Description:
The current UI for OpenGalea provides basic feedback on brainwave activity but could be more intuitive, visually engaging, and user-friendly. This issue focuses on enhancing the user interface (UI) and user experience (UX) to better represent real-time EEG data and improve interaction clarity.
Why This Is Important
Users need a clearer, real-time visualization of their brain activity.
A more engaging UI can make brain-controlled experiences feel more immersive.
Improved accessibility and design can make OpenGalea easier to use for first-time users.
Proposed Enhancements
✅ Live EEG Data Visualization:
Upgrade the existing EEG graph with real-time waveform animations.
Add color-coded brain states (e.g., red = high focus, blue = relaxation).
Implement smoother transitions between states instead of sudden jumps.
✅ Customizable UI Dashboard:
Allow users to toggle between different EEG views (e.g., raw data vs. processed states).
Add adjustable transparency and layout settings for better MR integration.
✅ Improve HUD & Interaction Elements:
Ensure brainwave-driven interactions feel more natural (e.g., smoother UI responses).
Add feedback animations to indicate when a command is recognized.
✅ Accessibility Improvements:
Ensure high contrast & readable text for colorblind users.
Add audio feedback or haptic cues for non-visual interactions.
Potential Approaches
Use Unity UI Toolkit to build a more modular, responsive UI.
Explore 3D brain visualizations to show EEG activity spatially.
Consider using VR hand-tracking gestures as an alternative UI control.
Research other BCI-based UI implementations for inspiration.
Requirements & Dependencies
Should integrate smoothly with Unity & Meta XR SDK.
Needs to run efficiently on Meta Quest 3 without lag.
Should not interfere with EEG data processing performance.
Description:
The current UI for OpenGalea provides basic feedback on brainwave activity but could be more intuitive, visually engaging, and user-friendly. This issue focuses on enhancing the user interface (UI) and user experience (UX) to better represent real-time EEG data and improve interaction clarity.
Why This Is Important
Users need a clearer, real-time visualization of their brain activity.
A more engaging UI can make brain-controlled experiences feel more immersive.
Improved accessibility and design can make OpenGalea easier to use for first-time users.
Proposed Enhancements
✅ Live EEG Data Visualization:
Upgrade the existing EEG graph with real-time waveform animations.
Add color-coded brain states (e.g., red = high focus, blue = relaxation).
Implement smoother transitions between states instead of sudden jumps.
✅ Customizable UI Dashboard:
Allow users to toggle between different EEG views (e.g., raw data vs. processed states).
Add adjustable transparency and layout settings for better MR integration.
✅ Improve HUD & Interaction Elements:
Ensure brainwave-driven interactions feel more natural (e.g., smoother UI responses).
Add feedback animations to indicate when a command is recognized.
✅ Accessibility Improvements:
Ensure high contrast & readable text for colorblind users.
Add audio feedback or haptic cues for non-visual interactions.
Potential Approaches
Use Unity UI Toolkit to build a more modular, responsive UI.
Explore 3D brain visualizations to show EEG activity spatially.
Consider using VR hand-tracking gestures as an alternative UI control.
Research other BCI-based UI implementations for inspiration.
Requirements & Dependencies
Should integrate smoothly with Unity & Meta XR SDK.
Needs to run efficiently on Meta Quest 3 without lag.
Should not interfere with EEG data processing performance.