and the "show incompatible profiles" option.
It was not able to select the incompatible Print profile, which is
possible now.
(see Cannot select incompatible printer profile #3715)
When the Printer profile derived from the Prusa3D system profile was
active or a system Prusa3D profile was active, and when the Print profile
with the removed "inherits" field was active (or any other profile
derived from the "-- default --" profile was active), then the filament
selector offered just the profiles with the removed "inherits" field
(or any other profile derived from the "-- default--") profile.
This behavior has been now changed, so that in this scenario the Filament selector
will offer the Prusa3D vendor profiles compatible with the active Print
and Printer profile as well as the user profiles.
Slicer was also changed to keep an incompatible preset selected
at its respective tab if its respective "Red flag" is enabled.
For example, if an incompatible Print preset is selected and a Printer
profile is switched to another one which is not compatible with the active
Print preset that was red already, the active Print preset is
not switched if the Print "Red flag" is active. However, if the Print profile
was compatible before the Printer profile is switched and now the Print
profile becomes incompatible, another compatible Print profile is selected.
A likely bug in wxWidgets was worked around when switching a Print preset
on Plater, if the last item in the Print preset was active and incompatible,
and another Print preset was selected by the user. On Windows, an CBN_EDITCHANGE
is sent just after combo box selection change event and the CBN_EDITCHANGE
holds an index of the combo box item, which will be removed by the 1st event,
therefore leading to an assert in wxWidgets on CBN_EDITCHANGE. The workaround
is to disable processing of CBN_EDITCHANGE on Windows for the Plater
preset selection combo boxes.
Fixed return type of std::string translate_utf8() with context
(incorrectly returned wxString, should return std::string).
Fixed double translation of BackgroundSlicingProcess::validate() in Plater.
When switching a Print profile, the modifications of an active Filament
profile were incorrecly dropped even if the active Filament profile
was compatible with the newly selected Print profile.
if the number of top / bottom solid layers was set to zero while
the top / bottom minimum shell thickess was set nonzero.
With this commit, if the top / bottom solid layers is set to zero,
there are no top / bottom solid layers generated independent from
the minimum top / bottom shell thickness.
Opening saved project removes Print Host settings #3655
Octoprint Settings when Opening a .3MF file #3244
When loading a configuration file (from AMF, 3MF, .ini or .gcode),
and if the host settings ("print_host", "printhost_apikey", "printhost_cafile")
in the configuration file is empty, then the config is considered to be anonymized,
and these anonymized keys are loaded from the referenced "derived from" profile,
if it exists in user's PrusaSlicer configuration directory.
We are aware that this is a patch work and a better long term solution
is to separate physical printer settings from logical printer settings,
but this is a good enough solution for PrusaSlicer 2.2.0 release.
Exceptions thrown by Flow calculation were made explicit classes derived
from std::invalid_argument.
The PresetHints::recommended_thin_wall_thickness() newly catches these
exceptions and it shows the reason of why the hint is invalid.
Reverted the time estimate number stored into the G-code from
days/hours/minutes to days/hours/minutes/seconds, because who knows
who is already parsing the file.
(SlicedInfo: Removed secondes from estimated times):
GCodeTimeEstimator::_get_time_dhm() shall round to minutes, old
code rounded down to minutes, new code rounds to 1/2.
which is a regression of an optimization 3e0690b37b
With the optimization disabled, the G-code generator will not be slower
than PrusaSlicer 2.1.1. I am leaving the code there to mark for
further optimization opportunities.
is enabled / disabled.
Spiral Vase forces different kind of slicing than the normal model:
In Spiral Vase mode, holes are closed and only the largest area contour is kept at each layer.
Therefore toggling the Spiral Vase on / off requires complete reslicing.
This commit moves the update to the correct location.
Fixes Connecting / expanding Bottom Layers to Vase Perimeter #253
Fixes Slicing error in vase mode #452
Fixes Slicing Issue (Vase Mode, 0.6mm dmr nozzle) #1887
Fixes Top fill pattern isn't used in spiral vase mode #2533
Fixes Cisar's vase doesn't slice correctly, creates artefacts #3595
When the model is sliced, all the contours are newly oriented
counter-clockwise (even holes), merged and then only the largest area
contour is retained. In perimeter generator, if the largest contour
splits into multiple perimeters, newly only the largest area perimeter
is retained in spiral vase mode. These two changes solve #3595 and similar.
The infill is newly calculated only for the bottom solid layers
if the spiral vase mode is active (removes various unwanted infill
along the vase walls), and the last bottom solid layer is switched
to a top solid pattern (solves #2533).
The thin walls are newly enforced to be disabled in spiral vase mode,
and the "ensure vertical shell wall" is enforced in spiral vase mode
to extend the bottom of the vase to the vase hull (fixes#253).
collisions against already printed objects: Rotation of an object
was not being taken into account.
Fixes#2450 PrusaSlicer 2.0 Sequential printing vs rotate object
Fixes#3585 Always Sequential Printing Error (Regardless of setting, placement or object size)
Fixed some collisions in sequential print just after arrangement by
making the validation using a slightly lower extruder radius value
than the arrangement.
