Working contour offsetting,
skeleton_edges_rough() to detect "important" skeleton edges.
Radius of an inscribed circle along the "important" skeleton edges
changes slowly, therefore these "important" skeleton edges signify
oblong regions possibly needing a gap fill.
Fixing model import of models with nearly degenerate triangles, which
degenerate after transformation (translation or rotation).
There was certainly a bug in PrusaSlicer, however this bug was triggered
mostly by the ASCII STL files generated by OpenSCAD, likely due to insufficient
number of decimal digits when saving an ASCII STL, see
[openscad/openscad] STL export should contain single precision floats (#2651)
Commented out fuzzy_skin_shape for now, the parameter may be used
in the future, but for now we don't want the parameter to be stored
into configuration files.
mz_zip_writer_add_staged_open(), mz_zip_writer_add_staged_data() and mz_zip_writer_add_staged_finish()
were derived from mz_zip_writer_add_read_buf_callback() by splitting it and passing a new
mz_zip_writer_staged_context between them.
* changed evaluation coefficients inside fuzzy_match_recursive
* don't add markers to the labels before it's used in fuzzy_match_recursive
+ follow-up 78a3d8b63e - added missed fix for one more line (use std::towlower instead of std::tolower for wchar_t) Problem was appearance on Cyrillic languages
Based on pull request Experimental fuzzy skin mode #4611 by @etet100
and on CuraEngine implementation of perimeter fuzzyfication
void FffPolygonGenerator::processFuzzyWalls(SliceMeshStorage& mesh)
it seems the CR-6 SE uses 120C for it's strain gauge based bed leveling,
so we'll make this our general default, so we can limit the number of
start_gcode variants we'll need to maintain.
this also introduces a 10 second dwell before any homing happens, to
allow the nozzle to warm up, so that any filament stuck on the nozzle
becomes somewhat pliable.
