You can perform the following tasks with ArcMap GPS Support. Learn about writing GPS locations to a log Tasks you can perform with ArcMap GPS Support When a log file is specified, you have the option of choosing which columns are added to the output feature class. You can write GPS locations to a log either in streaming mode (at a specified rate or distance apart) or one at a time. For applications like in-car navigation and routing systems, you can snap the location to specified features, such as a street centerline. You can keep the location visible on the screen by panning as needed or have the display pan automatically. The trail of previous positions can reflect changes in bearing, speed, and altitude. Previous locations can be displayed as a trail of markers or as a line that you can also customize. You can have the angle of the marker symbol reflect the direction of motion (bearing), the size based upon the current speed of travel, and the color based upon the altitude. The location is displayed as a user-defined marker symbol. You can answer the question “Where am I?” by accessing ArcMap GPS Support through the GPS toolbar in ArcMap or by writing a custom application using ArcObjects. You can also store locations from the GPS receiver in a log for archival or real-time digitizing purposes. A roadmap to the ArcMap GPS Support toolbarĪrcMap GPS Support takes in a feed from a GPS receiver and displays the current location on the screen. Funded and supported by the United States government, GPS has widespread use for both military and civilian applications. A GPS device calculates its location using signals received from the satellites. The global positioning system (GPS) is a set of satellites and ground stations. Tasks you can perform with ArcMap GPS Support.A roadmap to the ArcMap GPS Support toolbar.I mages that contain incorrect or unsupported projection information will not be imported. A dialog box indicates that the reprojection cannot be performed and the image will not be imported.Images that contain no projection information are treated as ordinary overlay files. You can position the image manually as you would an overlay image.You can cancel the operation at any time. For larger image files, reprojection can take some time. If you have cropped or scaled an input image, or if you are reprojecting an image that uses more texture memory, you will see a progress meter while the reprojection occurs.(See below for more information on scaling or cropping an image.

The name of the PNG file is based on the source file name and the scaling or cropping parameters selected when importing the overlay. The image is saved under the Google Earth directory on your hard drive. The reprojected image is saved as an overlay.Choose the properties for the GIS image:.Set the location of the new overlay in any folder inside the 'Places' panel.Then, choose the file you want to import.The overlay edit window appears. Open your computer, open Google Earth Pro.You can open GIS images in Google Earth to view them over a map image. You can edit the properties of these placemarks as you would any other placemark. Google Earth displays your address data as icons in the 3D viewer. If you like, save the template as a file (.kst) that you can use in the future. Confirm the list of fields and the type of data selected for each and click Back.Under 'Select Address Field(s) ,' look over the names to make sure they're correct and click Next.Choose 'Addresses are broken into multiple fields.'.Next to 'This dataset does not contain latitude/longitude information,' check the box and click Next.Use the preview pane to ensure your data has imported correctly.In the message that appears, next to Field Type, choose Delimited.Browse to the location of the CSV file and open it.On your computer, open Google Earth Pro.Or follow these steps with your own CSV file. If you would like to practice importing data, you can download a sample CSV file to use with the steps.

Gps tracks arcmap