![]() Unfortunatley for SketchUp use, a DWG (or any other export from a pro design tool) can cause major issues with the modelling precision and ultimately may cause errors, crashes, etc. With PDF that all goes away - what you see is what they want you to see, and it has all the legal notes etc. That’s only about 10% of projects though - most of the time you work with a range of consultants who may not have any budget allowance to make your job easier. If you’re in a defined project team with a longer-term project, it makes sense to create a data sharing protocol along these lines. AND i get them to export it as a SKP otherwise its a huge mess and crashes eveything. I also explode every building down to basic 3d shell (otherwise it’s 1000s of unique nested groups on 100s of Tags) and I strip all the geometry of its colour (otherwise every edge just about has a unique colour). ![]() Because their cross section planes, elevatons and other stuff wont appear in Sketchup. If i receive architectural models (eg Archicad) i always ask for the 3d shell (for context) and a nested 2d DWG layer for each floor plan (ground,1st, 2nd,etc). It usually requires some process of simplifying the project model at their end, and working with you to choose settings that fit well for SketchUp (eg “dont triangulate every face”). Any time data is issued to you, best practise is for you to work with the peson who sent it to you so that they see it and can verify that what you get is what they intended. The rise of parametric modelling, GIS, etc makes export to DWG a LOT more difficult.ĭesign software handles 3d data quite differently by default so importing a 3d model into sketchup (or from sketchup into other products) may not work reliably and/or will result in lots of time spent rearranging things, triangulating meshes or building faces, etc. I often trade basic data, eg site boundary or other simple 2d info but even a preliminary plan exported to DWG these days may well contain 1000s of layers and 3d ‘components’, complex geometry (terrain model) and so forth. We're happy to discuss what software may work best for your project.I can answer that from my perspective…and just cos its an interesting discussion… There are other free/open-source packages for all these areas.įor more information on the software paths you can take to go from idea, to design, to finished project, please see our CAD/CAM Toolchain page. V-Carve Pro can also be installed on your own computer, but the final output is via the version installed on our computers. A number of programs can be installed on your personal computers, such as Fusion 360, Inkscape, etc. *Not every package is installed on every workstation. Graphic/Vector Art: Inkscape (free/open-source, class), Corel Draw, Adobe IllustratorĬAD: Fusion 360 (3D, often free, class), Geomagic Design (3D, tutorial), SolidWorks (3D)ĬAM: Fusion 360 CAM (2D, 3D, often free, class, tutorial), V-Carve Pro Makerspace Edition (2D, 3D, free for members, class), SheetCam (2D, tutorial), MeshCAM Pro (3D, tutorial) Where we don't teach a skill development class for a piece of software, there is often a tutorial we offer. Some are general purpose, and others are very machine-specific. These packages help us program the computer-controlled tools we have in every shop.
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