![]() ![]() When I tried it, the route showed up as a very fine white line. Then load that new kml file into Google Earth Pro. It will save it with exactly the same name but with a number in brackets added. I've not bothered to find out why.ĭon't do anything with it except save it again, choosing the KML file option. MRA will immediately create a twisty-turny route along roads - like the screen shot below - although it seems to have joined the end back to the beginning. MyRouteApp wll allows you to set up a free account. But other methods also exist - and the software that you use already may have the facility to create a route and export it to a new kml file - I don't know. ![]() One way that is nice and convenient is to use MyRouteApps. ![]() If you don't have the Basecamp maps, then it needs different solution that does the same job of creating a route along roads and creating a new KML file that plots the twisty windy route along roads. If you have the Basecamp maps of your area, then get Basecamp to create the route from your points and export that as a new KML file. What GEP needs is the route itself, not just the points that represent the individual route points. Following the straight lines, straight into one side of a hill and emerge nursing a nasty headache at the other side. So if you try to fly your KML file in Google earth Pro, it would take you literally through the mountains. When I loaded it into Basecamp, it looked like this: ie it will join up the dots with straight lines. Without anythingt o describe how to link the points together, most software will create what is called a 'direct' route. What you have loaded in, is a GPX file that just contains the points. For that you need some route planning software. IT is not intended to be used for creating a route. The difference in height and the relationship to the boundary line can be seen in the two images below.Like most satnavs when you put a sequence of route points into it, it will calculate a route to follow the roads in between those points. I loaded both PDF files into the same Photoshop document, and drew a rectangle over the 2D terrain (figure 1) to establish my cross section boundary. The technique I used can be found under the printing imagery section of my How to Save or Print High Resolution Images from Google Earth Tutorial. I was able to get a 13,200 x 10,200 pixels image by printing to an 8.5″ by 11″ PDF at 1,200 PPI. To get a narrow field of view, download this KML file, which will set your camera to 1 degrees. To get an orthographic look, that value should be as small as possible, to minimize the effects of perspective. The default camera in Google Earth has a field of view of 60 degrees. This effectively flattens the terrain while keeping the same imagery that is used for the 3D image. ![]() 01 (tools > options > 3D view > terrain > elevation exaggeration). The first with the terrain and 3D Building layers on, and the second with an elevation exaggeration value of. Software Required: Google Earth, Adobe Photoshop, Adobe InDesign (Optional)īegin by exporting two views of the same area in Google Earth. This tutorial will teach you how to create a 3D section cut using 3D satelite imagery from Google Earth, with post-processing done in Photoshop. ![]()
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