Refactored PrintObject coordinate system so that the PrintObject's
coordinate system is always centered in respect to its ModelObject's
geometries. This refactoring may improve path planning a bit and
it may lower the requirements on bits representing Clipper coordinates
by 1 bit.
printer configuration:
ss -> sm : Just apply the color changes of the original ss project at the active extruder.
ss -> mm : There are no tool changes stored. Ignore color changes, they are invalid because they are extruder non-specific.
sm -> ss : Apply tool changes as color changes (tool changes remember the target color), apply original color changes.
sm -> mm : Ignore both color changes and tool changes.
mm -> ss/sm : Ignore both color changes and tool changes.
show just the label in the application title. For Win32, add the
" 32 bit" indicator, so that we may see clearly if somebody is running
a 32bit build on 64bit windows by a mistake.
The two new config keys define a minimum vertical shell thickness.
The top shell thickness is calculated as a maximum of sum over
top_solid_layers * layer heights and top_solid_min_thickness,
the bottom shell thickness is calculated as a maximum of sum over
bottom_solid_layers * layer heights and bottom_solid_min_thickness.
The results of the formula above are shown at the Print parameter page
below the two new values to hint the user about the interaction
of the old versus new config values.
top_solid_min_thickness has no meaning if top_solid_layers is zero,
bottom_solid_min_thickness has no meaning if bottom_solid_layers is zero.
by the PlaceholderParser.
Namely, all the options with the "ratio_over" reference are now handled
correctly by the PlaceholderParser with the exception
of the "first_layer_extrusion_width", which overrides speed of extrusions
by their respective extrusion type.
Also the various extrusion widths (extrusion_width, first_layer_extrusion_width,
external_perimeter_extrusion_width etc.) produce the same numbers
as if ran through the back-end, with the assumption of not overriding
layer height by the variable layer height editing tool or layer height
modifiers.
in place of the normal mesh.
WIP: The code is inefficient (it does not store the timestamp
of the hollowed mesh, therefore it refreshes the hollowed mesh on each
scene update) and if the hollowing gets invalidated, the original mesh
is currently not being reloaded and the hollowed mesh is still visible.
where the PrintObject bounding box was not invalidated correctly
when the transformation matrices of instances changed.
Also refactored PrintObject::size() for const correctness.
The solution is hackish, but a major refactoring would be needed
to avoid multiple refreshes of the print bed, and to avoid
expensive checks at Plater::on_config_change() every time
a config value changes at a parameter tab.
so that the updated bundled profiles may require this version
(2.2.0-alpha3) or newer.
This change is needed for the clients to be forced to update
the configurations to see the print bed, as the print bed model and
image are no more hard coded, but they are referenced from
the vendor specific Preset Bundle.
so that the ordering code at G-code export may work directly with
pointers to PrintInstances instead of with pair of <PrintObject, copy idx>.
Also the PrintInstance knows its source ModelInstance, which allows
sorting of PrintInstances for sequential printing in the order
they appear in Plater's object list.
psWipeTower now equals to new psToolOrdering indicating that
the ToolOrdering has been calculated (only if non-sequential mode is active).
psBrim now equals to new psExtrusionPaths
psExtrusionPaths shall be the last step before psWipeTower, indicating
that all the printing extrusions are calculated for the G-code preview
slider to edit the custom per print_z color changes, tool changes etc.
Skirt loops not being honored, only producing single loop #2193
First layer skirt only has half the loops when using multiple extruders #469
The skirt generator used to prime all printing extruders at the 1st layer
if enough skirt lines were configured, while at the other layers the skirt
used to be printed with the 1st extruder printing the layer.
There was a bug introduced quite a long time ago, where not enough skirt
lines were extruded if some extruders were not needed to print the 1st layer.
Newly the skirt generator works the same way on all layers:
All the extruders planned to print a layer are primed over the skirt
if enough skirt lines are configured.
Refactoring of GCode export of color changes, extruder switches etc,
so that the "color change" like extruder switches are applied first
at the Wipe Tower / G-code export, so that adding / removing
an extruder switch at the G-code preview slider does not invalidate
slicing.
all argument_type, first_argument_type, and second_argument_type
typedefs are deprecated in C++17.
Remove this warning disable after eigen library adapts to the new C++17 adaptor rules.
1) Don't allocate ExtruderOverrides if not necessary
2) Use boost::container::small_vector<int32, 3) for ExtruderOverrides
(usually less than 4 instances are printed))
If the Elephant foot compensation is applied to the 1st object's layer,
the uncompensated 1st object's slice is newly used for calculation
of bridges, overhans, skirt, brim, raft and supports.
Layer::slices were renamed to Layer::lslices to simplify reading
of the code, to differentiate from LayerRegion::slices.
so that references from user profiles and .3mfs / .amfs
to system profiles are not being lost.
If a system profile has no "renamed_from" profile name assigned,
and the system profile name contains "@", then a profile name
with the "@" is implicitely assumed to be the name, from which this
profile has been renamed.
bubnikv