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42 lines
2.1 KiB
Markdown
42 lines
2.1 KiB
Markdown
## ⚠️ EXPERIMENTAL BUILD - NOT TESTED ⚠️
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Based on Snapmaker Orca v2.2.4
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This is an alpha release of Full Spectrum with mixed-color filament support.
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**THIS HAS NOT BEEN TESTED ON ACTUAL HARDWARE!**
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### What's New
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- **Mixed Filaments UI**: Renamed the feature from Dithering to Mixed Filaments and improved row labeling.
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- **Auto + Custom Mixed Filaments**: Auto-generated mixed rows from physical filaments plus manual custom rows via `+`.
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- **Gradient Selector**: Added visual gradient picking for custom mixed rows to control A/B blend ratio.
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- **Cadence Controls**: Added Layer cycle cadence, Height-weighted cadence toggle, and Advanced dithering mode.
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- **Mixed Height Bounds**: Added lower/upper mixed filament height bounds and cycle controls in Process -> Others.
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- **Z Step Controls**: Added dithering Z step size and painted-zone behavior options.
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### Changelog
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- Added mixed filament dependency cleanup when a physical filament is removed.
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- Added Process -> Others controls for mixed filament cadence and height behavior.
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- Fixed multiple startup/UI crashes related to mixed filament rows and Others-tab interactions.
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- Fixed gradient selector state handling and crash on color change.
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- Improved sidebar behavior with compact mixed-row spacing and scroll handling for many mixed rows.
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- Improved mixed preview colors with weighted RYB pigment-style blending and normalization.
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- Added invalidation propagation so mixed-setting changes correctly require re-slicing.
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- Updated mixed-setting tooltips with experimental disclaimers and a wiki-availability note.
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### Installation
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1. Download `Snapmaker_Orca.exe` (or the full package)
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2. Extract to a folder
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3. Run the executable
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### ⚠️ Warning
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- Use at your own risk
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- May produce incorrect G-code
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- Seeking testers with U1 printers
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### Known Issues
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- Untested on real hardware
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- Mixed filament behavior may require per-material calibration
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- Advanced dithering is highly experimental and may not match normal dithering color output
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- Height-weighted cadence operates at the layer plane level, not independent per-color subregions in the same XY plane
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