![simplify 3d demo simplify 3d demo](https://i.ytimg.com/vi/bNJ2pCUo_0g/maxresdefault.jpg)
The more advanced techniques of simplifying large assemblies are briefly described below. With a deferred loading mechanism you may keep only those parts which are essential in a work session. Unload those assembly components which are out of your current focus.This way you do not lose the geometry completely, but make it more particular about the zones of interest. Substitute parts with their less detailed representations (level of detail concept).In general, this simple technique is useful for highly detailed models. For the sake of adequate display on mobile devices, small parts can sometimes be eliminated. Clean up the assembly by physically removing the insignificant parts.We offer the following options for dealing with large models, depending on the problem you face: For instance, simplification aimed at reduction of visible polygons in a 3D scene is fundamentally different from a conversion scenario which keeps the design intent untouched (like CAD to CAE conversion). The applicability and efficiency of a particular method depend on the quality of the input model and the set goals. There is no silver bullet for CAD simplification.
![simplify 3d demo simplify 3d demo](https://studia3d.com/wp-content/uploads/Снимок-экрана-2020-04-09-в-15.10.38.png)
Part simplification is a more delicate matter as here one adjusts the geometric representation of the individual assembly components. Assembly simplification is aimed to optimize the structure of a digital product. Simplification can be conducted at two levels: assembly and part. All these scenarios may require simplification of the input 3D data. One of them is the adaptation of existing product designs for analysis and manufacturing. Some genuine technical issues are arising in a CAD-neutral environment.