Aijse W de Vries1, Jaap H van Dieën2, Vero van den Abeele3, Sabine M P Verschueren1. 1. 1 Musculoskeletal Research Unit, Department of Rehabilitation Sciences, Faculty of Kinesiology and Rehabilitation Sciences, Katholieke Universiteit Leuven , Leuven, Belgium . 2. 2 MOVE Research Institute Amsterdam, Faculty of Human Movement Sciences, VU University Amsterdam , Amsterdam, The Netherlands . 3. 3 Computer Science Technology TC, Group T, Faculty of Engineering Technology, Katholieke Universiteit Leuven , Leuven, Belgium .
Abstract
OBJECTIVE: We studied which games and underlying game mechanics are considered motivating by older adults, so that designers and therapists make informed choices when designing or selecting virtual reality (VR)-training interventions. MATERIALS AND METHODS: We conducted a repeated measures design with 30 older participants, who played eight different VR-training games and afterward filled out the intrinsic motivation inventory (IMI). Differences in intrinsic motivation between games were analyzed using Friedman's tests. In addition, in-depth interviews were conducted according to the laddering technique, to unveil the underlying game mechanics that lead to the players preferences. RESULTS: IMI scores were relatively high for all games, indicating that these VR games seem effective for inducing a high intrinsic motivation. Wii yoga and Kinect Adventures were the highest scoring games on all but the negative subscale tension. Both games provided regular positive feedback. An important game mechanic was Variation, which showed a strong link to important values such as: to Stay Focused, Improve Fitness, and Health and Independency. Furthermore, the game mechanics Visual Feedback and Positive Feedback, which lead to an increased Drive to Perform, were perceived valuable. Seemingly contradicting, but both important attributes such as Speed versus Slow Movements emphasize the importance of designing VR training that adapts to the skill level of the player. CONCLUSION: We have shown that games with different game mechanics can induce high intrinsic motivation. When designing or selecting VR balance training games for older adults, these game mechanics should be incorporated to optimize a positive user experience and increase intrinsic motivation.
OBJECTIVE: We studied which games and underlying game mechanics are considered motivating by older adults, so that designers and therapists make informed choices when designing or selecting virtual reality (VR)-training interventions. MATERIALS AND METHODS: We conducted a repeated measures design with 30 older participants, who played eight different VR-training games and afterward filled out the intrinsic motivation inventory (IMI). Differences in intrinsic motivation between games were analyzed using Friedman's tests. In addition, in-depth interviews were conducted according to the laddering technique, to unveil the underlying game mechanics that lead to the players preferences. RESULTS: IMI scores were relatively high for all games, indicating that these VR games seem effective for inducing a high intrinsic motivation. Wii yoga and Kinect Adventures were the highest scoring games on all but the negative subscale tension. Both games provided regular positive feedback. An important game mechanic was Variation, which showed a strong link to important values such as: to Stay Focused, Improve Fitness, and Health and Independency. Furthermore, the game mechanics Visual Feedback and Positive Feedback, which lead to an increased Drive to Perform, were perceived valuable. Seemingly contradicting, but both important attributes such as Speed versus Slow Movements emphasize the importance of designing VR training that adapts to the skill level of the player. CONCLUSION: We have shown that games with different game mechanics can induce high intrinsic motivation. When designing or selecting VR balance training games for older adults, these game mechanics should be incorporated to optimize a positive user experience and increase intrinsic motivation.
Entities:
Keywords:
Exergames; Fall prevention; Motivation; Older adults; User experience; Virtual reality
Authors: Evelyne Wiskerke; Jan Kool; Roger Hilfiker; Karl Martin Sattelmayer; Geert Verheyden Journal: JMIR Serious Games Date: 2022-03-22 Impact factor: 3.364