3D Interface Focal Anchors for Predictive Feedback Clarity
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Solution Overview
Problem
Traditional computing devices face challenges in providing effective predictive feedback in 2-D spaces due to limited screen space, which can obscure the interface and hinder user understanding of potential actions.
Innovation Solution
A three-dimensional user interface utilizing focal anchors within different volumes of 3-D space, which guide user focus through gaze detection and eye vergence measurement, allowing for dynamic adjustment of content visibility to enhance predictive feedback and user interaction.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of information
If predictive feedback is presented in 2-D space on traditional computing devices, then the feedback can be displayed, but the limited screen space obscures the interface and hinders user understanding
Solution Approach 1:
The patent transitions from 2-D screen space to 3-D volumetric display space to present predictive feedback. By utilizing the third dimension (depth), the system can display multiple volumes of information simultaneously without obscuring the interface, as each volume occupies a distinct spatial region that the user can focus on sequentially through gaze detection.
2Loss of information
If multiple volumes of content are displayed simultaneously in 3-D space, then comprehensive information is provided, but user focus is分散 and understanding is hindered
Solution Approach 1:
The system dynamically adjusts the visibility and prominence of different 3-D volumes based on real-time gaze detection. When the user looks at a particular focal anchor, that volume becomes the active display while other volumes are dimmed or removed, creating a dynamic focus mechanism that maintains information completeness while guiding user attention to the most relevant content at any given moment.
Solution Approach 2:
The system implements a feedback loop where gaze detection continuously monitors user attention, and the display dynamically responds by adjusting which volumes are visible and prominent. This feedback mechanism ensures that the predictive feedback presented is precisely what the user needs to understand at that moment, improving both focus and comprehension.
3Loss of information
If focal anchors are used to guide user focus in 3-D space, then predictive feedback clarity is improved, but the system complexity increases
Solution Approach 1:
The patent introduces focal anchors as intermediary elements that mediate between the user's gaze and the 3-D volumetric content. These anchors serve as reference points that simplify the interaction model, allowing the system to determine user focus through gaze detection relative to known anchor positions, thereby managing complexity through structured intermediaries rather than direct complex processing.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
Enables clear and intuitive predictive feedback and user input within 3-D interfaces by maintaining focal anchors' visibility while temporarily dimming or removing other content, improving focus on relevant information and enhancing user interaction with 3-D environments.
Implementation Method 1
The focal anchors work using gaze detection, which determines the direction the eyes are looking.
Implementation Method 2
These techniques may be used instead of or in combination with gaze detection. The interface may also measure eye vergence or accommodation to determine what the user is viewing or on what the user is focusing.
Implementation Method 3
These techniques may be used instead of or in combination with gaze detection. The interface may also measure eye vergence or accommodation to determine what the user is viewing or on what the user is focusing.
Data Source
AI summary
Methods, systems, and computer-readable media providing focal feedback and control in a three-dimensional display. Focal anchors are provided at different depths and used to determine at what depth the user is currently focusing. The focal anchors are also used to receive input from the user. By looking at a focal anchor, the use can cause the portion of content associated with the focal anchor to be displayed more prominently relative to content displayed at different depths. In one embodiment, predictive feedback is provided at a depth associated with one of the focal anchors.