A taxonomy of 3D occlusion management for visualization

Area of Science:

• Computer Graphics
• Human-Computer Interaction
• Visualization

Background:

• The occlusion effect in 3D environments negatively impacts object discovery, access, and spatial understanding.
• Existing interactive techniques for occlusion management employ diverse approaches.
• A formalized framework is needed for 3D occlusion management strategies.

Purpose of the Study:

• To define a taxonomy for the design space of occlusion management techniques.
• To establish a common terminology and theoretical framework for 3D occlusion interactions.
• To identify design patterns and future research directions for occlusion reduction.

Main Methods:

• Developing a taxonomy to map the problem space of 3D occlusion.
• Classifying 50 different occlusion management techniques using the defined taxonomy.
• Analyzing the classified techniques to derive design patterns.

Main Results:

• A comprehensive taxonomy of 3D occlusion management techniques.
• Identification of five orthogonal design patterns for effective occlusion reduction.
• Discussion of underexplored areas (gaps) in the occlusion management design space.

Conclusions:

• The proposed taxonomy provides a structured approach to understanding and developing occlusion management techniques.
• Derived design patterns offer guidance for creating more effective 3D visualizations.
• Identifying research gaps highlights opportunities for future advancements in 3D interaction.