![]() ![]() Z spacing will determine how many topo lines you want to show, so if you want topo lines for every foot your Z spacing is 1′Īfter you enter your z spacing you should see a preview of the array if the array extends to the full height of your topography then hit enter and move on, if you need to go higher you can Type “Z” and make your Z number higher than before (200, 300, etc.) when you finally have an array that extends the full height of your topo press enter.ħ. Number in Z direction depends on the height of your topography, start out with something like 100 or 50, you can change this number later. Select surface you just created and type “Array”. Next, in the top view create a flat surface that extends past the bounds of your polysurface. ![]() The mesh should still be selected so either delete it or set it on a new layer and turn it off.Ħ. Select the mesh and type “MeshToNURB” and press enter, this should create a polysurface. In order to get topo lines you need to turn the mesh to a polysurface. You should now have a mesh of your topography in Rhino. just click “Save As” and in the file type drop down menu select an earlier version of sketchup.ĥ. If rhino has issues importing the file you may need to save it down to an earlier version of sketchup. Save it as a sketchup file (.skp) then import the file into rhino. You should now have a flat image of your site in sketchup, select the image and click on the 2nd button in the Google toolbar which should make your site 3 dimensionalĤ. Adjust the grab box accordingly and click GRABģ. click the first button in the Google toolbar (looks like a folded map) and from there find your site and SELECT REGION. download and open sketchup, go to VIEW select TOOLBARS and select/check GOOGLEĢ. How to get your topography from SketchUp to Rhinoġ.
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