Simulating drone and bodily movements: a behavioral study

Area of Science:

• Cinematic studies
• Human-computer interaction
• Perception psychology

Background:

• The study is inspired by a famous film scene, investigating viewer responses to visual stimuli.
• Drone cinematography offers new possibilities for audience engagement.

Purpose of the Study:

• To examine how drone movement and human presence affect viewers' physical and emotional involvement, aesthetic appreciation, and time perception.
• To explore the role of embodied simulation in cinematic experiences.

Main Methods:

• 81 video stimuli were created using drone-mounted cameras, varying drone movement, human presence, and image speed.
• Participants rated videos on liking, perceived movement, physical and emotional involvement, and perceived duration.

Main Results:

• Ascending drone movements and human presence (especially female) led to higher ratings in perceived movement, aesthetic appreciation, and emotional engagement.
• Normal image speed enhanced perceived movement and physical involvement, while dynamic movements (ascending/descending) increased perceived duration.
• Physical involvement, emotional engagement, and aesthetic appreciation were strongly correlated.

Conclusions:

• Drone-based cinematography can effectively evoke embodied and emotional responses in viewers.
• Human bodily gestures and movement dynamics are crucial for enhancing viewer involvement and aesthetic experience.
• Findings support embodied simulation theory in understanding audience reactions to film and media.