Convert 3d into 2d file autocad
Convert 3d into 2d file autocad software#
From 3D to 2D, the conversion process is very simple, but the reverse process (i.e., 2D to 3D that is also called reconstruction) is so complex that up to now, there is still not any software that can do it as thoroughly as we have been expecting. Besides, most of the current products have been being produced and stored by technical drawings.īoth types of design mentioned above need the CAD system can convert from one to another automatically. Compatibility between 2D CAD versions is also perfect (the higher version will read the file of the lower version and can convert files of the newer version to the older version form). With 2D designing, the designer only needs to create 2D technical drawings, which are comfortable and very familiar to the engineers. Even after having a 30-hour training course, they feel that creating two views is easier and faster than creating a 3D model, which usually uses auxiliary objects such as work plane, work axis, work point (e.g., in Inventor), etc.
Additionally, the training for old engineers to get used to using 3D CAD systems instead of using 2D drawing consumes a long time. Besides, modifying a 3D CAD file is much more complicated than editing a 2D CAD File. Also, these 3D solid files have poor compatibility between 3D CAD software even with the same software but different versions (due to commerciality). Still, besides its advantages, designers should have the skills to read and understand technical drawings as well as proficiently use the 3D CAD systems, which is inconvenient for long-time engineers who are familiar with the traditional design only.
This approach has been hugely successful, initially appearing from 1990 with AutoCAD R12 and getting better and almost perfect now. The 3D designing has many advanced applications, such as dynamic and static simulation, digital machining, visual observation, etc., and is required when we operate a CAM/CAE system. If you set the view to top again, you will get the drawing to look as you expected.Currently, in the industry, there are two main types of geometric design: 2D designing shown in a multi-view drawing, which is a popular and traditional technical document, and 3D designing, which exists in the computer-aided design (CAD) and CAM systems such as Inventor, Catia, and Solidwork. Once you have run the command, a flattened version of your view will appear on the XY plane (be sure the UCS is set to world, if you have any other UCS active, it will be used to place the flattened view) You can later on edit the block, but if you want the hidden lines to show differently be sure to give them a diferent style. We need to run the FLATSHOT command, and on the dialog box configure the hidden line settings to match how we want to show them. ANd we want to get a 2D drawing showing the hidden lines in a grey dotted style. The result will be a 2D block that will be placed on the XY plane. Set the view you want to flatten and run the FLATSHOT command. This command converts a 3D view of a 3D object into a 2D drawing. If you have a 3D model and need to extract 2D drawings from it, you should be aware of the existence of the FLATSHOT command. Choose if you want to show the hidden lines and how. Easily convert 3D models into 2D Objects.