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1. #Prusa slicer non planar how to
2. #Prusa slicer non planar install
3. #Prusa slicer non planar windows 10

Launch the Windows Store app on your Windows 10 computer. Other distributions can be made to work, but the following instructions may be incomplete for them. As described above, I've used the Ubuntu distribution as a reference. Linux operating systems come in many flavours, and some compatible ones are available in the Windows Store. Probably not a bad idea:Īfter the restart, you now have WSL activated, but no Linux installed just yet. Things will whirr and eventually you'll be asked to restart. Select the option for "Windows Subsystem for Linux" (if not already selected): Select the link over on the left that says "Turn Windows features on or off" and this should pop up: There's a few screens to bounce through here, but nothing too complicated, just clicking links and boxes.Ĭhoose "Apps", but note that depending on your screen size, it may appear in a different place and then "Programs and Features" Step 2 - Enable the WSL feature in Windows 10 Nothing else to do on this front, we'll come back to it later. I ran with the defaults, but no reason you can't decided where you want it to go: When it's downloaded, just run the installer: When I grabbed it, the page looked like this:

#Prusa slicer non planar install

It should install like almost any other piece of software, but make sure that you grant it access to the local network (if asked). Step 1 - Install an XServerĪlthough any compliant XServer should work, I've tried and tested using the VcXsrv implementation. It will display it's graphical UI inside the window of an XServer application.

#Prusa slicer non planar how to

How?ĭescribed here is how to enable and install a Linux-based operating system into a current version of Windows 10 and then install and configure slic3r within it. However, this implementation needs to be built and compiled in order to run it, hence these instructions for those who are keen to try, but less familiar with these tasks. Non-planar slicing exploits continuous 3-axis movement of contemporary 3D printers to reduce the layer-step artefacts of most slicing software, resulting in more natural surfaces. Why?Īn implementation of non-planar slicing was recently contributed to Slic3r. Once more, for a consistent starting point, this document uses VcXsrv as the X server, but in principle, any X server would yield the same result. WSL does not readily support graphics applications natively, so we use an "XServer" running in the Windows environment to allow Slic3r to operate in GUI mode. Here, we use the Ubuntu distribution available in the Windows Store, simply to ensure a consistent starting point. WSL allows many Linux applications to run using a number of different Linux distributions. This document describes how to get the non-planar fork of Slic3r working on a Windows 10 machine using the Windows Subsystem for Linux (WSL). Notes on configuring the non-planar slic3r variant in Windows Subsystem for Linux (WSL)