This is a fix of a bug, which was in Slic3r forever, where raw slices
were not cached, but recalculated from classified regions, where
merging the regions did not produce the original contour reliably.
Fixes [2.3.0-beta2] Odd bad slicing related to infill (?) percentage #5407
Replaced all "unsigned long long" types with uint64_t.
These "new" types better communicate their meaning and they are
guaranteed to behave the same on all platforms & compilers.
(linear tapering of extrusion rate for the 1st spiral vase layer)
Linear tapering could only be implemented for relative extruder distances.
For absolute extruder distances, all the G1 Exxx in all spiral vase layers
would have to be adjusted, which is much more complex and risky to do now
before release.
above the solid infill. Should fix
first layer of vase (after bottom layers) is bulging (0.6nozzle, 0.4 layerhight) #3712
Adjust flow of the "second" layer in spiral vase mode #2795
(non-spiral vase layers) were being closed.
Fixes Bad slicing in vase mode (unexpected bridge and solid infill layers) #3326
Fixes Model with holes in the base does not slice properly in "Vase Mode" #5359
The thread local storage variables for the random number generator
were replaced by an external context variable.
Thread local storage is a scarce resource.
1) Decreased "gimbal lock" epsilon 10x
2) Got rid of unnecessary back and forth conversions which led to numerical inacurracies
This should fix issues #5172, #5011 and #5398
Bounding boxes of polygons could overlap. Ask the AABB tree for all possible candidates.
Might be faster than searching for the closest triangle, that requires traversing the whole depth of the tree every time.
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
