* Introduced a new command-line argument `--vendor` to process images from a specific vendor subfolder.
* Enhanced error handling to check for the existence of the vendor path and list available vendors if the path does not exist.
* Updated help documentation to reflect the new functionality.
This change improves the script's usability for users managing multiple vendor-specific cover images.
* Auto generate CMAKE_PREFIX_PATH/DESTDIR
* Auto set CMAKE_INSTALL_PREFIX
* Always default SLIC3R_STATIC to on
* Only allow one value for CMAKE_OSX_ARCHITECTURES
* Set arch for OpenSSL from CMAKE_OSX_ARCHITECTURES
* Set CMAKE_INSTALL_RPATH from CMAKE_PREFIX_PATH
* Default CMAKE_MACOSX_RPATH and CMAKE_MACOSX_BUNDLE to on
* Auto set BBL_RELEASE_TO_PUBLIC based on build config
* Default to GTK 3
* Fix linux debug build
Update find modules to also look for the debug variant of the libraries
* Set DEP_DEBUG and ORCA_INCLUDE_DEBUG_INFO based on CMAKE_BUILD_TYPE
* Add a fallback value for Windows SDK if the env variables are not set
* Reflect CMake changes in the build scripts
* Add missing line
* Fix auto setting DEP_DEBUG and ORCA_INCLUDE_DEBUG_INFO
* Update dep folder name for linux in GH actions
* Invert dep-folder-name conditions
`''` is considered a falsy value, which was causing the value to always be set to 'OrcaSlicer_dep'
* Properly handle finding the debug version of libnoise
* Convert FindNLopt.cmake to a config mode wrapper
* Use separate build directory for debug builds on Linux
* Move find_package for libnoise
* Cleanup and improve linux build script
- Add dry run
- Add build in RelWithDebInfo
- Add function to print and run commands
* Remove linux destdir deprecation and cleanup
* Fix flatpak build
* Disable fail fast for flatpak builds
* Flatpak improvements
- Build wxWidgets using deps cmake
- Improve handling of space freeing commands while building deps
- Allow cmake to directly download deps
- Set needed flags within cmake instead of the build manifest
* Print clean build commands
* Implement shellcheck recommendations
* Cleanup
* Fix CMakeLists.txt syntax by replacing empty elseif with else statement
---------
Co-authored-by: SoftFever <softfeverever@gmail.com>
Updated multiple filament profiles to convert fields such as filament_cost, filament_density, and filament_max_volumetric_speed from single values to arrays for consistency. Removed unnecessary fields from filament profiles to streamline data structure. This change enhances compatibility with the updated profile handling logic in the orca_filament_lib.py script.
* The 0.30mm layer height configuration for the 0.4 nozzle of the QIDI model has been removed
* Revert "The 0.30mm layer height configuration for the 0.4 nozzle of the QIDI model has been removed"
This reverts commit 8d296720b8.
* Update Qidi Q2 0.4 nozzle.json
修改Q2打印高度
* change machine_gcode
---------
Co-authored-by: SoftFever <softfeverever@gmail.com>
* Add Vietnamese localization file for OrcaSlicer
* add Vietnamese po file
* Add Vietnamese language support in GUI (#11000)
- Added Vietnamese (vi_VN) to the language mapping in GUI_App.cpp.
- Updated Preferences.cpp to include Vietnamese in the language combobox and display its name in Vietnamese (Tiếng Việt).
---------
Co-authored-by: SoftFever <softfeverever@gmail.com>
# Change FillTpmsFK.cpp to use MarchingSquares.hpp.
This is still a work in progress, but it does seem to work fine, and I
thought I'd put this up there for people to have a play with. I also
have a few questions because I'm not 100% familiar with the rest of the
codebase and I'm going to use the review of this to figure a few things
out.
This builds on #10747 which simplified and significantly optimized
MarchingSquares.hpp by replacing most of FillTpmsFK.cpp's implementation
to just use that marching squares implementation instead of
re-implementing it's own.
I don't yet have any solid speed comparisons but it feels a bit
subjectively faster, though I think that most of the delay in previewing
the slicing results is not in the fill-generation so it's a bit hard to
tell. I don't know if there are any tests/benchmarks/etc that I could
use for testing this, but I'm probably going to add some to this PR at
some point.
