Comparative Study on Implicit Guidance in Game Design
Abstract
As mobile phones become more common among players of all ages, the popularity of mobile games is also increasing, and players’ experience is of-ten influenced by the explicit and implicit guidance of the game. The use of direct tutorials in modern mainstream mobile games makes the experience less enjoyable. This study aims to conduct a comparative study by building game samples of implicit and explicit versions of game guidance, collecting players’ test data to explore the influence of different levels of guidance on players’ sense of experience, and analyzing and comparing the differences and connections between implicit guidance in game design. The study sup-ports three main findings. First, players prefer implicit guidance because it is fun. Second, different levels of game guidance have significant applicability to other players. For advanced gamers, the tutorial has relatively little im-pact. Third, in the context of complex game teaching, explicit guidance may be more effective.
Keywords: Mobile Games, Game Guidance, User Experience
DOI: 10.54941/ahfe1001051
Cite this paper
More from this volume
- Modeling of the laminating machine based on ergonomic studies for the manufacture of marzipan handicrafts
- Cognitive Model for Probability Density Distribution Uncertainty Visualization
- Designing and Evaluating of an iPad-based Reading Mode for Enhancing the Efficiency of Non-native Immersive Reading
- Layout Evaluation of Luban Banner Interface Elements Based on Aesthetic Calculation
- Design of Point Pop-ups with Visual Representation based on Weather Map Interface
- Naturality and non-transparency of technology in the age of intelligent voice assistants
- Hybrid Sensory Surfaces: Biological meets Digital
- Design of Smart Household Beauty Apparatus Targeting the Young Consumers
- Smartphone based accurate touch operations on an AR desktop
- The near (bio)future in design
- Translating the creative process of knitwear design: from manual to digital practices in a material-driven approach
- HOYO – Shape Memory Alloys enable a new way to approach the treatment of the Autism Spectrum Disorder


AHFE Open Access