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TRIMBLE BUSINESS CENTER IMPORT FORMAT EDITOR SERIAL
TRIMBLE BUSINESS CENTER IMPORT FORMAT EDITOR SOFTWARE

Besides manually entering the settings, you can also import most of the station data from data files in the IGS site log format.

Among them are the System Properties and all modules that require the specification of a station. Within the Trimble 4D Control Server system, the global station list is available for viewing and editing at various locations in the system. The global station list stores the information internally and makes it available to all Trimble 4D Control Server modules and other modern Trimble Infrastructure Solutions software. Station data, such as coordinates, coordinate systems, agency, observer, receiver and antenna type, are collected in a global station list. Therefore, Trimble 4D Control Server offers some options to import data from files into the system. Most of the data is generated once when you set up the system, but some of them might be tiresome to be edited. Trimble 4D Control Server is designed to internally store data it needs for its system set-up definition.

TRIMBLE BUSINESS CENTER IMPORT FORMAT EDITOR SERIAL

All you need is your (or the contractor you are making the files for) data collector serial number.Importing station and receiver data into the system Topcon will give you a copy of the 3D office for free. You can bring your alignments into the 3D office with an xml with no problems. If you make 3D polylines for your linework (or feature lines from your corridor that you explode), they will be easily pickable, but if you make them too long with too many vertices, the file size will be too large, and then won't load into the machine, so watch that one too(more nasty phone calls). If you drape your 2d poly's, it will add vertices, and they are easier to pick. If you have newer AutoCad, the 2d polylines won't have many vertexes (curves will only have one on either end), and the machine guys will have a hard time picking on a curve (and you will get nasty phone calls). Another tip is once you get it into the Office 3D, go to Linework and pick "drape linework onto tin. By the by, if you go back and edit your original surface, you will need to erase the 3D triangles you created (pick one, then right click and choose select similar, hit "e" and enter) then lather, rinse, repeat. Trimble has a much friendlier conversion process, but they have their own issues, too. It's kind of a process, but it works until Topcon catches up. I have found that bringing them in via xml doesn't always keep the triangle integrity exactly as you have it (some edges get swapped, triangles added across gaps, etc). It may add a triangle or 3 (like on the inside of radii or across a gap) that you do not want, but they are easily removed.

TRIMBLE BUSINESS CENTER IMPORT FORMAT EDITOR SOFTWARE

The software will create a surface from the 3D triangles and will keep the triangles as they are. Once you have converted it open your Office 3D and go to file menu and pick open AutoCad drawing file and pick your converted dwg. Now you have a dwg with hopefully only objects that can be converted down to 2007 format with the Dwg True View program. Go to edit end pick paste to original coords. Go to the new dwg that you created earlier. Pick one of the triangles and right click and pick select similar. Go back to your styles and change your tin back to the original layer and turn it off.

Hit ok and it will extract 3D triangles to the layer the tin is on (that is why you want to change your tin layer).

Leave it checked and make sure "select all" is chosen. If you turned off the points, contours, etc in the previous step, then triangles should be your only choice. Choose "Extract Objects" from the ribbon.

Then pick the tin which will bring up the surface editor ribbon. Change the layer that the tin is on to some bs layer. Go into the style editor for the surface and turn everything off except for the tin. Also change all lines and arcs to polylines and join them where possible (like connect all ep lines so you have one polyline going all the way thru the project tangs and curves) (long polylines are easier for the machine operators and get you fussed at less if they can pick the ep once and go a long way without having to pick every time the hit a curve or straighaway), and 3D Office ignores lines and arcs, reading only polylines. Also the fewer layers you have in your file for the machine guys, the less nasty phone calls you get. I have a dwg templat file I use that has no styles, very few layers, and and all C3D 11 stuff removed that I could find to make the conversion process easier. I have found the simplest way for me is to create a blank dwg and copy linework and feature lines that I want into it, then explode the feature lines which turns them into 3D polylines. The Topcon 3D Office program won't read an AutoCad dwg file above 2007 format, so you will have to convert your 2010 format down.