Even if this doesn't give a significant speed-up, it does significantly
simplify the code and make it easier to re-use for other equation based
fill-patterns. This could re-implement gyroid or TpmsD with about 5
lines of C code to inherit from `ScalarField` and redefine the `float
get_scalar(coordf_t x, coordf_t y, coordf_t z)` function with the
appropriate equation.
I don't think it would be faster than the current gyroid or TpmsD fills
though, since they directly generate a single line using the equation
and then just copy and shift it. However, it might not be much slower
and it would simplify the code to do them all the same way.
But the main reason I'm doing this is this can be used to implement far
more complicated fills that can't really be implemented any other way.
In particular I'm working towards a gyroid fill that dynamically varies
it's density based on how close it is to the walls.
I have a bunch of questions about some of the other bits that I'll post
as comments against the review-diff.
# Screenshots/Recordings/Graphs
I'll add some when I get there... but so far the results look identical
to the previous implementation even when I zoom in close.
<!--
> Please attach relevant screenshots to showcase the UI changes.
> Please attach images that can help explain the changes.
-->
## Tests
<!--
> Please describe the tests that you have conducted to verify the
changes made in this PR.
-->
Ported part skip from BambuStudio. Thanks bambulab!
<img width="1350" height="902" alt="image"
src="https://github.com/user-attachments/assets/d7f89950-3420-4ea5-bbb6-e53c875e7422"
/>
Haven't fully tested yet!
### Minimum Firmware Requirements (from BambuStudio release page):
- **X1C**: v01.09.02.12 or later
- **H2D**: v01.02.00.00 or later
- **Other models**: Currently not supported. Feature support coming in
future firmware updates.
> ⚠️ Make sure your printer firmware is up to date to use this feature.
This new feature allows users to override flow ratios for the following extrusion path types:
* First layer (excluding Brims and Skirts)
* Outer walls
* Inner walls
* Overhang perimeters
* Sparse infill
* Internal solid infill
* Gap fill
* Support
* Support interfaces
Fixes#11082
Slicing is going to the endless loop when the `Base pattern spacing` value is 0 for `Tree Slim` support.
Co-authored-by: SoftFever <softfeverever@gmail.com>
* Change ironing angle setting to be an offset angle from the top surface angle rather offset from the layer 0 angle that changes on each layer.
* Change Ironing angle offset range from [-1,359] to [0,359].
-1 is redundant because it is the same behavior as 0 offset.
* Change ironing_angle new default value to 0.
* Update existing print profiles' hardcoded ironing_angles from -1 to 0 to reflect new default value.
* Add migration for old -1 ironing_angle settings. Remove logic for -1 ironing_angle.
* Add u8 prefix for degree symbol string
* Use solid_infill_direction instead of infill_direction for top surface infill direction. Use calculate_infill_rotation_angle to add offset to solid_infill_rotate_template if used.
* Update quality settings wiki for Ironing
* Set f->is_using_template_angle when making ironing filler objects
* Update quality_settings_ironing link from #angle to #angle-offset
---------
Co-authored-by: Noisyfox <timemanager.rick@gmail.com>
* New materials
* Temps
* Full filament type list
* Improve nozzle temperature range validation messages
Separates minimum and maximum recommended temperature warnings for nozzle configuration + generig °c usage.
Co-Authored-By: Alexandre Folle de Menezes <afmenez@gmail.com>
* Material Updates
Co-Authored-By: Rodrigo <162915171+RF47@users.noreply.github.com>
* petg-cf10 should be petg-cf
options.
* Pla reduced range
* Adjust some temps
* FilamentTempType Temperature-based logic
* chamber temps
* Fromatting
* Filament chamber temperature range support
Introduces get_filament_chamber_temp_range to retrieve safe chamber temperature limits for filament types. Updates ConfigManipulation to use these limits instead of hardcoded values.
* add adhesion coefficient and yield strength
Replaces hardcoded material checks for adhesion coefficient and yield strength with lookup functions using extended FilamentType struct.
* Thermal length
* Fix
* Refactor filament type data to MaterialType class
Moved filament type properties and related lookup functions from PrintConfig.cpp into a new MaterialType class.
