* Revert "SPE-1950: Optimization of computation complexity of perimeter ordering for Arachne generator."
This reverts commit 47ec9b9b06.
* Revert "SPE-1963: Improve ordering of perimeters with Arachne perimeter generator"
This reverts commit babb84c70a.
Especially in cases when the object is composed only of 2 external perimeters and 1 or 2 internal perimeters, the order of perimeters wasn't optimal and differed from the Classic perimeter generator. That caused unnecessary long travels before the external contour was printed.
The ordering of perimeters is slightly inspired by the latest changes in CuraEngine.
Cherry-picked from prusa3d/PrusaSlicer@10875082de
Co-authored-by: Lukáš Hejl <hejl.lukas@gmail.com>
* Pass all compatible regions to perimeter generator
* Simplify & unify fuzzify detection
* Simplify `to_thick_polyline`
* Group regions by fuzzy skin settings
* Initial code structure of multi-regional fuzzy skin
* Determine fuzzy type by all compatible regions
* Add fuzzy region debug
* Implement the line split algorithm
* Do splitted fuzzy in classic mode
* Disable debug macros
* Fix infinit loop issue when segment points are out of order
* Fix path connection
* Implement splitted fuzzy in Arachne mode
* Improvements in Inner Outer Inner wall ordering logic
* Updated to BFS algorithm, made ordering more robust and corrected edge cases
* Doc updates
* Refinements in perimeter sorting
* Removal of touch threshold and code debugging to improve sequencing
* Code cleanup
* Code refinements on perimeter distance thresholds
* Extend perimeter re-ordering to more than inset index 2, to reduce travel moves when printing neighbouring features
* Refinements to IOI perimeter re-ordering algorithm to improve travel scenarios where multiple external perimeters are contained in the same island.
* Documentation updates
* Removed unnecessary code
* Removed bespoke to_points function and replaced with ExtrusionLine member already present. Removed squaredDistance and replaced with Eigen library call.
* Refactor code to move distancing functions to the multipoint class. Renamed for more clarity on their purpose.
The previous method worked just for near collinear edges. But it was also used for sharp corners, and for those sharp corners, there was an overflow in the computation of weighted width.
Also, the computation of deviation error was wrong for those sharp corners.
(cherry picked from commit 89b9f702d6cd59bc64c93687bc086f17a206cd0b)
ConcentricGapFill pattern was used for internal narrow
solid infill. Use arachne engine instead to remove
gap fill inside the pattern and improve the extrusion path
Signed-off-by: salt.wei <salt.wei@bambulab.com>
Change-Id: I758d7c72eb71cc37026b7cebf746cc345014c3f5
(cherry picked from commit 0b6bacd21a091afc13d7b36a69e5b10f155bc6f8)
