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Visual imagination and cognitive mapping of a virtual building
Kate Jeffery1, Wanying Guo1, Danny Ball2
1Experimental Psychology, University College London, London, UK.
Journal of Navigation
|April 14, 2022
Summary
Visual imagination aids cognitive mapping of buildings. Mental rotation skills correlate with better spatial understanding, regardless of exploration method (video or verbal).
Area of Science:
- Cognitive Psychology
- Spatial Cognition
- Human-Computer Interaction
Background:
- Effective cognitive mapping is crucial for navigating complex built environments.
- Understanding how different sensory inputs (visual vs. verbal) influence spatial learning is key for architectural and urban design.
- Individual differences in spatial abilities, like visual imagination, may explain variations in navigation performance.
Purpose of the Study:
- To investigate the role of visual imagination in cognitive mapping during simulated building exploration.
- To compare the impact of passive video walk-throughs versus verbal guidance on building spatial knowledge acquisition.
- To examine the influence of structural symmetry and individual mental rotation skills on cognitive mapping.
Main Methods:
- Participants explored a virtual building with symmetrical elements via passive video or verbal guidance.
- Cognitive mapping was assessed using questionnaires and map drawings.
- Individual differences were measured using small-scale mental rotation tests.
Main Results:
- Video guidance led to superior cognitive mapping compared to verbal guidance.
- Building symmetry did not significantly affect mapping performance.
- Mental rotation scores positively correlated with mapping accuracy in both guidance conditions.
- No significant gender differences were observed.
Conclusions:
- Visual information availability, whether perceived or imagined, enhances cognitive mapping.
- Individual visual imagination abilities, particularly mental rotation, contribute to variations in spatial mapping of built environments.
- Findings are relevant for designers aiming to optimize navigation-relevant information delivery.
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