* Fix adhesion_coefficient
Co-Authored-By: SoftFever <softfeverever@gmail.com>
---------
Co-authored-by: Alexandre Folle de Menezes <afmenez@gmail.com>
Co-authored-by: Rodrigo <162915171+RF47@users.noreply.github.com>
Co-authored-by: SoftFever <softfeverever@gmail.com>
* Optimize and simplify MarchingSquares.hpp, and fix it's test.
This changes the implementation to get the possible next directions for a cell
when building the tags and clearing them as the cells are visited during the
march, instead of adding the visited previous direction to the tags during the
march. The Dir enum has been turned into bit flags that for the possible next
directions with boolean operators for testing/setting/clearing them. This
simplifies and optimizes many operations during the march and building the
polygons.
The complicated/broken and unused partial support for cell overlap has been
removed, simplifying the overly confusing grid iteration logic.
The broken test has been fixed by removing the now gone `RasterBase` namespace
from `sla::RasterBase::Pixeldim` and `sla:RasterBase:Resolution`, and the
CMakeLists.txt entry uncommented.
make Dir into flags
* Further optimize MarchingSquares.hpp and improve comments.
* Switch from a single byte-vector containing tags and dirs for each cell to a
m_tags vector of bit-packed tags for each grid corner and an m_dirs vector
of packed 4bit dirs for each cell. Since each grid corner tag is shared by
the 4 adjacent cells this significantly reduces storage space and avoids
redundantly calculating each tag 4x. It also significantly improves memory
locality with each phase of calculating tags, calculating dirs, calculating
rings operating only on the tags or dirs data required without them being
interleaved with the data they don't need.
* Change NEXT_CCW to be initialized with a static constexpr lambda instead of
a manually entered table. This avoids typo errors manually building the
table.
* Optimize search_start_cell() so it can efficiently skip over cleared blocks
of 8 dirs in the packed m_dirs vector.
* Change the tags logical labeling to better suit the packed tags vector data.
This makes it a tiny bit more efficient to extract from the m_tags bitmap.
* Remove the now unused SquareTag enum class.
* Add comments explaining the algorithm, including corner-cases in cell
iteration.
* Remove unused Dir operators and get_dirs() argument, and clang-format.
* Fix some bugs and add stream output operators for debugging.
* Fix a bug building tags where `step(gcrd, Dir::right)` was not assigned to
update the gcrd grid point. Perhaps this should be a mutating method, or
even a += operator? Also when wrapping at the end of a row it was updating
the gcrd grid point by mutating the p raster point instead of itself.
Perhaps Grid and Raster points should be different types? Maybe even
templated?
* Fix a bug in get_tags() when the second row tags are packed into any of the
2 LSB's of the uint32_t blocks. In hind-sight obviously `>>(o - 2)` will not
shift left when `o < 2`.
* Move interpolation of the edge-crossings into a `interpolate()` method, and
make it shift bottom and right side points "out" by one to account for
raster pixel width. This makes the results track the raster shapes much more
accurately for very small windows.
* Make `interpolate_rings()` check for and remove duplicated points. It turns
out it's pretty common that two edge-crossing-points at a corner interpolate
to the same point. This can also happen for the first and last points.
* For Coord add `==` and `!=` operators, and use them wherever Coord's are
compared.
* Add `<<` stream output operators for Coord, Ring, and Dir classes. Add
`streamtags(<stream>)` and `streamdirs(<stream>)` methods for dumping the
tags and dirs data in an easy to understand text format. These make
print-debugging much easier.
* Add `assert(idx < m_gridlen)` in a bunch of places where grid-indexes are
used.
* For test_clipper_utils.cpp fix three "ambiguous overloading" compiler errors.
This just adds three `Polygons` qualifications to fix compiler errors about
ambiguous overloaded methods.
Note this file was formated with a mixture of tabs and spaces and had lots of
trailing whitespace. My editor cleaned these up resulting in a large looking
diff, but if you use `git diff -w` to ignore the whitespace changes you will
see it is actually tiny.
errros
* Update SLA/RasterToPolygons.* for MarchingSquares.hpp improvements.
