v6.12.0
📦 invokeaiView on GitHub →
✨ 14 features🐛 1 fixes🔧 3 symbols
Summary
InvokeAI v6.12.0 introduces experimental multi-user support, enhanced model compatibility for Z-Image and FLUX.2, and significant new features for the Canvas, including text and gradient tools. This release also improves model and gallery management utilities and adds remote control capabilities via a new REST endpoint.
Migration Steps
- Long-term Canvas users may need to adjust to the new positioning of layer controls (moved to the bottom of the layers list).
✨ New Features
- Introduced experimental multi-user mode allowing separate user accounts with distinct image boards, images, and preferences.
- Added support for the Z-Image Base model family, suitable for fine-tuning and LoRA training.
- Added support for various FLUX.2 Klein LoRA formats.
- Reintroduced Paged Gallery Browsing as an option in image board settings, replacing infinite scrolling.
- Enabled arrow key navigation within the gallery viewer and for navigating gallery thumbnails.
- Added a Text tool to the Canvas for inserting and manipulating text layers.
- Added linear and radial gradient tools to the Canvas.
- Added an "invert" button for Regional Guidance Layers and Inpaint Masks to swap painted/unpainted regions.
- Moved Canvas layer controls (create, duplicate, delete) from the top to the bottom of the layers list.
- Added a "Sync Models" button in the Model Manager to detect and remove orphaned models from the database/disk.
- Added a "Missing Files" filter option in the Model Manager to identify and remove database entries pointing to missing models.
- Model selection menus no longer display missing or broken models.
- Implemented a new REST endpoint to programmatically set Invoke's generation parameters (model, size, seed, steps, LoRAs, etc.).
- Fixed workflow collections in the Workflow Iterator to preserve the order of items for predictable execution.
🐛 Bug Fixes
- Fixed an issue where workflow collections passed to an iterator resulted in unpredictable downstream node ordering; order is now preserved.