L. Cao, J. Lin, N. Li*
Computers in Human Behavior
Volume 90, January 2019, Pages 37-45
ABSTRACT
Here we report a study designed to examine the influence of spatial exploration mode on people's wayfinding performance during a building fire emergency. Using immersive virtual environments, we asked the participants to actively or passively explore a virtual museum to look for hidden treasure keys and then a treasure point. Half of the participants were asked to exit from a virtual museum during a virtual fire emergency after they had actively or passively explored the museum, whereas the other half of the participants were asked to complete the same task under the control condition without the virtual fire. Importantly, both the active and passive exploration conditions allowed the participants to control their own movement, whereas only those under the active exploration condition had the opportunity to make route decisions. Compared to those who explored the virtual museum passively, the participants did it actively traveled longer in completing the egress task. The results also revealed that participants under the fire emergency condition spent more time in finding their way to exit the museum than those under the control condition, and rated the evacuation task to be more difficult. The underlying mechanisms of these findings were discussed.
Keywords: Fire evacuation; Spatial learning; Virtual reality (VR); Emergency; Active exploration; Passive exploration
(a) The route (with minor revision) was taken by 47% of all participants under the active exploration condition
(b) This route (with minor revision) was taken by 34% of all participation under the active exploration condition
Figure 1 The two routes for the treasure hunting task presented to the participants under the passive exploration condition.
