Add global mode definitions and config button mode cycling blueprint to
establish the foundation for the adaptive lighting mode system.
Changes:
- Add input_text helpers for all 11 mode settings (Adaptive, Reading,
Relaxing, Sleep, Theater, Party, Homework, Play, Cooking, Dining,
Cleanup) with JSON configuration for brightness, color temp, and
transition parameters
- Store mode settings as individual input_text entities to work within
Home Assistant's 255 character limit
- Add usage notes for accessing mode settings in templates
- Fix variable definition bug in inovelli_mode_cycling blueprint by
adding zigbee2mqtt_device_name to variables section
- Update README to reflect that PACKAGE_SETUP_GUIDE.md exists
All YAML files validated with yamllint. JSON configuration validated
with jq.
Part of Phase 1 implementation from adaptive lighting mode system plan.
Automated verification complete, ready for manual testing.
- Add max: 255 parameter to adaptive_lighting_mode_colors input_text
- Minify JSON to fit within Home Assistant's 100 character default limit
- Remove adaptive_lighting_mode_settings input_text (too long, convert to comments)
- Remove get_mode_settings script (no longer needed)
- Fix template syntax: use states() instead of state_attr() for input_text values
- Convert mode settings to reference documentation comments
This fixes the 'Initial value length not in range 0-100' error from Home Assistant.
Implement the foundation for a comprehensive mode-based lighting control
system for Inovelli Blue Dimmer Switches with Adaptive Lighting integration.
This Phase 1 implementation includes:
- Global mode definitions package (packages/adaptive_lighting_global.yaml)
containing ROYGBIV color scheme mappings and mode settings for all
standard modes (Adaptive, Reading, Theater, Sleep, etc.)
- Inovelli mode cycling blueprint (blueprints/automation/inovelli_mode_cycling.yaml)
enabling config button to cycle through lighting modes with LED feedback
- Updated README with system overview, features, and quick start guide
The system provides room-specific lighting modes with visual LED feedback,
config button control, and git-trackable configuration via Home Assistant
packages.
Next phases will add mode application automations, button action blueprints,
presence integration, and comprehensive documentation.
