![]() Our most commonly asked Nearmap with Sketchup questions: Nearmap 3D allows you to export on-demand 3D in several content types at high quality, scale, and speed. Having access to current high-resolution imagery for SketchUp and other CAD tools can help enhance architectural visualizations for project proposals and marketing plans, evaluate preliminary designs, illustrate 3D site plans, better convey worksite conditions & safety issues, and will improve design and communication from across all project phases from preconstruction to completion. Most designers, and project teams within the larger picture, first employ Nearmap within SketchUp for conceptual design and site context during the design phase of figuring out what they plan to build before setting off to build it. ![]() Nearmap 2D and 3D aerial imagery is not only easily accessible through the cloud but is also high-resolution, accurate, and up-to-date which reflects a more realistic view between a proposed project and existing surroundings. Many designers prefer to use SketchUp over other CAD software, such as AutoCAD, Rhino and Revit, due to its ease of use and 3D visualization capabilities.Īt Nearmap, we are frequently asked about best practices for importing Nearmap Vertical imagery, also referred to as orthoimagery, and on-demand 3D reality mesh into SketchUp and furthermore, how are these best utilized in tandem to enhance site plans and aid in project coordination. It is a 3D modeling application that has an extensive warehouse of user-created models and extensions for advanced modeling. in 2012) is widely used for building design and construction in the AEC (Architecture, Engineering, and Construction) industry, namely by landscape architects, interior designers, urban planners, developers, and architects to name a few. If you export the SketchUp model to a *.obj file and load this in the slicing software "ReplicatorG" you won't get any errors.SketchUp (formerly Google Sketchup acquired by Trimble Inc. There is also a Plugin called "CleanUp³" for SketchUp which can clean your model, but in my case, it has not found all of the unnecessary lines. Here you find a post where the problem is also explained: Then export it to an STL file and voila the model is no more faulty. Use the wireframe view in Sketchup to find these lines and delete them until you have a clean model. The solution is to find these surfaces and the according lines which make these surfaces. During the design process, you will automatically create these unnecessary surfaces inside your model. ![]() The problem was, that I had a huge amount of surfaces inside the closed volume which make a faulty STL file when exported. This file I loaded into the slicing software "Slic3r".Īnd as you can expect I got a lot of errors.Īfter that, I used the STL Plugin for SketchUp to export a SketchUp project to an STL file directly, but I got the same sort and amount of error in my model after importing it to Slic3r. I created a simple "cable tie holder/mount" in SketchUp 2016, saved it as an obj file, loaded it in Meshlab and exported it there to an STL file. If you create 3D Models using SketchUp then export them some how to an STL file and load this STL file in a slicer you can get some or a lot of errors in your model. ![]()
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