Change the minimum and default window size from 2x2 to 1x1. Also remove the
strange pixel size re-scaling by (resolution/resolution-1).
The old MarchingSquares implementation had complications around a default
minimum 1 pixel "overlap" between cells which messed with the scaling a tiny
bit and meant when you requested a 2x2 window size it actually used a 1x1
window. Both of these meant you had to specify a window 1 pixel larger than
you really wanted, and you needed to undo the strange scaling artifact for
accurate dimensions of your results.
This has been fixed/removed in the new implementation, so the window is the
window, there is no overlap, and no strange miss-scaling.
* Fix test_marchingsquares.cpp and add StreamUtils.hpp.
This fixes the MarchingSquares unittests to both pass and be more strict than
they were before.
It also adds libslic3r/StreamUtils.hpp which includes some handy streaming
operators for standard libslic3r classes used to show extracted polys in the
unittests.
* Change Format/SL1.cpp to support the min 1x1 window for MarchingSquares.
* Fix the ring-walk termination condition.
Terminate the ring-walk when we return to the starting cell instead of when we
reach a cell with no remaining directions. This ensures we don't merge two
polygons if we started on an ambiguous cell.
* Revert the removal of duplicate points in interpolate_rings().
It turns out that duplicate points are only relatively common when using a 1x1
window. These happen when the line passes through the corner pixel on a
top-left corner in the raster, and the probability of this rapidly declines as
the window increases, so in many cases this filtering is just overhead. It can
also be potentially useful to see the points for every edge crossing even if
they are duplicates. This kind of filtering is already done and done better in
the polygon post-processing.
* rename `interpolate()` to `interpolate_edge()`, make it update the point
in-place, and add asserts to ensure the input point is a valid edge
interpolation point.
* Remove the duplicate point filtering from `interpolate_rings()` and simplify
it.
* Optimize directions building.
This optimizes `get_dirs_block8()` to rapidly skip over blocks where the tags
produce no directions (all tags are 1's or 0's), and also to build the
directions faster when it has to by fetching the whole blocks worth of tags at
once instead of cell-by-cell.
* Rename `get_tags()` to `get_tags9()` and make it fetch a row of nine tags
instead of the tags for a single cell.
* Optimize `get_dirs_block8()` to use `get_tags9()` to get the next nine tags
for the current and next rows and then shift through them to generate the
tags and directions for each cell in the block. Also abort early and just
return an empty block if the tags are all 0's or all 1's.
* Tiny optimization for `get_tags_block32()`.
This avoids using the `step()` method for a simple step-right that can be done
with a simple increment of the column. It also avoids re-calculating the
raster-coodinates for every corner, instead incrementing the column by
`m_window.c` until the end of a row.
* Fix svg output in test_marchingsquares.cpp for recreate_object_from_rasters.
These SVG's were not properly centered...
* Fix 2 static_casts for compiling on Windows.
Thanks to RF47 for pointing this out on the #10747 pull request.
* Make edge iteration use O(ln(N)) binary search instead of linear.
This should be much faster when the window size is large.
* Make `CellIt` into a `std::random_access_iterator_tag` so that
`std::lower_bound()` can use a binary search to find the point on the edge
instead of a linear search.
* Change `step()` to support an optional distance argument and make it modify
the `Coord` in-place instead of return a new one.
* Update tests for the `step()` change.
* Add Catch2 BENCHMARK tests for MarchingSquares.
This required enabling the benchmarks in the tests/CMakeLists.txt config.
* Add a _Loop<> specialization for parallel execution using ExecutionTBB.
This is something that could be added wherever you are going to use this, but
I intend on using this in multiple places so we might as add this once in one
place where it can be reused.
* Fix whitespace in messed up by tab-replacements.
My editor renders, and replaces, tabs as 8 spaces. This messed up the
indenting in tests/libslic3r/CMakeLists.txt and
tests/libslic3r/test_clipper_utils.cpp when I made tiny changes in them.
This fixes the indenting using 4 chars. Note it will still show as a diff
because it is replacing tabs with 4 spaces, and removing trailing whitespace.
But at least it's now indented correctly...
---------
Co-authored-by: Donovan Baarda <dbaarda@google.com>
Co-authored-by: SoftFever <softfeverever@gmail.com>
