ThinkGeo Cloud
ThinkGeo UI Controls
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ThinkGeo Cloud
ThinkGeo UI Controls
ThinkGeo Open Source
Help and Support
External Resources
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This sample shows you how to serialize objects in Map Suite to XML and then deserialze them back to objects. This is usefully in many GIS mapping application to save the state of styles, layers, projections or just about anything. The XML is readable and well formatted, great for working with in you GIS application.
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This sample shows you how to generate source code calls from Map Suite objects. Imagine that you have a Layer that has been styled a particular way and uses a certain projection. Once the object is created you can pass it to the code generator and it will create source code to re-create the model passed in. This is very helpful especially in GIS applications where users define things through a custom UI but then want to leverage that in code.
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Sample:Current Extent to Bitmap
In today’s project we learn how to convert to bitmap the current extent of the map. In order to have the bitmap georeferenced or being tied to the ground an accompanying world file needs to be created. That way it can be used as an image layer along with the other layers of the same projection (in this case geodetic). To test the result, you can load the bitmap to Map Suite Explorer and add a vector layer in geodetic to see how the two layers align with each other.
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In today’s Web project, we learn how to extend ScaleBarAdornmentLayer to create a custom scale bar that is based on a projection of choice instead of the projection of the map. This can be useful when the displayed projection of the map has highly distortable distances especially at high latitudes such as Spherical Mercator (used by Google Map, Virtual Earth, Yahoo maps etc). Using a scale bar based on distance geometry of the Geodetic (WGS84) projection will give a more accurate result. Note that the CustomScaleBar class is based on MapSuiteCore and can be used in any other versions of MapSuite such as Desktop.
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In this Silverlight-based project, we demonstrate how to implement a custom Overlay inherited from Overlay to add a progress bar indicator while a layer is rendering. The project is simple and meant to show only the basic logic; to extend it, you could add some other information or a loading image instead of a progress bar.
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Sample:Use Map with MVC Framework
This project demonstrates how to create a web-based map using Microsoft ASP.NET MVC 1.0 and Map Suite Web Edition. To meet the requirements of MVC, we inherit the interface IMapInitializer in the controller, which has a function InitializeMap that is overridden in the controller. We then implement the class “MapInitializerHelper” to initialize the map instance.
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This sample shows how you can suppress and draw exceptions in desktop overlays instead of throwing them. There is a little-known feature in the Map Suite Desktop Edition Overlay class that allows you to draw an exception in the event an exception is thrown during the drawing process. We have a default image we draw in this case; however, you can override this using the DrawExceptionCore method and draw whatever you want. By default we always throw expections, but to start drawing them you can use the Overlay.DrawExceptionMode property.
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Today’s project is comparable to “Current Extent to Bitmap” project where we learned how to convert the current extent of the map to bitmap with its accompanying world file. Here we learn how to get the bitmap of a raster layer (in our example a Mr Sid image) and convert it to bitmap. We learn some techniques such as how to get the image size of the raster layer using ExtentHelper static functions and how to manipulate GeoImage. This project brings a good foundation for building applications converting different image formats.
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In today’s project, we show how to have the WinformsMap control in a MDI form. Using an MDI form with a map background can represent a challenge. You will see in this project the technique to display properly a child form on top of the map. You can also notice how the map is accessed from the child form by plotting points on it from the child form.