# but WITHOUT ANY WARRANTY without even the implied warranty of # This program is distributed in the hope that it will be useful, # of the License, or (at your option) any later version. # as published by the Free Software Foundation either version 2 # modify it under the terms of the GNU General Public License # This program is free software you can redistribute it and/or Here is the script so far: # BEGIN GPL LICENSE BLOCK # Unfortunately I can't get this model out of a slice program without lots of work. This is the type of results I'd like to see in Blender, for rendering with a nice plastic-looking material on a desk scene. Thank you!Į d i t: This is a screenshot out of Cura, a 3D printing slice program. Otherwise I need help getting this script working properly and I'm not sure what to do next. If anybody has a better option, please let me know!
Ultimately I am just trying to get a 3D model of the tool paths that I can render nicely in Cycles before physically 3D printing them. These are definitely rookie problems, but I just can't figure out how to fix them. I need to either modify the script to make continuous curves or "Merge By Distance" these overlapping Curve Points afterwards, before extruding the oval.Īlso, every time you run the script, it appends a new button to the File menu. Even the shortest Curves are immediately from one spot to another, an unbroken-looking chain, as you'd expect a 3D printer to operate.
The Curve Points are all sharing the same locations and the Curve directions flow properly. How can I continue them so instead of ugly stops in the extrusion, it's a more smooth curve? The curves are all separate, straight lines.
Then it extrudes an oval along the curves to generate the 3D model. GCODE file and goes through the text doc line by line placing Curve Points for every command of the 3D printer nozzle. It's a script that allows the user to import a. I know nothing about programming or scripting, so I've done a terrible job, and I need help getting over the last few hurdles. I found some old scripts that did this, but they don't work with Blender 2.8 so I tried to update them myself. Since many prints take 8-24 hours or longer, I want to make neat rendered previews of these paths to show clients and friends what a print will look like ahead of time. When I load a mesh into a 3D printer slicing program, I get a little wire preview of the tool paths the machine will take.
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