* format/sla: Rename pwmx format to AnycubicSLA
The Anycubic Photon SLA printer familiy is shipped with the PhotonWorkshop slicer.
This slicer generates the sliced archives. These archives have per-printer
extensions, not only pwmx. The name is -most of the times- comprised of the
PhontonWorkshop "pw" bit and the model name. "mo" for the Photon Mono, "mx"
for the Mono X.
Therefore the format name "pwmx" is incorrect and we are renaming it to AnycubicSLA.
On top of it we are introducing a helper macro to connect file extension and printer
definition as most printers use extremely similiar formats.
Signed-off-by: Mimoja <git@mimoja.de>
* format/AnycubicSLA: Add missing fields
The AnycubicSLA format description is derived from reverse engineering of
the PhotonWorkshop output files.
While the initial Photon devices had their binary headers with version 1
we have seen newer models with additional versions. Namely 515, 516 and 517.
We are adding the version handling to the AnycubicSLA exporter to prepare
for future version handling.
Some fields were missing for Version 1 which are added.
Signed-off-by: Mimoja <git@mimoja.de>
* PrintConfig/sla: Move material notes to simple view
As the Anycubic Photon Mono X uses the material notes to configure the
printers parameters we need to change the visibility to allow every user acces.
This will change the default behaviour for non Anycubic SLA printers.
Signed-off-by: Mimoja <git@mimoja.de>
* format/AnycubicSLA: Expose Antialiasing via material notes
Similiar to how the other machine configurations are exposed via the material notes
we are adding the Antialiasing config.
Signed-off-by: Mimoja <git@mimoja.de>
* Printer/sla: Add Anycubic Photon Mono and Mono SE
The Photon Mono and Mono SE are format compatible printers with the Mono X.
They support Version 1 and Version 515 binary archives.
We are implementing them as Version 1 priters to reduce the overhead and keep the code
in line with the Mono X.
The addition as Version 1 printers leaves some features unexposed, most noteably the Antialiasing
level configuration which is now always the maximum.
Given that the printers check the eligability of sliced files by file extension we are
poised to create per-printer sla_print default configurations to overwrite output_filename_format.
Tested: Successfully printed multiple objects. Changing the layer parameter on the onscreen display
succeeded.
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Signed-off-by: Mimoja <git@mimoja.de>
- always enable the feature
- read the tool that we change to
- get temperature for that tool (from config at this point)
- replace the dummy XYYY gcode by M117 (print to display)
showing the tool, time to toolchange and required temp
the amount of total extruded material and per extruder extruded material
up to the point the value is evaluated:
"extruded_volume", "extruded_weight",
"extruded_volume_total", "extruded_weight_total"
The previous method worked just for near collinear edges. But it was also used for sharp corners, and for those sharp corners, there was an overflow in the computation of weighted width.
Also, the computation of deviation error was wrong for those sharp corners.
Boost Voronoi diagram produced degenerated Voronoi diagram. This Voronoi diagram was detected by our method for detection of those types of degeneration. But rotation by PI / 6 wasn't able to fix it.
So now, when the Voronoi diagram is still degenerated after the first rotation, then we try another rotation by different angles to fix the degenerated Voronoi diagram.
and efficiency.
Also added an experiment of adding one more "ensuring" layer to support
top / bottom surfaces, disabled with one_more_layer_below_top_bottom_surfaces
