New 3D printed hiking pole end caps. Designed to fit into the repurposed golf clubs my wife used. Find it on Thingiverse.
New 3D printed hiking pole end caps. Designed to fit into the repurposed golf clubs my wife used. Find it on Thingiverse.
I lieu of the nearly constant inexpliciple crashes I have been encountering with Slic3r I decided to try and get Cura working with my now (Ancient) Makerbot Thing-O-Matic running Sailfish. It wasn’t really terribly hard to get into Cura after the legwork with Slic3r was done. I just needed to slightly correct the Gcode coming out of cure before it was fed into the GPX post-processor to generate X3G for the printer.
My basic slicing profile can be found here: Cura Thing-O-Matic Profile
In addition to this profile I made a slight tweak to the previous post-processor script I had written for Slic3r. This removes the CURA_PROFILE_STRING from the end of the code since it causes a buffer overflow in gpx. In addition it maps over the bed temperature and tool temperature settings over to compatible settings for my Thing-O-Matic. Note: This is for running Cura/GPX on a Mac.
#!/bin/bash -f
pp_path=`dirname "$0"`
export pp_path
egrep -v "M127|M126|;CURA_PROFILE_STRING" "$1" | sed 's/M109 S/M104 T0 S/g' | sed 's/M190 /M109 /g' > "$1.tmp"
# rm $1
mv "$1" "$1.orig"
mv "$1.tmp" "$1"
"$pp_path/gpx" "$1"
exit 0
It’s amazing this thing is still running strong after 5 years of abuse.