Guest editorial: Introduction to the special issue on modern control for computer games.

Area of Science:

• Human-Computer Interaction
• Game Design
• Computer Vision

Background:

• Traditional game control relies on specialized input devices (joysticks, keyboards, mice).
• Recent advancements in sensors (e.g., depth cameras) facilitate novel interaction methods.
• Emerging technologies include computer vision, brain-computer interfaces, and haptic/wearable devices.

Discussion:

• Future games will interpret player commands from speech and gestures.
• Games will analyze behavioral cues and emotional states for adaptive gameplay.
• Interdisciplinary factors like affective gaming and user perception are crucial for enhancing gameplay.

Key Insights:

• Player interaction is evolving from physical controllers to natural human expressions and signals.
• Advanced sensing and AI enable games to understand and respond to player emotions and behaviors.
• Optimizing user satisfaction and perception is directly linked to sophisticated input methods.

Outlook:

• Development of intelligent games that dynamically adjust plot based on player emotional and behavioral states.
• Integration of motion capture, scene modeling, and comprehensive software frameworks for realistic gameplay.
• Continued research into affective gaming and user-centered design for superior gaming experiences.