Similarly, when modeling, the same objects must be assembled and copied. A hundred objects are as big as one. Also, you can reduce the model by 1000 times and enlarge it by three times 10 times, and you will find that the size of the model has changed. It may get smaller.
Another method is to create an empty su model, and then classify the objects in the existing model separately, and then set them in situ and copy them into the new empty model, so that the new model may become smaller.
The objects that don't need to build components are completely decomposed, and then saved (remember to keep a backup of the built components), and then the model is likely to become smaller. Because when blasting, overlapping faces and lines will cancel each other out. I tried.
Rotate the model into an orthogonal model, and the model may become smaller.
Copy the whole model by ten, and then delete nine, and the model may become smaller.
Move the model, and then save it. The model may become smaller.
Re-pasting the same material of the object, or trying to use some materials that don't need texture mapping may make the model smaller.
This will reduce Sue's accuracy. Use less accurate su, so the model does not need to be so accurate. This will make the model smaller.
You can also rewrite Su's program and install a plug-in that automatically turns off invisible objects, which will be much faster.
You can also write parametric scripts to directly define volumes instead of defining straight lines. This will also make the model smaller.
Also, look at every corner of the model carefully to see if there are any junk objects in the model and delete them directly.
Repaint each face with the rectangle tool so that the model will become smaller.
Reduce the number of segments of the circle and redraw the circular object in the model. This model can be simplified
Reducing the number of line segments along the path in the path can reduce the model.
Deleting diagonal faces and redrawing rectangles will reduce the model.
For example, if there are two rectangles, we can use one rectangle to build the component and copy it, which can reduce the model.
Deleting invisible faces can reduce the model.
After the model is imported into cad, pu will clean up the garbage in cad and then import it into su, which may reduce the model.
Also, if you upload the location of the model base and the model to googleearth, your model may become smaller if possible.