Reduce the size of current and new JSONs by standardising them with 1 tab indentation instead of 4 spaces.
This effectively reduces the size by almost 20 MB.
| Current | New |
|---|---|
| 85.2 Mib | 67 Mib |
Used [JQ](https://jqlang.org/) `--tab` to automatically format every current JSON.
> [!NOTE]
> Some profiles had the arrays on the same line, but those created by Orca were in the standard format (each object below the previous one). In some cases, this increases the number of tabs due to the new lines, but the increase is negligible, and this way both the base profiles and those created by Orca maintain the same style.
* bugfix for TPU filament overrides
* higher voluemetric flow
* bugfix for to high speed at internal solid infill
* Update Prusa.json
* updated firmware check and nozzle settings
* bugfix speed and standard for 0,15mm profiles of the 0.4mm nozzle
* variables not defined in orcaslicer
* bug fix volumetric speed, wrong value
* added high flow base process
* added highflow base process
* added first full draft of high flow profiles, further tests are necessary
* changed 0.35mm to 0.32mm for 0.6mm nozzle
* minor changes to initial layer speeds
* changed 0.35mm to 0.32mm for 0.6mm nozzle
* furcer changes on accelartion and speed
* added 0.35mm Standard @MK3.5 again for not breaking anythin for current users
* Update 0.35mm Standard @MK3.5.json
forgot to set the layer_height after creation of the 0.35mm profile
* minor fixes in filament overrides
* added profiles for high flow nozzles on the Prusa MINIIS
* added fan_speedup_time for MINIIS and MK3.5
* changes to support interface, pattern and distance
---------
Co-authored-by: Noisyfox <timemanager.rick@gmail.com>
* Replace prusa printer images with standard sizes and aspect ratio
* Rename Prusa Mini IS to specify the IS in the name
* Add missing prusa CORE One in the preset dialog and reorder prusa printers
* updated pictures to 320px
* bugfix for TPU filament overrides
* higher voluemetric flow
* bugfix for to high speed at internal solid infill
* Update Prusa.json
* updated firmware check and nozzle settings
* bugfix speed and standard for 0,15mm profiles of the 0.4mm nozzle
* variables not defined in orcaslicer
* bug fix volumetric speed, wrong value
* added high flow base process
* added highflow base process
* added first full draft of high flow profiles, further tests are necessary
* changed 0.35mm to 0.32mm for 0.6mm nozzle
* minor changes to initial layer speeds
* changed 0.35mm to 0.32mm for 0.6mm nozzle
* furcer changes on accelartion and speed
* added 0.35mm Standard @MK3.5 again for not breaking anythin for current users
* Update 0.35mm Standard @MK3.5.json
forgot to set the layer_height after creation of the 0.35mm profile
* First set of fixes
* Add FLEX filament to PrintConfig.cpp
* Add new FLEX filament profiles to main Prusa json
* Comment out M104.1 code
* Revert "Comment out M104.1 code"
This reverts commit 831414adb7.
* bugfix for TPU filament overrides
* higher voluemetric flow
* bugfix for to high speed at internal solid infill
* Update Prusa.json
* updated firmware check and nozzle settings
* bugfix speed and standard for 0,15mm profiles of the 0.4mm nozzle
* variables not defined in orcaslicer
* Whitespace cleanup in Prusa profile
```
$ diff -u Prusa.json <(jq --indent 4 < Prusa.json) | wc -l
0
```
* Add Prusa MK4S profiles
There were generated from the PrusaSlicer profiles[0] using some scripts
which try to faithfully convert the profiles[1]. The high flow nozzle
settings have been modeled as a separate printer model.
A few things I'm aware of that haven't been converted:
- Filament multi-material settings (eg loading speeds)
- High-flow and abrasive nozzle check in gcode, which, as far as I
know, isn't available in the current firmware anyways
I've also found that disabling z-hop on layer change in OrcaSlicer seems
more similar to the behavior in PrusaSlicer (which allows travel
distance limitations to override that setting), so I've disabled that.
Fixes#7391
[0]: 0bca90da13/resources/profiles/PrusaResearch.ini
[1]: https://github.com/rcloran/SuperSlicer_to_Orca_scripts/tree/20d2881
* added Prusa Mini with Input Shaper to profiles
* refactoring to more reusable settings
* added more processes, changed settings
* Update 0.15mm Speed @MINIIS.json
* Update 0.10mm Speed @MINIIS.json
* changed to cubic because of speed
* further changes after reviewing prusa slicer settings
* simplified machine settings
* retraction speeds according to prusa slicer
* changed max flow according to prusa slicer
* after clearification at the prusaslicer repository M900 got removed
* precise wall per default
* enable reverse overhang on odd by default
* added settings from prusa slicer
* changed cooling setings
* changed default to inner-outer-inner wall
inner-outer-inner gives pretty good overhangs with better surface
* new profiles for bigger nozzles, changed some cooling settings according to prusaslicer
* profiles for different nozzles sizes, better speed settings
* initial layer height was wrong
* wrong initial layer height
* set the correct accelerations
* changed firmware version number
* using pressure advance UI setting instead of custom filament g-code
* Update Prusa Generic PC.json
* Update Prusa Generic PC.json
* changed max flow for PC
* added PVA filament profiles
* bug fix in filament loading
* changed line width according to prusa slicer
* changed heatbed temperature for Minis capabilities
* added Prusa Mini with Input Shaper to profiles
* refactoring to more reusable settings
* added more processes, changed settings
* Update 0.15mm Speed @MINIIS.json
* Update 0.10mm Speed @MINIIS.json
* changed to cubic because of speed
* further changes after reviewing prusa slicer settings
* simplified machine settings
* retraction speeds according to prusa slicer
* changed max flow according to prusa slicer
* after clearification at the prusaslicer repository M900 got removed
* precise wall per default
* enable reverse overhang on odd by default
* added settings from prusa slicer
* changed cooling setings
* Ender 3 - All nozzles and Quality Profiles
Ender 3 Profiles.
0.20 Nozzle
0.40 Nozzle
0.60 Nozzle
0.80 Nozzle
0.12 to 0.24 Quality Profiles for every Nozzle in Process Folder
* all
all
* Ender 3 Profiles
Ender 3 Profiles for: 0,2;0,4;0,6;0,8
5 Different and independent Quality profiles for each Nozzle.
Fine, Optimal, Standard, Draft and Superdraft
* aa
aa
* aa
aa
* aa
aa
* Prusa Mk3s Profiles
Prusa Mk3s Profiles
* Mk3s FIXED
mk3s FIXED
---------
Co-authored-by: SoftFever <softfeverever@gmail.com>
