Of course, once you need to perform edits on those ‘third party’ parts, you’ll need to do the full conversion, but until that point, they act like native Inventor geometry, so can be measured, inspected, assembled etc. While it’s not removing the conversion process, the fact that links are maintained associatively, make it much more usable. But instead of doing a full scale import and conversion to Inventor format, the system hides the process from the user and maintains the link to that originating data.Įssentially, if you update the originating file, Inventor will recognise the change and update where it appears accordingly. Inventor’s An圜AD technology allows data to be brought in from a variety of sources (such as native data formats). While we covered it on the 2016 release, it’s worth a recap. In particular, if you’re looking to maintain a link to that originating data to better handle design changes. Those that follow the Inventor progression path, might be aware that the last few releases have seen Autodesk focus on making the work with imported data more effective. Parts themselves can be made temporarily transparent, which is useful for seeing inside a component (or set of components) without having to change their ‘appearance’ permanently. The second is that there are now a number of keyboard shortcuts to control visibility of the parts that are being worked on.
A relief for those who’ve had to search for their spectacles in order to find the fillet option. The first is that the UI has been adapted to make the most of 4K screens. That said, there are a few tweaks that will make life easier or more efficient. There are no massive user interface changes in Inventor, which is good news for existing users. Advertisement Inventor 2017 – user experience
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