Unterschiede

Hier werden die Unterschiede zwischen zwei Versionen angezeigt.

--- blog:240913_3d_schild_prozess [2024-09-13] – volker
+++ blog:240913_3d_schild_prozess [2024-09-13] (aktuell) – volker
@@ Zeile 14: / Zeile 14: @@
 ** The full documentation including screenshots and example files can be found at my Printables account: **\\
-[[https://www.printables.com]]\\
+[[https://www.printables.com/model/1005970]]\\
 \_
@@ Zeile 21: / Zeile 21: @@
 How does it work?
-Each colour must be in its own STL file. The STLs get loaded into PrusaSlicer and then get merged into a single model. This allows us to set a Z coordinate offset for each colour - for convenience, I use much to high offsets so the colours float in mid air. By doing this, we assure that the colours get printed one after the other.
+Each colour must be in its own STL file. The STLs get loaded into PrusaSlicer and then get merged into a single model. This allows us to set a Z coordinate offset for each colour -- for convenience, I use much to high offsets so the colours float in mid air. By doing this, we assure that the colours get printed one after the other.
 {{ :blog:ig24:240913_2.jpg?400 |}}
-Now, we need to "un-float" the colours and set the layers on top of each other. We do that by tricking the printer into an adjusted Z position. Let's say, our second colour floats 10 mm above the base of the sign (first colour). In the after-layer-change G code, we add the following:
+Now, we need to "un-float" the colours and set the layers on top of each other. We do that by tricking the printer into an adjusted Z position. Let's say, our second colour floats 10 mm above the base of the sign (first colour). In the after-layer-change G-code, we add the following:
   {if layer_z == 10.2}