If the new support_material_bottom_interface_layers is left at default -1,
then support_material_interface_layers is used for both top and bottom
interface layers.
If support_material_interface_layers == 0, then neither top nor bottom
interface layers are being extruded.
This always contains the actual print_z of the toolchange, while layer_z contains the print_z
of the print. The two differ in case that wipe tower without sparse layers is used.
Related to #3834.
New config field for switching the support interface pattern between
default (rectilinear for non-soluble interface, concentric for soluble interface),
explicit rectilinear and explicit concentric.
Also the config layer was reworked a bit to reduce some switch statements
on ConfigOptionEnum<> templates.
Fixes [Request] Add optional perimeter to raft #756
Fixes First support layer does not stick to bed #2101
New parameters raft_first_layer_density and raft_first_layer_expansion
to influence the 1st layer of raft or support.
Fixes Allow to disable raft under support structures. #3772
Fixes raft is larger than necessary #2568
Fixes Supports on the build plate should have a solid bottom interface for better adhesion #1165
Changed the 1st layer infill to rectilinear even for soluble materials.
Fixes first layer of support for multi filament support oddly spaced #1445
Fixes Full Soluble Materials interfacing into Models + Soluble material noise on Bed #684
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.
Based on pull request Experimental fuzzy skin mode #4611 by @etet100
and on CuraEngine implementation of perimeter fuzzyfication
void FffPolygonGenerator::processFuzzyWalls(SliceMeshStorage& mesh)
The issue was handling of the special "default_filament_profile" vector,
which is not being normalized in length to the number of extruders,
as this vector is being shown to the user at the Printer dependencies page,
and we don't want to present empty fields there, if the default filament
profile was not defined in the system preset.
Fan speed will be ramped up linearly from zero at layer disable_fan_first_layers
to maximum at layer full_fan_speed_layer. full_fan_speed_layer will be
ignored if lower than disable_fan_first_layers, in which case
the fan will be running at maximum allowed speed at layer
disable_fan_first_layers + 1.;
WIP: The cooling PresetHints are likely not finalized yet.
2) Activating the physical_printer_settings_id when loading from 3MF, AMF, GCode.
The physical printer is only activated if it references the printer_settings_id
loaded from the same file.
3) When loading the presets from 3MF, AMF, GCode, the "external" profiles
are no more created for profiles which differ from the local profiles
the loaded profiles reference. Instead, the referenced profile is activated
and modified with the loaded preset. If the referenced profile does not
exist, but the profile refers to a system profile with the "inherits"
fileds, the system profile is loaded and modified instead.
This works for all profiles with the exception of multi-extruder
printer with multiple filament profiles modified. In that case
the first modified filament profile will be loaded as modified,
while the other modified profiles will be loaded as "external".
This should fix
Physical printer + 3mf file, wrong preset used to generate gcode #5178
and possibly
https://github.com/prusa3d/PrusaSlicer/issues/5272
+ Fixed translation for the "Extruder n" category on the Printer Settings Tab
+ Fixed a crash, when scrolling inside Search imGui with some localization (e.t. Russion)
Fixed some issues in internal anchors of the Adaptive Cubic infill.
The ugly and dangerous implicit casting operators in Line, MultiPoint,
Polyline and Polygon were made explicit.
