User Problem Statement

Current existing VR games are not well suited for spatial displays. The field of view is relatively narrow, and unlike VR headsets, users do not move their heads significantly. This implies that the experience should be comparable to a VR scenario where head movement is minimal.

Suitable experiences may include forward-facing activities such as dart throwing or gliding flight, where the user primarily interacts within a fixed forward view and does not rely heavily on joystick-based control.
Instead, keyboard and mouse or simplified input methods may be preferable.

The key question is: what types of games are best suited for this interaction model, and how should existing games be adapted to fit this paradigm?

Design Analysis and Recommendations

1. Core Constraint of Spatial Displays

A spatial display is fundamentally different from a VR headset. The user remains physically grounded, with limited head movement and a constrained field of view. This shifts the paradigm from “being inside the world” to “looking into a spatial window.” As a result, interaction design must prioritize stability, forward focus, and simplicity rather than full immersion.

2. Suitable Game Categories

Forward Action Experiences

Games such as darts, archery, or target shooting are strong candidates. However, they should not rely on full physical simulation. Instead, they should be redesigned as precision-based interactions using aiming, timing, and controlled input. Continuous motion should be abstracted into discrete actions.

Gliding and Forward Motion

Gliding, flying, or forward navigation experiences are particularly well suited. These maintain a consistent forward-facing perspective and benefit significantly from depth perception. Simple control schemes (e.g., WASD + mouse) can deliver intuitive yet immersive interaction.

Rail-Based Experiences

On-rails or guided experiences remove the need for navigation and allow users to focus on interaction and visual depth. These are effective for demos and controlled scenarios where visual impact is critical.

Spatial Desktop-Native Experiences

A new category of experiences can emerge that are native to spatial displays. These include 3D object manipulation, spatial puzzles, and interactive environments. Rather than adapting existing genres, these experiences define a new paradigm aligned with desktop-based spatial interaction.

3. Adaptation Principles

Successful adaptation requires reducing degrees of freedom and simplifying interaction. Continuous analog input should be converted into discrete actions, and reliance on full-body movement should be eliminated. The focus should shift toward visual depth and cognitive engagement rather than physical immersion.

4. Strategic Conclusion

The challenge is not simply identifying compatible games, but defining a new design paradigm. Spatial desktop experiences should be forward-facing, low-motion, and depth-driven. The most successful content will not be direct ports of VR experiences, but newly designed interactions that embrace the constraints and strengths of spatial displays.