click Edit. In the New App window, click the Hello World (Runtime) template. You must have previously installed ArcGIS AppStudio. You will use this tutorial as the starting point for most of the other ArcGIS AppStudio tutorials. In this tutorial, you will build a simple app that displays a topographic vector basemap of the Santa Monica Mountains in California. The Map View QML type is responsible for displaying the map and handling user interactions. Basemaps can be loaded by URL or by using the Basemap QML types. For larger datasets, you can learn how to add data to feature layers with the Add layers to a map tutorial. If you want to add data to your map, you can add points, lines, polygons as graphics. You can either use a basemap that is hosted in ArcGIS Online or create your own basemap with custom styles. Use the ArcGIS AppStudio QML project template that is pre-configured to display a basemap using the Map QML type. You can build mapping applications to display geographic data in 2D with ArcGIS AppStudio. You will learn: how to build a simple app that displays a 2D map.
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