* Remove BambuLab's implementation of solid infill bridging enhancement
, will use Prusa's instead
* Port "Extend sparse infill" from Prusa
* Improve anchoring by shifting the lines half-spacing
* Add missing fill patterns
* Improve anchoring by keeping fine details
* Make sure the opposite directions do not cancel each other
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Co-authored-by: Pavel Mikus <pavel.mikus.mail@seznam.cz>
* Overhang perimeter handling
Updated code to handle overhang perimeters as an overhang and not as a bridge.
* Preparing to add curled extrusions identification
* Porting curling calculations from Prusa Slier 2.6.1
* Prototype 1 - slowdown extended to detect curled edges and further reduce speed
First prototype of the code submitted.
* Working prototype - 2
Code is now finally working - external perimeters are slowed down as needed when there is likelyhood of curling up.
ToDo:
1. Reslicing the model causes the algorithm not to run - need to find where this fails to trigger the call for this.
2. Slowdown of internal perimeters not working yet.
* Updated to use overhang wall speed instead of bridging speed for this algorithm
* Fixed bug in speed calculation and tweaked parameters for high speed printer
Fixed bug in speed calculation and tweaked parameters for high speed printer
* Attempting to fix "set started" not being set
* Parameter tweak after print tests
* Fixed estimation not running when model is re-sliced.
* Removing debug printf statements and fixed threading flag.
* Fixed threading
* Parameter tweaks following print tests
* Made this as an option in the GUI
* Reintroduced handling of bridges as per original design
* UI line toggling when option makes sense to be visible.
* Fixed bug in field visibility & made it default to off
* Code optimisation
* Initial commit of code from Prusa Slicer 2.6.1
* Ported ExtrusionRole from Prusa Slicer 2.6.1
* fix compile errors
* Update GCode.hpp
* code changes to invoke pressure equalizer
* attempting to trigger pressure equalizer
(Not compiling)
* Update Fill.cpp
* Update Fill.cpp
* Pressure equaliser layer result update
* Further commits
* Merged PR https://github.com/prusa3d/PrusaSlicer/pull/9622
* First complete working version
* Update PressureEqualizer.cpp
* Implemented parameter in GUI
* Toggle fields according to compatibility
* Updated UI toggles between extrusion rate slope and arc fitting.
* Updated tooltip
* Introduced parameter smoothing segment length
This parameter influences the number of division a line will undergo in response to the requirement to adhere to the extrusion rate flow adjustment.
* Internal parameter and tool tip tweaking
* Parameter and tool tip tweaking
* Updated parameters and tooltip following testing.
* Sync PressureEq with latest PrusaSlicer
* Revert "Sync PressureEq with latest PrusaSlicer"
This reverts commit 131fb94c6bebe0a6abb3ca28d4a162aacbe75f40.
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Co-authored-by: MGunlogson <MGunlogson@users.noreply.github.com>
Co-authored-by: Vojtech Bubnik <bubnikv@gmail.com>
These will not compile on STL builds of wxWidgets. I assume that on
the non-STL variants, the first argument is cast to a boolean,
which might be a bug…
This removes the dependency on legacy wxWidgets configurations,
and makes OrcaSlicer compile on STL builds.
Also, the wxStringList class has been obsolete for at least 20
years, and disappeared from the documentation.
Replace with wxArrayString.
* Organic supports: Added check for variable layer height, with which
Organic supports are not compatible.
Fixes prusa3d/PrusaSlicer#9528 and similar.
Check the object max Z against build volume Z in Print::validate().
Cherry-picked from prusa3d/PrusaSlicer@5b94971
* Fix crash with default tree support
* Show "support_critical_regions_only" only when using auto normal tree supports (#2195)
* Fix organic tree check
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Co-authored-by: Vojtech Bubnik <bubnikv@gmail.com>
* Overhang perimeter handling
Updated code to handle overhang perimeters as an overhang and not as a bridge.
* Preparing to add curled extrusions identification
* Porting curling calculations from Prusa Slier 2.6.1
* Prototype 1 - slowdown extended to detect curled edges and further reduce speed
First prototype of the code submitted.
* Working prototype - 2
Code is now finally working - external perimeters are slowed down as needed when there is likelyhood of curling up.
ToDo:
1. Reslicing the model causes the algorithm not to run - need to find where this fails to trigger the call for this.
2. Slowdown of internal perimeters not working yet.
* Updated to use overhang wall speed instead of bridging speed for this algorithm
* Fixed bug in speed calculation and tweaked parameters for high speed printer
Fixed bug in speed calculation and tweaked parameters for high speed printer
* Attempting to fix "set started" not being set
* Parameter tweak after print tests
* Fixed estimation not running when model is re-sliced.
* Removing debug printf statements and fixed threading flag.
* Fixed threading
* Parameter tweaks following print tests
* Made this as an option in the GUI
* Reintroduced handling of bridges as per original design
* UI line toggling when option makes sense to be visible.
* Fixed bug in field visibility & made it default to off
* Code optimisation
---------
Co-authored-by: SoftFever <softfeverever@gmail.com>
Follow-up of 6be84d529d740c44c1e9bf533e70e167b3442063 - Fixed processing of spiral vase mode in GCodeProcessor::process_G1
Co-authored-by: enricoturri1966 <enricoturri@seznam.cz>
* Updated inner outer inner algorithm to cater for edge case where an internal island with multiple internal perimeters would cause the external island to fall back to outer-> inner wall ordering.
Updated inner outer inner algorithm to cater for edge case where an internal island with multiple internal perimeters would cause the external island to fall back to outer-> inner wall ordering.
* Reworked the inner outer inner algorithm to better work with more than 3 perimeters.
* Code comment updates. Removed error check code.
* Cleaned up code and comments
Cleaned up code and comments
* Disabled inner outer inner algorithm on first layer
Disabling inner outer inner algorithm and using inner to outer wall ordering to promote bed adhesion as having isolated perimeters on the bed has resulted on occasion to warping or incomplete adherence to the bed.
* Code optimisation
