aip建模（AIP modeling）.docVIP

aip建模（AIP modeling） There are four basic size types: model size, reference size, sketch size, and engineering drawing size, which vary in how they are used at design time. view 2D AutoCAD 3D Autodesk Inventor For each project diagram, all individual views of the model must be created. If you have multiple views, the process can be very verbose. You can view all the projection model of automatic generation, including section view, oblique and interrupted view. Boolean operation 2D AutoCAD 3D Autodesk Inventor There is a specific command that creates Boolean operations between the different entities (sum, difference, and intersection). Place a number of parts into a component, then derive the component into a single part, and apply the Boolean operations you selected. Reuse of data and external files 2D AutoCAD 3D Autodesk Inventor Blocks are often used to avoid file inflation and to reuse duplicate data such as library elements or standard parts. Write them into a file (WBLOCK) and reuse them as an external reference (XREFS). Library items are usually set using Library paths, and existing parts, files, and standard files are placed in a component. According to the design, the Autodesk Inventor component stores only little data into the component file. Most of the data is stored in external parts files. The proportion of zoom and mirror 2D AutoCAD 3D Autodesk Inventor There are some specific scaling and mirroring commands used to handle 2D and 3D geometric primitives. Scaling and mirroring commands are used to handle two-dimensional geometric primitives. To scale or mirror a single 3D component, it is necessary to derive the part. Instead of using the derivation command, you can also mirror each feature or the entire 3D part. Selection and pinch 2D AutoCAD 3D Autodesk Inventor You can use the window to select 2D and 3D geometric primitives, and use pinch points for stretching, moving, rotating, mirroring, and scaling operations. You can use the window to select two-di