Graphics and Visualization Enhancements in Inventor StudioĪ new visualization engine that works using beam tracing algorithms and support for image-based lighting (IBL) allow you to obtain high-quality images.Īutodesk Inventor 2016 System RequirementsĦ4-bit MicrosoftWindows 7 Service Pack 1 or Windows 8.1ģ2-bit Microsoft Windows 7 Service Pack 1.The updated automatic disassembly tool allows you to get a one-click "mouse" diagram of the disassembly assembly of your product, and the ability to directly manipulate when creating shifts will help you easily and quickly refine the diagram to the desired view. Advanced text formatting, simplified callouts and tagging, and sketched symbol libraries are all for easier drawing design. When finished, you can send the results to Print Studio, to another print program, or generate an STL file.ĭrawing views are simplified and are now oriented interactively on a drawing sheet using the ViewCube. You can edit or split a part in the print environment and such changes will not affect the original document. You have created a new environment that allows you to define the position and orientation of the model in the print space of the selected 3D printer. The commands to correct, align, and edit the geometry of arbitrary shapes greatly enhance Autodesk Inventor 2016's ability to design models with complex shapes. You can convert solid model faces to arbitrary geometry to improve shape. Many freeform part design tools have been added. Changing the DWG in the AutoCAD will change Autodesk Inventor 3D models. The DWG geometry projection function allows you to obtain sketches that are associated with the original DWG file and use them for modeling.
You can insert a DWG AutoCAD file into a part or assembly model and use it as a layout. Full multi-threading support enables Inventor to leverage hardware capabilities. The custom import feature allows you to read only the necessary data from part and assembly files and speed up the import process. Imported geometry in Inventor is updated as the model changes in native CAD. The technology, named by An圜AD developers, allows associative import of data from CATIA, SolidWorks, NX, Pro-E/Creo, and Alias files. Working efficiently in a multi-system environment CAD.
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