Hard Surface Detailer
Your geometry does not need to be fully quadded out for the script to run but details will not be generated on triangles and ngons . Triangles and ngons will however still receive the material and should not stand out too much.
If you just installed the add-on and tried using it right away, try restarting Blender first.
When using the add-on with the "Hull" or "High frequency" styles, a UV set named "mono_UVs" will be added to your mesh.
You can access the mono_UVs in the shader editor by adding an "Input"->"UV Map", then click the text field of the box that appeared. You should see "UVMap" (the default UVs) and "mono_UVs". Select "mono_UVs" and use the output in your material the way you want.
Here is a simple example:
You probably applied the style on a very small geometry, try reducing the plate separation thickness and depth.
The "Detailer" panel only shows up in a 3D view that is in "Edit Mode".
If you still don't see it, put the cursor over the 3D view and press N to show the right side menu.
The add-on doesn't come with materials, it's sole purpose is to generate geometry. It also gives you a few handy UV sets to be able to create interesting materials yourself. What you saw in the demo video were materials that I created myself to show what could be done with these UV sets. The add-on allows you to choose any of the materials that you added to your scene, but you have to add them yourself.
I understand that this might be frustrating if you understood that you would get these materials along with the add-on. So I just added the file that I used to create the demo video to the package. You can get it by downloading the package again.
Inside, you will find materials that I used for the demo video as well as the spaceship model before and after using the add-on.
Use the "Append" tool to add these to your scene from this file.
Discover more products like this
spacecraft hulls futuristic science fiction scifi Spaceship Workflow mesh random detailing procedural details hard surface space station Robot