In Inventor, the update happens automatically. To do the same change in AutoCAD, you would have to change the position of multiple lines, arcs, hidden lines, dimensions and several drawing views, perhaps across several drawing pages. When we turn back to our drawing, we'll see that our annotation updates to reflect the change in the model without us having to make any changes. If we were to edit one of these components, (mouse clicking) perhaps change its size, (mouse clicking) (mouse clicking) will not only be affecting the 3D model. The size of these three-dimensional models gives me the information for my 2D annotation. That weld actually gives me the information for my annotation. For example, if I go to the 3D model, I can see where there's a weld holding these two components together. What I mean by that is Inventor works from a model. Taking a closer look at this drawing, this is something that AutoCAD easily could have made, right down to the dimensions, the weld callouts, the annotation, but the way Inventor works is slightly different. Therefore it understands how things really go together. rx can be formed to make anything you want, whether it's a building or a mechanical part. The key difference between AutoCAD and Inventor is how it generates drawings. It's important to understand how Inventor wants to work because trying to use it like AutoCAD can not only be frustrating, it will limit your productivity and how enjoyable it is to use it as well. In this movie we will look at the foundations of Autodesk Inventor and how it thinks differently than AutoCAD.
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