Tile Layers are a creative way to visualize large complex data. By visualizing data as an image the map control only needs to reposition a set of images rather than every single data point of the data. This greatly improves performance and often reduces the amount of data the user will have to download. Tile
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A while back I wrote a blog posts called Image Overlays with Bing Maps (JavaScript). In this blog post we saw a couple of different ways to overlay an image on the map and bind it to a bounding box such that it stays correctly positioned when panned and scales as you zoom the map
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From time to time I come across developers who want to have an auto suggest search box to use with their map. Your first thought might be to simply use the Bing Maps geocoding services to do this, however this often ends up generating a large number of transactions. If you are using Bing Maps
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In the Bing Maps SDK for Windows Store Apps there are five main types of data that you can add to the map: Pushpin, MapPolyline, MapPolygon, MapTileLayer, and UIElements. UIElements can be added to the map just like pushpins and are a great way to create custom shapes to the map. The main shapes we
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Are you developing a location-based Windows Store app using web or managed programming languages? Do you need help with how to get started? A new eBook entitled, Location Intelligence for Windows Store Apps, is now available for download. Written by Ricky Brundritt (EMEA Bing Maps TSP at Microsoft), the eBook delves into location intelligence and the
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Heat maps, also known as density maps, are a type of overlay on a map used to represent data using different colors. Heat maps are often used to show the data hot spots on a map. The data used in these overlays usually takes one of two forms: Color coded polygons or polylines – In
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The native Bing Maps Windows Store control has two types of shapes: polygons and polylines. These shapes are great for representing areas and paths on the map. Often it is useful to be able to associate some information or metadata with these shapes. In past versions of Bing Maps we could easily store this information
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In Bing Maps we can easily create simple polygons. Simple polygons consist of a single exterior ring of coordinates. However, in more advance applications it is useful to be able to draw more complex polygons. Take for instance the borders of Lesotho, which is a land locked country within the main exterior borders of South
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Clustering of pushpins in Bing Maps consists of grouping together nearby locations into clusters. As the user zooms in, the clusters break apart to reveal the individual locations. The goal of this process is to reduce the number of pushpins that are displayed on the map at any given time. This results in better performance
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When building a Bing Maps application, you may want to give the user the ability to drag a pushpin. In the JavaScript version of Bing Maps this can be done by setting the draggable property of a pushpin to true, but the Pushpin class in the .NET version does not have this property, so what
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