![]() Maybe Simplif圓D has such an output available (I don't have a copy with me to check), but I don't see RapMan listed as a supported printer on their website so I suspect not. I don't see any plugins for Cura that would make that work. Therefore any post-processing application used to convert would have to take those factors into account, and so be a relatively complex (but far from impossible) bit of coding. I assume that the extrusion speed would also need to be changed if the print speed changes - which it may do in certain cases for different parts of a print. between perimeter and infill), there will be a change in extrusion rate. ![]() Note that the extrusion rate is not necessarily the same for the entire print - if the extrusion thickness changes (e.g. Post-processing the G-code to change the format would be possible but fairly complex because there is no straightforward way to deduce extrusion speed (and speed changes) from extrusion length and print speed - though it could certainly be done. I have tried all the "flavours" of G-code that Slic3r has, but none of them output that type of format. ![]() Your printer uses a different technique than what I am used to - instead of having the G code provide the length of extrusion for every move, it uses an "extrusion speed" command to use for all following moves in conjunction with "extrusion on" and "extrusion off" commands. ![]()
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